HVGC Series: Constant Current LED Driver

173 products

  • Series Overview
  • Technical Highlights
  • Power Range & Output
  • Dimming & Control Suffixes

MEAN WELL HVGC Series High-Voltage LED Drivers

The HVGC series represents MEAN WELL's ultimate solution for industrial and heavy-duty lighting running on high-voltage electrical grids (180~528VAC). Unlike the dual-mode HVG series, the HVGC is specifically designed with a Constant Current (CC) architecture to drive LED arrays wired in long series strings, making it a staple in massive infrastructure and horticulture projects.

  • High-Voltage AC Input: Operates seamlessly on two-phase or high-voltage commercial power (such as 347VAC or 480VAC in North America), eliminating the need for expensive step-down transformers.
  • Constant Current / Constant Power: Delivers high-voltage, low-current outputs. The flagship high-wattage models (650W and 1000W) upgrade this to a Constant Power (CP) design for extreme versatility.
  • Rugged Metal Housing: Encased in a heavy-duty Class I aluminum chassis, fully potted with thermal-conductive silicone to achieve an IP65/IP67 rating against extreme weather, dust, and moisture.
  • Mission-Critical Reliability: Built for extreme durability with a lifespan exceeding 50,000 hours, backed by a comprehensive 5-year manufacturer warranty.

Technical Highlights

  • Ultra-Wide Input: 180~528VAC (or 254~747VDC) input range ensures immunity to severe power grid fluctuations found in heavy industrial zones.
  • Exceptional Efficiency: Advanced circuit topology yields ultra-high energy conversion efficiency up to 95.5% (on the 1000W models), drastically reducing heat dissipation.
  • Industrial Surge Protection: Engineered to withstand massive electrical surges (up to 8KV/4KV depending on the model), ensuring uninterrupted operation in high-risk outdoor applications.
  • Active PFC: Built-in Active Power Factor Correction ensures high power quality (PF > 0.90) and compliance with strict harmonic current standards.

Power Range & Output Variants

The HVGC series scales all the way up to an incredible 1000W, providing the muscle needed for the brightest industrial luminaires.

Available Wattages Output Design Ideal Applications
65W, 100W, 150W, 240W, 320W, 480W Constant Current (CC)
Fixed maximum current with varying high-voltage output.
Horticulture and greenhouse grow lights, stadium and arena floodlights, high-mast street lighting, and heavy-duty high-bay factory luminaires operating on 347V/480V grids.
650W, 1000W Constant Power (CP)
Maintains full wattage across a wide adjustable current range, allowing one driver to support multiple LED board configurations.
Design Note: The HVGC series is explicitly designed for LED configurations wired in long series strings (which require output voltages often exceeding 100VDC to 300VDC). For parallel LED arrays requiring standard 24V or 48V outputs on a 480V grid, use the HVG series instead.

Dimming & Control Suffixes

To integrate seamlessly with industrial automation and smart city controls, the HVGC series is available with several dimming suffix options:

Suffix Code IP Rating Feature Description
Blank IP67 Standard fixed output version. Cables provided for I/O connection. No manual adjustment or dimming. Ideal for harsh locations requiring basic ON/OFF power.
A-Type IP65 Features internal potentiometers accessed via waterproof rubber plugs. Allows precise manual tuning of the Output Current (Io).
AB-Type IP65 The most versatile option. Combines the manual current tuning of the A-Type with a built-in 3-in-1 Dimming function (0~10VDC, 10V PWM signal, or resistance) controlled via an external dimming cable.
D2-Type IP67 Built-in Smart Timer Dimming. Allows the driver to follow a pre-programmed dimming schedule to maximize energy savings during off-peak hours (highly popular in street and stadium lighting).
DA-Type IP67 Integrated with DALI control technology (available on select high-wattage models) for addressable digital lighting networks.
  • HVGC-240-2100D2

    MEAN WELL HVGC-240 series: Constant Current LED Driver - HVGC-240-2100D2

    HVGC-240-2100D2 LED driver MEAN WELL HVGC-240-2100D2 is a 240 W, 2100 mA constant current LED driver with high-voltage output, a metal Class I enclosure, active PFC and fanless free-air convection cooling. Its IP67 design supports suitable indoor or outdoor installations subject to the installation requirements. Built-in smart timer dimming with a programmable function, available by request. Download MEAN WELL HVGC-240 Datasheet (PDF)Download MEAN WELL LED Installation Manual HVGC catalog, PDF pages 28–36. Use the exact output and function suffix when selecting the driver. Output and function Rated output 2100 mA constant current; 240 W rated power. Constant current region 57.2–114.3 V. Select the LED load within this range; the highest output voltage depends on the system configuration. Contact MEAN WELL for compatibility questions. Open-circuit voltage 117 V maximum. Current accuracy Current tolerance: ±5%. Current ripple: 5% maximum at rated current. Function and ingress rating D2 type; IP67. Built-in smart timer dimming with a programmable function, available by request. Current adjustment No internal user-adjustable current potentiometer is specified for this suffix. LED connection This series operates in constant current mode to drive LEDs directly. The exact current option and function suffix determine the operating limits. Smart timer profile Adaptive proportional current profiles may run for up to 14 consecutive hours. The actual profile must be agreed with MEAN WELL; examples do not establish the factory program for this SKU. Residential example D01 Elapsed time after power-on: 100% for 0–6 h, 70% for 6–7 h, 50% for 7–11 h, then 70% for 11–14 h. Street example D02 Elapsed time: 50% for 0–1 h, 80% for 1–3 h, 100% for 3–8 h, 60% for 8–11 h, then 80% for 11–14 h. Tunnel example D03 Elapsed time: 70% for 0–1.5 h, 100% for 1.5–11 h, then 70% for 11–14 h. These intervals follow the software tables; some clock-time examples in the catalog are inconsistent. Confirm the commissioned schedule. Programming interface The purple and pink control pair is PROG+ / PROG− for D2. It is not the B-type analog DIM input. D2 denotes the programmable option and does not mean the D02 example profile. Catalog option By request; confirm specification and availability with MEAN WELL. Input and performance Input range 180–528 VAC or 254–747 VDC; 47–63 Hz AC. Apply the voltage-specific thermal limits. AC current and power factor Typical AC current: 0.76 A at 347 VAC; 0.56 A at 480 VAC. Full-load typical PF: ≥0.98 / ≥0.97 / ≥0.95 / ≥0.93 at 230 / 277 / 347 / 480 VAC. Efficiency and harmonic distortion Typical efficiency: 92.5%. THD <20% at loads ≥50% at 230, 277 and 347 VAC; 60% at 480 VAC. Set-up time 500 ms at 230, 347 and 480 VAC. Measured at first cold start; repeated power cycling may increase set-up time. Mains loading Typical cold-start inrush: 50 A; 532 µs pulse width measured at 50% Ipeak at 480 VAC, per NEMA 410. Maximum units on a 16 A type B / type C circuit breaker at 480 VAC: 4 / 6. Leakage and measurement conditions Leakage current <0.75 mA at 480 VAC. Unless otherwise stated, specifications use 347 VAC, rated output current and 25°C ambient. Separate rise-time, hold-up-time and idle-power values are not stated. Protection Short circuit Constant current limiting; automatic recovery when the fault is removed. Overvoltage 120–131.4 V; shuts down output voltage; re-power to recover. Overtemperature Shuts down and latches off output voltage; re-power to recover. Temperature and reliability Case and ambient limits Operating case temperature: −40 to +90°C, with maximum Tcase +90°C. Horizontal installation: at 180 VAC, 100% load from −40 to +50°C, then 60% at +60°C; at 230 VAC, 100% through +55°C, then 60% at +65°C; above 277 VAC, 100% through +60°C, then 60% at +70°C. The case-temperature load curve shows 100% from −40 to +90°C. Meet both case and ambient limits; free-air convection cooling. Input and altitude derating The 60 Hz static graph shows 100% load from 180 to 528 VAC; the notes still require assessment of low-input derating. Follow the separate voltage-dependent ambient-temperature curves. Above 2,000 m altitude, reduce allowable ambient temperature by 3.5°C per 1,000 m for this fanless design. Environment Working humidity: 20–95% RH, non-condensing. Storage: −40 to +80°C, 10–95% RH. Temperature coefficient: ±0.03%/°C over 0–60°C. Vibration: 10–500 Hz, 5 G, 12 min/cycle, 72 min along each X, Y and Z axis. Operating curves PFC switching frequency 45 kHz; PWM switching frequency 65 kHz. PF curves use Tc 80°C; THD and efficiency examples use the 700 mA model at Tc 80°C, distinguishing 230, 277, 347 and 480 VAC. These examples do not guarantee identical performance for every current option. Life and reliability Typical lifetime >50,000 hours at Tc / TMP about 80°C or lower. The lifetime graph indicates approximately 100,000 h at Tc 20–70°C, 70,000 h at 75°C, 50,000 h at 80°C, 35,000 h at 85°C and 25,000 h at 90°C. MTBF: 1769.1K hours minimum, Telcordia SR-332 (Bellcore); 145.2K hours minimum, MIL-HDBK-217F at 25°C. Warranty Five-year manufacturer warranty, subject to its warranty statement and the specified operating conditions. Mechanical details and wiring Dimensions 254.2 × 68 × 38.8 mm (L × W × H); case 994; drawing tolerance ±1 mm. Mounting reference The mechanical drawings show four Ø4.2 mm mounting slots, vertical spacing 34.2 mm, and main case body length 230.2 mm excluding end mounting flanges. Use the full drawing for fixing positions. Temperature measurement point The marked tc point is 115.1 mm from the main case right edge and 34 mm from the bottom edge; use this point for case-temperature verification. Input and output leads Input: STW 18 AWG × 3C; brown AC/L, blue AC/N and green/yellow FG. Output: STW 18 AWG × 2C; red +V and black −V. Input and output lead lengths: 300 ±20 mm. Control leads UL2517 22 AWG × 2C; purple PROG+ and pink PROG− for programming; not an analog DIM input. Lead length: 300 ±20 mm. Unit weight and packing 1.35 kg (1350 g) per unit. Carton reference: 12 pcs / 17.2 kg / 0.78 CUFT. Per-unit mass is separately stated in the specification. Safety and EMC Electrical classification Metal Class I design requiring protective earth. This electrical protection class is distinct from any hazardous-location designation. Safety standards UL 8750 Type HL; CSA C22.2 No. 250.13-12; IEC/BS EN/EN 61347-1 and 61347-2-13; BS EN/EN 62384 (independent); EAC TP TC 004. Type HL application The family specifies Type HL for Class I, Division 2 hazardous classified locations. Isolation Withstand voltage: input–output 3.75 kVAC; input–FG 2 kVAC; output–FG 1.5 kVAC. Isolation resistance: 100 MΩ at 500 VDC, 25°C and 70% RH across these paths. EMC Emissions: BS EN/EN 55015; BS EN/EN 61000-3-2 at ≥80% load; BS EN/EN 61000-3-3; FCC Part 15 Subpart B; EAC TP TC 020. Immunity: BS EN/EN 61000-4-2, -3, -4, -5, -6, -8 and -11; BS EN/EN 61547, light-industry level; EAC TP TC 020. Surge immunity: 4 kV line-to-earth and 2 kV line-to-line. System integration The driver is a component; final equipment manufacturers must re-qualify EMC for the complete installation. For the stated ErP luminaire requirement, use behind a mains switch without a permanent unswitched mains connection. The product is intended for North American and EU lighting equipment; contact MEAN WELL for other uses. Applications Applications LED street, high-bay, parking-space and fishing-lamp lighting. Installation manual requirements Installation safety Disconnect the mains supply and prevent accidental reconnection before installation or maintenance. Have faults examined by a qualified technician; do not open the power-supply case yourself. Ventilation and mounting Keep ventilation clear and do not stack objects on the unit. Keep 10–15 cm clearance when the adjacent device is a heat source. Follow this model’s mounting, ambient-temperature and output-derating requirements. System wiring and protection Use approved primary and secondary wiring rated for at least the applicable unit current. Provide suitable system-level insulation and an enclosure around single-insulated wiring; verify EMC again in the completed system. Environmental and load limits Do not immerse the unit or install it near fire or above its specified ambient limit. Keep output current and power within the model’s rated operating envelope. If a fitted external flexible cable is damaged, replacement is limited to the manufacturer, its service agent or a similarly qualified person. Connection seals and support If waterproof connectors are fitted, secure their connections to prevent water entry. Verify the mounting structure and luminaire strength; use safety cables for bay-light applications. Protective-earth installation Connect the fitted FG/PE conductor to PE according to this Class I model’s wiring diagram. Programmable timer installation This D2 version provides smart-timer dimming and a programmable function. Its purple and pink control wires are PROG+ and PROG−, respectively. Confirm the required programming equipment, procedure and ordered profile with MEAN WELL; D2 does not mean DALI-2 or the analog DIM interface. Confirm the exact LED load, operating temperature, control interface and installation requirements against the linked datasheet and manual before commissioning.

    $207.49

  • HVGC-240-1750D2

    MEAN WELL HVGC-240 series: Constant Current LED Driver - HVGC-240-1750D2

    HVGC-240-1750D2 LED driver MEAN WELL HVGC-240-1750D2 is a 240 W, 1750 mA constant current LED driver with high-voltage output, a metal Class I enclosure, active PFC and fanless free-air convection cooling. Its IP67 design supports suitable indoor or outdoor installations subject to the installation requirements. Built-in smart timer dimming with a programmable function, available by request. Download MEAN WELL HVGC-240 Datasheet (PDF)Download MEAN WELL LED Installation Manual HVGC catalog, PDF pages 28–36. Use the exact output and function suffix when selecting the driver. Output and function Rated output 1750 mA constant current; 240 W rated power. Constant current region 68.5–137.1 V. Select the LED load within this range; the highest output voltage depends on the system configuration. Contact MEAN WELL for compatibility questions. Open-circuit voltage 141 V maximum. Current accuracy Current tolerance: ±5%. Current ripple: 5% maximum at rated current. Function and ingress rating D2 type; IP67. Built-in smart timer dimming with a programmable function, available by request. Current adjustment No internal user-adjustable current potentiometer is specified for this suffix. LED connection This series operates in constant current mode to drive LEDs directly. The exact current option and function suffix determine the operating limits. Smart timer profile Adaptive proportional current profiles may run for up to 14 consecutive hours. The actual profile must be agreed with MEAN WELL; examples do not establish the factory program for this SKU. Residential example D01 Elapsed time after power-on: 100% for 0–6 h, 70% for 6–7 h, 50% for 7–11 h, then 70% for 11–14 h. Street example D02 Elapsed time: 50% for 0–1 h, 80% for 1–3 h, 100% for 3–8 h, 60% for 8–11 h, then 80% for 11–14 h. Tunnel example D03 Elapsed time: 70% for 0–1.5 h, 100% for 1.5–11 h, then 70% for 11–14 h. These intervals follow the software tables; some clock-time examples in the catalog are inconsistent. Confirm the commissioned schedule. Programming interface The purple and pink control pair is PROG+ / PROG− for D2. It is not the B-type analog DIM input. D2 denotes the programmable option and does not mean the D02 example profile. Catalog option By request; confirm specification and availability with MEAN WELL. Input and performance Input range 180–528 VAC or 254–747 VDC; 47–63 Hz AC. Apply the voltage-specific thermal limits. AC current and power factor Typical AC current: 0.76 A at 347 VAC; 0.56 A at 480 VAC. Full-load typical PF: ≥0.98 / ≥0.97 / ≥0.95 / ≥0.93 at 230 / 277 / 347 / 480 VAC. Efficiency and harmonic distortion Typical efficiency: 93%. THD <20% at loads ≥50% at 230, 277 and 347 VAC; 60% at 480 VAC. Set-up time 500 ms at 230, 347 and 480 VAC. Measured at first cold start; repeated power cycling may increase set-up time. Mains loading Typical cold-start inrush: 50 A; 532 µs pulse width measured at 50% Ipeak at 480 VAC, per NEMA 410. Maximum units on a 16 A type B / type C circuit breaker at 480 VAC: 4 / 6. Leakage and measurement conditions Leakage current <0.75 mA at 480 VAC. Unless otherwise stated, specifications use 347 VAC, rated output current and 25°C ambient. Separate rise-time, hold-up-time and idle-power values are not stated. Protection Short circuit Constant current limiting; automatic recovery when the fault is removed. Overvoltage 144–158 V; shuts down output voltage; re-power to recover. Overtemperature Shuts down and latches off output voltage; re-power to recover. Temperature and reliability Case and ambient limits Operating case temperature: −40 to +90°C, with maximum Tcase +90°C. Horizontal installation: at 180 VAC, 100% load from −40 to +50°C, then 60% at +60°C; at 230 VAC, 100% through +55°C, then 60% at +65°C; above 277 VAC, 100% through +60°C, then 60% at +70°C. The case-temperature load curve shows 100% from −40 to +90°C. Meet both case and ambient limits; free-air convection cooling. Input and altitude derating The 60 Hz static graph shows 100% load from 180 to 528 VAC; the notes still require assessment of low-input derating. Follow the separate voltage-dependent ambient-temperature curves. Above 2,000 m altitude, reduce allowable ambient temperature by 3.5°C per 1,000 m for this fanless design. Environment Working humidity: 20–95% RH, non-condensing. Storage: −40 to +80°C, 10–95% RH. Temperature coefficient: ±0.03%/°C over 0–60°C. Vibration: 10–500 Hz, 5 G, 12 min/cycle, 72 min along each X, Y and Z axis. Operating curves PFC switching frequency 45 kHz; PWM switching frequency 65 kHz. PF curves use Tc 80°C; THD and efficiency examples use the 700 mA model at Tc 80°C, distinguishing 230, 277, 347 and 480 VAC. These examples do not guarantee identical performance for every current option. Life and reliability Typical lifetime >50,000 hours at Tc / TMP about 80°C or lower. The lifetime graph indicates approximately 100,000 h at Tc 20–70°C, 70,000 h at 75°C, 50,000 h at 80°C, 35,000 h at 85°C and 25,000 h at 90°C. MTBF: 1769.1K hours minimum, Telcordia SR-332 (Bellcore); 145.2K hours minimum, MIL-HDBK-217F at 25°C. Warranty Five-year manufacturer warranty, subject to its warranty statement and the specified operating conditions. Mechanical details and wiring Dimensions 254.2 × 68 × 38.8 mm (L × W × H); case 994; drawing tolerance ±1 mm. Mounting reference The mechanical drawings show four Ø4.2 mm mounting slots, vertical spacing 34.2 mm, and main case body length 230.2 mm excluding end mounting flanges. Use the full drawing for fixing positions. Temperature measurement point The marked tc point is 115.1 mm from the main case right edge and 34 mm from the bottom edge; use this point for case-temperature verification. Input and output leads Input: STW 18 AWG × 3C; brown AC/L, blue AC/N and green/yellow FG. Output: STW 18 AWG × 2C; red +V and black −V. Input and output lead lengths: 300 ±20 mm. Control leads UL2517 22 AWG × 2C; purple PROG+ and pink PROG− for programming; not an analog DIM input. Lead length: 300 ±20 mm. Unit weight and packing 1.35 kg (1350 g) per unit. Carton reference: 12 pcs / 17.2 kg / 0.78 CUFT. Per-unit mass is separately stated in the specification. Safety and EMC Electrical classification Metal Class I design requiring protective earth. This electrical protection class is distinct from any hazardous-location designation. Safety standards UL 8750 Type HL; CSA C22.2 No. 250.13-12; IEC/BS EN/EN 61347-1 and 61347-2-13; BS EN/EN 62384 (independent); EAC TP TC 004. Type HL application The family specifies Type HL for Class I, Division 2 hazardous classified locations. Isolation Withstand voltage: input–output 3.75 kVAC; input–FG 2 kVAC; output–FG 1.5 kVAC. Isolation resistance: 100 MΩ at 500 VDC, 25°C and 70% RH across these paths. EMC Emissions: BS EN/EN 55015; BS EN/EN 61000-3-2 at ≥80% load; BS EN/EN 61000-3-3; FCC Part 15 Subpart B; EAC TP TC 020. Immunity: BS EN/EN 61000-4-2, -3, -4, -5, -6, -8 and -11; BS EN/EN 61547, light-industry level; EAC TP TC 020. Surge immunity: 4 kV line-to-earth and 2 kV line-to-line. System integration The driver is a component; final equipment manufacturers must re-qualify EMC for the complete installation. For the stated ErP luminaire requirement, use behind a mains switch without a permanent unswitched mains connection. The product is intended for North American and EU lighting equipment; contact MEAN WELL for other uses. Applications Applications LED street, high-bay, parking-space and fishing-lamp lighting. Installation manual requirements Installation safety Disconnect the mains supply and prevent accidental reconnection before installation or maintenance. Have faults examined by a qualified technician; do not open the power-supply case yourself. Ventilation and mounting Keep ventilation clear and do not stack objects on the unit. Keep 10–15 cm clearance when the adjacent device is a heat source. Follow this model’s mounting, ambient-temperature and output-derating requirements. System wiring and protection Use approved primary and secondary wiring rated for at least the applicable unit current. Provide suitable system-level insulation and an enclosure around single-insulated wiring; verify EMC again in the completed system. Environmental and load limits Do not immerse the unit or install it near fire or above its specified ambient limit. Keep output current and power within the model’s rated operating envelope. If a fitted external flexible cable is damaged, replacement is limited to the manufacturer, its service agent or a similarly qualified person. Connection seals and support If waterproof connectors are fitted, secure their connections to prevent water entry. Verify the mounting structure and luminaire strength; use safety cables for bay-light applications. Protective-earth installation Connect the fitted FG/PE conductor to PE according to this Class I model’s wiring diagram. Programmable timer installation This D2 version provides smart-timer dimming and a programmable function. Its purple and pink control wires are PROG+ and PROG−, respectively. Confirm the required programming equipment, procedure and ordered profile with MEAN WELL; D2 does not mean DALI-2 or the analog DIM interface. Confirm the exact LED load, operating temperature, control interface and installation requirements against the linked datasheet and manual before commissioning.

    $207.49

  • HVGC-240-1400D2

    MEAN WELL HVGC-240 series: Constant Current LED Driver - HVGC-240-1400D2

    HVGC-240-1400D2 LED driver MEAN WELL HVGC-240-1400D2 is a 240 W, 1400 mA constant current LED driver with high-voltage output, a metal Class I enclosure, active PFC and fanless free-air convection cooling. Its IP67 design supports suitable indoor or outdoor installations subject to the installation requirements. Built-in smart timer dimming with a programmable function, available by request. Download MEAN WELL HVGC-240 Datasheet (PDF)Download MEAN WELL LED Installation Manual HVGC catalog, PDF pages 28–36. Use the exact output and function suffix when selecting the driver. Output and function Rated output 1400 mA constant current; 240 W rated power. Constant current region 85.7–171.4 V. Select the LED load within this range; the highest output voltage depends on the system configuration. Contact MEAN WELL for compatibility questions. Open-circuit voltage 176 V maximum. Current accuracy Current tolerance: ±5%. Current ripple: 5% maximum at rated current. Function and ingress rating D2 type; IP67. Built-in smart timer dimming with a programmable function, available by request. Current adjustment No internal user-adjustable current potentiometer is specified for this suffix. LED connection This series operates in constant current mode to drive LEDs directly. The exact current option and function suffix determine the operating limits. Smart timer profile Adaptive proportional current profiles may run for up to 14 consecutive hours. The actual profile must be agreed with MEAN WELL; examples do not establish the factory program for this SKU. Residential example D01 Elapsed time after power-on: 100% for 0–6 h, 70% for 6–7 h, 50% for 7–11 h, then 70% for 11–14 h. Street example D02 Elapsed time: 50% for 0–1 h, 80% for 1–3 h, 100% for 3–8 h, 60% for 8–11 h, then 80% for 11–14 h. Tunnel example D03 Elapsed time: 70% for 0–1.5 h, 100% for 1.5–11 h, then 70% for 11–14 h. These intervals follow the software tables; some clock-time examples in the catalog are inconsistent. Confirm the commissioned schedule. Programming interface The purple and pink control pair is PROG+ / PROG− for D2. It is not the B-type analog DIM input. D2 denotes the programmable option and does not mean the D02 example profile. Catalog option By request; confirm specification and availability with MEAN WELL. Input and performance Input range 180–528 VAC or 254–747 VDC; 47–63 Hz AC. Apply the voltage-specific thermal limits. AC current and power factor Typical AC current: 0.76 A at 347 VAC; 0.56 A at 480 VAC. Full-load typical PF: ≥0.98 / ≥0.97 / ≥0.95 / ≥0.93 at 230 / 277 / 347 / 480 VAC. Efficiency and harmonic distortion Typical efficiency: 93%. THD <20% at loads ≥50% at 230, 277 and 347 VAC; 60% at 480 VAC. Set-up time 500 ms at 230, 347 and 480 VAC. Measured at first cold start; repeated power cycling may increase set-up time. Mains loading Typical cold-start inrush: 50 A; 532 µs pulse width measured at 50% Ipeak at 480 VAC, per NEMA 410. Maximum units on a 16 A type B / type C circuit breaker at 480 VAC: 4 / 6. Leakage and measurement conditions Leakage current <0.75 mA at 480 VAC. Unless otherwise stated, specifications use 347 VAC, rated output current and 25°C ambient. Separate rise-time, hold-up-time and idle-power values are not stated. Protection Short circuit Constant current limiting; automatic recovery when the fault is removed. Overvoltage 180–197 V; shuts down output voltage; re-power to recover. Overtemperature Shuts down and latches off output voltage; re-power to recover. Temperature and reliability Case and ambient limits Operating case temperature: −40 to +90°C, with maximum Tcase +90°C. Horizontal installation: at 180 VAC, 100% load from −40 to +50°C, then 60% at +60°C; at 230 VAC, 100% through +55°C, then 60% at +65°C; above 277 VAC, 100% through +60°C, then 60% at +70°C. The case-temperature load curve shows 100% from −40 to +90°C. Meet both case and ambient limits; free-air convection cooling. Input and altitude derating The 60 Hz static graph shows 100% load from 180 to 528 VAC; the notes still require assessment of low-input derating. Follow the separate voltage-dependent ambient-temperature curves. Above 2,000 m altitude, reduce allowable ambient temperature by 3.5°C per 1,000 m for this fanless design. Environment Working humidity: 20–95% RH, non-condensing. Storage: −40 to +80°C, 10–95% RH. Temperature coefficient: ±0.03%/°C over 0–60°C. Vibration: 10–500 Hz, 5 G, 12 min/cycle, 72 min along each X, Y and Z axis. Operating curves PFC switching frequency 45 kHz; PWM switching frequency 65 kHz. PF curves use Tc 80°C; THD and efficiency examples use the 700 mA model at Tc 80°C, distinguishing 230, 277, 347 and 480 VAC. These examples do not guarantee identical performance for every current option. Life and reliability Typical lifetime >50,000 hours at Tc / TMP about 80°C or lower. The lifetime graph indicates approximately 100,000 h at Tc 20–70°C, 70,000 h at 75°C, 50,000 h at 80°C, 35,000 h at 85°C and 25,000 h at 90°C. MTBF: 1769.1K hours minimum, Telcordia SR-332 (Bellcore); 145.2K hours minimum, MIL-HDBK-217F at 25°C. Warranty Five-year manufacturer warranty, subject to its warranty statement and the specified operating conditions. Mechanical details and wiring Dimensions 254.2 × 68 × 38.8 mm (L × W × H); case 994; drawing tolerance ±1 mm. Mounting reference The mechanical drawings show four Ø4.2 mm mounting slots, vertical spacing 34.2 mm, and main case body length 230.2 mm excluding end mounting flanges. Use the full drawing for fixing positions. Temperature measurement point The marked tc point is 115.1 mm from the main case right edge and 34 mm from the bottom edge; use this point for case-temperature verification. Input and output leads Input: STW 18 AWG × 3C; brown AC/L, blue AC/N and green/yellow FG. Output: STW 18 AWG × 2C; red +V and black −V. Input and output lead lengths: 300 ±20 mm. Control leads UL2517 22 AWG × 2C; purple PROG+ and pink PROG− for programming; not an analog DIM input. Lead length: 300 ±20 mm. Unit weight and packing 1.35 kg (1350 g) per unit. Carton reference: 12 pcs / 17.2 kg / 0.78 CUFT. Per-unit mass is separately stated in the specification. Safety and EMC Electrical classification Metal Class I design requiring protective earth. This electrical protection class is distinct from any hazardous-location designation. Safety standards UL 8750 Type HL; CSA C22.2 No. 250.13-12; IEC/BS EN/EN 61347-1 and 61347-2-13; BS EN/EN 62384 (independent); EAC TP TC 004. Type HL application The family specifies Type HL for Class I, Division 2 hazardous classified locations. Isolation Withstand voltage: input–output 3.75 kVAC; input–FG 2 kVAC; output–FG 1.5 kVAC. Isolation resistance: 100 MΩ at 500 VDC, 25°C and 70% RH across these paths. EMC Emissions: BS EN/EN 55015; BS EN/EN 61000-3-2 at ≥80% load; BS EN/EN 61000-3-3; FCC Part 15 Subpart B; EAC TP TC 020. Immunity: BS EN/EN 61000-4-2, -3, -4, -5, -6, -8 and -11; BS EN/EN 61547, light-industry level; EAC TP TC 020. Surge immunity: 4 kV line-to-earth and 2 kV line-to-line. System integration The driver is a component; final equipment manufacturers must re-qualify EMC for the complete installation. For the stated ErP luminaire requirement, use behind a mains switch without a permanent unswitched mains connection. The product is intended for North American and EU lighting equipment; contact MEAN WELL for other uses. Applications Applications LED street, high-bay, parking-space and fishing-lamp lighting. Installation manual requirements Installation safety Disconnect the mains supply and prevent accidental reconnection before installation or maintenance. Have faults examined by a qualified technician; do not open the power-supply case yourself. Ventilation and mounting Keep ventilation clear and do not stack objects on the unit. Keep 10–15 cm clearance when the adjacent device is a heat source. Follow this model’s mounting, ambient-temperature and output-derating requirements. System wiring and protection Use approved primary and secondary wiring rated for at least the applicable unit current. Provide suitable system-level insulation and an enclosure around single-insulated wiring; verify EMC again in the completed system. Environmental and load limits Do not immerse the unit or install it near fire or above its specified ambient limit. Keep output current and power within the model’s rated operating envelope. If a fitted external flexible cable is damaged, replacement is limited to the manufacturer, its service agent or a similarly qualified person. Connection seals and support If waterproof connectors are fitted, secure their connections to prevent water entry. Verify the mounting structure and luminaire strength; use safety cables for bay-light applications. Protective-earth installation Connect the fitted FG/PE conductor to PE according to this Class I model’s wiring diagram. Programmable timer installation This D2 version provides smart-timer dimming and a programmable function. Its purple and pink control wires are PROG+ and PROG−, respectively. Confirm the required programming equipment, procedure and ordered profile with MEAN WELL; D2 does not mean DALI-2 or the analog DIM interface. Confirm the exact LED load, operating temperature, control interface and installation requirements against the linked datasheet and manual before commissioning.

    $207.49

  • HVGC-240-1050D2

    MEAN WELL HVGC-240 series: Constant Current LED Driver - HVGC-240-1050D2

    HVGC-240-1050D2 LED driver MEAN WELL HVGC-240-1050D2 is a 240 W, 1050 mA constant current LED driver with high-voltage output, a metal Class I enclosure, active PFC and fanless free-air convection cooling. Its IP67 design supports suitable indoor or outdoor installations subject to the installation requirements. Built-in smart timer dimming with a programmable function, available by request. Download MEAN WELL HVGC-240 Datasheet (PDF)Download MEAN WELL LED Installation Manual HVGC catalog, PDF pages 28–36. Use the exact output and function suffix when selecting the driver. Output and function Rated output 1050 mA constant current; 240 W rated power. Constant current region 114.3–228.6 V. Select the LED load within this range; the highest output voltage depends on the system configuration. Contact MEAN WELL for compatibility questions. Open-circuit voltage 235 V maximum. Current accuracy Current tolerance: ±5%. Current ripple: 5% maximum at rated current. Function and ingress rating D2 type; IP67. Built-in smart timer dimming with a programmable function, available by request. Current adjustment No internal user-adjustable current potentiometer is specified for this suffix. LED connection This series operates in constant current mode to drive LEDs directly. The exact current option and function suffix determine the operating limits. Smart timer profile Adaptive proportional current profiles may run for up to 14 consecutive hours. The actual profile must be agreed with MEAN WELL; examples do not establish the factory program for this SKU. Residential example D01 Elapsed time after power-on: 100% for 0–6 h, 70% for 6–7 h, 50% for 7–11 h, then 70% for 11–14 h. Street example D02 Elapsed time: 50% for 0–1 h, 80% for 1–3 h, 100% for 3–8 h, 60% for 8–11 h, then 80% for 11–14 h. Tunnel example D03 Elapsed time: 70% for 0–1.5 h, 100% for 1.5–11 h, then 70% for 11–14 h. These intervals follow the software tables; some clock-time examples in the catalog are inconsistent. Confirm the commissioned schedule. Programming interface The purple and pink control pair is PROG+ / PROG− for D2. It is not the B-type analog DIM input. D2 denotes the programmable option and does not mean the D02 example profile. Catalog option By request; confirm specification and availability with MEAN WELL. Input and performance Input range 180–528 VAC or 254–747 VDC; 47–63 Hz AC. Apply the voltage-specific thermal limits. AC current and power factor Typical AC current: 0.76 A at 347 VAC; 0.56 A at 480 VAC. Full-load typical PF: ≥0.98 / ≥0.97 / ≥0.95 / ≥0.93 at 230 / 277 / 347 / 480 VAC. Efficiency and harmonic distortion Typical efficiency: 93%. THD <20% at loads ≥50% at 230, 277 and 347 VAC; 60% at 480 VAC. Set-up time 500 ms at 230, 347 and 480 VAC. Measured at first cold start; repeated power cycling may increase set-up time. Mains loading Typical cold-start inrush: 50 A; 532 µs pulse width measured at 50% Ipeak at 480 VAC, per NEMA 410. Maximum units on a 16 A type B / type C circuit breaker at 480 VAC: 4 / 6. Leakage and measurement conditions Leakage current <0.75 mA at 480 VAC. Unless otherwise stated, specifications use 347 VAC, rated output current and 25°C ambient. Separate rise-time, hold-up-time and idle-power values are not stated. Protection Short circuit Constant current limiting; automatic recovery when the fault is removed. Overvoltage 240–263 V; shuts down output voltage; re-power to recover. Overtemperature Shuts down and latches off output voltage; re-power to recover. Temperature and reliability Case and ambient limits Operating case temperature: −40 to +90°C, with maximum Tcase +90°C. Horizontal installation: at 180 VAC, 100% load from −40 to +50°C, then 60% at +60°C; at 230 VAC, 100% through +55°C, then 60% at +65°C; above 277 VAC, 100% through +60°C, then 60% at +70°C. The case-temperature load curve shows 100% from −40 to +90°C. Meet both case and ambient limits; free-air convection cooling. Input and altitude derating The 60 Hz static graph shows 100% load from 180 to 528 VAC; the notes still require assessment of low-input derating. Follow the separate voltage-dependent ambient-temperature curves. Above 2,000 m altitude, reduce allowable ambient temperature by 3.5°C per 1,000 m for this fanless design. Environment Working humidity: 20–95% RH, non-condensing. Storage: −40 to +80°C, 10–95% RH. Temperature coefficient: ±0.03%/°C over 0–60°C. Vibration: 10–500 Hz, 5 G, 12 min/cycle, 72 min along each X, Y and Z axis. Operating curves PFC switching frequency 45 kHz; PWM switching frequency 65 kHz. PF curves use Tc 80°C; THD and efficiency examples use the 700 mA model at Tc 80°C, distinguishing 230, 277, 347 and 480 VAC. These examples do not guarantee identical performance for every current option. Life and reliability Typical lifetime >50,000 hours at Tc / TMP about 80°C or lower. The lifetime graph indicates approximately 100,000 h at Tc 20–70°C, 70,000 h at 75°C, 50,000 h at 80°C, 35,000 h at 85°C and 25,000 h at 90°C. MTBF: 1769.1K hours minimum, Telcordia SR-332 (Bellcore); 145.2K hours minimum, MIL-HDBK-217F at 25°C. Warranty Five-year manufacturer warranty, subject to its warranty statement and the specified operating conditions. Mechanical details and wiring Dimensions 254.2 × 68 × 38.8 mm (L × W × H); case 994; drawing tolerance ±1 mm. Mounting reference The mechanical drawings show four Ø4.2 mm mounting slots, vertical spacing 34.2 mm, and main case body length 230.2 mm excluding end mounting flanges. Use the full drawing for fixing positions. Temperature measurement point The marked tc point is 115.1 mm from the main case right edge and 34 mm from the bottom edge; use this point for case-temperature verification. Input and output leads Input: STW 18 AWG × 3C; brown AC/L, blue AC/N and green/yellow FG. Output: STW 18 AWG × 2C; red +V and black −V. Input and output lead lengths: 300 ±20 mm. Control leads UL2517 22 AWG × 2C; purple PROG+ and pink PROG− for programming; not an analog DIM input. Lead length: 300 ±20 mm. Unit weight and packing 1.35 kg (1350 g) per unit. Carton reference: 12 pcs / 17.2 kg / 0.78 CUFT. Per-unit mass is separately stated in the specification. Safety and EMC Electrical classification Metal Class I design requiring protective earth. This electrical protection class is distinct from any hazardous-location designation. Safety standards UL 8750 Type HL; CSA C22.2 No. 250.13-12; IEC/BS EN/EN 61347-1 and 61347-2-13; BS EN/EN 62384 (independent); EAC TP TC 004. Type HL application The family specifies Type HL for Class I, Division 2 hazardous classified locations. Isolation Withstand voltage: input–output 3.75 kVAC; input–FG 2 kVAC; output–FG 1.5 kVAC. Isolation resistance: 100 MΩ at 500 VDC, 25°C and 70% RH across these paths. EMC Emissions: BS EN/EN 55015; BS EN/EN 61000-3-2 at ≥80% load; BS EN/EN 61000-3-3; FCC Part 15 Subpart B; EAC TP TC 020. Immunity: BS EN/EN 61000-4-2, -3, -4, -5, -6, -8 and -11; BS EN/EN 61547, light-industry level; EAC TP TC 020. Surge immunity: 4 kV line-to-earth and 2 kV line-to-line. System integration The driver is a component; final equipment manufacturers must re-qualify EMC for the complete installation. For the stated ErP luminaire requirement, use behind a mains switch without a permanent unswitched mains connection. The product is intended for North American and EU lighting equipment; contact MEAN WELL for other uses. Applications Applications LED street, high-bay, parking-space and fishing-lamp lighting. Installation manual requirements Installation safety Disconnect the mains supply and prevent accidental reconnection before installation or maintenance. Have faults examined by a qualified technician; do not open the power-supply case yourself. Ventilation and mounting Keep ventilation clear and do not stack objects on the unit. Keep 10–15 cm clearance when the adjacent device is a heat source. Follow this model’s mounting, ambient-temperature and output-derating requirements. System wiring and protection Use approved primary and secondary wiring rated for at least the applicable unit current. Provide suitable system-level insulation and an enclosure around single-insulated wiring; verify EMC again in the completed system. Environmental and load limits Do not immerse the unit or install it near fire or above its specified ambient limit. Keep output current and power within the model’s rated operating envelope. If a fitted external flexible cable is damaged, replacement is limited to the manufacturer, its service agent or a similarly qualified person. Connection seals and support If waterproof connectors are fitted, secure their connections to prevent water entry. Verify the mounting structure and luminaire strength; use safety cables for bay-light applications. Protective-earth installation Connect the fitted FG/PE conductor to PE according to this Class I model’s wiring diagram. Programmable timer installation This D2 version provides smart-timer dimming and a programmable function. Its purple and pink control wires are PROG+ and PROG−, respectively. Confirm the required programming equipment, procedure and ordered profile with MEAN WELL; D2 does not mean DALI-2 or the analog DIM interface. Confirm the exact LED load, operating temperature, control interface and installation requirements against the linked datasheet and manual before commissioning.

    $207.49

  • HVGC-240-700D2

    MEAN WELL HVGC-240 series: Constant Current LED Driver - HVGC-240-700D2

    HVGC-240-700D2 LED driver MEAN WELL HVGC-240-700D2 is a 240 W, 700 mA constant current LED driver with high-voltage output, a metal Class I enclosure, active PFC and fanless free-air convection cooling. Its IP67 design supports suitable indoor or outdoor installations subject to the installation requirements. Built-in smart timer dimming with a programmable function, available by request. Download MEAN WELL HVGC-240 Datasheet (PDF)Download MEAN WELL LED Installation Manual HVGC catalog, PDF pages 28–36. Use the exact output and function suffix when selecting the driver. Output and function Rated output 700 mA constant current; 240 W rated power. Constant current region 171.4–342.8 V. Select the LED load within this range; the highest output voltage depends on the system configuration. Contact MEAN WELL for compatibility questions. Open-circuit voltage 354 V maximum. Current accuracy Current tolerance: ±5%. Current ripple: 5% maximum at rated current. Function and ingress rating D2 type; IP67. Built-in smart timer dimming with a programmable function, available by request. Current adjustment No internal user-adjustable current potentiometer is specified for this suffix. LED connection This series operates in constant current mode to drive LEDs directly. The exact current option and function suffix determine the operating limits. Smart timer profile Adaptive proportional current profiles may run for up to 14 consecutive hours. The actual profile must be agreed with MEAN WELL; examples do not establish the factory program for this SKU. Residential example D01 Elapsed time after power-on: 100% for 0–6 h, 70% for 6–7 h, 50% for 7–11 h, then 70% for 11–14 h. Street example D02 Elapsed time: 50% for 0–1 h, 80% for 1–3 h, 100% for 3–8 h, 60% for 8–11 h, then 80% for 11–14 h. Tunnel example D03 Elapsed time: 70% for 0–1.5 h, 100% for 1.5–11 h, then 70% for 11–14 h. These intervals follow the software tables; some clock-time examples in the catalog are inconsistent. Confirm the commissioned schedule. Programming interface The purple and pink control pair is PROG+ / PROG− for D2. It is not the B-type analog DIM input. D2 denotes the programmable option and does not mean the D02 example profile. Catalog option By request; confirm specification and availability with MEAN WELL. Input and performance Input range 180–528 VAC or 254–747 VDC; 47–63 Hz AC. Apply the voltage-specific thermal limits. AC current and power factor Typical AC current: 0.76 A at 347 VAC; 0.56 A at 480 VAC. Full-load typical PF: ≥0.98 / ≥0.97 / ≥0.95 / ≥0.93 at 230 / 277 / 347 / 480 VAC. Efficiency and harmonic distortion Typical efficiency: 93.5%. THD <20% at loads ≥50% at 230, 277 and 347 VAC; 60% at 480 VAC. Set-up time 500 ms at 230, 347 and 480 VAC. Measured at first cold start; repeated power cycling may increase set-up time. Mains loading Typical cold-start inrush: 50 A; 532 µs pulse width measured at 50% Ipeak at 480 VAC, per NEMA 410. Maximum units on a 16 A type B / type C circuit breaker at 480 VAC: 4 / 6. Leakage and measurement conditions Leakage current <0.75 mA at 480 VAC. Unless otherwise stated, specifications use 347 VAC, rated output current and 25°C ambient. Separate rise-time, hold-up-time and idle-power values are not stated. Protection Short circuit Constant current limiting; automatic recovery when the fault is removed. Overvoltage 360–394 V; shuts down output voltage; re-power to recover. Overtemperature Shuts down and latches off output voltage; re-power to recover. Temperature and reliability Case and ambient limits Operating case temperature: −40 to +90°C, with maximum Tcase +90°C. Horizontal installation: at 180 VAC, 100% load from −40 to +50°C, then 60% at +60°C; at 230 VAC, 100% through +55°C, then 60% at +65°C; above 277 VAC, 100% through +60°C, then 60% at +70°C. The case-temperature load curve shows 100% from −40 to +90°C. Meet both case and ambient limits; free-air convection cooling. Input and altitude derating The 60 Hz static graph shows 100% load from 180 to 528 VAC; the notes still require assessment of low-input derating. Follow the separate voltage-dependent ambient-temperature curves. Above 2,000 m altitude, reduce allowable ambient temperature by 3.5°C per 1,000 m for this fanless design. Environment Working humidity: 20–95% RH, non-condensing. Storage: −40 to +80°C, 10–95% RH. Temperature coefficient: ±0.03%/°C over 0–60°C. Vibration: 10–500 Hz, 5 G, 12 min/cycle, 72 min along each X, Y and Z axis. Operating curves PFC switching frequency 45 kHz; PWM switching frequency 65 kHz. PF curves use Tc 80°C; THD and efficiency examples use the 700 mA model at Tc 80°C, distinguishing 230, 277, 347 and 480 VAC. These examples do not guarantee identical performance for every current option. Life and reliability Typical lifetime >50,000 hours at Tc / TMP about 80°C or lower. The lifetime graph indicates approximately 100,000 h at Tc 20–70°C, 70,000 h at 75°C, 50,000 h at 80°C, 35,000 h at 85°C and 25,000 h at 90°C. MTBF: 1769.1K hours minimum, Telcordia SR-332 (Bellcore); 145.2K hours minimum, MIL-HDBK-217F at 25°C. Warranty Five-year manufacturer warranty, subject to its warranty statement and the specified operating conditions. Mechanical details and wiring Dimensions 254.2 × 68 × 38.8 mm (L × W × H); case 994; drawing tolerance ±1 mm. Mounting reference The mechanical drawings show four Ø4.2 mm mounting slots, vertical spacing 34.2 mm, and main case body length 230.2 mm excluding end mounting flanges. Use the full drawing for fixing positions. Temperature measurement point The marked tc point is 115.1 mm from the main case right edge and 34 mm from the bottom edge; use this point for case-temperature verification. Input and output leads Input: STW 18 AWG × 3C; brown AC/L, blue AC/N and green/yellow FG. Output: STW 18 AWG × 2C; red +V and black −V. Input and output lead lengths: 300 ±20 mm. Control leads UL2517 22 AWG × 2C; purple PROG+ and pink PROG− for programming; not an analog DIM input. Lead length: 300 ±20 mm. Unit weight and packing 1.35 kg (1350 g) per unit. Carton reference: 12 pcs / 17.2 kg / 0.78 CUFT. Per-unit mass is separately stated in the specification. Safety and EMC Electrical classification Metal Class I design requiring protective earth. This electrical protection class is distinct from any hazardous-location designation. Safety standards UL 8750 Type HL; CSA C22.2 No. 250.13-12; IEC/BS EN/EN 61347-1 and 61347-2-13; BS EN/EN 62384 (independent); EAC TP TC 004. Type HL application The family specifies Type HL for Class I, Division 2 hazardous classified locations. Isolation Withstand voltage: input–output 3.75 kVAC; input–FG 2 kVAC; output–FG 1.5 kVAC. Isolation resistance: 100 MΩ at 500 VDC, 25°C and 70% RH across these paths. EMC Emissions: BS EN/EN 55015; BS EN/EN 61000-3-2 at ≥80% load; BS EN/EN 61000-3-3; FCC Part 15 Subpart B; EAC TP TC 020. Immunity: BS EN/EN 61000-4-2, -3, -4, -5, -6, -8 and -11; BS EN/EN 61547, light-industry level; EAC TP TC 020. Surge immunity: 4 kV line-to-earth and 2 kV line-to-line. System integration The driver is a component; final equipment manufacturers must re-qualify EMC for the complete installation. For the stated ErP luminaire requirement, use behind a mains switch without a permanent unswitched mains connection. The product is intended for North American and EU lighting equipment; contact MEAN WELL for other uses. Applications Applications LED street, high-bay, parking-space and fishing-lamp lighting. Installation manual requirements Installation safety Disconnect the mains supply and prevent accidental reconnection before installation or maintenance. Have faults examined by a qualified technician; do not open the power-supply case yourself. Ventilation and mounting Keep ventilation clear and do not stack objects on the unit. Keep 10–15 cm clearance when the adjacent device is a heat source. Follow this model’s mounting, ambient-temperature and output-derating requirements. System wiring and protection Use approved primary and secondary wiring rated for at least the applicable unit current. Provide suitable system-level insulation and an enclosure around single-insulated wiring; verify EMC again in the completed system. Environmental and load limits Do not immerse the unit or install it near fire or above its specified ambient limit. Keep output current and power within the model’s rated operating envelope. If a fitted external flexible cable is damaged, replacement is limited to the manufacturer, its service agent or a similarly qualified person. Connection seals and support If waterproof connectors are fitted, secure their connections to prevent water entry. Verify the mounting structure and luminaire strength; use safety cables for bay-light applications. Protective-earth installation Connect the fitted FG/PE conductor to PE according to this Class I model’s wiring diagram. Programmable timer installation This D2 version provides smart-timer dimming and a programmable function. Its purple and pink control wires are PROG+ and PROG−, respectively. Confirm the required programming equipment, procedure and ordered profile with MEAN WELL; D2 does not mean DALI-2 or the analog DIM interface. Confirm the exact LED load, operating temperature, control interface and installation requirements against the linked datasheet and manual before commissioning.

    $207.49

  • HVGC-240-3500DX

    MEAN WELL HVGC-240 series: Constant Current LED Driver - HVGC-240-3500DX

    HVGC-240-3500DX LED driver MEAN WELL HVGC-240-3500DX is a 240.1 W, 3500 mA constant current LED driver with high-voltage output, a metal Class I enclosure, active PFC and fanless free-air convection cooling. Its IP67 design supports suitable indoor or outdoor installations subject to the installation requirements. Built-in smart timer dimming by user request; confirm the supplied timing profile with MEAN WELL. Download MEAN WELL HVGC-240 Datasheet (PDF)Download MEAN WELL LED Installation Manual HVGC catalog, PDF pages 28–36. Use the exact output and function suffix when selecting the driver. Output and function Rated output 3500 mA constant current; 240.1 W rated power. Constant current region 34.3–68.6 V. Select the LED load within this range; the highest output voltage depends on the system configuration. Contact MEAN WELL for compatibility questions. Open-circuit voltage 71 V maximum. Current accuracy Current tolerance: ±5%. Current ripple: 5% maximum at rated current. Function and ingress rating DX type; IP67. Built-in smart timer dimming by user request; confirm the supplied timing profile with MEAN WELL. Current adjustment No internal user-adjustable current potentiometer is specified for this suffix. LED connection This series operates in constant current mode to drive LEDs directly. The exact current option and function suffix determine the operating limits. Smart timer profile Adaptive proportional current profiles may run for up to 14 consecutive hours. The actual profile must be agreed with MEAN WELL; examples do not establish the factory program for this SKU. Residential example D01 Elapsed time after power-on: 100% for 0–6 h, 70% for 6–7 h, 50% for 7–11 h, then 70% for 11–14 h. Street example D02 Elapsed time: 50% for 0–1 h, 80% for 1–3 h, 100% for 3–8 h, 60% for 8–11 h, then 80% for 11–14 h. Tunnel example D03 Elapsed time: 70% for 0–1.5 h, 100% for 1.5–11 h, then 70% for 11–14 h. These intervals follow the software tables; some clock-time examples in the catalog are inconsistent. Confirm the commissioned schedule. Programming interface DX denotes the requested smart timer option. A separate DX wiring drawing and its factory program must be confirmed with MEAN WELL; do not assume a D2 programming lead or a B-type analog input. Catalog option By request; confirm specification and availability with MEAN WELL. Input and performance Input range 180–528 VAC or 254–747 VDC; 47–63 Hz AC. Apply the voltage-specific thermal limits. AC current and power factor Typical AC current: 0.76 A at 347 VAC; 0.56 A at 480 VAC. Full-load typical PF: ≥0.98 / ≥0.97 / ≥0.95 / ≥0.93 at 230 / 277 / 347 / 480 VAC. Efficiency and harmonic distortion Typical efficiency: 92.5%. THD <20% at loads ≥50% at 230, 277 and 347 VAC; 60% at 480 VAC. Set-up time 500 ms at 230, 347 and 480 VAC. Measured at first cold start; repeated power cycling may increase set-up time. Mains loading Typical cold-start inrush: 50 A; 532 µs pulse width measured at 50% Ipeak at 480 VAC, per NEMA 410. Maximum units on a 16 A type B / type C circuit breaker at 480 VAC: 4 / 6. Leakage and measurement conditions Leakage current <0.75 mA at 480 VAC. Unless otherwise stated, specifications use 347 VAC, rated output current and 25°C ambient. Separate rise-time, hold-up-time and idle-power values are not stated. Protection Short circuit Constant current limiting; automatic recovery when the fault is removed. Overvoltage 72–79 V; shuts down output voltage; re-power to recover. Overtemperature Shuts down and latches off output voltage; re-power to recover. Temperature and reliability Case and ambient limits Operating case temperature: −40 to +90°C, with maximum Tcase +90°C. Horizontal installation: at 180 VAC, 100% load from −40 to +50°C, then 60% at +60°C; at 230 VAC, 100% through +55°C, then 60% at +65°C; above 277 VAC, 100% through +60°C, then 60% at +70°C. The case-temperature load curve shows 100% from −40 to +90°C. Meet both case and ambient limits; free-air convection cooling. Input and altitude derating The 60 Hz static graph shows 100% load from 180 to 528 VAC; the notes still require assessment of low-input derating. Follow the separate voltage-dependent ambient-temperature curves. Above 2,000 m altitude, reduce allowable ambient temperature by 3.5°C per 1,000 m for this fanless design. Environment Working humidity: 20–95% RH, non-condensing. Storage: −40 to +80°C, 10–95% RH. Temperature coefficient: ±0.03%/°C over 0–60°C. Vibration: 10–500 Hz, 5 G, 12 min/cycle, 72 min along each X, Y and Z axis. Operating curves PFC switching frequency 45 kHz; PWM switching frequency 65 kHz. PF curves use Tc 80°C; THD and efficiency examples use the 700 mA model at Tc 80°C, distinguishing 230, 277, 347 and 480 VAC. These examples do not guarantee identical performance for every current option. Life and reliability Typical lifetime >50,000 hours at Tc / TMP about 80°C or lower. The lifetime graph indicates approximately 100,000 h at Tc 20–70°C, 70,000 h at 75°C, 50,000 h at 80°C, 35,000 h at 85°C and 25,000 h at 90°C. MTBF: 1769.1K hours minimum, Telcordia SR-332 (Bellcore); 145.2K hours minimum, MIL-HDBK-217F at 25°C. Warranty Five-year manufacturer warranty, subject to its warranty statement and the specified operating conditions. Mechanical details and wiring Dimensions 254.2 × 68 × 38.8 mm (L × W × H); case 994; drawing tolerance ±1 mm. Mounting reference The mechanical drawings show four Ø4.2 mm mounting slots, vertical spacing 34.2 mm, and main case body length 230.2 mm excluding end mounting flanges. Use the full drawing for fixing positions. These details come from the depicted A/AB/B/D2 versions; obtain the exact DX drawing before mounting. Temperature measurement point The marked tc point is 115.1 mm from the main case right edge and 34 mm from the bottom edge; use this point for case-temperature verification. The DX version is not drawn separately; confirm its supplied tc marking. Wiring confirmation The mechanical page depicts A, AB, B and D2, but not DX separately. Obtain the supplied DX wiring drawing to confirm cable type, gauge, length, colors and any control conductors. No D2 or analog DIM wiring is assigned to DX here. Unit weight and packing 1.35 kg (1350 g) per unit. Carton reference: 12 pcs / 17.2 kg / 0.78 CUFT. Per-unit mass is separately stated in the specification. Safety and EMC Electrical classification Metal Class I design requiring protective earth. This electrical protection class is distinct from any hazardous-location designation. Safety standards UL 8750 Type HL; CSA C22.2 No. 250.13-12; IEC/BS EN/EN 61347-1 and 61347-2-13; BS EN/EN 62384 (independent); EAC TP TC 004. Type HL application The family specifies Type HL for Class I, Division 2 hazardous classified locations. Isolation Withstand voltage: input–output 3.75 kVAC; input–FG 2 kVAC; output–FG 1.5 kVAC. Isolation resistance: 100 MΩ at 500 VDC, 25°C and 70% RH across these paths. EMC Emissions: BS EN/EN 55015; BS EN/EN 61000-3-2 at ≥80% load; BS EN/EN 61000-3-3; FCC Part 15 Subpart B; EAC TP TC 020. Immunity: BS EN/EN 61000-4-2, -3, -4, -5, -6, -8 and -11; BS EN/EN 61547, light-industry level; EAC TP TC 020. Surge immunity: 4 kV line-to-earth and 2 kV line-to-line. System integration The driver is a component; final equipment manufacturers must re-qualify EMC for the complete installation. For the stated ErP luminaire requirement, use behind a mains switch without a permanent unswitched mains connection. The product is intended for North American and EU lighting equipment; contact MEAN WELL for other uses. Applications Applications LED street, high-bay, parking-space and fishing-lamp lighting. Installation manual requirements Installation safety Disconnect the mains supply and prevent accidental reconnection before installation or maintenance. Have faults examined by a qualified technician; do not open the power-supply case yourself. Ventilation and mounting Keep ventilation clear and do not stack objects on the unit. Keep 10–15 cm clearance when the adjacent device is a heat source. Follow this model’s mounting, ambient-temperature and output-derating requirements. System wiring and protection Use approved primary and secondary wiring rated for at least the applicable unit current. Provide suitable system-level insulation and an enclosure around single-insulated wiring; verify EMC again in the completed system. Environmental and load limits Do not immerse the unit or install it near fire or above its specified ambient limit. Keep output current and power within the model’s rated operating envelope. If a fitted external flexible cable is damaged, replacement is limited to the manufacturer, its service agent or a similarly qualified person. Connection seals and support If waterproof connectors are fitted, secure their connections to prevent water entry. Verify the mounting structure and luminaire strength; use safety cables for bay-light applications. Protective-earth installation Connect the fitted FG/PE conductor to PE according to this Class I model’s wiring diagram. Timer ordering This DX version uses customer-defined smart-timer dimming by request. Confirm the ordered profile and operating procedure with MEAN WELL; DX does not mean DALI or DALI-2. Confirm the exact LED load, operating temperature, control interface and installation requirements against the linked datasheet and manual before commissioning.

    $207.49

  • HVGC-240-2800DX

    MEAN WELL HVGC-240 series: Constant Current LED Driver - HVGC-240-2800DX

    HVGC-240-2800DX LED driver MEAN WELL HVGC-240-2800DX is a 240 W, 2800 mA constant current LED driver with high-voltage output, a metal Class I enclosure, active PFC and fanless free-air convection cooling. Its IP67 design supports suitable indoor or outdoor installations subject to the installation requirements. Built-in smart timer dimming by user request; confirm the supplied timing profile with MEAN WELL. Download MEAN WELL HVGC-240 Datasheet (PDF)Download MEAN WELL LED Installation Manual HVGC catalog, PDF pages 28–36. Use the exact output and function suffix when selecting the driver. Output and function Rated output 2800 mA constant current; 240 W rated power. Constant current region 42.9–85.7 V. Select the LED load within this range; the highest output voltage depends on the system configuration. Contact MEAN WELL for compatibility questions. Open-circuit voltage 88 V maximum. Current accuracy Current tolerance: ±5%. Current ripple: 5% maximum at rated current. Function and ingress rating DX type; IP67. Built-in smart timer dimming by user request; confirm the supplied timing profile with MEAN WELL. Current adjustment No internal user-adjustable current potentiometer is specified for this suffix. LED connection This series operates in constant current mode to drive LEDs directly. The exact current option and function suffix determine the operating limits. Smart timer profile Adaptive proportional current profiles may run for up to 14 consecutive hours. The actual profile must be agreed with MEAN WELL; examples do not establish the factory program for this SKU. Residential example D01 Elapsed time after power-on: 100% for 0–6 h, 70% for 6–7 h, 50% for 7–11 h, then 70% for 11–14 h. Street example D02 Elapsed time: 50% for 0–1 h, 80% for 1–3 h, 100% for 3–8 h, 60% for 8–11 h, then 80% for 11–14 h. Tunnel example D03 Elapsed time: 70% for 0–1.5 h, 100% for 1.5–11 h, then 70% for 11–14 h. These intervals follow the software tables; some clock-time examples in the catalog are inconsistent. Confirm the commissioned schedule. Programming interface DX denotes the requested smart timer option. A separate DX wiring drawing and its factory program must be confirmed with MEAN WELL; do not assume a D2 programming lead or a B-type analog input. Catalog option By request; confirm specification and availability with MEAN WELL. Input and performance Input range 180–528 VAC or 254–747 VDC; 47–63 Hz AC. Apply the voltage-specific thermal limits. AC current and power factor Typical AC current: 0.76 A at 347 VAC; 0.56 A at 480 VAC. Full-load typical PF: ≥0.98 / ≥0.97 / ≥0.95 / ≥0.93 at 230 / 277 / 347 / 480 VAC. Efficiency and harmonic distortion Typical efficiency: 92.5%. THD <20% at loads ≥50% at 230, 277 and 347 VAC; 60% at 480 VAC. Set-up time 500 ms at 230, 347 and 480 VAC. Measured at first cold start; repeated power cycling may increase set-up time. Mains loading Typical cold-start inrush: 50 A; 532 µs pulse width measured at 50% Ipeak at 480 VAC, per NEMA 410. Maximum units on a 16 A type B / type C circuit breaker at 480 VAC: 4 / 6. Leakage and measurement conditions Leakage current <0.75 mA at 480 VAC. Unless otherwise stated, specifications use 347 VAC, rated output current and 25°C ambient. Separate rise-time, hold-up-time and idle-power values are not stated. Protection Short circuit Constant current limiting; automatic recovery when the fault is removed. Overvoltage 90–99 V; shuts down output voltage; re-power to recover. Overtemperature Shuts down and latches off output voltage; re-power to recover. Temperature and reliability Case and ambient limits Operating case temperature: −40 to +90°C, with maximum Tcase +90°C. Horizontal installation: at 180 VAC, 100% load from −40 to +50°C, then 60% at +60°C; at 230 VAC, 100% through +55°C, then 60% at +65°C; above 277 VAC, 100% through +60°C, then 60% at +70°C. The case-temperature load curve shows 100% from −40 to +90°C. Meet both case and ambient limits; free-air convection cooling. Input and altitude derating The 60 Hz static graph shows 100% load from 180 to 528 VAC; the notes still require assessment of low-input derating. Follow the separate voltage-dependent ambient-temperature curves. Above 2,000 m altitude, reduce allowable ambient temperature by 3.5°C per 1,000 m for this fanless design. Environment Working humidity: 20–95% RH, non-condensing. Storage: −40 to +80°C, 10–95% RH. Temperature coefficient: ±0.03%/°C over 0–60°C. Vibration: 10–500 Hz, 5 G, 12 min/cycle, 72 min along each X, Y and Z axis. Operating curves PFC switching frequency 45 kHz; PWM switching frequency 65 kHz. PF curves use Tc 80°C; THD and efficiency examples use the 700 mA model at Tc 80°C, distinguishing 230, 277, 347 and 480 VAC. These examples do not guarantee identical performance for every current option. Life and reliability Typical lifetime >50,000 hours at Tc / TMP about 80°C or lower. The lifetime graph indicates approximately 100,000 h at Tc 20–70°C, 70,000 h at 75°C, 50,000 h at 80°C, 35,000 h at 85°C and 25,000 h at 90°C. MTBF: 1769.1K hours minimum, Telcordia SR-332 (Bellcore); 145.2K hours minimum, MIL-HDBK-217F at 25°C. Warranty Five-year manufacturer warranty, subject to its warranty statement and the specified operating conditions. Mechanical details and wiring Dimensions 254.2 × 68 × 38.8 mm (L × W × H); case 994; drawing tolerance ±1 mm. Mounting reference The mechanical drawings show four Ø4.2 mm mounting slots, vertical spacing 34.2 mm, and main case body length 230.2 mm excluding end mounting flanges. Use the full drawing for fixing positions. These details come from the depicted A/AB/B/D2 versions; obtain the exact DX drawing before mounting. Temperature measurement point The marked tc point is 115.1 mm from the main case right edge and 34 mm from the bottom edge; use this point for case-temperature verification. The DX version is not drawn separately; confirm its supplied tc marking. Wiring confirmation The mechanical page depicts A, AB, B and D2, but not DX separately. Obtain the supplied DX wiring drawing to confirm cable type, gauge, length, colors and any control conductors. No D2 or analog DIM wiring is assigned to DX here. Unit weight and packing 1.35 kg (1350 g) per unit. Carton reference: 12 pcs / 17.2 kg / 0.78 CUFT. Per-unit mass is separately stated in the specification. Safety and EMC Electrical classification Metal Class I design requiring protective earth. This electrical protection class is distinct from any hazardous-location designation. Safety standards UL 8750 Type HL; CSA C22.2 No. 250.13-12; IEC/BS EN/EN 61347-1 and 61347-2-13; BS EN/EN 62384 (independent); EAC TP TC 004. Type HL application The family specifies Type HL for Class I, Division 2 hazardous classified locations. Isolation Withstand voltage: input–output 3.75 kVAC; input–FG 2 kVAC; output–FG 1.5 kVAC. Isolation resistance: 100 MΩ at 500 VDC, 25°C and 70% RH across these paths. EMC Emissions: BS EN/EN 55015; BS EN/EN 61000-3-2 at ≥80% load; BS EN/EN 61000-3-3; FCC Part 15 Subpart B; EAC TP TC 020. Immunity: BS EN/EN 61000-4-2, -3, -4, -5, -6, -8 and -11; BS EN/EN 61547, light-industry level; EAC TP TC 020. Surge immunity: 4 kV line-to-earth and 2 kV line-to-line. System integration The driver is a component; final equipment manufacturers must re-qualify EMC for the complete installation. For the stated ErP luminaire requirement, use behind a mains switch without a permanent unswitched mains connection. The product is intended for North American and EU lighting equipment; contact MEAN WELL for other uses. Applications Applications LED street, high-bay, parking-space and fishing-lamp lighting. Installation manual requirements Installation safety Disconnect the mains supply and prevent accidental reconnection before installation or maintenance. Have faults examined by a qualified technician; do not open the power-supply case yourself. Ventilation and mounting Keep ventilation clear and do not stack objects on the unit. Keep 10–15 cm clearance when the adjacent device is a heat source. Follow this model’s mounting, ambient-temperature and output-derating requirements. System wiring and protection Use approved primary and secondary wiring rated for at least the applicable unit current. Provide suitable system-level insulation and an enclosure around single-insulated wiring; verify EMC again in the completed system. Environmental and load limits Do not immerse the unit or install it near fire or above its specified ambient limit. Keep output current and power within the model’s rated operating envelope. If a fitted external flexible cable is damaged, replacement is limited to the manufacturer, its service agent or a similarly qualified person. Connection seals and support If waterproof connectors are fitted, secure their connections to prevent water entry. Verify the mounting structure and luminaire strength; use safety cables for bay-light applications. Protective-earth installation Connect the fitted FG/PE conductor to PE according to this Class I model’s wiring diagram. Timer ordering This DX version uses customer-defined smart-timer dimming by request. Confirm the ordered profile and operating procedure with MEAN WELL; DX does not mean DALI or DALI-2. Confirm the exact LED load, operating temperature, control interface and installation requirements against the linked datasheet and manual before commissioning.

    $207.49

  • HVGC-240-2100DX

    MEAN WELL HVGC-240 series: Constant Current LED Driver - HVGC-240-2100DX

    HVGC-240-2100DX LED driver MEAN WELL HVGC-240-2100DX is a 240 W, 2100 mA constant current LED driver with high-voltage output, a metal Class I enclosure, active PFC and fanless free-air convection cooling. Its IP67 design supports suitable indoor or outdoor installations subject to the installation requirements. Built-in smart timer dimming by user request; confirm the supplied timing profile with MEAN WELL. Download MEAN WELL HVGC-240 Datasheet (PDF)Download MEAN WELL LED Installation Manual HVGC catalog, PDF pages 28–36. Use the exact output and function suffix when selecting the driver. Output and function Rated output 2100 mA constant current; 240 W rated power. Constant current region 57.2–114.3 V. Select the LED load within this range; the highest output voltage depends on the system configuration. Contact MEAN WELL for compatibility questions. Open-circuit voltage 117 V maximum. Current accuracy Current tolerance: ±5%. Current ripple: 5% maximum at rated current. Function and ingress rating DX type; IP67. Built-in smart timer dimming by user request; confirm the supplied timing profile with MEAN WELL. Current adjustment No internal user-adjustable current potentiometer is specified for this suffix. LED connection This series operates in constant current mode to drive LEDs directly. The exact current option and function suffix determine the operating limits. Smart timer profile Adaptive proportional current profiles may run for up to 14 consecutive hours. The actual profile must be agreed with MEAN WELL; examples do not establish the factory program for this SKU. Residential example D01 Elapsed time after power-on: 100% for 0–6 h, 70% for 6–7 h, 50% for 7–11 h, then 70% for 11–14 h. Street example D02 Elapsed time: 50% for 0–1 h, 80% for 1–3 h, 100% for 3–8 h, 60% for 8–11 h, then 80% for 11–14 h. Tunnel example D03 Elapsed time: 70% for 0–1.5 h, 100% for 1.5–11 h, then 70% for 11–14 h. These intervals follow the software tables; some clock-time examples in the catalog are inconsistent. Confirm the commissioned schedule. Programming interface DX denotes the requested smart timer option. A separate DX wiring drawing and its factory program must be confirmed with MEAN WELL; do not assume a D2 programming lead or a B-type analog input. Catalog option By request; confirm specification and availability with MEAN WELL. Input and performance Input range 180–528 VAC or 254–747 VDC; 47–63 Hz AC. Apply the voltage-specific thermal limits. AC current and power factor Typical AC current: 0.76 A at 347 VAC; 0.56 A at 480 VAC. Full-load typical PF: ≥0.98 / ≥0.97 / ≥0.95 / ≥0.93 at 230 / 277 / 347 / 480 VAC. Efficiency and harmonic distortion Typical efficiency: 92.5%. THD <20% at loads ≥50% at 230, 277 and 347 VAC; 60% at 480 VAC. Set-up time 500 ms at 230, 347 and 480 VAC. Measured at first cold start; repeated power cycling may increase set-up time. Mains loading Typical cold-start inrush: 50 A; 532 µs pulse width measured at 50% Ipeak at 480 VAC, per NEMA 410. Maximum units on a 16 A type B / type C circuit breaker at 480 VAC: 4 / 6. Leakage and measurement conditions Leakage current <0.75 mA at 480 VAC. Unless otherwise stated, specifications use 347 VAC, rated output current and 25°C ambient. Separate rise-time, hold-up-time and idle-power values are not stated. Protection Short circuit Constant current limiting; automatic recovery when the fault is removed. Overvoltage 120–131.4 V; shuts down output voltage; re-power to recover. Overtemperature Shuts down and latches off output voltage; re-power to recover. Temperature and reliability Case and ambient limits Operating case temperature: −40 to +90°C, with maximum Tcase +90°C. Horizontal installation: at 180 VAC, 100% load from −40 to +50°C, then 60% at +60°C; at 230 VAC, 100% through +55°C, then 60% at +65°C; above 277 VAC, 100% through +60°C, then 60% at +70°C. The case-temperature load curve shows 100% from −40 to +90°C. Meet both case and ambient limits; free-air convection cooling. Input and altitude derating The 60 Hz static graph shows 100% load from 180 to 528 VAC; the notes still require assessment of low-input derating. Follow the separate voltage-dependent ambient-temperature curves. Above 2,000 m altitude, reduce allowable ambient temperature by 3.5°C per 1,000 m for this fanless design. Environment Working humidity: 20–95% RH, non-condensing. Storage: −40 to +80°C, 10–95% RH. Temperature coefficient: ±0.03%/°C over 0–60°C. Vibration: 10–500 Hz, 5 G, 12 min/cycle, 72 min along each X, Y and Z axis. Operating curves PFC switching frequency 45 kHz; PWM switching frequency 65 kHz. PF curves use Tc 80°C; THD and efficiency examples use the 700 mA model at Tc 80°C, distinguishing 230, 277, 347 and 480 VAC. These examples do not guarantee identical performance for every current option. Life and reliability Typical lifetime >50,000 hours at Tc / TMP about 80°C or lower. The lifetime graph indicates approximately 100,000 h at Tc 20–70°C, 70,000 h at 75°C, 50,000 h at 80°C, 35,000 h at 85°C and 25,000 h at 90°C. MTBF: 1769.1K hours minimum, Telcordia SR-332 (Bellcore); 145.2K hours minimum, MIL-HDBK-217F at 25°C. Warranty Five-year manufacturer warranty, subject to its warranty statement and the specified operating conditions. Mechanical details and wiring Dimensions 254.2 × 68 × 38.8 mm (L × W × H); case 994; drawing tolerance ±1 mm. Mounting reference The mechanical drawings show four Ø4.2 mm mounting slots, vertical spacing 34.2 mm, and main case body length 230.2 mm excluding end mounting flanges. Use the full drawing for fixing positions. These details come from the depicted A/AB/B/D2 versions; obtain the exact DX drawing before mounting. Temperature measurement point The marked tc point is 115.1 mm from the main case right edge and 34 mm from the bottom edge; use this point for case-temperature verification. The DX version is not drawn separately; confirm its supplied tc marking. Wiring confirmation The mechanical page depicts A, AB, B and D2, but not DX separately. Obtain the supplied DX wiring drawing to confirm cable type, gauge, length, colors and any control conductors. No D2 or analog DIM wiring is assigned to DX here. Unit weight and packing 1.35 kg (1350 g) per unit. Carton reference: 12 pcs / 17.2 kg / 0.78 CUFT. Per-unit mass is separately stated in the specification. Safety and EMC Electrical classification Metal Class I design requiring protective earth. This electrical protection class is distinct from any hazardous-location designation. Safety standards UL 8750 Type HL; CSA C22.2 No. 250.13-12; IEC/BS EN/EN 61347-1 and 61347-2-13; BS EN/EN 62384 (independent); EAC TP TC 004. Type HL application The family specifies Type HL for Class I, Division 2 hazardous classified locations. Isolation Withstand voltage: input–output 3.75 kVAC; input–FG 2 kVAC; output–FG 1.5 kVAC. Isolation resistance: 100 MΩ at 500 VDC, 25°C and 70% RH across these paths. EMC Emissions: BS EN/EN 55015; BS EN/EN 61000-3-2 at ≥80% load; BS EN/EN 61000-3-3; FCC Part 15 Subpart B; EAC TP TC 020. Immunity: BS EN/EN 61000-4-2, -3, -4, -5, -6, -8 and -11; BS EN/EN 61547, light-industry level; EAC TP TC 020. Surge immunity: 4 kV line-to-earth and 2 kV line-to-line. System integration The driver is a component; final equipment manufacturers must re-qualify EMC for the complete installation. For the stated ErP luminaire requirement, use behind a mains switch without a permanent unswitched mains connection. The product is intended for North American and EU lighting equipment; contact MEAN WELL for other uses. Applications Applications LED street, high-bay, parking-space and fishing-lamp lighting. Installation manual requirements Installation safety Disconnect the mains supply and prevent accidental reconnection before installation or maintenance. Have faults examined by a qualified technician; do not open the power-supply case yourself. Ventilation and mounting Keep ventilation clear and do not stack objects on the unit. Keep 10–15 cm clearance when the adjacent device is a heat source. Follow this model’s mounting, ambient-temperature and output-derating requirements. System wiring and protection Use approved primary and secondary wiring rated for at least the applicable unit current. Provide suitable system-level insulation and an enclosure around single-insulated wiring; verify EMC again in the completed system. Environmental and load limits Do not immerse the unit or install it near fire or above its specified ambient limit. Keep output current and power within the model’s rated operating envelope. If a fitted external flexible cable is damaged, replacement is limited to the manufacturer, its service agent or a similarly qualified person. Connection seals and support If waterproof connectors are fitted, secure their connections to prevent water entry. Verify the mounting structure and luminaire strength; use safety cables for bay-light applications. Protective-earth installation Connect the fitted FG/PE conductor to PE according to this Class I model’s wiring diagram. Timer ordering This DX version uses customer-defined smart-timer dimming by request. Confirm the ordered profile and operating procedure with MEAN WELL; DX does not mean DALI or DALI-2. Confirm the exact LED load, operating temperature, control interface and installation requirements against the linked datasheet and manual before commissioning.

    $207.49

  • HVGC-240-1750DX

    MEAN WELL HVGC-240 series: Constant Current LED Driver - HVGC-240-1750DX

    HVGC-240-1750DX LED driver MEAN WELL HVGC-240-1750DX is a 240 W, 1750 mA constant current LED driver with high-voltage output, a metal Class I enclosure, active PFC and fanless free-air convection cooling. Its IP67 design supports suitable indoor or outdoor installations subject to the installation requirements. Built-in smart timer dimming by user request; confirm the supplied timing profile with MEAN WELL. Download MEAN WELL HVGC-240 Datasheet (PDF)Download MEAN WELL LED Installation Manual HVGC catalog, PDF pages 28–36. Use the exact output and function suffix when selecting the driver. Output and function Rated output 1750 mA constant current; 240 W rated power. Constant current region 68.5–137.1 V. Select the LED load within this range; the highest output voltage depends on the system configuration. Contact MEAN WELL for compatibility questions. Open-circuit voltage 141 V maximum. Current accuracy Current tolerance: ±5%. Current ripple: 5% maximum at rated current. Function and ingress rating DX type; IP67. Built-in smart timer dimming by user request; confirm the supplied timing profile with MEAN WELL. Current adjustment No internal user-adjustable current potentiometer is specified for this suffix. LED connection This series operates in constant current mode to drive LEDs directly. The exact current option and function suffix determine the operating limits. Smart timer profile Adaptive proportional current profiles may run for up to 14 consecutive hours. The actual profile must be agreed with MEAN WELL; examples do not establish the factory program for this SKU. Residential example D01 Elapsed time after power-on: 100% for 0–6 h, 70% for 6–7 h, 50% for 7–11 h, then 70% for 11–14 h. Street example D02 Elapsed time: 50% for 0–1 h, 80% for 1–3 h, 100% for 3–8 h, 60% for 8–11 h, then 80% for 11–14 h. Tunnel example D03 Elapsed time: 70% for 0–1.5 h, 100% for 1.5–11 h, then 70% for 11–14 h. These intervals follow the software tables; some clock-time examples in the catalog are inconsistent. Confirm the commissioned schedule. Programming interface DX denotes the requested smart timer option. A separate DX wiring drawing and its factory program must be confirmed with MEAN WELL; do not assume a D2 programming lead or a B-type analog input. Catalog option By request; confirm specification and availability with MEAN WELL. Input and performance Input range 180–528 VAC or 254–747 VDC; 47–63 Hz AC. Apply the voltage-specific thermal limits. AC current and power factor Typical AC current: 0.76 A at 347 VAC; 0.56 A at 480 VAC. Full-load typical PF: ≥0.98 / ≥0.97 / ≥0.95 / ≥0.93 at 230 / 277 / 347 / 480 VAC. Efficiency and harmonic distortion Typical efficiency: 93%. THD <20% at loads ≥50% at 230, 277 and 347 VAC; 60% at 480 VAC. Set-up time 500 ms at 230, 347 and 480 VAC. Measured at first cold start; repeated power cycling may increase set-up time. Mains loading Typical cold-start inrush: 50 A; 532 µs pulse width measured at 50% Ipeak at 480 VAC, per NEMA 410. Maximum units on a 16 A type B / type C circuit breaker at 480 VAC: 4 / 6. Leakage and measurement conditions Leakage current <0.75 mA at 480 VAC. Unless otherwise stated, specifications use 347 VAC, rated output current and 25°C ambient. Separate rise-time, hold-up-time and idle-power values are not stated. Protection Short circuit Constant current limiting; automatic recovery when the fault is removed. Overvoltage 144–158 V; shuts down output voltage; re-power to recover. Overtemperature Shuts down and latches off output voltage; re-power to recover. Temperature and reliability Case and ambient limits Operating case temperature: −40 to +90°C, with maximum Tcase +90°C. Horizontal installation: at 180 VAC, 100% load from −40 to +50°C, then 60% at +60°C; at 230 VAC, 100% through +55°C, then 60% at +65°C; above 277 VAC, 100% through +60°C, then 60% at +70°C. The case-temperature load curve shows 100% from −40 to +90°C. Meet both case and ambient limits; free-air convection cooling. Input and altitude derating The 60 Hz static graph shows 100% load from 180 to 528 VAC; the notes still require assessment of low-input derating. Follow the separate voltage-dependent ambient-temperature curves. Above 2,000 m altitude, reduce allowable ambient temperature by 3.5°C per 1,000 m for this fanless design. Environment Working humidity: 20–95% RH, non-condensing. Storage: −40 to +80°C, 10–95% RH. Temperature coefficient: ±0.03%/°C over 0–60°C. Vibration: 10–500 Hz, 5 G, 12 min/cycle, 72 min along each X, Y and Z axis. Operating curves PFC switching frequency 45 kHz; PWM switching frequency 65 kHz. PF curves use Tc 80°C; THD and efficiency examples use the 700 mA model at Tc 80°C, distinguishing 230, 277, 347 and 480 VAC. These examples do not guarantee identical performance for every current option. Life and reliability Typical lifetime >50,000 hours at Tc / TMP about 80°C or lower. The lifetime graph indicates approximately 100,000 h at Tc 20–70°C, 70,000 h at 75°C, 50,000 h at 80°C, 35,000 h at 85°C and 25,000 h at 90°C. MTBF: 1769.1K hours minimum, Telcordia SR-332 (Bellcore); 145.2K hours minimum, MIL-HDBK-217F at 25°C. Warranty Five-year manufacturer warranty, subject to its warranty statement and the specified operating conditions. Mechanical details and wiring Dimensions 254.2 × 68 × 38.8 mm (L × W × H); case 994; drawing tolerance ±1 mm. Mounting reference The mechanical drawings show four Ø4.2 mm mounting slots, vertical spacing 34.2 mm, and main case body length 230.2 mm excluding end mounting flanges. Use the full drawing for fixing positions. These details come from the depicted A/AB/B/D2 versions; obtain the exact DX drawing before mounting. Temperature measurement point The marked tc point is 115.1 mm from the main case right edge and 34 mm from the bottom edge; use this point for case-temperature verification. The DX version is not drawn separately; confirm its supplied tc marking. Wiring confirmation The mechanical page depicts A, AB, B and D2, but not DX separately. Obtain the supplied DX wiring drawing to confirm cable type, gauge, length, colors and any control conductors. No D2 or analog DIM wiring is assigned to DX here. Unit weight and packing 1.35 kg (1350 g) per unit. Carton reference: 12 pcs / 17.2 kg / 0.78 CUFT. Per-unit mass is separately stated in the specification. Safety and EMC Electrical classification Metal Class I design requiring protective earth. This electrical protection class is distinct from any hazardous-location designation. Safety standards UL 8750 Type HL; CSA C22.2 No. 250.13-12; IEC/BS EN/EN 61347-1 and 61347-2-13; BS EN/EN 62384 (independent); EAC TP TC 004. Type HL application The family specifies Type HL for Class I, Division 2 hazardous classified locations. Isolation Withstand voltage: input–output 3.75 kVAC; input–FG 2 kVAC; output–FG 1.5 kVAC. Isolation resistance: 100 MΩ at 500 VDC, 25°C and 70% RH across these paths. EMC Emissions: BS EN/EN 55015; BS EN/EN 61000-3-2 at ≥80% load; BS EN/EN 61000-3-3; FCC Part 15 Subpart B; EAC TP TC 020. Immunity: BS EN/EN 61000-4-2, -3, -4, -5, -6, -8 and -11; BS EN/EN 61547, light-industry level; EAC TP TC 020. Surge immunity: 4 kV line-to-earth and 2 kV line-to-line. System integration The driver is a component; final equipment manufacturers must re-qualify EMC for the complete installation. For the stated ErP luminaire requirement, use behind a mains switch without a permanent unswitched mains connection. The product is intended for North American and EU lighting equipment; contact MEAN WELL for other uses. Applications Applications LED street, high-bay, parking-space and fishing-lamp lighting. Installation manual requirements Installation safety Disconnect the mains supply and prevent accidental reconnection before installation or maintenance. Have faults examined by a qualified technician; do not open the power-supply case yourself. Ventilation and mounting Keep ventilation clear and do not stack objects on the unit. Keep 10–15 cm clearance when the adjacent device is a heat source. Follow this model’s mounting, ambient-temperature and output-derating requirements. System wiring and protection Use approved primary and secondary wiring rated for at least the applicable unit current. Provide suitable system-level insulation and an enclosure around single-insulated wiring; verify EMC again in the completed system. Environmental and load limits Do not immerse the unit or install it near fire or above its specified ambient limit. Keep output current and power within the model’s rated operating envelope. If a fitted external flexible cable is damaged, replacement is limited to the manufacturer, its service agent or a similarly qualified person. Connection seals and support If waterproof connectors are fitted, secure their connections to prevent water entry. Verify the mounting structure and luminaire strength; use safety cables for bay-light applications. Protective-earth installation Connect the fitted FG/PE conductor to PE according to this Class I model’s wiring diagram. Timer ordering This DX version uses customer-defined smart-timer dimming by request. Confirm the ordered profile and operating procedure with MEAN WELL; DX does not mean DALI or DALI-2. Confirm the exact LED load, operating temperature, control interface and installation requirements against the linked datasheet and manual before commissioning.

    $207.49

  • HVGC-240-1400DX

    MEAN WELL HVGC-240 series: Constant Current LED Driver - HVGC-240-1400DX

    HVGC-240-1400DX LED driver MEAN WELL HVGC-240-1400DX is a 240 W, 1400 mA constant current LED driver with high-voltage output, a metal Class I enclosure, active PFC and fanless free-air convection cooling. Its IP67 design supports suitable indoor or outdoor installations subject to the installation requirements. Built-in smart timer dimming by user request; confirm the supplied timing profile with MEAN WELL. Download MEAN WELL HVGC-240 Datasheet (PDF)Download MEAN WELL LED Installation Manual HVGC catalog, PDF pages 28–36. Use the exact output and function suffix when selecting the driver. Output and function Rated output 1400 mA constant current; 240 W rated power. Constant current region 85.7–171.4 V. Select the LED load within this range; the highest output voltage depends on the system configuration. Contact MEAN WELL for compatibility questions. Open-circuit voltage 176 V maximum. Current accuracy Current tolerance: ±5%. Current ripple: 5% maximum at rated current. Function and ingress rating DX type; IP67. Built-in smart timer dimming by user request; confirm the supplied timing profile with MEAN WELL. Current adjustment No internal user-adjustable current potentiometer is specified for this suffix. LED connection This series operates in constant current mode to drive LEDs directly. The exact current option and function suffix determine the operating limits. Smart timer profile Adaptive proportional current profiles may run for up to 14 consecutive hours. The actual profile must be agreed with MEAN WELL; examples do not establish the factory program for this SKU. Residential example D01 Elapsed time after power-on: 100% for 0–6 h, 70% for 6–7 h, 50% for 7–11 h, then 70% for 11–14 h. Street example D02 Elapsed time: 50% for 0–1 h, 80% for 1–3 h, 100% for 3–8 h, 60% for 8–11 h, then 80% for 11–14 h. Tunnel example D03 Elapsed time: 70% for 0–1.5 h, 100% for 1.5–11 h, then 70% for 11–14 h. These intervals follow the software tables; some clock-time examples in the catalog are inconsistent. Confirm the commissioned schedule. Programming interface DX denotes the requested smart timer option. A separate DX wiring drawing and its factory program must be confirmed with MEAN WELL; do not assume a D2 programming lead or a B-type analog input. Catalog option By request; confirm specification and availability with MEAN WELL. Input and performance Input range 180–528 VAC or 254–747 VDC; 47–63 Hz AC. Apply the voltage-specific thermal limits. AC current and power factor Typical AC current: 0.76 A at 347 VAC; 0.56 A at 480 VAC. Full-load typical PF: ≥0.98 / ≥0.97 / ≥0.95 / ≥0.93 at 230 / 277 / 347 / 480 VAC. Efficiency and harmonic distortion Typical efficiency: 93%. THD <20% at loads ≥50% at 230, 277 and 347 VAC; 60% at 480 VAC. Set-up time 500 ms at 230, 347 and 480 VAC. Measured at first cold start; repeated power cycling may increase set-up time. Mains loading Typical cold-start inrush: 50 A; 532 µs pulse width measured at 50% Ipeak at 480 VAC, per NEMA 410. Maximum units on a 16 A type B / type C circuit breaker at 480 VAC: 4 / 6. Leakage and measurement conditions Leakage current <0.75 mA at 480 VAC. Unless otherwise stated, specifications use 347 VAC, rated output current and 25°C ambient. Separate rise-time, hold-up-time and idle-power values are not stated. Protection Short circuit Constant current limiting; automatic recovery when the fault is removed. Overvoltage 180–197 V; shuts down output voltage; re-power to recover. Overtemperature Shuts down and latches off output voltage; re-power to recover. Temperature and reliability Case and ambient limits Operating case temperature: −40 to +90°C, with maximum Tcase +90°C. Horizontal installation: at 180 VAC, 100% load from −40 to +50°C, then 60% at +60°C; at 230 VAC, 100% through +55°C, then 60% at +65°C; above 277 VAC, 100% through +60°C, then 60% at +70°C. The case-temperature load curve shows 100% from −40 to +90°C. Meet both case and ambient limits; free-air convection cooling. Input and altitude derating The 60 Hz static graph shows 100% load from 180 to 528 VAC; the notes still require assessment of low-input derating. Follow the separate voltage-dependent ambient-temperature curves. Above 2,000 m altitude, reduce allowable ambient temperature by 3.5°C per 1,000 m for this fanless design. Environment Working humidity: 20–95% RH, non-condensing. Storage: −40 to +80°C, 10–95% RH. Temperature coefficient: ±0.03%/°C over 0–60°C. Vibration: 10–500 Hz, 5 G, 12 min/cycle, 72 min along each X, Y and Z axis. Operating curves PFC switching frequency 45 kHz; PWM switching frequency 65 kHz. PF curves use Tc 80°C; THD and efficiency examples use the 700 mA model at Tc 80°C, distinguishing 230, 277, 347 and 480 VAC. These examples do not guarantee identical performance for every current option. Life and reliability Typical lifetime >50,000 hours at Tc / TMP about 80°C or lower. The lifetime graph indicates approximately 100,000 h at Tc 20–70°C, 70,000 h at 75°C, 50,000 h at 80°C, 35,000 h at 85°C and 25,000 h at 90°C. MTBF: 1769.1K hours minimum, Telcordia SR-332 (Bellcore); 145.2K hours minimum, MIL-HDBK-217F at 25°C. Warranty Five-year manufacturer warranty, subject to its warranty statement and the specified operating conditions. Mechanical details and wiring Dimensions 254.2 × 68 × 38.8 mm (L × W × H); case 994; drawing tolerance ±1 mm. Mounting reference The mechanical drawings show four Ø4.2 mm mounting slots, vertical spacing 34.2 mm, and main case body length 230.2 mm excluding end mounting flanges. Use the full drawing for fixing positions. These details come from the depicted A/AB/B/D2 versions; obtain the exact DX drawing before mounting. Temperature measurement point The marked tc point is 115.1 mm from the main case right edge and 34 mm from the bottom edge; use this point for case-temperature verification. The DX version is not drawn separately; confirm its supplied tc marking. Wiring confirmation The mechanical page depicts A, AB, B and D2, but not DX separately. Obtain the supplied DX wiring drawing to confirm cable type, gauge, length, colors and any control conductors. No D2 or analog DIM wiring is assigned to DX here. Unit weight and packing 1.35 kg (1350 g) per unit. Carton reference: 12 pcs / 17.2 kg / 0.78 CUFT. Per-unit mass is separately stated in the specification. Safety and EMC Electrical classification Metal Class I design requiring protective earth. This electrical protection class is distinct from any hazardous-location designation. Safety standards UL 8750 Type HL; CSA C22.2 No. 250.13-12; IEC/BS EN/EN 61347-1 and 61347-2-13; BS EN/EN 62384 (independent); EAC TP TC 004. Type HL application The family specifies Type HL for Class I, Division 2 hazardous classified locations. Isolation Withstand voltage: input–output 3.75 kVAC; input–FG 2 kVAC; output–FG 1.5 kVAC. Isolation resistance: 100 MΩ at 500 VDC, 25°C and 70% RH across these paths. EMC Emissions: BS EN/EN 55015; BS EN/EN 61000-3-2 at ≥80% load; BS EN/EN 61000-3-3; FCC Part 15 Subpart B; EAC TP TC 020. Immunity: BS EN/EN 61000-4-2, -3, -4, -5, -6, -8 and -11; BS EN/EN 61547, light-industry level; EAC TP TC 020. Surge immunity: 4 kV line-to-earth and 2 kV line-to-line. System integration The driver is a component; final equipment manufacturers must re-qualify EMC for the complete installation. For the stated ErP luminaire requirement, use behind a mains switch without a permanent unswitched mains connection. The product is intended for North American and EU lighting equipment; contact MEAN WELL for other uses. Applications Applications LED street, high-bay, parking-space and fishing-lamp lighting. Installation manual requirements Installation safety Disconnect the mains supply and prevent accidental reconnection before installation or maintenance. Have faults examined by a qualified technician; do not open the power-supply case yourself. Ventilation and mounting Keep ventilation clear and do not stack objects on the unit. Keep 10–15 cm clearance when the adjacent device is a heat source. Follow this model’s mounting, ambient-temperature and output-derating requirements. System wiring and protection Use approved primary and secondary wiring rated for at least the applicable unit current. Provide suitable system-level insulation and an enclosure around single-insulated wiring; verify EMC again in the completed system. Environmental and load limits Do not immerse the unit or install it near fire or above its specified ambient limit. Keep output current and power within the model’s rated operating envelope. If a fitted external flexible cable is damaged, replacement is limited to the manufacturer, its service agent or a similarly qualified person. Connection seals and support If waterproof connectors are fitted, secure their connections to prevent water entry. Verify the mounting structure and luminaire strength; use safety cables for bay-light applications. Protective-earth installation Connect the fitted FG/PE conductor to PE according to this Class I model’s wiring diagram. Timer ordering This DX version uses customer-defined smart-timer dimming by request. Confirm the ordered profile and operating procedure with MEAN WELL; DX does not mean DALI or DALI-2. Confirm the exact LED load, operating temperature, control interface and installation requirements against the linked datasheet and manual before commissioning.

    $207.49

  • HVGC-240-1050DX

    MEAN WELL HVGC-240 series: Constant Current LED Driver - HVGC-240-1050DX

    HVGC-240-1050DX LED driver MEAN WELL HVGC-240-1050DX is a 240 W, 1050 mA constant current LED driver with high-voltage output, a metal Class I enclosure, active PFC and fanless free-air convection cooling. Its IP67 design supports suitable indoor or outdoor installations subject to the installation requirements. Built-in smart timer dimming by user request; confirm the supplied timing profile with MEAN WELL. Download MEAN WELL HVGC-240 Datasheet (PDF)Download MEAN WELL LED Installation Manual HVGC catalog, PDF pages 28–36. Use the exact output and function suffix when selecting the driver. Output and function Rated output 1050 mA constant current; 240 W rated power. Constant current region 114.3–228.6 V. Select the LED load within this range; the highest output voltage depends on the system configuration. Contact MEAN WELL for compatibility questions. Open-circuit voltage 235 V maximum. Current accuracy Current tolerance: ±5%. Current ripple: 5% maximum at rated current. Function and ingress rating DX type; IP67. Built-in smart timer dimming by user request; confirm the supplied timing profile with MEAN WELL. Current adjustment No internal user-adjustable current potentiometer is specified for this suffix. LED connection This series operates in constant current mode to drive LEDs directly. The exact current option and function suffix determine the operating limits. Smart timer profile Adaptive proportional current profiles may run for up to 14 consecutive hours. The actual profile must be agreed with MEAN WELL; examples do not establish the factory program for this SKU. Residential example D01 Elapsed time after power-on: 100% for 0–6 h, 70% for 6–7 h, 50% for 7–11 h, then 70% for 11–14 h. Street example D02 Elapsed time: 50% for 0–1 h, 80% for 1–3 h, 100% for 3–8 h, 60% for 8–11 h, then 80% for 11–14 h. Tunnel example D03 Elapsed time: 70% for 0–1.5 h, 100% for 1.5–11 h, then 70% for 11–14 h. These intervals follow the software tables; some clock-time examples in the catalog are inconsistent. Confirm the commissioned schedule. Programming interface DX denotes the requested smart timer option. A separate DX wiring drawing and its factory program must be confirmed with MEAN WELL; do not assume a D2 programming lead or a B-type analog input. Catalog option By request; confirm specification and availability with MEAN WELL. Input and performance Input range 180–528 VAC or 254–747 VDC; 47–63 Hz AC. Apply the voltage-specific thermal limits. AC current and power factor Typical AC current: 0.76 A at 347 VAC; 0.56 A at 480 VAC. Full-load typical PF: ≥0.98 / ≥0.97 / ≥0.95 / ≥0.93 at 230 / 277 / 347 / 480 VAC. Efficiency and harmonic distortion Typical efficiency: 93%. THD <20% at loads ≥50% at 230, 277 and 347 VAC; 60% at 480 VAC. Set-up time 500 ms at 230, 347 and 480 VAC. Measured at first cold start; repeated power cycling may increase set-up time. Mains loading Typical cold-start inrush: 50 A; 532 µs pulse width measured at 50% Ipeak at 480 VAC, per NEMA 410. Maximum units on a 16 A type B / type C circuit breaker at 480 VAC: 4 / 6. Leakage and measurement conditions Leakage current <0.75 mA at 480 VAC. Unless otherwise stated, specifications use 347 VAC, rated output current and 25°C ambient. Separate rise-time, hold-up-time and idle-power values are not stated. Protection Short circuit Constant current limiting; automatic recovery when the fault is removed. Overvoltage 240–263 V; shuts down output voltage; re-power to recover. Overtemperature Shuts down and latches off output voltage; re-power to recover. Temperature and reliability Case and ambient limits Operating case temperature: −40 to +90°C, with maximum Tcase +90°C. Horizontal installation: at 180 VAC, 100% load from −40 to +50°C, then 60% at +60°C; at 230 VAC, 100% through +55°C, then 60% at +65°C; above 277 VAC, 100% through +60°C, then 60% at +70°C. The case-temperature load curve shows 100% from −40 to +90°C. Meet both case and ambient limits; free-air convection cooling. Input and altitude derating The 60 Hz static graph shows 100% load from 180 to 528 VAC; the notes still require assessment of low-input derating. Follow the separate voltage-dependent ambient-temperature curves. Above 2,000 m altitude, reduce allowable ambient temperature by 3.5°C per 1,000 m for this fanless design. Environment Working humidity: 20–95% RH, non-condensing. Storage: −40 to +80°C, 10–95% RH. Temperature coefficient: ±0.03%/°C over 0–60°C. Vibration: 10–500 Hz, 5 G, 12 min/cycle, 72 min along each X, Y and Z axis. Operating curves PFC switching frequency 45 kHz; PWM switching frequency 65 kHz. PF curves use Tc 80°C; THD and efficiency examples use the 700 mA model at Tc 80°C, distinguishing 230, 277, 347 and 480 VAC. These examples do not guarantee identical performance for every current option. Life and reliability Typical lifetime >50,000 hours at Tc / TMP about 80°C or lower. The lifetime graph indicates approximately 100,000 h at Tc 20–70°C, 70,000 h at 75°C, 50,000 h at 80°C, 35,000 h at 85°C and 25,000 h at 90°C. MTBF: 1769.1K hours minimum, Telcordia SR-332 (Bellcore); 145.2K hours minimum, MIL-HDBK-217F at 25°C. Warranty Five-year manufacturer warranty, subject to its warranty statement and the specified operating conditions. Mechanical details and wiring Dimensions 254.2 × 68 × 38.8 mm (L × W × H); case 994; drawing tolerance ±1 mm. Mounting reference The mechanical drawings show four Ø4.2 mm mounting slots, vertical spacing 34.2 mm, and main case body length 230.2 mm excluding end mounting flanges. Use the full drawing for fixing positions. These details come from the depicted A/AB/B/D2 versions; obtain the exact DX drawing before mounting. Temperature measurement point The marked tc point is 115.1 mm from the main case right edge and 34 mm from the bottom edge; use this point for case-temperature verification. The DX version is not drawn separately; confirm its supplied tc marking. Wiring confirmation The mechanical page depicts A, AB, B and D2, but not DX separately. Obtain the supplied DX wiring drawing to confirm cable type, gauge, length, colors and any control conductors. No D2 or analog DIM wiring is assigned to DX here. Unit weight and packing 1.35 kg (1350 g) per unit. Carton reference: 12 pcs / 17.2 kg / 0.78 CUFT. Per-unit mass is separately stated in the specification. Safety and EMC Electrical classification Metal Class I design requiring protective earth. This electrical protection class is distinct from any hazardous-location designation. Safety standards UL 8750 Type HL; CSA C22.2 No. 250.13-12; IEC/BS EN/EN 61347-1 and 61347-2-13; BS EN/EN 62384 (independent); EAC TP TC 004. Type HL application The family specifies Type HL for Class I, Division 2 hazardous classified locations. Isolation Withstand voltage: input–output 3.75 kVAC; input–FG 2 kVAC; output–FG 1.5 kVAC. Isolation resistance: 100 MΩ at 500 VDC, 25°C and 70% RH across these paths. EMC Emissions: BS EN/EN 55015; BS EN/EN 61000-3-2 at ≥80% load; BS EN/EN 61000-3-3; FCC Part 15 Subpart B; EAC TP TC 020. Immunity: BS EN/EN 61000-4-2, -3, -4, -5, -6, -8 and -11; BS EN/EN 61547, light-industry level; EAC TP TC 020. Surge immunity: 4 kV line-to-earth and 2 kV line-to-line. System integration The driver is a component; final equipment manufacturers must re-qualify EMC for the complete installation. For the stated ErP luminaire requirement, use behind a mains switch without a permanent unswitched mains connection. The product is intended for North American and EU lighting equipment; contact MEAN WELL for other uses. Applications Applications LED street, high-bay, parking-space and fishing-lamp lighting. Installation manual requirements Installation safety Disconnect the mains supply and prevent accidental reconnection before installation or maintenance. Have faults examined by a qualified technician; do not open the power-supply case yourself. Ventilation and mounting Keep ventilation clear and do not stack objects on the unit. Keep 10–15 cm clearance when the adjacent device is a heat source. Follow this model’s mounting, ambient-temperature and output-derating requirements. System wiring and protection Use approved primary and secondary wiring rated for at least the applicable unit current. Provide suitable system-level insulation and an enclosure around single-insulated wiring; verify EMC again in the completed system. Environmental and load limits Do not immerse the unit or install it near fire or above its specified ambient limit. Keep output current and power within the model’s rated operating envelope. If a fitted external flexible cable is damaged, replacement is limited to the manufacturer, its service agent or a similarly qualified person. Connection seals and support If waterproof connectors are fitted, secure their connections to prevent water entry. Verify the mounting structure and luminaire strength; use safety cables for bay-light applications. Protective-earth installation Connect the fitted FG/PE conductor to PE according to this Class I model’s wiring diagram. Timer ordering This DX version uses customer-defined smart-timer dimming by request. Confirm the ordered profile and operating procedure with MEAN WELL; DX does not mean DALI or DALI-2. Confirm the exact LED load, operating temperature, control interface and installation requirements against the linked datasheet and manual before commissioning.

    $207.49

  • HVGC-240-700DX

    MEAN WELL HVGC-240 series: Constant Current LED Driver - HVGC-240-700DX

    HVGC-240-700DX LED driver MEAN WELL HVGC-240-700DX is a 240 W, 700 mA constant current LED driver with high-voltage output, a metal Class I enclosure, active PFC and fanless free-air convection cooling. Its IP67 design supports suitable indoor or outdoor installations subject to the installation requirements. Built-in smart timer dimming by user request; confirm the supplied timing profile with MEAN WELL. Download MEAN WELL HVGC-240 Datasheet (PDF)Download MEAN WELL LED Installation Manual HVGC catalog, PDF pages 28–36. Use the exact output and function suffix when selecting the driver. Output and function Rated output 700 mA constant current; 240 W rated power. Constant current region 171.4–342.8 V. Select the LED load within this range; the highest output voltage depends on the system configuration. Contact MEAN WELL for compatibility questions. Open-circuit voltage 354 V maximum. Current accuracy Current tolerance: ±5%. Current ripple: 5% maximum at rated current. Function and ingress rating DX type; IP67. Built-in smart timer dimming by user request; confirm the supplied timing profile with MEAN WELL. Current adjustment No internal user-adjustable current potentiometer is specified for this suffix. LED connection This series operates in constant current mode to drive LEDs directly. The exact current option and function suffix determine the operating limits. Smart timer profile Adaptive proportional current profiles may run for up to 14 consecutive hours. The actual profile must be agreed with MEAN WELL; examples do not establish the factory program for this SKU. Residential example D01 Elapsed time after power-on: 100% for 0–6 h, 70% for 6–7 h, 50% for 7–11 h, then 70% for 11–14 h. Street example D02 Elapsed time: 50% for 0–1 h, 80% for 1–3 h, 100% for 3–8 h, 60% for 8–11 h, then 80% for 11–14 h. Tunnel example D03 Elapsed time: 70% for 0–1.5 h, 100% for 1.5–11 h, then 70% for 11–14 h. These intervals follow the software tables; some clock-time examples in the catalog are inconsistent. Confirm the commissioned schedule. Programming interface DX denotes the requested smart timer option. A separate DX wiring drawing and its factory program must be confirmed with MEAN WELL; do not assume a D2 programming lead or a B-type analog input. Catalog option By request; confirm specification and availability with MEAN WELL. Input and performance Input range 180–528 VAC or 254–747 VDC; 47–63 Hz AC. Apply the voltage-specific thermal limits. AC current and power factor Typical AC current: 0.76 A at 347 VAC; 0.56 A at 480 VAC. Full-load typical PF: ≥0.98 / ≥0.97 / ≥0.95 / ≥0.93 at 230 / 277 / 347 / 480 VAC. Efficiency and harmonic distortion Typical efficiency: 93.5%. THD <20% at loads ≥50% at 230, 277 and 347 VAC; 60% at 480 VAC. Set-up time 500 ms at 230, 347 and 480 VAC. Measured at first cold start; repeated power cycling may increase set-up time. Mains loading Typical cold-start inrush: 50 A; 532 µs pulse width measured at 50% Ipeak at 480 VAC, per NEMA 410. Maximum units on a 16 A type B / type C circuit breaker at 480 VAC: 4 / 6. Leakage and measurement conditions Leakage current <0.75 mA at 480 VAC. Unless otherwise stated, specifications use 347 VAC, rated output current and 25°C ambient. Separate rise-time, hold-up-time and idle-power values are not stated. Protection Short circuit Constant current limiting; automatic recovery when the fault is removed. Overvoltage 360–394 V; shuts down output voltage; re-power to recover. Overtemperature Shuts down and latches off output voltage; re-power to recover. Temperature and reliability Case and ambient limits Operating case temperature: −40 to +90°C, with maximum Tcase +90°C. Horizontal installation: at 180 VAC, 100% load from −40 to +50°C, then 60% at +60°C; at 230 VAC, 100% through +55°C, then 60% at +65°C; above 277 VAC, 100% through +60°C, then 60% at +70°C. The case-temperature load curve shows 100% from −40 to +90°C. Meet both case and ambient limits; free-air convection cooling. Input and altitude derating The 60 Hz static graph shows 100% load from 180 to 528 VAC; the notes still require assessment of low-input derating. Follow the separate voltage-dependent ambient-temperature curves. Above 2,000 m altitude, reduce allowable ambient temperature by 3.5°C per 1,000 m for this fanless design. Environment Working humidity: 20–95% RH, non-condensing. Storage: −40 to +80°C, 10–95% RH. Temperature coefficient: ±0.03%/°C over 0–60°C. Vibration: 10–500 Hz, 5 G, 12 min/cycle, 72 min along each X, Y and Z axis. Operating curves PFC switching frequency 45 kHz; PWM switching frequency 65 kHz. PF curves use Tc 80°C; THD and efficiency examples use the 700 mA model at Tc 80°C, distinguishing 230, 277, 347 and 480 VAC. These examples do not guarantee identical performance for every current option. Life and reliability Typical lifetime >50,000 hours at Tc / TMP about 80°C or lower. The lifetime graph indicates approximately 100,000 h at Tc 20–70°C, 70,000 h at 75°C, 50,000 h at 80°C, 35,000 h at 85°C and 25,000 h at 90°C. MTBF: 1769.1K hours minimum, Telcordia SR-332 (Bellcore); 145.2K hours minimum, MIL-HDBK-217F at 25°C. Warranty Five-year manufacturer warranty, subject to its warranty statement and the specified operating conditions. Mechanical details and wiring Dimensions 254.2 × 68 × 38.8 mm (L × W × H); case 994; drawing tolerance ±1 mm. Mounting reference The mechanical drawings show four Ø4.2 mm mounting slots, vertical spacing 34.2 mm, and main case body length 230.2 mm excluding end mounting flanges. Use the full drawing for fixing positions. These details come from the depicted A/AB/B/D2 versions; obtain the exact DX drawing before mounting. Temperature measurement point The marked tc point is 115.1 mm from the main case right edge and 34 mm from the bottom edge; use this point for case-temperature verification. The DX version is not drawn separately; confirm its supplied tc marking. Wiring confirmation The mechanical page depicts A, AB, B and D2, but not DX separately. Obtain the supplied DX wiring drawing to confirm cable type, gauge, length, colors and any control conductors. No D2 or analog DIM wiring is assigned to DX here. Unit weight and packing 1.35 kg (1350 g) per unit. Carton reference: 12 pcs / 17.2 kg / 0.78 CUFT. Per-unit mass is separately stated in the specification. Safety and EMC Electrical classification Metal Class I design requiring protective earth. This electrical protection class is distinct from any hazardous-location designation. Safety standards UL 8750 Type HL; CSA C22.2 No. 250.13-12; IEC/BS EN/EN 61347-1 and 61347-2-13; BS EN/EN 62384 (independent); EAC TP TC 004. Type HL application The family specifies Type HL for Class I, Division 2 hazardous classified locations. Isolation Withstand voltage: input–output 3.75 kVAC; input–FG 2 kVAC; output–FG 1.5 kVAC. Isolation resistance: 100 MΩ at 500 VDC, 25°C and 70% RH across these paths. EMC Emissions: BS EN/EN 55015; BS EN/EN 61000-3-2 at ≥80% load; BS EN/EN 61000-3-3; FCC Part 15 Subpart B; EAC TP TC 020. Immunity: BS EN/EN 61000-4-2, -3, -4, -5, -6, -8 and -11; BS EN/EN 61547, light-industry level; EAC TP TC 020. Surge immunity: 4 kV line-to-earth and 2 kV line-to-line. System integration The driver is a component; final equipment manufacturers must re-qualify EMC for the complete installation. For the stated ErP luminaire requirement, use behind a mains switch without a permanent unswitched mains connection. The product is intended for North American and EU lighting equipment; contact MEAN WELL for other uses. Applications Applications LED street, high-bay, parking-space and fishing-lamp lighting. Installation manual requirements Installation safety Disconnect the mains supply and prevent accidental reconnection before installation or maintenance. Have faults examined by a qualified technician; do not open the power-supply case yourself. Ventilation and mounting Keep ventilation clear and do not stack objects on the unit. Keep 10–15 cm clearance when the adjacent device is a heat source. Follow this model’s mounting, ambient-temperature and output-derating requirements. System wiring and protection Use approved primary and secondary wiring rated for at least the applicable unit current. Provide suitable system-level insulation and an enclosure around single-insulated wiring; verify EMC again in the completed system. Environmental and load limits Do not immerse the unit or install it near fire or above its specified ambient limit. Keep output current and power within the model’s rated operating envelope. If a fitted external flexible cable is damaged, replacement is limited to the manufacturer, its service agent or a similarly qualified person. Connection seals and support If waterproof connectors are fitted, secure their connections to prevent water entry. Verify the mounting structure and luminaire strength; use safety cables for bay-light applications. Protective-earth installation Connect the fitted FG/PE conductor to PE according to this Class I model’s wiring diagram. Timer ordering This DX version uses customer-defined smart-timer dimming by request. Confirm the ordered profile and operating procedure with MEAN WELL; DX does not mean DALI or DALI-2. Confirm the exact LED load, operating temperature, control interface and installation requirements against the linked datasheet and manual before commissioning.

    $207.49

  • HVGC-240-3500AB

    MEAN WELL HVGC-240 series: Constant Current LED Driver - HVGC-240-3500AB

    HVGC-240-3500AB LED driver MEAN WELL HVGC-240-3500AB is a 240.1 W, 3500 mA constant current LED driver with high-voltage output, a metal Class I enclosure, active PFC and fanless free-air convection cooling. Its IP65 design supports suitable indoor or outdoor installations subject to the installation requirements. Output current adjustable through the built-in potentiometer, plus 3-in-1 dimming using 0–10 VDC, 10 V PWM or resistance. Download MEAN WELL HVGC-240 Datasheet (PDF)Download MEAN WELL LED Installation Manual HVGC catalog, PDF pages 28–36. Use the exact output and function suffix when selecting the driver. Output and function Rated output 3500 mA constant current; 240.1 W rated power. Constant current region 34.3–68.6 V. Select the LED load within this range; the highest output voltage depends on the system configuration. Contact MEAN WELL for compatibility questions. Open-circuit voltage 71 V maximum. Current accuracy Current tolerance: ±5%. Current ripple: 5% maximum at rated current. Function and ingress rating AB type; IP65. Output current adjustable through the built-in potentiometer, plus 3-in-1 dimming using 0–10 VDC, 10 V PWM or resistance. Current adjustment 1750–3500 mA through the built-in Io ADJ potentiometer; output voltage adjustment is not specified. LED connection This series operates in constant current mode to drive LEDs directly. The exact current option and function suffix determine the operating limits. Dimming signals Apply 0–10 VDC, a 10 V PWM signal at 100 Hz–3 kHz, or additive resistance between DIM+ and DIM−. Typical dimming source current: 100 µA. Resistance control runs from a short circuit to 100 kΩ/N; N is the number of synchronized drivers. Dimming range and wiring Minimum dimming level is approximately 5%; output current is undefined between 0% and 5%. The output can fall to 0% with approximately 0 Ω, 0 VDC, or 0% PWM duty. Purple DIM+ and pink DIM−; do not connect DIM− to −V. Connect directly to LEDs; additional downstream drivers are unsuitable. Catalog option The datasheet identifies this as a standard / in-stock function option. This is a catalog classification, not a promise of current inventory. Input and performance Input range 180–528 VAC or 254–747 VDC; 47–63 Hz AC. Apply the voltage-specific thermal limits. AC current and power factor Typical AC current: 0.76 A at 347 VAC; 0.56 A at 480 VAC. Full-load typical PF: ≥0.98 / ≥0.97 / ≥0.95 / ≥0.93 at 230 / 277 / 347 / 480 VAC. Efficiency and harmonic distortion Typical efficiency: 92.5%. THD <20% at loads ≥50% at 230, 277 and 347 VAC; 60% at 480 VAC. Set-up time 500 ms at 230, 347 and 480 VAC. Measured at first cold start; repeated power cycling may increase set-up time. Mains loading Typical cold-start inrush: 50 A; 532 µs pulse width measured at 50% Ipeak at 480 VAC, per NEMA 410. Maximum units on a 16 A type B / type C circuit breaker at 480 VAC: 4 / 6. Leakage and measurement conditions Leakage current <0.75 mA at 480 VAC. Unless otherwise stated, specifications use 347 VAC, rated output current and 25°C ambient. Separate rise-time, hold-up-time and idle-power values are not stated. Protection Short circuit Constant current limiting; automatic recovery when the fault is removed. Overvoltage 72–79 V; shuts down output voltage; re-power to recover. Overtemperature Shuts down and latches off output voltage; re-power to recover. Temperature and reliability Case and ambient limits Operating case temperature: −40 to +90°C, with maximum Tcase +90°C. Horizontal installation: at 180 VAC, 100% load from −40 to +50°C, then 60% at +60°C; at 230 VAC, 100% through +55°C, then 60% at +65°C; above 277 VAC, 100% through +60°C, then 60% at +70°C. The case-temperature load curve shows 100% from −40 to +90°C. Meet both case and ambient limits; free-air convection cooling. Input and altitude derating The 60 Hz static graph shows 100% load from 180 to 528 VAC; the notes still require assessment of low-input derating. Follow the separate voltage-dependent ambient-temperature curves. Above 2,000 m altitude, reduce allowable ambient temperature by 3.5°C per 1,000 m for this fanless design. Environment Working humidity: 20–95% RH, non-condensing. Storage: −40 to +80°C, 10–95% RH. Temperature coefficient: ±0.03%/°C over 0–60°C. Vibration: 10–500 Hz, 5 G, 12 min/cycle, 72 min along each X, Y and Z axis. Operating curves PFC switching frequency 45 kHz; PWM switching frequency 65 kHz. PF curves use Tc 80°C; THD and efficiency examples use the 700 mA model at Tc 80°C, distinguishing 230, 277, 347 and 480 VAC. These examples do not guarantee identical performance for every current option. Life and reliability Typical lifetime >50,000 hours at Tc / TMP about 80°C or lower. The lifetime graph indicates approximately 100,000 h at Tc 20–70°C, 70,000 h at 75°C, 50,000 h at 80°C, 35,000 h at 85°C and 25,000 h at 90°C. MTBF: 1769.1K hours minimum, Telcordia SR-332 (Bellcore); 145.2K hours minimum, MIL-HDBK-217F at 25°C. Warranty Five-year manufacturer warranty, subject to its warranty statement and the specified operating conditions. Mechanical details and wiring Dimensions 254.2 × 68 × 38.8 mm (L × W × H); case 994; drawing tolerance ±1 mm. Mounting reference The mechanical drawings show four Ø4.2 mm mounting slots, vertical spacing 34.2 mm, and main case body length 230.2 mm excluding end mounting flanges. Use the full drawing for fixing positions. Temperature measurement point The marked tc point is 115.1 mm from the main case right edge and 34 mm from the bottom edge; use this point for case-temperature verification. Input and output leads Input: STW 18 AWG × 3C; brown AC/L, blue AC/N and green/yellow FG. Output: STW 18 AWG × 2C; red +V and black −V. Input and output lead lengths: 300 ±20 mm. Control leads UL2517 22 AWG × 2C; purple DIM+ and pink DIM−. Lead length: 300 ±20 mm. Unit weight and packing 1.35 kg (1350 g) per unit. Carton reference: 12 pcs / 17.2 kg / 0.78 CUFT. Per-unit mass is separately stated in the specification. Safety and EMC Electrical classification Metal Class I design requiring protective earth. This electrical protection class is distinct from any hazardous-location designation. Safety standards UL 8750 Type HL; CSA C22.2 No. 250.13-12; IEC/BS EN/EN 61347-1 and 61347-2-13; BS EN/EN 62384 (independent); EAC TP TC 004. Type HL application The family specifies Type HL for Class I, Division 2 hazardous classified locations. A/AB types require built-in installation to comply with the Type HL application. Isolation Withstand voltage: input–output 3.75 kVAC; input–FG 2 kVAC; output–FG 1.5 kVAC. Isolation resistance: 100 MΩ at 500 VDC, 25°C and 70% RH across these paths. EMC Emissions: BS EN/EN 55015; BS EN/EN 61000-3-2 at ≥80% load; BS EN/EN 61000-3-3; FCC Part 15 Subpart B; EAC TP TC 020. Immunity: BS EN/EN 61000-4-2, -3, -4, -5, -6, -8 and -11; BS EN/EN 61547, light-industry level; EAC TP TC 020. Surge immunity: 4 kV line-to-earth and 2 kV line-to-line. System integration The driver is a component; final equipment manufacturers must re-qualify EMC for the complete installation. For the stated ErP luminaire requirement, use behind a mains switch without a permanent unswitched mains connection. The product is intended for North American and EU lighting equipment; contact MEAN WELL for other uses. Applications Applications LED street, high-bay, parking-space and fishing-lamp lighting. Installation manual requirements Installation safety Disconnect the mains supply and prevent accidental reconnection before installation or maintenance. Have faults examined by a qualified technician; do not open the power-supply case yourself. Ventilation and mounting Keep ventilation clear and do not stack objects on the unit. Keep 10–15 cm clearance when the adjacent device is a heat source. Follow this model’s mounting, ambient-temperature and output-derating requirements. System wiring and protection Use approved primary and secondary wiring rated for at least the applicable unit current. Provide suitable system-level insulation and an enclosure around single-insulated wiring; verify EMC again in the completed system. Environmental and load limits Do not immerse the unit or install it near fire or above its specified ambient limit. Keep output current and power within the model’s rated operating envelope. If a fitted external flexible cable is damaged, replacement is limited to the manufacturer, its service agent or a similarly qualified person. Connection seals and support If waterproof connectors are fitted, secure their connections to prevent water entry. Verify the mounting structure and luminaire strength; use safety cables for bay-light applications. Protective-earth installation Connect the fitted FG/PE conductor to PE according to this Class I model’s wiring diagram. Weather protection This model is IP65 and must be installed indoors or in a location sheltered from rain outdoors, as required by the installation manual. The IP rating does not permit immersion. Dimming isolation The installation manual lists HVGC-65 through HVGC-320 analog dimming as not isolated from the secondary output. Follow this model’s DIM wiring and controller requirements. Controller installation The depicted 22 AWG dimming conductors are smaller than 18 AWG. For standalone use, use only SELV dimming controllers or networks; contact MEAN WELL before using FELV control. Verify controller compatibility and capacity for this exact DIM interface. Confirm the exact LED load, operating temperature, control interface and installation requirements against the linked datasheet and manual before commissioning.

    $207.49

  • HVGC-240-2800AB

    MEAN WELL HVGC-240 series: Constant Current LED Driver - HVGC-240-2800AB

    HVGC-240-2800AB LED driver MEAN WELL HVGC-240-2800AB is a 240 W, 2800 mA constant current LED driver with high-voltage output, a metal Class I enclosure, active PFC and fanless free-air convection cooling. Its IP65 design supports suitable indoor or outdoor installations subject to the installation requirements. Output current adjustable through the built-in potentiometer, plus 3-in-1 dimming using 0–10 VDC, 10 V PWM or resistance. Download MEAN WELL HVGC-240 Datasheet (PDF)Download MEAN WELL LED Installation Manual HVGC catalog, PDF pages 28–36. Use the exact output and function suffix when selecting the driver. Output and function Rated output 2800 mA constant current; 240 W rated power. Constant current region 42.9–85.7 V. Select the LED load within this range; the highest output voltage depends on the system configuration. Contact MEAN WELL for compatibility questions. Open-circuit voltage 88 V maximum. Current accuracy Current tolerance: ±5%. Current ripple: 5% maximum at rated current. Function and ingress rating AB type; IP65. Output current adjustable through the built-in potentiometer, plus 3-in-1 dimming using 0–10 VDC, 10 V PWM or resistance. Current adjustment 1400–2800 mA through the built-in Io ADJ potentiometer; output voltage adjustment is not specified. LED connection This series operates in constant current mode to drive LEDs directly. The exact current option and function suffix determine the operating limits. Dimming signals Apply 0–10 VDC, a 10 V PWM signal at 100 Hz–3 kHz, or additive resistance between DIM+ and DIM−. Typical dimming source current: 100 µA. Resistance control runs from a short circuit to 100 kΩ/N; N is the number of synchronized drivers. Dimming range and wiring Minimum dimming level is approximately 5%; output current is undefined between 0% and 5%. The output can fall to 0% with approximately 0 Ω, 0 VDC, or 0% PWM duty. Purple DIM+ and pink DIM−; do not connect DIM− to −V. Connect directly to LEDs; additional downstream drivers are unsuitable. Catalog option The datasheet identifies this as a standard / in-stock function option. This is a catalog classification, not a promise of current inventory. Input and performance Input range 180–528 VAC or 254–747 VDC; 47–63 Hz AC. Apply the voltage-specific thermal limits. AC current and power factor Typical AC current: 0.76 A at 347 VAC; 0.56 A at 480 VAC. Full-load typical PF: ≥0.98 / ≥0.97 / ≥0.95 / ≥0.93 at 230 / 277 / 347 / 480 VAC. Efficiency and harmonic distortion Typical efficiency: 92.5%. THD <20% at loads ≥50% at 230, 277 and 347 VAC; 60% at 480 VAC. Set-up time 500 ms at 230, 347 and 480 VAC. Measured at first cold start; repeated power cycling may increase set-up time. Mains loading Typical cold-start inrush: 50 A; 532 µs pulse width measured at 50% Ipeak at 480 VAC, per NEMA 410. Maximum units on a 16 A type B / type C circuit breaker at 480 VAC: 4 / 6. Leakage and measurement conditions Leakage current <0.75 mA at 480 VAC. Unless otherwise stated, specifications use 347 VAC, rated output current and 25°C ambient. Separate rise-time, hold-up-time and idle-power values are not stated. Protection Short circuit Constant current limiting; automatic recovery when the fault is removed. Overvoltage 90–99 V; shuts down output voltage; re-power to recover. Overtemperature Shuts down and latches off output voltage; re-power to recover. Temperature and reliability Case and ambient limits Operating case temperature: −40 to +90°C, with maximum Tcase +90°C. Horizontal installation: at 180 VAC, 100% load from −40 to +50°C, then 60% at +60°C; at 230 VAC, 100% through +55°C, then 60% at +65°C; above 277 VAC, 100% through +60°C, then 60% at +70°C. The case-temperature load curve shows 100% from −40 to +90°C. Meet both case and ambient limits; free-air convection cooling. Input and altitude derating The 60 Hz static graph shows 100% load from 180 to 528 VAC; the notes still require assessment of low-input derating. Follow the separate voltage-dependent ambient-temperature curves. Above 2,000 m altitude, reduce allowable ambient temperature by 3.5°C per 1,000 m for this fanless design. Environment Working humidity: 20–95% RH, non-condensing. Storage: −40 to +80°C, 10–95% RH. Temperature coefficient: ±0.03%/°C over 0–60°C. Vibration: 10–500 Hz, 5 G, 12 min/cycle, 72 min along each X, Y and Z axis. Operating curves PFC switching frequency 45 kHz; PWM switching frequency 65 kHz. PF curves use Tc 80°C; THD and efficiency examples use the 700 mA model at Tc 80°C, distinguishing 230, 277, 347 and 480 VAC. These examples do not guarantee identical performance for every current option. Life and reliability Typical lifetime >50,000 hours at Tc / TMP about 80°C or lower. The lifetime graph indicates approximately 100,000 h at Tc 20–70°C, 70,000 h at 75°C, 50,000 h at 80°C, 35,000 h at 85°C and 25,000 h at 90°C. MTBF: 1769.1K hours minimum, Telcordia SR-332 (Bellcore); 145.2K hours minimum, MIL-HDBK-217F at 25°C. Warranty Five-year manufacturer warranty, subject to its warranty statement and the specified operating conditions. Mechanical details and wiring Dimensions 254.2 × 68 × 38.8 mm (L × W × H); case 994; drawing tolerance ±1 mm. Mounting reference The mechanical drawings show four Ø4.2 mm mounting slots, vertical spacing 34.2 mm, and main case body length 230.2 mm excluding end mounting flanges. Use the full drawing for fixing positions. Temperature measurement point The marked tc point is 115.1 mm from the main case right edge and 34 mm from the bottom edge; use this point for case-temperature verification. Input and output leads Input: STW 18 AWG × 3C; brown AC/L, blue AC/N and green/yellow FG. Output: STW 18 AWG × 2C; red +V and black −V. Input and output lead lengths: 300 ±20 mm. Control leads UL2517 22 AWG × 2C; purple DIM+ and pink DIM−. Lead length: 300 ±20 mm. Unit weight and packing 1.35 kg (1350 g) per unit. Carton reference: 12 pcs / 17.2 kg / 0.78 CUFT. Per-unit mass is separately stated in the specification. Safety and EMC Electrical classification Metal Class I design requiring protective earth. This electrical protection class is distinct from any hazardous-location designation. Safety standards UL 8750 Type HL; CSA C22.2 No. 250.13-12; IEC/BS EN/EN 61347-1 and 61347-2-13; BS EN/EN 62384 (independent); EAC TP TC 004. Type HL application The family specifies Type HL for Class I, Division 2 hazardous classified locations. A/AB types require built-in installation to comply with the Type HL application. Isolation Withstand voltage: input–output 3.75 kVAC; input–FG 2 kVAC; output–FG 1.5 kVAC. Isolation resistance: 100 MΩ at 500 VDC, 25°C and 70% RH across these paths. EMC Emissions: BS EN/EN 55015; BS EN/EN 61000-3-2 at ≥80% load; BS EN/EN 61000-3-3; FCC Part 15 Subpart B; EAC TP TC 020. Immunity: BS EN/EN 61000-4-2, -3, -4, -5, -6, -8 and -11; BS EN/EN 61547, light-industry level; EAC TP TC 020. Surge immunity: 4 kV line-to-earth and 2 kV line-to-line. System integration The driver is a component; final equipment manufacturers must re-qualify EMC for the complete installation. For the stated ErP luminaire requirement, use behind a mains switch without a permanent unswitched mains connection. The product is intended for North American and EU lighting equipment; contact MEAN WELL for other uses. Applications Applications LED street, high-bay, parking-space and fishing-lamp lighting. Installation manual requirements Installation safety Disconnect the mains supply and prevent accidental reconnection before installation or maintenance. Have faults examined by a qualified technician; do not open the power-supply case yourself. Ventilation and mounting Keep ventilation clear and do not stack objects on the unit. Keep 10–15 cm clearance when the adjacent device is a heat source. Follow this model’s mounting, ambient-temperature and output-derating requirements. System wiring and protection Use approved primary and secondary wiring rated for at least the applicable unit current. Provide suitable system-level insulation and an enclosure around single-insulated wiring; verify EMC again in the completed system. Environmental and load limits Do not immerse the unit or install it near fire or above its specified ambient limit. Keep output current and power within the model’s rated operating envelope. If a fitted external flexible cable is damaged, replacement is limited to the manufacturer, its service agent or a similarly qualified person. Connection seals and support If waterproof connectors are fitted, secure their connections to prevent water entry. Verify the mounting structure and luminaire strength; use safety cables for bay-light applications. Protective-earth installation Connect the fitted FG/PE conductor to PE according to this Class I model’s wiring diagram. Weather protection This model is IP65 and must be installed indoors or in a location sheltered from rain outdoors, as required by the installation manual. The IP rating does not permit immersion. Dimming isolation The installation manual lists HVGC-65 through HVGC-320 analog dimming as not isolated from the secondary output. Follow this model’s DIM wiring and controller requirements. Controller installation The depicted 22 AWG dimming conductors are smaller than 18 AWG. For standalone use, use only SELV dimming controllers or networks; contact MEAN WELL before using FELV control. Verify controller compatibility and capacity for this exact DIM interface. Confirm the exact LED load, operating temperature, control interface and installation requirements against the linked datasheet and manual before commissioning.

    $207.49

  • HVGC-240-2100AB

    MEAN WELL HVGC-240 series: Constant Current LED Driver - HVGC-240-2100AB

    HVGC-240-2100AB LED driver MEAN WELL HVGC-240-2100AB is a 240 W, 2100 mA constant current LED driver with high-voltage output, a metal Class I enclosure, active PFC and fanless free-air convection cooling. Its IP65 design supports suitable indoor or outdoor installations subject to the installation requirements. Output current adjustable through the built-in potentiometer, plus 3-in-1 dimming using 0–10 VDC, 10 V PWM or resistance. Download MEAN WELL HVGC-240 Datasheet (PDF)Download MEAN WELL LED Installation Manual HVGC catalog, PDF pages 28–36. Use the exact output and function suffix when selecting the driver. Output and function Rated output 2100 mA constant current; 240 W rated power. Constant current region 57.2–114.3 V. Select the LED load within this range; the highest output voltage depends on the system configuration. Contact MEAN WELL for compatibility questions. Open-circuit voltage 117 V maximum. Current accuracy Current tolerance: ±5%. Current ripple: 5% maximum at rated current. Function and ingress rating AB type; IP65. Output current adjustable through the built-in potentiometer, plus 3-in-1 dimming using 0–10 VDC, 10 V PWM or resistance. Current adjustment 1050–2100 mA through the built-in Io ADJ potentiometer; output voltage adjustment is not specified. LED connection This series operates in constant current mode to drive LEDs directly. The exact current option and function suffix determine the operating limits. Dimming signals Apply 0–10 VDC, a 10 V PWM signal at 100 Hz–3 kHz, or additive resistance between DIM+ and DIM−. Typical dimming source current: 100 µA. Resistance control runs from a short circuit to 100 kΩ/N; N is the number of synchronized drivers. Dimming range and wiring Minimum dimming level is approximately 5%; output current is undefined between 0% and 5%. The output can fall to 0% with approximately 0 Ω, 0 VDC, or 0% PWM duty. Purple DIM+ and pink DIM−; do not connect DIM− to −V. Connect directly to LEDs; additional downstream drivers are unsuitable. Catalog option The datasheet identifies this as a standard / in-stock function option. This is a catalog classification, not a promise of current inventory. Input and performance Input range 180–528 VAC or 254–747 VDC; 47–63 Hz AC. Apply the voltage-specific thermal limits. AC current and power factor Typical AC current: 0.76 A at 347 VAC; 0.56 A at 480 VAC. Full-load typical PF: ≥0.98 / ≥0.97 / ≥0.95 / ≥0.93 at 230 / 277 / 347 / 480 VAC. Efficiency and harmonic distortion Typical efficiency: 92.5%. THD <20% at loads ≥50% at 230, 277 and 347 VAC; 60% at 480 VAC. Set-up time 500 ms at 230, 347 and 480 VAC. Measured at first cold start; repeated power cycling may increase set-up time. Mains loading Typical cold-start inrush: 50 A; 532 µs pulse width measured at 50% Ipeak at 480 VAC, per NEMA 410. Maximum units on a 16 A type B / type C circuit breaker at 480 VAC: 4 / 6. Leakage and measurement conditions Leakage current <0.75 mA at 480 VAC. Unless otherwise stated, specifications use 347 VAC, rated output current and 25°C ambient. Separate rise-time, hold-up-time and idle-power values are not stated. Protection Short circuit Constant current limiting; automatic recovery when the fault is removed. Overvoltage 120–131.4 V; shuts down output voltage; re-power to recover. Overtemperature Shuts down and latches off output voltage; re-power to recover. Temperature and reliability Case and ambient limits Operating case temperature: −40 to +90°C, with maximum Tcase +90°C. Horizontal installation: at 180 VAC, 100% load from −40 to +50°C, then 60% at +60°C; at 230 VAC, 100% through +55°C, then 60% at +65°C; above 277 VAC, 100% through +60°C, then 60% at +70°C. The case-temperature load curve shows 100% from −40 to +90°C. Meet both case and ambient limits; free-air convection cooling. Input and altitude derating The 60 Hz static graph shows 100% load from 180 to 528 VAC; the notes still require assessment of low-input derating. Follow the separate voltage-dependent ambient-temperature curves. Above 2,000 m altitude, reduce allowable ambient temperature by 3.5°C per 1,000 m for this fanless design. Environment Working humidity: 20–95% RH, non-condensing. Storage: −40 to +80°C, 10–95% RH. Temperature coefficient: ±0.03%/°C over 0–60°C. Vibration: 10–500 Hz, 5 G, 12 min/cycle, 72 min along each X, Y and Z axis. Operating curves PFC switching frequency 45 kHz; PWM switching frequency 65 kHz. PF curves use Tc 80°C; THD and efficiency examples use the 700 mA model at Tc 80°C, distinguishing 230, 277, 347 and 480 VAC. These examples do not guarantee identical performance for every current option. Life and reliability Typical lifetime >50,000 hours at Tc / TMP about 80°C or lower. The lifetime graph indicates approximately 100,000 h at Tc 20–70°C, 70,000 h at 75°C, 50,000 h at 80°C, 35,000 h at 85°C and 25,000 h at 90°C. MTBF: 1769.1K hours minimum, Telcordia SR-332 (Bellcore); 145.2K hours minimum, MIL-HDBK-217F at 25°C. Warranty Five-year manufacturer warranty, subject to its warranty statement and the specified operating conditions. Mechanical details and wiring Dimensions 254.2 × 68 × 38.8 mm (L × W × H); case 994; drawing tolerance ±1 mm. Mounting reference The mechanical drawings show four Ø4.2 mm mounting slots, vertical spacing 34.2 mm, and main case body length 230.2 mm excluding end mounting flanges. Use the full drawing for fixing positions. Temperature measurement point The marked tc point is 115.1 mm from the main case right edge and 34 mm from the bottom edge; use this point for case-temperature verification. Input and output leads Input: STW 18 AWG × 3C; brown AC/L, blue AC/N and green/yellow FG. Output: STW 18 AWG × 2C; red +V and black −V. Input and output lead lengths: 300 ±20 mm. Control leads UL2517 22 AWG × 2C; purple DIM+ and pink DIM−. Lead length: 300 ±20 mm. Unit weight and packing 1.35 kg (1350 g) per unit. Carton reference: 12 pcs / 17.2 kg / 0.78 CUFT. Per-unit mass is separately stated in the specification. Safety and EMC Electrical classification Metal Class I design requiring protective earth. This electrical protection class is distinct from any hazardous-location designation. Safety standards UL 8750 Type HL; CSA C22.2 No. 250.13-12; IEC/BS EN/EN 61347-1 and 61347-2-13; BS EN/EN 62384 (independent); EAC TP TC 004. Type HL application The family specifies Type HL for Class I, Division 2 hazardous classified locations. A/AB types require built-in installation to comply with the Type HL application. Isolation Withstand voltage: input–output 3.75 kVAC; input–FG 2 kVAC; output–FG 1.5 kVAC. Isolation resistance: 100 MΩ at 500 VDC, 25°C and 70% RH across these paths. EMC Emissions: BS EN/EN 55015; BS EN/EN 61000-3-2 at ≥80% load; BS EN/EN 61000-3-3; FCC Part 15 Subpart B; EAC TP TC 020. Immunity: BS EN/EN 61000-4-2, -3, -4, -5, -6, -8 and -11; BS EN/EN 61547, light-industry level; EAC TP TC 020. Surge immunity: 4 kV line-to-earth and 2 kV line-to-line. System integration The driver is a component; final equipment manufacturers must re-qualify EMC for the complete installation. For the stated ErP luminaire requirement, use behind a mains switch without a permanent unswitched mains connection. The product is intended for North American and EU lighting equipment; contact MEAN WELL for other uses. Applications Applications LED street, high-bay, parking-space and fishing-lamp lighting. Installation manual requirements Installation safety Disconnect the mains supply and prevent accidental reconnection before installation or maintenance. Have faults examined by a qualified technician; do not open the power-supply case yourself. Ventilation and mounting Keep ventilation clear and do not stack objects on the unit. Keep 10–15 cm clearance when the adjacent device is a heat source. Follow this model’s mounting, ambient-temperature and output-derating requirements. System wiring and protection Use approved primary and secondary wiring rated for at least the applicable unit current. Provide suitable system-level insulation and an enclosure around single-insulated wiring; verify EMC again in the completed system. Environmental and load limits Do not immerse the unit or install it near fire or above its specified ambient limit. Keep output current and power within the model’s rated operating envelope. If a fitted external flexible cable is damaged, replacement is limited to the manufacturer, its service agent or a similarly qualified person. Connection seals and support If waterproof connectors are fitted, secure their connections to prevent water entry. Verify the mounting structure and luminaire strength; use safety cables for bay-light applications. Protective-earth installation Connect the fitted FG/PE conductor to PE according to this Class I model’s wiring diagram. Weather protection This model is IP65 and must be installed indoors or in a location sheltered from rain outdoors, as required by the installation manual. The IP rating does not permit immersion. Dimming isolation The installation manual lists HVGC-65 through HVGC-320 analog dimming as not isolated from the secondary output. Follow this model’s DIM wiring and controller requirements. Controller installation The depicted 22 AWG dimming conductors are smaller than 18 AWG. For standalone use, use only SELV dimming controllers or networks; contact MEAN WELL before using FELV control. Verify controller compatibility and capacity for this exact DIM interface. Confirm the exact LED load, operating temperature, control interface and installation requirements against the linked datasheet and manual before commissioning.

    $207.49

  • HVGC-240-1750AB

    MEAN WELL HVGC-240 series: Constant Current LED Driver - HVGC-240-1750AB

    HVGC-240-1750AB LED driver MEAN WELL HVGC-240-1750AB is a 240 W, 1750 mA constant current LED driver with high-voltage output, a metal Class I enclosure, active PFC and fanless free-air convection cooling. Its IP65 design supports suitable indoor or outdoor installations subject to the installation requirements. Output current adjustable through the built-in potentiometer, plus 3-in-1 dimming using 0–10 VDC, 10 V PWM or resistance. Download MEAN WELL HVGC-240 Datasheet (PDF)Download MEAN WELL LED Installation Manual HVGC catalog, PDF pages 28–36. Use the exact output and function suffix when selecting the driver. Output and function Rated output 1750 mA constant current; 240 W rated power. Constant current region 68.5–137.1 V. Select the LED load within this range; the highest output voltage depends on the system configuration. Contact MEAN WELL for compatibility questions. Open-circuit voltage 141 V maximum. Current accuracy Current tolerance: ±5%. Current ripple: 5% maximum at rated current. Function and ingress rating AB type; IP65. Output current adjustable through the built-in potentiometer, plus 3-in-1 dimming using 0–10 VDC, 10 V PWM or resistance. Current adjustment 875–1750 mA through the built-in Io ADJ potentiometer; output voltage adjustment is not specified. LED connection This series operates in constant current mode to drive LEDs directly. The exact current option and function suffix determine the operating limits. Dimming signals Apply 0–10 VDC, a 10 V PWM signal at 100 Hz–3 kHz, or additive resistance between DIM+ and DIM−. Typical dimming source current: 100 µA. Resistance control runs from a short circuit to 100 kΩ/N; N is the number of synchronized drivers. Dimming range and wiring Minimum dimming level is approximately 5%; output current is undefined between 0% and 5%. The output can fall to 0% with approximately 0 Ω, 0 VDC, or 0% PWM duty. Purple DIM+ and pink DIM−; do not connect DIM− to −V. Connect directly to LEDs; additional downstream drivers are unsuitable. Catalog option The datasheet identifies this as a standard / in-stock function option. This is a catalog classification, not a promise of current inventory. Input and performance Input range 180–528 VAC or 254–747 VDC; 47–63 Hz AC. Apply the voltage-specific thermal limits. AC current and power factor Typical AC current: 0.76 A at 347 VAC; 0.56 A at 480 VAC. Full-load typical PF: ≥0.98 / ≥0.97 / ≥0.95 / ≥0.93 at 230 / 277 / 347 / 480 VAC. Efficiency and harmonic distortion Typical efficiency: 93%. THD <20% at loads ≥50% at 230, 277 and 347 VAC; 60% at 480 VAC. Set-up time 500 ms at 230, 347 and 480 VAC. Measured at first cold start; repeated power cycling may increase set-up time. Mains loading Typical cold-start inrush: 50 A; 532 µs pulse width measured at 50% Ipeak at 480 VAC, per NEMA 410. Maximum units on a 16 A type B / type C circuit breaker at 480 VAC: 4 / 6. Leakage and measurement conditions Leakage current <0.75 mA at 480 VAC. Unless otherwise stated, specifications use 347 VAC, rated output current and 25°C ambient. Separate rise-time, hold-up-time and idle-power values are not stated. Protection Short circuit Constant current limiting; automatic recovery when the fault is removed. Overvoltage 144–158 V; shuts down output voltage; re-power to recover. Overtemperature Shuts down and latches off output voltage; re-power to recover. Temperature and reliability Case and ambient limits Operating case temperature: −40 to +90°C, with maximum Tcase +90°C. Horizontal installation: at 180 VAC, 100% load from −40 to +50°C, then 60% at +60°C; at 230 VAC, 100% through +55°C, then 60% at +65°C; above 277 VAC, 100% through +60°C, then 60% at +70°C. The case-temperature load curve shows 100% from −40 to +90°C. Meet both case and ambient limits; free-air convection cooling. Input and altitude derating The 60 Hz static graph shows 100% load from 180 to 528 VAC; the notes still require assessment of low-input derating. Follow the separate voltage-dependent ambient-temperature curves. Above 2,000 m altitude, reduce allowable ambient temperature by 3.5°C per 1,000 m for this fanless design. Environment Working humidity: 20–95% RH, non-condensing. Storage: −40 to +80°C, 10–95% RH. Temperature coefficient: ±0.03%/°C over 0–60°C. Vibration: 10–500 Hz, 5 G, 12 min/cycle, 72 min along each X, Y and Z axis. Operating curves PFC switching frequency 45 kHz; PWM switching frequency 65 kHz. PF curves use Tc 80°C; THD and efficiency examples use the 700 mA model at Tc 80°C, distinguishing 230, 277, 347 and 480 VAC. These examples do not guarantee identical performance for every current option. Life and reliability Typical lifetime >50,000 hours at Tc / TMP about 80°C or lower. The lifetime graph indicates approximately 100,000 h at Tc 20–70°C, 70,000 h at 75°C, 50,000 h at 80°C, 35,000 h at 85°C and 25,000 h at 90°C. MTBF: 1769.1K hours minimum, Telcordia SR-332 (Bellcore); 145.2K hours minimum, MIL-HDBK-217F at 25°C. Warranty Five-year manufacturer warranty, subject to its warranty statement and the specified operating conditions. Mechanical details and wiring Dimensions 254.2 × 68 × 38.8 mm (L × W × H); case 994; drawing tolerance ±1 mm. Mounting reference The mechanical drawings show four Ø4.2 mm mounting slots, vertical spacing 34.2 mm, and main case body length 230.2 mm excluding end mounting flanges. Use the full drawing for fixing positions. Temperature measurement point The marked tc point is 115.1 mm from the main case right edge and 34 mm from the bottom edge; use this point for case-temperature verification. Input and output leads Input: STW 18 AWG × 3C; brown AC/L, blue AC/N and green/yellow FG. Output: STW 18 AWG × 2C; red +V and black −V. Input and output lead lengths: 300 ±20 mm. Control leads UL2517 22 AWG × 2C; purple DIM+ and pink DIM−. Lead length: 300 ±20 mm. Unit weight and packing 1.35 kg (1350 g) per unit. Carton reference: 12 pcs / 17.2 kg / 0.78 CUFT. Per-unit mass is separately stated in the specification. Safety and EMC Electrical classification Metal Class I design requiring protective earth. This electrical protection class is distinct from any hazardous-location designation. Safety standards UL 8750 Type HL; CSA C22.2 No. 250.13-12; IEC/BS EN/EN 61347-1 and 61347-2-13; BS EN/EN 62384 (independent); EAC TP TC 004. Type HL application The family specifies Type HL for Class I, Division 2 hazardous classified locations. A/AB types require built-in installation to comply with the Type HL application. Isolation Withstand voltage: input–output 3.75 kVAC; input–FG 2 kVAC; output–FG 1.5 kVAC. Isolation resistance: 100 MΩ at 500 VDC, 25°C and 70% RH across these paths. EMC Emissions: BS EN/EN 55015; BS EN/EN 61000-3-2 at ≥80% load; BS EN/EN 61000-3-3; FCC Part 15 Subpart B; EAC TP TC 020. Immunity: BS EN/EN 61000-4-2, -3, -4, -5, -6, -8 and -11; BS EN/EN 61547, light-industry level; EAC TP TC 020. Surge immunity: 4 kV line-to-earth and 2 kV line-to-line. System integration The driver is a component; final equipment manufacturers must re-qualify EMC for the complete installation. For the stated ErP luminaire requirement, use behind a mains switch without a permanent unswitched mains connection. The product is intended for North American and EU lighting equipment; contact MEAN WELL for other uses. Applications Applications LED street, high-bay, parking-space and fishing-lamp lighting. Installation manual requirements Installation safety Disconnect the mains supply and prevent accidental reconnection before installation or maintenance. Have faults examined by a qualified technician; do not open the power-supply case yourself. Ventilation and mounting Keep ventilation clear and do not stack objects on the unit. Keep 10–15 cm clearance when the adjacent device is a heat source. Follow this model’s mounting, ambient-temperature and output-derating requirements. System wiring and protection Use approved primary and secondary wiring rated for at least the applicable unit current. Provide suitable system-level insulation and an enclosure around single-insulated wiring; verify EMC again in the completed system. Environmental and load limits Do not immerse the unit or install it near fire or above its specified ambient limit. Keep output current and power within the model’s rated operating envelope. If a fitted external flexible cable is damaged, replacement is limited to the manufacturer, its service agent or a similarly qualified person. Connection seals and support If waterproof connectors are fitted, secure their connections to prevent water entry. Verify the mounting structure and luminaire strength; use safety cables for bay-light applications. Protective-earth installation Connect the fitted FG/PE conductor to PE according to this Class I model’s wiring diagram. Weather protection This model is IP65 and must be installed indoors or in a location sheltered from rain outdoors, as required by the installation manual. The IP rating does not permit immersion. Dimming isolation The installation manual lists HVGC-65 through HVGC-320 analog dimming as not isolated from the secondary output. Follow this model’s DIM wiring and controller requirements. Controller installation The depicted 22 AWG dimming conductors are smaller than 18 AWG. For standalone use, use only SELV dimming controllers or networks; contact MEAN WELL before using FELV control. Verify controller compatibility and capacity for this exact DIM interface. Confirm the exact LED load, operating temperature, control interface and installation requirements against the linked datasheet and manual before commissioning.

    $207.49

  • HVGC-240-1400AB

    MEAN WELL HVGC-240 series: Constant Current LED Driver - HVGC-240-1400AB

    HVGC-240-1400AB LED driver MEAN WELL HVGC-240-1400AB is a 240 W, 1400 mA constant current LED driver with high-voltage output, a metal Class I enclosure, active PFC and fanless free-air convection cooling. Its IP65 design supports suitable indoor or outdoor installations subject to the installation requirements. Output current adjustable through the built-in potentiometer, plus 3-in-1 dimming using 0–10 VDC, 10 V PWM or resistance. Download MEAN WELL HVGC-240 Datasheet (PDF)Download MEAN WELL LED Installation Manual HVGC catalog, PDF pages 28–36. Use the exact output and function suffix when selecting the driver. Output and function Rated output 1400 mA constant current; 240 W rated power. Constant current region 85.7–171.4 V. Select the LED load within this range; the highest output voltage depends on the system configuration. Contact MEAN WELL for compatibility questions. Open-circuit voltage 176 V maximum. Current accuracy Current tolerance: ±5%. Current ripple: 5% maximum at rated current. Function and ingress rating AB type; IP65. Output current adjustable through the built-in potentiometer, plus 3-in-1 dimming using 0–10 VDC, 10 V PWM or resistance. Current adjustment 700–1400 mA through the built-in Io ADJ potentiometer; output voltage adjustment is not specified. LED connection This series operates in constant current mode to drive LEDs directly. The exact current option and function suffix determine the operating limits. Dimming signals Apply 0–10 VDC, a 10 V PWM signal at 100 Hz–3 kHz, or additive resistance between DIM+ and DIM−. Typical dimming source current: 100 µA. Resistance control runs from a short circuit to 100 kΩ/N; N is the number of synchronized drivers. Dimming range and wiring Minimum dimming level is approximately 5%; output current is undefined between 0% and 5%. The output can fall to 0% with approximately 0 Ω, 0 VDC, or 0% PWM duty. Purple DIM+ and pink DIM−; do not connect DIM− to −V. Connect directly to LEDs; additional downstream drivers are unsuitable. Catalog option The datasheet identifies this as a standard / in-stock function option. This is a catalog classification, not a promise of current inventory. Input and performance Input range 180–528 VAC or 254–747 VDC; 47–63 Hz AC. Apply the voltage-specific thermal limits. AC current and power factor Typical AC current: 0.76 A at 347 VAC; 0.56 A at 480 VAC. Full-load typical PF: ≥0.98 / ≥0.97 / ≥0.95 / ≥0.93 at 230 / 277 / 347 / 480 VAC. Efficiency and harmonic distortion Typical efficiency: 93%. THD <20% at loads ≥50% at 230, 277 and 347 VAC; 60% at 480 VAC. Set-up time 500 ms at 230, 347 and 480 VAC. Measured at first cold start; repeated power cycling may increase set-up time. Mains loading Typical cold-start inrush: 50 A; 532 µs pulse width measured at 50% Ipeak at 480 VAC, per NEMA 410. Maximum units on a 16 A type B / type C circuit breaker at 480 VAC: 4 / 6. Leakage and measurement conditions Leakage current <0.75 mA at 480 VAC. Unless otherwise stated, specifications use 347 VAC, rated output current and 25°C ambient. Separate rise-time, hold-up-time and idle-power values are not stated. Protection Short circuit Constant current limiting; automatic recovery when the fault is removed. Overvoltage 180–197 V; shuts down output voltage; re-power to recover. Overtemperature Shuts down and latches off output voltage; re-power to recover. Temperature and reliability Case and ambient limits Operating case temperature: −40 to +90°C, with maximum Tcase +90°C. Horizontal installation: at 180 VAC, 100% load from −40 to +50°C, then 60% at +60°C; at 230 VAC, 100% through +55°C, then 60% at +65°C; above 277 VAC, 100% through +60°C, then 60% at +70°C. The case-temperature load curve shows 100% from −40 to +90°C. Meet both case and ambient limits; free-air convection cooling. Input and altitude derating The 60 Hz static graph shows 100% load from 180 to 528 VAC; the notes still require assessment of low-input derating. Follow the separate voltage-dependent ambient-temperature curves. Above 2,000 m altitude, reduce allowable ambient temperature by 3.5°C per 1,000 m for this fanless design. Environment Working humidity: 20–95% RH, non-condensing. Storage: −40 to +80°C, 10–95% RH. Temperature coefficient: ±0.03%/°C over 0–60°C. Vibration: 10–500 Hz, 5 G, 12 min/cycle, 72 min along each X, Y and Z axis. Operating curves PFC switching frequency 45 kHz; PWM switching frequency 65 kHz. PF curves use Tc 80°C; THD and efficiency examples use the 700 mA model at Tc 80°C, distinguishing 230, 277, 347 and 480 VAC. These examples do not guarantee identical performance for every current option. Life and reliability Typical lifetime >50,000 hours at Tc / TMP about 80°C or lower. The lifetime graph indicates approximately 100,000 h at Tc 20–70°C, 70,000 h at 75°C, 50,000 h at 80°C, 35,000 h at 85°C and 25,000 h at 90°C. MTBF: 1769.1K hours minimum, Telcordia SR-332 (Bellcore); 145.2K hours minimum, MIL-HDBK-217F at 25°C. Warranty Five-year manufacturer warranty, subject to its warranty statement and the specified operating conditions. Mechanical details and wiring Dimensions 254.2 × 68 × 38.8 mm (L × W × H); case 994; drawing tolerance ±1 mm. Mounting reference The mechanical drawings show four Ø4.2 mm mounting slots, vertical spacing 34.2 mm, and main case body length 230.2 mm excluding end mounting flanges. Use the full drawing for fixing positions. Temperature measurement point The marked tc point is 115.1 mm from the main case right edge and 34 mm from the bottom edge; use this point for case-temperature verification. Input and output leads Input: STW 18 AWG × 3C; brown AC/L, blue AC/N and green/yellow FG. Output: STW 18 AWG × 2C; red +V and black −V. Input and output lead lengths: 300 ±20 mm. Control leads UL2517 22 AWG × 2C; purple DIM+ and pink DIM−. Lead length: 300 ±20 mm. Unit weight and packing 1.35 kg (1350 g) per unit. Carton reference: 12 pcs / 17.2 kg / 0.78 CUFT. Per-unit mass is separately stated in the specification. Safety and EMC Electrical classification Metal Class I design requiring protective earth. This electrical protection class is distinct from any hazardous-location designation. Safety standards UL 8750 Type HL; CSA C22.2 No. 250.13-12; IEC/BS EN/EN 61347-1 and 61347-2-13; BS EN/EN 62384 (independent); EAC TP TC 004. Type HL application The family specifies Type HL for Class I, Division 2 hazardous classified locations. A/AB types require built-in installation to comply with the Type HL application. Isolation Withstand voltage: input–output 3.75 kVAC; input–FG 2 kVAC; output–FG 1.5 kVAC. Isolation resistance: 100 MΩ at 500 VDC, 25°C and 70% RH across these paths. EMC Emissions: BS EN/EN 55015; BS EN/EN 61000-3-2 at ≥80% load; BS EN/EN 61000-3-3; FCC Part 15 Subpart B; EAC TP TC 020. Immunity: BS EN/EN 61000-4-2, -3, -4, -5, -6, -8 and -11; BS EN/EN 61547, light-industry level; EAC TP TC 020. Surge immunity: 4 kV line-to-earth and 2 kV line-to-line. System integration The driver is a component; final equipment manufacturers must re-qualify EMC for the complete installation. For the stated ErP luminaire requirement, use behind a mains switch without a permanent unswitched mains connection. The product is intended for North American and EU lighting equipment; contact MEAN WELL for other uses. Applications Applications LED street, high-bay, parking-space and fishing-lamp lighting. Installation manual requirements Installation safety Disconnect the mains supply and prevent accidental reconnection before installation or maintenance. Have faults examined by a qualified technician; do not open the power-supply case yourself. Ventilation and mounting Keep ventilation clear and do not stack objects on the unit. Keep 10–15 cm clearance when the adjacent device is a heat source. Follow this model’s mounting, ambient-temperature and output-derating requirements. System wiring and protection Use approved primary and secondary wiring rated for at least the applicable unit current. Provide suitable system-level insulation and an enclosure around single-insulated wiring; verify EMC again in the completed system. Environmental and load limits Do not immerse the unit or install it near fire or above its specified ambient limit. Keep output current and power within the model’s rated operating envelope. If a fitted external flexible cable is damaged, replacement is limited to the manufacturer, its service agent or a similarly qualified person. Connection seals and support If waterproof connectors are fitted, secure their connections to prevent water entry. Verify the mounting structure and luminaire strength; use safety cables for bay-light applications. Protective-earth installation Connect the fitted FG/PE conductor to PE according to this Class I model’s wiring diagram. Weather protection This model is IP65 and must be installed indoors or in a location sheltered from rain outdoors, as required by the installation manual. The IP rating does not permit immersion. Dimming isolation The installation manual lists HVGC-65 through HVGC-320 analog dimming as not isolated from the secondary output. Follow this model’s DIM wiring and controller requirements. Controller installation The depicted 22 AWG dimming conductors are smaller than 18 AWG. For standalone use, use only SELV dimming controllers or networks; contact MEAN WELL before using FELV control. Verify controller compatibility and capacity for this exact DIM interface. Confirm the exact LED load, operating temperature, control interface and installation requirements against the linked datasheet and manual before commissioning.

    $207.49

  • HVGC-240-1050AB

    MEAN WELL HVGC-240 series: Constant Current LED Driver - HVGC-240-1050AB

    HVGC-240-1050AB LED driver MEAN WELL HVGC-240-1050AB is a 240 W, 1050 mA constant current LED driver with high-voltage output, a metal Class I enclosure, active PFC and fanless free-air convection cooling. Its IP65 design supports suitable indoor or outdoor installations subject to the installation requirements. Output current adjustable through the built-in potentiometer, plus 3-in-1 dimming using 0–10 VDC, 10 V PWM or resistance. Download MEAN WELL HVGC-240 Datasheet (PDF)Download MEAN WELL LED Installation Manual HVGC catalog, PDF pages 28–36. Use the exact output and function suffix when selecting the driver. Output and function Rated output 1050 mA constant current; 240 W rated power. Constant current region 114.3–228.6 V. Select the LED load within this range; the highest output voltage depends on the system configuration. Contact MEAN WELL for compatibility questions. Open-circuit voltage 235 V maximum. Current accuracy Current tolerance: ±5%. Current ripple: 5% maximum at rated current. Function and ingress rating AB type; IP65. Output current adjustable through the built-in potentiometer, plus 3-in-1 dimming using 0–10 VDC, 10 V PWM or resistance. Current adjustment 525–1050 mA through the built-in Io ADJ potentiometer; output voltage adjustment is not specified. LED connection This series operates in constant current mode to drive LEDs directly. The exact current option and function suffix determine the operating limits. Dimming signals Apply 0–10 VDC, a 10 V PWM signal at 100 Hz–3 kHz, or additive resistance between DIM+ and DIM−. Typical dimming source current: 100 µA. Resistance control runs from a short circuit to 100 kΩ/N; N is the number of synchronized drivers. Dimming range and wiring Minimum dimming level is approximately 5%; output current is undefined between 0% and 5%. The output can fall to 0% with approximately 0 Ω, 0 VDC, or 0% PWM duty. Purple DIM+ and pink DIM−; do not connect DIM− to −V. Connect directly to LEDs; additional downstream drivers are unsuitable. Catalog option The datasheet identifies this as a standard / in-stock function option. This is a catalog classification, not a promise of current inventory. Input and performance Input range 180–528 VAC or 254–747 VDC; 47–63 Hz AC. Apply the voltage-specific thermal limits. AC current and power factor Typical AC current: 0.76 A at 347 VAC; 0.56 A at 480 VAC. Full-load typical PF: ≥0.98 / ≥0.97 / ≥0.95 / ≥0.93 at 230 / 277 / 347 / 480 VAC. Efficiency and harmonic distortion Typical efficiency: 93%. THD <20% at loads ≥50% at 230, 277 and 347 VAC; 60% at 480 VAC. Set-up time 500 ms at 230, 347 and 480 VAC. Measured at first cold start; repeated power cycling may increase set-up time. Mains loading Typical cold-start inrush: 50 A; 532 µs pulse width measured at 50% Ipeak at 480 VAC, per NEMA 410. Maximum units on a 16 A type B / type C circuit breaker at 480 VAC: 4 / 6. Leakage and measurement conditions Leakage current <0.75 mA at 480 VAC. Unless otherwise stated, specifications use 347 VAC, rated output current and 25°C ambient. Separate rise-time, hold-up-time and idle-power values are not stated. Protection Short circuit Constant current limiting; automatic recovery when the fault is removed. Overvoltage 240–263 V; shuts down output voltage; re-power to recover. Overtemperature Shuts down and latches off output voltage; re-power to recover. Temperature and reliability Case and ambient limits Operating case temperature: −40 to +90°C, with maximum Tcase +90°C. Horizontal installation: at 180 VAC, 100% load from −40 to +50°C, then 60% at +60°C; at 230 VAC, 100% through +55°C, then 60% at +65°C; above 277 VAC, 100% through +60°C, then 60% at +70°C. The case-temperature load curve shows 100% from −40 to +90°C. Meet both case and ambient limits; free-air convection cooling. Input and altitude derating The 60 Hz static graph shows 100% load from 180 to 528 VAC; the notes still require assessment of low-input derating. Follow the separate voltage-dependent ambient-temperature curves. Above 2,000 m altitude, reduce allowable ambient temperature by 3.5°C per 1,000 m for this fanless design. Environment Working humidity: 20–95% RH, non-condensing. Storage: −40 to +80°C, 10–95% RH. Temperature coefficient: ±0.03%/°C over 0–60°C. Vibration: 10–500 Hz, 5 G, 12 min/cycle, 72 min along each X, Y and Z axis. Operating curves PFC switching frequency 45 kHz; PWM switching frequency 65 kHz. PF curves use Tc 80°C; THD and efficiency examples use the 700 mA model at Tc 80°C, distinguishing 230, 277, 347 and 480 VAC. These examples do not guarantee identical performance for every current option. Life and reliability Typical lifetime >50,000 hours at Tc / TMP about 80°C or lower. The lifetime graph indicates approximately 100,000 h at Tc 20–70°C, 70,000 h at 75°C, 50,000 h at 80°C, 35,000 h at 85°C and 25,000 h at 90°C. MTBF: 1769.1K hours minimum, Telcordia SR-332 (Bellcore); 145.2K hours minimum, MIL-HDBK-217F at 25°C. Warranty Five-year manufacturer warranty, subject to its warranty statement and the specified operating conditions. Mechanical details and wiring Dimensions 254.2 × 68 × 38.8 mm (L × W × H); case 994; drawing tolerance ±1 mm. Mounting reference The mechanical drawings show four Ø4.2 mm mounting slots, vertical spacing 34.2 mm, and main case body length 230.2 mm excluding end mounting flanges. Use the full drawing for fixing positions. Temperature measurement point The marked tc point is 115.1 mm from the main case right edge and 34 mm from the bottom edge; use this point for case-temperature verification. Input and output leads Input: STW 18 AWG × 3C; brown AC/L, blue AC/N and green/yellow FG. Output: STW 18 AWG × 2C; red +V and black −V. Input and output lead lengths: 300 ±20 mm. Control leads UL2517 22 AWG × 2C; purple DIM+ and pink DIM−. Lead length: 300 ±20 mm. Unit weight and packing 1.35 kg (1350 g) per unit. Carton reference: 12 pcs / 17.2 kg / 0.78 CUFT. Per-unit mass is separately stated in the specification. Safety and EMC Electrical classification Metal Class I design requiring protective earth. This electrical protection class is distinct from any hazardous-location designation. Safety standards UL 8750 Type HL; CSA C22.2 No. 250.13-12; IEC/BS EN/EN 61347-1 and 61347-2-13; BS EN/EN 62384 (independent); EAC TP TC 004. Type HL application The family specifies Type HL for Class I, Division 2 hazardous classified locations. A/AB types require built-in installation to comply with the Type HL application. Isolation Withstand voltage: input–output 3.75 kVAC; input–FG 2 kVAC; output–FG 1.5 kVAC. Isolation resistance: 100 MΩ at 500 VDC, 25°C and 70% RH across these paths. EMC Emissions: BS EN/EN 55015; BS EN/EN 61000-3-2 at ≥80% load; BS EN/EN 61000-3-3; FCC Part 15 Subpart B; EAC TP TC 020. Immunity: BS EN/EN 61000-4-2, -3, -4, -5, -6, -8 and -11; BS EN/EN 61547, light-industry level; EAC TP TC 020. Surge immunity: 4 kV line-to-earth and 2 kV line-to-line. System integration The driver is a component; final equipment manufacturers must re-qualify EMC for the complete installation. For the stated ErP luminaire requirement, use behind a mains switch without a permanent unswitched mains connection. The product is intended for North American and EU lighting equipment; contact MEAN WELL for other uses. Applications Applications LED street, high-bay, parking-space and fishing-lamp lighting. Installation manual requirements Installation safety Disconnect the mains supply and prevent accidental reconnection before installation or maintenance. Have faults examined by a qualified technician; do not open the power-supply case yourself. Ventilation and mounting Keep ventilation clear and do not stack objects on the unit. Keep 10–15 cm clearance when the adjacent device is a heat source. Follow this model’s mounting, ambient-temperature and output-derating requirements. System wiring and protection Use approved primary and secondary wiring rated for at least the applicable unit current. Provide suitable system-level insulation and an enclosure around single-insulated wiring; verify EMC again in the completed system. Environmental and load limits Do not immerse the unit or install it near fire or above its specified ambient limit. Keep output current and power within the model’s rated operating envelope. If a fitted external flexible cable is damaged, replacement is limited to the manufacturer, its service agent or a similarly qualified person. Connection seals and support If waterproof connectors are fitted, secure their connections to prevent water entry. Verify the mounting structure and luminaire strength; use safety cables for bay-light applications. Protective-earth installation Connect the fitted FG/PE conductor to PE according to this Class I model’s wiring diagram. Weather protection This model is IP65 and must be installed indoors or in a location sheltered from rain outdoors, as required by the installation manual. The IP rating does not permit immersion. Dimming isolation The installation manual lists HVGC-65 through HVGC-320 analog dimming as not isolated from the secondary output. Follow this model’s DIM wiring and controller requirements. Controller installation The depicted 22 AWG dimming conductors are smaller than 18 AWG. For standalone use, use only SELV dimming controllers or networks; contact MEAN WELL before using FELV control. Verify controller compatibility and capacity for this exact DIM interface. Confirm the exact LED load, operating temperature, control interface and installation requirements against the linked datasheet and manual before commissioning.

    $207.49

  • HVGC-240-700AB

    MEAN WELL HVGC-240 series: Constant Current LED Driver - HVGC-240-700AB

    HVGC-240-700AB LED driver MEAN WELL HVGC-240-700AB is a 240 W, 700 mA constant current LED driver with high-voltage output, a metal Class I enclosure, active PFC and fanless free-air convection cooling. Its IP65 design supports suitable indoor or outdoor installations subject to the installation requirements. Output current adjustable through the built-in potentiometer, plus 3-in-1 dimming using 0–10 VDC, 10 V PWM or resistance. Download MEAN WELL HVGC-240 Datasheet (PDF)Download MEAN WELL LED Installation Manual HVGC catalog, PDF pages 28–36. Use the exact output and function suffix when selecting the driver. Output and function Rated output 700 mA constant current; 240 W rated power. Constant current region 171.4–342.8 V. Select the LED load within this range; the highest output voltage depends on the system configuration. Contact MEAN WELL for compatibility questions. Open-circuit voltage 354 V maximum. Current accuracy Current tolerance: ±5%. Current ripple: 5% maximum at rated current. Function and ingress rating AB type; IP65. Output current adjustable through the built-in potentiometer, plus 3-in-1 dimming using 0–10 VDC, 10 V PWM or resistance. Current adjustment 350–700 mA through the built-in Io ADJ potentiometer; output voltage adjustment is not specified. LED connection This series operates in constant current mode to drive LEDs directly. The exact current option and function suffix determine the operating limits. Dimming signals Apply 0–10 VDC, a 10 V PWM signal at 100 Hz–3 kHz, or additive resistance between DIM+ and DIM−. Typical dimming source current: 100 µA. Resistance control runs from a short circuit to 100 kΩ/N; N is the number of synchronized drivers. Dimming range and wiring Minimum dimming level is approximately 5%; output current is undefined between 0% and 5%. The output can fall to 0% with approximately 0 Ω, 0 VDC, or 0% PWM duty. Purple DIM+ and pink DIM−; do not connect DIM− to −V. Connect directly to LEDs; additional downstream drivers are unsuitable. Catalog option The datasheet identifies this as a standard / in-stock function option. This is a catalog classification, not a promise of current inventory. Input and performance Input range 180–528 VAC or 254–747 VDC; 47–63 Hz AC. Apply the voltage-specific thermal limits. AC current and power factor Typical AC current: 0.76 A at 347 VAC; 0.56 A at 480 VAC. Full-load typical PF: ≥0.98 / ≥0.97 / ≥0.95 / ≥0.93 at 230 / 277 / 347 / 480 VAC. Efficiency and harmonic distortion Typical efficiency: 93.5%. THD <20% at loads ≥50% at 230, 277 and 347 VAC; 60% at 480 VAC. Set-up time 500 ms at 230, 347 and 480 VAC. Measured at first cold start; repeated power cycling may increase set-up time. Mains loading Typical cold-start inrush: 50 A; 532 µs pulse width measured at 50% Ipeak at 480 VAC, per NEMA 410. Maximum units on a 16 A type B / type C circuit breaker at 480 VAC: 4 / 6. Leakage and measurement conditions Leakage current <0.75 mA at 480 VAC. Unless otherwise stated, specifications use 347 VAC, rated output current and 25°C ambient. Separate rise-time, hold-up-time and idle-power values are not stated. Protection Short circuit Constant current limiting; automatic recovery when the fault is removed. Overvoltage 360–394 V; shuts down output voltage; re-power to recover. Overtemperature Shuts down and latches off output voltage; re-power to recover. Temperature and reliability Case and ambient limits Operating case temperature: −40 to +90°C, with maximum Tcase +90°C. Horizontal installation: at 180 VAC, 100% load from −40 to +50°C, then 60% at +60°C; at 230 VAC, 100% through +55°C, then 60% at +65°C; above 277 VAC, 100% through +60°C, then 60% at +70°C. The case-temperature load curve shows 100% from −40 to +90°C. Meet both case and ambient limits; free-air convection cooling. Input and altitude derating The 60 Hz static graph shows 100% load from 180 to 528 VAC; the notes still require assessment of low-input derating. Follow the separate voltage-dependent ambient-temperature curves. Above 2,000 m altitude, reduce allowable ambient temperature by 3.5°C per 1,000 m for this fanless design. Environment Working humidity: 20–95% RH, non-condensing. Storage: −40 to +80°C, 10–95% RH. Temperature coefficient: ±0.03%/°C over 0–60°C. Vibration: 10–500 Hz, 5 G, 12 min/cycle, 72 min along each X, Y and Z axis. Operating curves PFC switching frequency 45 kHz; PWM switching frequency 65 kHz. PF curves use Tc 80°C; THD and efficiency examples use the 700 mA model at Tc 80°C, distinguishing 230, 277, 347 and 480 VAC. These examples do not guarantee identical performance for every current option. Life and reliability Typical lifetime >50,000 hours at Tc / TMP about 80°C or lower. The lifetime graph indicates approximately 100,000 h at Tc 20–70°C, 70,000 h at 75°C, 50,000 h at 80°C, 35,000 h at 85°C and 25,000 h at 90°C. MTBF: 1769.1K hours minimum, Telcordia SR-332 (Bellcore); 145.2K hours minimum, MIL-HDBK-217F at 25°C. Warranty Five-year manufacturer warranty, subject to its warranty statement and the specified operating conditions. Mechanical details and wiring Dimensions 254.2 × 68 × 38.8 mm (L × W × H); case 994; drawing tolerance ±1 mm. Mounting reference The mechanical drawings show four Ø4.2 mm mounting slots, vertical spacing 34.2 mm, and main case body length 230.2 mm excluding end mounting flanges. Use the full drawing for fixing positions. Temperature measurement point The marked tc point is 115.1 mm from the main case right edge and 34 mm from the bottom edge; use this point for case-temperature verification. Input and output leads Input: STW 18 AWG × 3C; brown AC/L, blue AC/N and green/yellow FG. Output: STW 18 AWG × 2C; red +V and black −V. Input and output lead lengths: 300 ±20 mm. Control leads UL2517 22 AWG × 2C; purple DIM+ and pink DIM−. Lead length: 300 ±20 mm. Unit weight and packing 1.35 kg (1350 g) per unit. Carton reference: 12 pcs / 17.2 kg / 0.78 CUFT. Per-unit mass is separately stated in the specification. Safety and EMC Electrical classification Metal Class I design requiring protective earth. This electrical protection class is distinct from any hazardous-location designation. Safety standards UL 8750 Type HL; CSA C22.2 No. 250.13-12; IEC/BS EN/EN 61347-1 and 61347-2-13; BS EN/EN 62384 (independent); EAC TP TC 004. Type HL application The family specifies Type HL for Class I, Division 2 hazardous classified locations. A/AB types require built-in installation to comply with the Type HL application. Isolation Withstand voltage: input–output 3.75 kVAC; input–FG 2 kVAC; output–FG 1.5 kVAC. Isolation resistance: 100 MΩ at 500 VDC, 25°C and 70% RH across these paths. EMC Emissions: BS EN/EN 55015; BS EN/EN 61000-3-2 at ≥80% load; BS EN/EN 61000-3-3; FCC Part 15 Subpart B; EAC TP TC 020. Immunity: BS EN/EN 61000-4-2, -3, -4, -5, -6, -8 and -11; BS EN/EN 61547, light-industry level; EAC TP TC 020. Surge immunity: 4 kV line-to-earth and 2 kV line-to-line. System integration The driver is a component; final equipment manufacturers must re-qualify EMC for the complete installation. For the stated ErP luminaire requirement, use behind a mains switch without a permanent unswitched mains connection. The product is intended for North American and EU lighting equipment; contact MEAN WELL for other uses. Applications Applications LED street, high-bay, parking-space and fishing-lamp lighting. Installation manual requirements Installation safety Disconnect the mains supply and prevent accidental reconnection before installation or maintenance. Have faults examined by a qualified technician; do not open the power-supply case yourself. Ventilation and mounting Keep ventilation clear and do not stack objects on the unit. Keep 10–15 cm clearance when the adjacent device is a heat source. Follow this model’s mounting, ambient-temperature and output-derating requirements. System wiring and protection Use approved primary and secondary wiring rated for at least the applicable unit current. Provide suitable system-level insulation and an enclosure around single-insulated wiring; verify EMC again in the completed system. Environmental and load limits Do not immerse the unit or install it near fire or above its specified ambient limit. Keep output current and power within the model’s rated operating envelope. If a fitted external flexible cable is damaged, replacement is limited to the manufacturer, its service agent or a similarly qualified person. Connection seals and support If waterproof connectors are fitted, secure their connections to prevent water entry. Verify the mounting structure and luminaire strength; use safety cables for bay-light applications. Protective-earth installation Connect the fitted FG/PE conductor to PE according to this Class I model’s wiring diagram. Weather protection This model is IP65 and must be installed indoors or in a location sheltered from rain outdoors, as required by the installation manual. The IP rating does not permit immersion. Dimming isolation The installation manual lists HVGC-65 through HVGC-320 analog dimming as not isolated from the secondary output. Follow this model’s DIM wiring and controller requirements. Controller installation The depicted 22 AWG dimming conductors are smaller than 18 AWG. For standalone use, use only SELV dimming controllers or networks; contact MEAN WELL before using FELV control. Verify controller compatibility and capacity for this exact DIM interface. Confirm the exact LED load, operating temperature, control interface and installation requirements against the linked datasheet and manual before commissioning.

    $207.49

  • HVGC-240-3500B

    MEAN WELL HVGC-240 series: Constant Current LED Driver - HVGC-240-3500B

    HVGC-240-3500B LED driver MEAN WELL HVGC-240-3500B is a 240.1 W, 3500 mA constant current LED driver with high-voltage output, a metal Class I enclosure, active PFC and fanless free-air convection cooling. Its IP67 design supports suitable indoor or outdoor installations subject to the installation requirements. 3-in-1 dimming using 0–10 VDC, 10 V PWM or resistance. Download MEAN WELL HVGC-240 Datasheet (PDF)Download MEAN WELL LED Installation Manual HVGC catalog, PDF pages 28–36. Use the exact output and function suffix when selecting the driver. Output and function Rated output 3500 mA constant current; 240.1 W rated power. Constant current region 34.3–68.6 V. Select the LED load within this range; the highest output voltage depends on the system configuration. Contact MEAN WELL for compatibility questions. Open-circuit voltage 71 V maximum. Current accuracy Current tolerance: ±5%. Current ripple: 5% maximum at rated current. Function and ingress rating B type; IP67. 3-in-1 dimming using 0–10 VDC, 10 V PWM or resistance. Current adjustment No internal user-adjustable current potentiometer is specified for this suffix. LED connection This series operates in constant current mode to drive LEDs directly. The exact current option and function suffix determine the operating limits. Dimming signals Apply 0–10 VDC, a 10 V PWM signal at 100 Hz–3 kHz, or additive resistance between DIM+ and DIM−. Typical dimming source current: 100 µA. Resistance control runs from a short circuit to 100 kΩ/N; N is the number of synchronized drivers. Dimming range and wiring Minimum dimming level is approximately 5%; output current is undefined between 0% and 5%. The output can fall to 0% with approximately 0 Ω, 0 VDC, or 0% PWM duty. Purple DIM+ and pink DIM−; do not connect DIM− to −V. Connect directly to LEDs; additional downstream drivers are unsuitable. Catalog option The datasheet identifies this as a standard / in-stock function option. This is a catalog classification, not a promise of current inventory. Input and performance Input range 180–528 VAC or 254–747 VDC; 47–63 Hz AC. Apply the voltage-specific thermal limits. AC current and power factor Typical AC current: 0.76 A at 347 VAC; 0.56 A at 480 VAC. Full-load typical PF: ≥0.98 / ≥0.97 / ≥0.95 / ≥0.93 at 230 / 277 / 347 / 480 VAC. Efficiency and harmonic distortion Typical efficiency: 92.5%. THD <20% at loads ≥50% at 230, 277 and 347 VAC; 60% at 480 VAC. Set-up time 500 ms at 230, 347 and 480 VAC. Measured at first cold start; repeated power cycling may increase set-up time. Mains loading Typical cold-start inrush: 50 A; 532 µs pulse width measured at 50% Ipeak at 480 VAC, per NEMA 410. Maximum units on a 16 A type B / type C circuit breaker at 480 VAC: 4 / 6. Leakage and measurement conditions Leakage current <0.75 mA at 480 VAC. Unless otherwise stated, specifications use 347 VAC, rated output current and 25°C ambient. Separate rise-time, hold-up-time and idle-power values are not stated. Protection Short circuit Constant current limiting; automatic recovery when the fault is removed. Overvoltage 72–79 V; shuts down output voltage; re-power to recover. Overtemperature Shuts down and latches off output voltage; re-power to recover. Temperature and reliability Case and ambient limits Operating case temperature: −40 to +90°C, with maximum Tcase +90°C. Horizontal installation: at 180 VAC, 100% load from −40 to +50°C, then 60% at +60°C; at 230 VAC, 100% through +55°C, then 60% at +65°C; above 277 VAC, 100% through +60°C, then 60% at +70°C. The case-temperature load curve shows 100% from −40 to +90°C. Meet both case and ambient limits; free-air convection cooling. Input and altitude derating The 60 Hz static graph shows 100% load from 180 to 528 VAC; the notes still require assessment of low-input derating. Follow the separate voltage-dependent ambient-temperature curves. Above 2,000 m altitude, reduce allowable ambient temperature by 3.5°C per 1,000 m for this fanless design. Environment Working humidity: 20–95% RH, non-condensing. Storage: −40 to +80°C, 10–95% RH. Temperature coefficient: ±0.03%/°C over 0–60°C. Vibration: 10–500 Hz, 5 G, 12 min/cycle, 72 min along each X, Y and Z axis. Operating curves PFC switching frequency 45 kHz; PWM switching frequency 65 kHz. PF curves use Tc 80°C; THD and efficiency examples use the 700 mA model at Tc 80°C, distinguishing 230, 277, 347 and 480 VAC. These examples do not guarantee identical performance for every current option. Life and reliability Typical lifetime >50,000 hours at Tc / TMP about 80°C or lower. The lifetime graph indicates approximately 100,000 h at Tc 20–70°C, 70,000 h at 75°C, 50,000 h at 80°C, 35,000 h at 85°C and 25,000 h at 90°C. MTBF: 1769.1K hours minimum, Telcordia SR-332 (Bellcore); 145.2K hours minimum, MIL-HDBK-217F at 25°C. Warranty Five-year manufacturer warranty, subject to its warranty statement and the specified operating conditions. Mechanical details and wiring Dimensions 254.2 × 68 × 38.8 mm (L × W × H); case 994; drawing tolerance ±1 mm. Mounting reference The mechanical drawings show four Ø4.2 mm mounting slots, vertical spacing 34.2 mm, and main case body length 230.2 mm excluding end mounting flanges. Use the full drawing for fixing positions. Temperature measurement point The marked tc point is 115.1 mm from the main case right edge and 34 mm from the bottom edge; use this point for case-temperature verification. Input and output leads Input: STW 18 AWG × 3C; brown AC/L, blue AC/N and green/yellow FG. Output: STW 18 AWG × 2C; red +V and black −V. Input and output lead lengths: 300 ±20 mm. Control leads UL2517 22 AWG × 2C; purple DIM+ and pink DIM−. Lead length: 300 ±20 mm. Unit weight and packing 1.35 kg (1350 g) per unit. Carton reference: 12 pcs / 17.2 kg / 0.78 CUFT. Per-unit mass is separately stated in the specification. Safety and EMC Electrical classification Metal Class I design requiring protective earth. This electrical protection class is distinct from any hazardous-location designation. Safety standards UL 8750 Type HL; CSA C22.2 No. 250.13-12; IEC/BS EN/EN 61347-1 and 61347-2-13; BS EN/EN 62384 (independent); EAC TP TC 004. Type HL application The family specifies Type HL for Class I, Division 2 hazardous classified locations. Isolation Withstand voltage: input–output 3.75 kVAC; input–FG 2 kVAC; output–FG 1.5 kVAC. Isolation resistance: 100 MΩ at 500 VDC, 25°C and 70% RH across these paths. EMC Emissions: BS EN/EN 55015; BS EN/EN 61000-3-2 at ≥80% load; BS EN/EN 61000-3-3; FCC Part 15 Subpart B; EAC TP TC 020. Immunity: BS EN/EN 61000-4-2, -3, -4, -5, -6, -8 and -11; BS EN/EN 61547, light-industry level; EAC TP TC 020. Surge immunity: 4 kV line-to-earth and 2 kV line-to-line. System integration The driver is a component; final equipment manufacturers must re-qualify EMC for the complete installation. For the stated ErP luminaire requirement, use behind a mains switch without a permanent unswitched mains connection. The product is intended for North American and EU lighting equipment; contact MEAN WELL for other uses. Applications Applications LED street, high-bay, parking-space and fishing-lamp lighting. Installation manual requirements Installation safety Disconnect the mains supply and prevent accidental reconnection before installation or maintenance. Have faults examined by a qualified technician; do not open the power-supply case yourself. Ventilation and mounting Keep ventilation clear and do not stack objects on the unit. Keep 10–15 cm clearance when the adjacent device is a heat source. Follow this model’s mounting, ambient-temperature and output-derating requirements. System wiring and protection Use approved primary and secondary wiring rated for at least the applicable unit current. Provide suitable system-level insulation and an enclosure around single-insulated wiring; verify EMC again in the completed system. Environmental and load limits Do not immerse the unit or install it near fire or above its specified ambient limit. Keep output current and power within the model’s rated operating envelope. If a fitted external flexible cable is damaged, replacement is limited to the manufacturer, its service agent or a similarly qualified person. Connection seals and support If waterproof connectors are fitted, secure their connections to prevent water entry. Verify the mounting structure and luminaire strength; use safety cables for bay-light applications. Protective-earth installation Connect the fitted FG/PE conductor to PE according to this Class I model’s wiring diagram. Dimming isolation The installation manual lists HVGC-65 through HVGC-320 analog dimming as not isolated from the secondary output. Follow this model’s DIM wiring and controller requirements. Controller installation The depicted 22 AWG dimming conductors are smaller than 18 AWG. For standalone use, use only SELV dimming controllers or networks; contact MEAN WELL before using FELV control. Verify controller compatibility and capacity for this exact DIM interface. Confirm the exact LED load, operating temperature, control interface and installation requirements against the linked datasheet and manual before commissioning.

    $205.52

  • HVGC-240-2800B

    MEAN WELL HVGC-240 series: Constant Current LED Driver - HVGC-240-2800B

    HVGC-240-2800B LED driver MEAN WELL HVGC-240-2800B is a 240 W, 2800 mA constant current LED driver with high-voltage output, a metal Class I enclosure, active PFC and fanless free-air convection cooling. Its IP67 design supports suitable indoor or outdoor installations subject to the installation requirements. 3-in-1 dimming using 0–10 VDC, 10 V PWM or resistance. Download MEAN WELL HVGC-240 Datasheet (PDF)Download MEAN WELL LED Installation Manual HVGC catalog, PDF pages 28–36. Use the exact output and function suffix when selecting the driver. Output and function Rated output 2800 mA constant current; 240 W rated power. Constant current region 42.9–85.7 V. Select the LED load within this range; the highest output voltage depends on the system configuration. Contact MEAN WELL for compatibility questions. Open-circuit voltage 88 V maximum. Current accuracy Current tolerance: ±5%. Current ripple: 5% maximum at rated current. Function and ingress rating B type; IP67. 3-in-1 dimming using 0–10 VDC, 10 V PWM or resistance. Current adjustment No internal user-adjustable current potentiometer is specified for this suffix. LED connection This series operates in constant current mode to drive LEDs directly. The exact current option and function suffix determine the operating limits. Dimming signals Apply 0–10 VDC, a 10 V PWM signal at 100 Hz–3 kHz, or additive resistance between DIM+ and DIM−. Typical dimming source current: 100 µA. Resistance control runs from a short circuit to 100 kΩ/N; N is the number of synchronized drivers. Dimming range and wiring Minimum dimming level is approximately 5%; output current is undefined between 0% and 5%. The output can fall to 0% with approximately 0 Ω, 0 VDC, or 0% PWM duty. Purple DIM+ and pink DIM−; do not connect DIM− to −V. Connect directly to LEDs; additional downstream drivers are unsuitable. Catalog option The datasheet identifies this as a standard / in-stock function option. This is a catalog classification, not a promise of current inventory. Input and performance Input range 180–528 VAC or 254–747 VDC; 47–63 Hz AC. Apply the voltage-specific thermal limits. AC current and power factor Typical AC current: 0.76 A at 347 VAC; 0.56 A at 480 VAC. Full-load typical PF: ≥0.98 / ≥0.97 / ≥0.95 / ≥0.93 at 230 / 277 / 347 / 480 VAC. Efficiency and harmonic distortion Typical efficiency: 92.5%. THD <20% at loads ≥50% at 230, 277 and 347 VAC; 60% at 480 VAC. Set-up time 500 ms at 230, 347 and 480 VAC. Measured at first cold start; repeated power cycling may increase set-up time. Mains loading Typical cold-start inrush: 50 A; 532 µs pulse width measured at 50% Ipeak at 480 VAC, per NEMA 410. Maximum units on a 16 A type B / type C circuit breaker at 480 VAC: 4 / 6. Leakage and measurement conditions Leakage current <0.75 mA at 480 VAC. Unless otherwise stated, specifications use 347 VAC, rated output current and 25°C ambient. Separate rise-time, hold-up-time and idle-power values are not stated. Protection Short circuit Constant current limiting; automatic recovery when the fault is removed. Overvoltage 90–99 V; shuts down output voltage; re-power to recover. Overtemperature Shuts down and latches off output voltage; re-power to recover. Temperature and reliability Case and ambient limits Operating case temperature: −40 to +90°C, with maximum Tcase +90°C. Horizontal installation: at 180 VAC, 100% load from −40 to +50°C, then 60% at +60°C; at 230 VAC, 100% through +55°C, then 60% at +65°C; above 277 VAC, 100% through +60°C, then 60% at +70°C. The case-temperature load curve shows 100% from −40 to +90°C. Meet both case and ambient limits; free-air convection cooling. Input and altitude derating The 60 Hz static graph shows 100% load from 180 to 528 VAC; the notes still require assessment of low-input derating. Follow the separate voltage-dependent ambient-temperature curves. Above 2,000 m altitude, reduce allowable ambient temperature by 3.5°C per 1,000 m for this fanless design. Environment Working humidity: 20–95% RH, non-condensing. Storage: −40 to +80°C, 10–95% RH. Temperature coefficient: ±0.03%/°C over 0–60°C. Vibration: 10–500 Hz, 5 G, 12 min/cycle, 72 min along each X, Y and Z axis. Operating curves PFC switching frequency 45 kHz; PWM switching frequency 65 kHz. PF curves use Tc 80°C; THD and efficiency examples use the 700 mA model at Tc 80°C, distinguishing 230, 277, 347 and 480 VAC. These examples do not guarantee identical performance for every current option. Life and reliability Typical lifetime >50,000 hours at Tc / TMP about 80°C or lower. The lifetime graph indicates approximately 100,000 h at Tc 20–70°C, 70,000 h at 75°C, 50,000 h at 80°C, 35,000 h at 85°C and 25,000 h at 90°C. MTBF: 1769.1K hours minimum, Telcordia SR-332 (Bellcore); 145.2K hours minimum, MIL-HDBK-217F at 25°C. Warranty Five-year manufacturer warranty, subject to its warranty statement and the specified operating conditions. Mechanical details and wiring Dimensions 254.2 × 68 × 38.8 mm (L × W × H); case 994; drawing tolerance ±1 mm. Mounting reference The mechanical drawings show four Ø4.2 mm mounting slots, vertical spacing 34.2 mm, and main case body length 230.2 mm excluding end mounting flanges. Use the full drawing for fixing positions. Temperature measurement point The marked tc point is 115.1 mm from the main case right edge and 34 mm from the bottom edge; use this point for case-temperature verification. Input and output leads Input: STW 18 AWG × 3C; brown AC/L, blue AC/N and green/yellow FG. Output: STW 18 AWG × 2C; red +V and black −V. Input and output lead lengths: 300 ±20 mm. Control leads UL2517 22 AWG × 2C; purple DIM+ and pink DIM−. Lead length: 300 ±20 mm. Unit weight and packing 1.35 kg (1350 g) per unit. Carton reference: 12 pcs / 17.2 kg / 0.78 CUFT. Per-unit mass is separately stated in the specification. Safety and EMC Electrical classification Metal Class I design requiring protective earth. This electrical protection class is distinct from any hazardous-location designation. Safety standards UL 8750 Type HL; CSA C22.2 No. 250.13-12; IEC/BS EN/EN 61347-1 and 61347-2-13; BS EN/EN 62384 (independent); EAC TP TC 004. Type HL application The family specifies Type HL for Class I, Division 2 hazardous classified locations. Isolation Withstand voltage: input–output 3.75 kVAC; input–FG 2 kVAC; output–FG 1.5 kVAC. Isolation resistance: 100 MΩ at 500 VDC, 25°C and 70% RH across these paths. EMC Emissions: BS EN/EN 55015; BS EN/EN 61000-3-2 at ≥80% load; BS EN/EN 61000-3-3; FCC Part 15 Subpart B; EAC TP TC 020. Immunity: BS EN/EN 61000-4-2, -3, -4, -5, -6, -8 and -11; BS EN/EN 61547, light-industry level; EAC TP TC 020. Surge immunity: 4 kV line-to-earth and 2 kV line-to-line. System integration The driver is a component; final equipment manufacturers must re-qualify EMC for the complete installation. For the stated ErP luminaire requirement, use behind a mains switch without a permanent unswitched mains connection. The product is intended for North American and EU lighting equipment; contact MEAN WELL for other uses. Applications Applications LED street, high-bay, parking-space and fishing-lamp lighting. Installation manual requirements Installation safety Disconnect the mains supply and prevent accidental reconnection before installation or maintenance. Have faults examined by a qualified technician; do not open the power-supply case yourself. Ventilation and mounting Keep ventilation clear and do not stack objects on the unit. Keep 10–15 cm clearance when the adjacent device is a heat source. Follow this model’s mounting, ambient-temperature and output-derating requirements. System wiring and protection Use approved primary and secondary wiring rated for at least the applicable unit current. Provide suitable system-level insulation and an enclosure around single-insulated wiring; verify EMC again in the completed system. Environmental and load limits Do not immerse the unit or install it near fire or above its specified ambient limit. Keep output current and power within the model’s rated operating envelope. If a fitted external flexible cable is damaged, replacement is limited to the manufacturer, its service agent or a similarly qualified person. Connection seals and support If waterproof connectors are fitted, secure their connections to prevent water entry. Verify the mounting structure and luminaire strength; use safety cables for bay-light applications. Protective-earth installation Connect the fitted FG/PE conductor to PE according to this Class I model’s wiring diagram. Dimming isolation The installation manual lists HVGC-65 through HVGC-320 analog dimming as not isolated from the secondary output. Follow this model’s DIM wiring and controller requirements. Controller installation The depicted 22 AWG dimming conductors are smaller than 18 AWG. For standalone use, use only SELV dimming controllers or networks; contact MEAN WELL before using FELV control. Verify controller compatibility and capacity for this exact DIM interface. Confirm the exact LED load, operating temperature, control interface and installation requirements against the linked datasheet and manual before commissioning.

    $205.52

  • HVGC-240-2100B

    MEAN WELL HVGC-240 series: Constant Current LED Driver - HVGC-240-2100B

    HVGC-240-2100B LED driver MEAN WELL HVGC-240-2100B is a 240 W, 2100 mA constant current LED driver with high-voltage output, a metal Class I enclosure, active PFC and fanless free-air convection cooling. Its IP67 design supports suitable indoor or outdoor installations subject to the installation requirements. 3-in-1 dimming using 0–10 VDC, 10 V PWM or resistance. Download MEAN WELL HVGC-240 Datasheet (PDF)Download MEAN WELL LED Installation Manual HVGC catalog, PDF pages 28–36. Use the exact output and function suffix when selecting the driver. Output and function Rated output 2100 mA constant current; 240 W rated power. Constant current region 57.2–114.3 V. Select the LED load within this range; the highest output voltage depends on the system configuration. Contact MEAN WELL for compatibility questions. Open-circuit voltage 117 V maximum. Current accuracy Current tolerance: ±5%. Current ripple: 5% maximum at rated current. Function and ingress rating B type; IP67. 3-in-1 dimming using 0–10 VDC, 10 V PWM or resistance. Current adjustment No internal user-adjustable current potentiometer is specified for this suffix. LED connection This series operates in constant current mode to drive LEDs directly. The exact current option and function suffix determine the operating limits. Dimming signals Apply 0–10 VDC, a 10 V PWM signal at 100 Hz–3 kHz, or additive resistance between DIM+ and DIM−. Typical dimming source current: 100 µA. Resistance control runs from a short circuit to 100 kΩ/N; N is the number of synchronized drivers. Dimming range and wiring Minimum dimming level is approximately 5%; output current is undefined between 0% and 5%. The output can fall to 0% with approximately 0 Ω, 0 VDC, or 0% PWM duty. Purple DIM+ and pink DIM−; do not connect DIM− to −V. Connect directly to LEDs; additional downstream drivers are unsuitable. Catalog option The datasheet identifies this as a standard / in-stock function option. This is a catalog classification, not a promise of current inventory. Input and performance Input range 180–528 VAC or 254–747 VDC; 47–63 Hz AC. Apply the voltage-specific thermal limits. AC current and power factor Typical AC current: 0.76 A at 347 VAC; 0.56 A at 480 VAC. Full-load typical PF: ≥0.98 / ≥0.97 / ≥0.95 / ≥0.93 at 230 / 277 / 347 / 480 VAC. Efficiency and harmonic distortion Typical efficiency: 92.5%. THD <20% at loads ≥50% at 230, 277 and 347 VAC; 60% at 480 VAC. Set-up time 500 ms at 230, 347 and 480 VAC. Measured at first cold start; repeated power cycling may increase set-up time. Mains loading Typical cold-start inrush: 50 A; 532 µs pulse width measured at 50% Ipeak at 480 VAC, per NEMA 410. Maximum units on a 16 A type B / type C circuit breaker at 480 VAC: 4 / 6. Leakage and measurement conditions Leakage current <0.75 mA at 480 VAC. Unless otherwise stated, specifications use 347 VAC, rated output current and 25°C ambient. Separate rise-time, hold-up-time and idle-power values are not stated. Protection Short circuit Constant current limiting; automatic recovery when the fault is removed. Overvoltage 120–131.4 V; shuts down output voltage; re-power to recover. Overtemperature Shuts down and latches off output voltage; re-power to recover. Temperature and reliability Case and ambient limits Operating case temperature: −40 to +90°C, with maximum Tcase +90°C. Horizontal installation: at 180 VAC, 100% load from −40 to +50°C, then 60% at +60°C; at 230 VAC, 100% through +55°C, then 60% at +65°C; above 277 VAC, 100% through +60°C, then 60% at +70°C. The case-temperature load curve shows 100% from −40 to +90°C. Meet both case and ambient limits; free-air convection cooling. Input and altitude derating The 60 Hz static graph shows 100% load from 180 to 528 VAC; the notes still require assessment of low-input derating. Follow the separate voltage-dependent ambient-temperature curves. Above 2,000 m altitude, reduce allowable ambient temperature by 3.5°C per 1,000 m for this fanless design. Environment Working humidity: 20–95% RH, non-condensing. Storage: −40 to +80°C, 10–95% RH. Temperature coefficient: ±0.03%/°C over 0–60°C. Vibration: 10–500 Hz, 5 G, 12 min/cycle, 72 min along each X, Y and Z axis. Operating curves PFC switching frequency 45 kHz; PWM switching frequency 65 kHz. PF curves use Tc 80°C; THD and efficiency examples use the 700 mA model at Tc 80°C, distinguishing 230, 277, 347 and 480 VAC. These examples do not guarantee identical performance for every current option. Life and reliability Typical lifetime >50,000 hours at Tc / TMP about 80°C or lower. The lifetime graph indicates approximately 100,000 h at Tc 20–70°C, 70,000 h at 75°C, 50,000 h at 80°C, 35,000 h at 85°C and 25,000 h at 90°C. MTBF: 1769.1K hours minimum, Telcordia SR-332 (Bellcore); 145.2K hours minimum, MIL-HDBK-217F at 25°C. Warranty Five-year manufacturer warranty, subject to its warranty statement and the specified operating conditions. Mechanical details and wiring Dimensions 254.2 × 68 × 38.8 mm (L × W × H); case 994; drawing tolerance ±1 mm. Mounting reference The mechanical drawings show four Ø4.2 mm mounting slots, vertical spacing 34.2 mm, and main case body length 230.2 mm excluding end mounting flanges. Use the full drawing for fixing positions. Temperature measurement point The marked tc point is 115.1 mm from the main case right edge and 34 mm from the bottom edge; use this point for case-temperature verification. Input and output leads Input: STW 18 AWG × 3C; brown AC/L, blue AC/N and green/yellow FG. Output: STW 18 AWG × 2C; red +V and black −V. Input and output lead lengths: 300 ±20 mm. Control leads UL2517 22 AWG × 2C; purple DIM+ and pink DIM−. Lead length: 300 ±20 mm. Unit weight and packing 1.35 kg (1350 g) per unit. Carton reference: 12 pcs / 17.2 kg / 0.78 CUFT. Per-unit mass is separately stated in the specification. Safety and EMC Electrical classification Metal Class I design requiring protective earth. This electrical protection class is distinct from any hazardous-location designation. Safety standards UL 8750 Type HL; CSA C22.2 No. 250.13-12; IEC/BS EN/EN 61347-1 and 61347-2-13; BS EN/EN 62384 (independent); EAC TP TC 004. Type HL application The family specifies Type HL for Class I, Division 2 hazardous classified locations. Isolation Withstand voltage: input–output 3.75 kVAC; input–FG 2 kVAC; output–FG 1.5 kVAC. Isolation resistance: 100 MΩ at 500 VDC, 25°C and 70% RH across these paths. EMC Emissions: BS EN/EN 55015; BS EN/EN 61000-3-2 at ≥80% load; BS EN/EN 61000-3-3; FCC Part 15 Subpart B; EAC TP TC 020. Immunity: BS EN/EN 61000-4-2, -3, -4, -5, -6, -8 and -11; BS EN/EN 61547, light-industry level; EAC TP TC 020. Surge immunity: 4 kV line-to-earth and 2 kV line-to-line. System integration The driver is a component; final equipment manufacturers must re-qualify EMC for the complete installation. For the stated ErP luminaire requirement, use behind a mains switch without a permanent unswitched mains connection. The product is intended for North American and EU lighting equipment; contact MEAN WELL for other uses. Applications Applications LED street, high-bay, parking-space and fishing-lamp lighting. Installation manual requirements Installation safety Disconnect the mains supply and prevent accidental reconnection before installation or maintenance. Have faults examined by a qualified technician; do not open the power-supply case yourself. Ventilation and mounting Keep ventilation clear and do not stack objects on the unit. Keep 10–15 cm clearance when the adjacent device is a heat source. Follow this model’s mounting, ambient-temperature and output-derating requirements. System wiring and protection Use approved primary and secondary wiring rated for at least the applicable unit current. Provide suitable system-level insulation and an enclosure around single-insulated wiring; verify EMC again in the completed system. Environmental and load limits Do not immerse the unit or install it near fire or above its specified ambient limit. Keep output current and power within the model’s rated operating envelope. If a fitted external flexible cable is damaged, replacement is limited to the manufacturer, its service agent or a similarly qualified person. Connection seals and support If waterproof connectors are fitted, secure their connections to prevent water entry. Verify the mounting structure and luminaire strength; use safety cables for bay-light applications. Protective-earth installation Connect the fitted FG/PE conductor to PE according to this Class I model’s wiring diagram. Dimming isolation The installation manual lists HVGC-65 through HVGC-320 analog dimming as not isolated from the secondary output. Follow this model’s DIM wiring and controller requirements. Controller installation The depicted 22 AWG dimming conductors are smaller than 18 AWG. For standalone use, use only SELV dimming controllers or networks; contact MEAN WELL before using FELV control. Verify controller compatibility and capacity for this exact DIM interface. Confirm the exact LED load, operating temperature, control interface and installation requirements against the linked datasheet and manual before commissioning.

    $205.52

  • HVGC-240-1750B

    MEAN WELL HVGC-240 series: Constant Current LED Driver - HVGC-240-1750B

    HVGC-240-1750B LED driver MEAN WELL HVGC-240-1750B is a 240 W, 1750 mA constant current LED driver with high-voltage output, a metal Class I enclosure, active PFC and fanless free-air convection cooling. Its IP67 design supports suitable indoor or outdoor installations subject to the installation requirements. 3-in-1 dimming using 0–10 VDC, 10 V PWM or resistance. Download MEAN WELL HVGC-240 Datasheet (PDF)Download MEAN WELL LED Installation Manual HVGC catalog, PDF pages 28–36. Use the exact output and function suffix when selecting the driver. Output and function Rated output 1750 mA constant current; 240 W rated power. Constant current region 68.5–137.1 V. Select the LED load within this range; the highest output voltage depends on the system configuration. Contact MEAN WELL for compatibility questions. Open-circuit voltage 141 V maximum. Current accuracy Current tolerance: ±5%. Current ripple: 5% maximum at rated current. Function and ingress rating B type; IP67. 3-in-1 dimming using 0–10 VDC, 10 V PWM or resistance. Current adjustment No internal user-adjustable current potentiometer is specified for this suffix. LED connection This series operates in constant current mode to drive LEDs directly. The exact current option and function suffix determine the operating limits. Dimming signals Apply 0–10 VDC, a 10 V PWM signal at 100 Hz–3 kHz, or additive resistance between DIM+ and DIM−. Typical dimming source current: 100 µA. Resistance control runs from a short circuit to 100 kΩ/N; N is the number of synchronized drivers. Dimming range and wiring Minimum dimming level is approximately 5%; output current is undefined between 0% and 5%. The output can fall to 0% with approximately 0 Ω, 0 VDC, or 0% PWM duty. Purple DIM+ and pink DIM−; do not connect DIM− to −V. Connect directly to LEDs; additional downstream drivers are unsuitable. Catalog option The datasheet identifies this as a standard / in-stock function option. This is a catalog classification, not a promise of current inventory. Input and performance Input range 180–528 VAC or 254–747 VDC; 47–63 Hz AC. Apply the voltage-specific thermal limits. AC current and power factor Typical AC current: 0.76 A at 347 VAC; 0.56 A at 480 VAC. Full-load typical PF: ≥0.98 / ≥0.97 / ≥0.95 / ≥0.93 at 230 / 277 / 347 / 480 VAC. Efficiency and harmonic distortion Typical efficiency: 93%. THD <20% at loads ≥50% at 230, 277 and 347 VAC; 60% at 480 VAC. Set-up time 500 ms at 230, 347 and 480 VAC. Measured at first cold start; repeated power cycling may increase set-up time. Mains loading Typical cold-start inrush: 50 A; 532 µs pulse width measured at 50% Ipeak at 480 VAC, per NEMA 410. Maximum units on a 16 A type B / type C circuit breaker at 480 VAC: 4 / 6. Leakage and measurement conditions Leakage current <0.75 mA at 480 VAC. Unless otherwise stated, specifications use 347 VAC, rated output current and 25°C ambient. Separate rise-time, hold-up-time and idle-power values are not stated. Protection Short circuit Constant current limiting; automatic recovery when the fault is removed. Overvoltage 144–158 V; shuts down output voltage; re-power to recover. Overtemperature Shuts down and latches off output voltage; re-power to recover. Temperature and reliability Case and ambient limits Operating case temperature: −40 to +90°C, with maximum Tcase +90°C. Horizontal installation: at 180 VAC, 100% load from −40 to +50°C, then 60% at +60°C; at 230 VAC, 100% through +55°C, then 60% at +65°C; above 277 VAC, 100% through +60°C, then 60% at +70°C. The case-temperature load curve shows 100% from −40 to +90°C. Meet both case and ambient limits; free-air convection cooling. Input and altitude derating The 60 Hz static graph shows 100% load from 180 to 528 VAC; the notes still require assessment of low-input derating. Follow the separate voltage-dependent ambient-temperature curves. Above 2,000 m altitude, reduce allowable ambient temperature by 3.5°C per 1,000 m for this fanless design. Environment Working humidity: 20–95% RH, non-condensing. Storage: −40 to +80°C, 10–95% RH. Temperature coefficient: ±0.03%/°C over 0–60°C. Vibration: 10–500 Hz, 5 G, 12 min/cycle, 72 min along each X, Y and Z axis. Operating curves PFC switching frequency 45 kHz; PWM switching frequency 65 kHz. PF curves use Tc 80°C; THD and efficiency examples use the 700 mA model at Tc 80°C, distinguishing 230, 277, 347 and 480 VAC. These examples do not guarantee identical performance for every current option. Life and reliability Typical lifetime >50,000 hours at Tc / TMP about 80°C or lower. The lifetime graph indicates approximately 100,000 h at Tc 20–70°C, 70,000 h at 75°C, 50,000 h at 80°C, 35,000 h at 85°C and 25,000 h at 90°C. MTBF: 1769.1K hours minimum, Telcordia SR-332 (Bellcore); 145.2K hours minimum, MIL-HDBK-217F at 25°C. Warranty Five-year manufacturer warranty, subject to its warranty statement and the specified operating conditions. Mechanical details and wiring Dimensions 254.2 × 68 × 38.8 mm (L × W × H); case 994; drawing tolerance ±1 mm. Mounting reference The mechanical drawings show four Ø4.2 mm mounting slots, vertical spacing 34.2 mm, and main case body length 230.2 mm excluding end mounting flanges. Use the full drawing for fixing positions. Temperature measurement point The marked tc point is 115.1 mm from the main case right edge and 34 mm from the bottom edge; use this point for case-temperature verification. Input and output leads Input: STW 18 AWG × 3C; brown AC/L, blue AC/N and green/yellow FG. Output: STW 18 AWG × 2C; red +V and black −V. Input and output lead lengths: 300 ±20 mm. Control leads UL2517 22 AWG × 2C; purple DIM+ and pink DIM−. Lead length: 300 ±20 mm. Unit weight and packing 1.35 kg (1350 g) per unit. Carton reference: 12 pcs / 17.2 kg / 0.78 CUFT. Per-unit mass is separately stated in the specification. Safety and EMC Electrical classification Metal Class I design requiring protective earth. This electrical protection class is distinct from any hazardous-location designation. Safety standards UL 8750 Type HL; CSA C22.2 No. 250.13-12; IEC/BS EN/EN 61347-1 and 61347-2-13; BS EN/EN 62384 (independent); EAC TP TC 004. Type HL application The family specifies Type HL for Class I, Division 2 hazardous classified locations. Isolation Withstand voltage: input–output 3.75 kVAC; input–FG 2 kVAC; output–FG 1.5 kVAC. Isolation resistance: 100 MΩ at 500 VDC, 25°C and 70% RH across these paths. EMC Emissions: BS EN/EN 55015; BS EN/EN 61000-3-2 at ≥80% load; BS EN/EN 61000-3-3; FCC Part 15 Subpart B; EAC TP TC 020. Immunity: BS EN/EN 61000-4-2, -3, -4, -5, -6, -8 and -11; BS EN/EN 61547, light-industry level; EAC TP TC 020. Surge immunity: 4 kV line-to-earth and 2 kV line-to-line. System integration The driver is a component; final equipment manufacturers must re-qualify EMC for the complete installation. For the stated ErP luminaire requirement, use behind a mains switch without a permanent unswitched mains connection. The product is intended for North American and EU lighting equipment; contact MEAN WELL for other uses. Applications Applications LED street, high-bay, parking-space and fishing-lamp lighting. Installation manual requirements Installation safety Disconnect the mains supply and prevent accidental reconnection before installation or maintenance. Have faults examined by a qualified technician; do not open the power-supply case yourself. Ventilation and mounting Keep ventilation clear and do not stack objects on the unit. Keep 10–15 cm clearance when the adjacent device is a heat source. Follow this model’s mounting, ambient-temperature and output-derating requirements. System wiring and protection Use approved primary and secondary wiring rated for at least the applicable unit current. Provide suitable system-level insulation and an enclosure around single-insulated wiring; verify EMC again in the completed system. Environmental and load limits Do not immerse the unit or install it near fire or above its specified ambient limit. Keep output current and power within the model’s rated operating envelope. If a fitted external flexible cable is damaged, replacement is limited to the manufacturer, its service agent or a similarly qualified person. Connection seals and support If waterproof connectors are fitted, secure their connections to prevent water entry. Verify the mounting structure and luminaire strength; use safety cables for bay-light applications. Protective-earth installation Connect the fitted FG/PE conductor to PE according to this Class I model’s wiring diagram. Dimming isolation The installation manual lists HVGC-65 through HVGC-320 analog dimming as not isolated from the secondary output. Follow this model’s DIM wiring and controller requirements. Controller installation The depicted 22 AWG dimming conductors are smaller than 18 AWG. For standalone use, use only SELV dimming controllers or networks; contact MEAN WELL before using FELV control. Verify controller compatibility and capacity for this exact DIM interface. Confirm the exact LED load, operating temperature, control interface and installation requirements against the linked datasheet and manual before commissioning.

    $205.52

  • HVGC-240-1400B

    MEAN WELL HVGC-240 series: Constant Current LED Driver - HVGC-240-1400B

    HVGC-240-1400B LED driver MEAN WELL HVGC-240-1400B is a 240 W, 1400 mA constant current LED driver with high-voltage output, a metal Class I enclosure, active PFC and fanless free-air convection cooling. Its IP67 design supports suitable indoor or outdoor installations subject to the installation requirements. 3-in-1 dimming using 0–10 VDC, 10 V PWM or resistance. Download MEAN WELL HVGC-240 Datasheet (PDF)Download MEAN WELL LED Installation Manual HVGC catalog, PDF pages 28–36. Use the exact output and function suffix when selecting the driver. Output and function Rated output 1400 mA constant current; 240 W rated power. Constant current region 85.7–171.4 V. Select the LED load within this range; the highest output voltage depends on the system configuration. Contact MEAN WELL for compatibility questions. Open-circuit voltage 176 V maximum. Current accuracy Current tolerance: ±5%. Current ripple: 5% maximum at rated current. Function and ingress rating B type; IP67. 3-in-1 dimming using 0–10 VDC, 10 V PWM or resistance. Current adjustment No internal user-adjustable current potentiometer is specified for this suffix. LED connection This series operates in constant current mode to drive LEDs directly. The exact current option and function suffix determine the operating limits. Dimming signals Apply 0–10 VDC, a 10 V PWM signal at 100 Hz–3 kHz, or additive resistance between DIM+ and DIM−. Typical dimming source current: 100 µA. Resistance control runs from a short circuit to 100 kΩ/N; N is the number of synchronized drivers. Dimming range and wiring Minimum dimming level is approximately 5%; output current is undefined between 0% and 5%. The output can fall to 0% with approximately 0 Ω, 0 VDC, or 0% PWM duty. Purple DIM+ and pink DIM−; do not connect DIM− to −V. Connect directly to LEDs; additional downstream drivers are unsuitable. Catalog option The datasheet identifies this as a standard / in-stock function option. This is a catalog classification, not a promise of current inventory. Input and performance Input range 180–528 VAC or 254–747 VDC; 47–63 Hz AC. Apply the voltage-specific thermal limits. AC current and power factor Typical AC current: 0.76 A at 347 VAC; 0.56 A at 480 VAC. Full-load typical PF: ≥0.98 / ≥0.97 / ≥0.95 / ≥0.93 at 230 / 277 / 347 / 480 VAC. Efficiency and harmonic distortion Typical efficiency: 93%. THD <20% at loads ≥50% at 230, 277 and 347 VAC; 60% at 480 VAC. Set-up time 500 ms at 230, 347 and 480 VAC. Measured at first cold start; repeated power cycling may increase set-up time. Mains loading Typical cold-start inrush: 50 A; 532 µs pulse width measured at 50% Ipeak at 480 VAC, per NEMA 410. Maximum units on a 16 A type B / type C circuit breaker at 480 VAC: 4 / 6. Leakage and measurement conditions Leakage current <0.75 mA at 480 VAC. Unless otherwise stated, specifications use 347 VAC, rated output current and 25°C ambient. Separate rise-time, hold-up-time and idle-power values are not stated. Protection Short circuit Constant current limiting; automatic recovery when the fault is removed. Overvoltage 180–197 V; shuts down output voltage; re-power to recover. Overtemperature Shuts down and latches off output voltage; re-power to recover. Temperature and reliability Case and ambient limits Operating case temperature: −40 to +90°C, with maximum Tcase +90°C. Horizontal installation: at 180 VAC, 100% load from −40 to +50°C, then 60% at +60°C; at 230 VAC, 100% through +55°C, then 60% at +65°C; above 277 VAC, 100% through +60°C, then 60% at +70°C. The case-temperature load curve shows 100% from −40 to +90°C. Meet both case and ambient limits; free-air convection cooling. Input and altitude derating The 60 Hz static graph shows 100% load from 180 to 528 VAC; the notes still require assessment of low-input derating. Follow the separate voltage-dependent ambient-temperature curves. Above 2,000 m altitude, reduce allowable ambient temperature by 3.5°C per 1,000 m for this fanless design. Environment Working humidity: 20–95% RH, non-condensing. Storage: −40 to +80°C, 10–95% RH. Temperature coefficient: ±0.03%/°C over 0–60°C. Vibration: 10–500 Hz, 5 G, 12 min/cycle, 72 min along each X, Y and Z axis. Operating curves PFC switching frequency 45 kHz; PWM switching frequency 65 kHz. PF curves use Tc 80°C; THD and efficiency examples use the 700 mA model at Tc 80°C, distinguishing 230, 277, 347 and 480 VAC. These examples do not guarantee identical performance for every current option. Life and reliability Typical lifetime >50,000 hours at Tc / TMP about 80°C or lower. The lifetime graph indicates approximately 100,000 h at Tc 20–70°C, 70,000 h at 75°C, 50,000 h at 80°C, 35,000 h at 85°C and 25,000 h at 90°C. MTBF: 1769.1K hours minimum, Telcordia SR-332 (Bellcore); 145.2K hours minimum, MIL-HDBK-217F at 25°C. Warranty Five-year manufacturer warranty, subject to its warranty statement and the specified operating conditions. Mechanical details and wiring Dimensions 254.2 × 68 × 38.8 mm (L × W × H); case 994; drawing tolerance ±1 mm. Mounting reference The mechanical drawings show four Ø4.2 mm mounting slots, vertical spacing 34.2 mm, and main case body length 230.2 mm excluding end mounting flanges. Use the full drawing for fixing positions. Temperature measurement point The marked tc point is 115.1 mm from the main case right edge and 34 mm from the bottom edge; use this point for case-temperature verification. Input and output leads Input: STW 18 AWG × 3C; brown AC/L, blue AC/N and green/yellow FG. Output: STW 18 AWG × 2C; red +V and black −V. Input and output lead lengths: 300 ±20 mm. Control leads UL2517 22 AWG × 2C; purple DIM+ and pink DIM−. Lead length: 300 ±20 mm. Unit weight and packing 1.35 kg (1350 g) per unit. Carton reference: 12 pcs / 17.2 kg / 0.78 CUFT. Per-unit mass is separately stated in the specification. Safety and EMC Electrical classification Metal Class I design requiring protective earth. This electrical protection class is distinct from any hazardous-location designation. Safety standards UL 8750 Type HL; CSA C22.2 No. 250.13-12; IEC/BS EN/EN 61347-1 and 61347-2-13; BS EN/EN 62384 (independent); EAC TP TC 004. Type HL application The family specifies Type HL for Class I, Division 2 hazardous classified locations. Isolation Withstand voltage: input–output 3.75 kVAC; input–FG 2 kVAC; output–FG 1.5 kVAC. Isolation resistance: 100 MΩ at 500 VDC, 25°C and 70% RH across these paths. EMC Emissions: BS EN/EN 55015; BS EN/EN 61000-3-2 at ≥80% load; BS EN/EN 61000-3-3; FCC Part 15 Subpart B; EAC TP TC 020. Immunity: BS EN/EN 61000-4-2, -3, -4, -5, -6, -8 and -11; BS EN/EN 61547, light-industry level; EAC TP TC 020. Surge immunity: 4 kV line-to-earth and 2 kV line-to-line. System integration The driver is a component; final equipment manufacturers must re-qualify EMC for the complete installation. For the stated ErP luminaire requirement, use behind a mains switch without a permanent unswitched mains connection. The product is intended for North American and EU lighting equipment; contact MEAN WELL for other uses. Applications Applications LED street, high-bay, parking-space and fishing-lamp lighting. Installation manual requirements Installation safety Disconnect the mains supply and prevent accidental reconnection before installation or maintenance. Have faults examined by a qualified technician; do not open the power-supply case yourself. Ventilation and mounting Keep ventilation clear and do not stack objects on the unit. Keep 10–15 cm clearance when the adjacent device is a heat source. Follow this model’s mounting, ambient-temperature and output-derating requirements. System wiring and protection Use approved primary and secondary wiring rated for at least the applicable unit current. Provide suitable system-level insulation and an enclosure around single-insulated wiring; verify EMC again in the completed system. Environmental and load limits Do not immerse the unit or install it near fire or above its specified ambient limit. Keep output current and power within the model’s rated operating envelope. If a fitted external flexible cable is damaged, replacement is limited to the manufacturer, its service agent or a similarly qualified person. Connection seals and support If waterproof connectors are fitted, secure their connections to prevent water entry. Verify the mounting structure and luminaire strength; use safety cables for bay-light applications. Protective-earth installation Connect the fitted FG/PE conductor to PE according to this Class I model’s wiring diagram. Dimming isolation The installation manual lists HVGC-65 through HVGC-320 analog dimming as not isolated from the secondary output. Follow this model’s DIM wiring and controller requirements. Controller installation The depicted 22 AWG dimming conductors are smaller than 18 AWG. For standalone use, use only SELV dimming controllers or networks; contact MEAN WELL before using FELV control. Verify controller compatibility and capacity for this exact DIM interface. Confirm the exact LED load, operating temperature, control interface and installation requirements against the linked datasheet and manual before commissioning.

    $205.52


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