MEAN WELL HBG-100P series: constant-current PCB LED driver - HBG-100P-60B

Description

HBG-100P-60B PCB LED driver

MEAN WELL HBG-100P-60B is a circular PCB AC/DC LED driver with constant-current operation, 1.6 A rated output current and 96 W rated power. Its constant-current operating window is 36–60 V. This B-type version provides 3-in-1 current dimming, active PFC and fanless free-air convection cooling for integration into lighting equipment. Match the LED load and observe the input and thermal limits below.

Download MEAN WELL HBG-100P Datasheet (PDF)

Combined catalog PDF pages 6–12; HBG-100P revision 2025-06-27.

Output and model selection

Complete model / series HBG-100P-60B / HBG-100P. P identifies the PCB type; 60 is the rated output-voltage code; B identifies 3-in-1 dimming.
Output mode Constant-current mode for direct LED drive.
Constant-current region 36–60 V. The lower boundary is 60% of the rated voltage. Maximum voltage in CC operation depends on the final LED configuration; confirm compatibility with MEAN WELL when needed.
Rated output current / power 1.6 A / 96 W. Keep the load within the applicable voltage, current and power ratings together.
Maximum open-circuit voltage 62 V.
Current ripple / tolerance Current ripple: 5.0% maximum at rated current; current tolerance: ±5.0%.
Dimming inputs Apply 1–10 VDC, an additive 10 V PWM signal at 100 Hz–3 kHz, or resistance between DIM+ and DIM−. Typical dimming-source current from the driver: 100 µA.
Dimming characteristic The catalog plots approximately 10–100% output current for 1–10 VDC, 10–100% PWM duty, or 10 kΩ/N–100 kΩ/N resistance; N is the number of drivers for synchronized dimming.
Dimming connection / off function DIM+ is purple and DIM− is pink. Do not connect DIM− to −V. Direct LED connection is recommended; this dimming operation is not suitable for use with additional drivers. For 0% brightness, use the catalog external switch-and-relay arrangement, or consult MEAN WELL for another solution. The analog input alone is not specified as dim-to-off.
Setup / rise time 2000 ms at 115 VAC; 500 ms at 230 VAC. Setup is measured at the first cold start; switching the power on and off can increase setup time.

Input and electrical performance

AC / DC input 90–305 VAC, 47–63 Hz; 127–431 VDC. Apply the low-input loading curve.
Active PFC / power factor Built-in active PFC. Full-load PF ≥0.96 at 115 VAC; ≥0.96 at 230 VAC; ≥0.94 at 277 VAC.
Total harmonic distortion THD <20% at load ≥60% with 115 VAC or 230 VAC; at load ≥75% with 277 VAC.
Typical efficiency 91.5% under the catalog reference measurement conditions.
AC input current 1.1 A at 115 VAC; 0.5 A at 230 VAC; 0.45 A at 277 VAC.
Typical cold-start inrush 60 A at 230 VAC; 550 µs pulse width measured at 50% Ipeak, per NEMA 410.
16 A circuit-breaker loading Catalog reference at 230 VAC: maximum 4 units on type B; 8 units on type C. Check the actual breaker and installation conditions.
Leakage current Less than 0.75 mA at 277 VAC.
Input-voltage derating At 60 Hz: 80% load at 90 VAC, rising to 100% at 100 VAC; 100% through 305 VAC. Apply the thermal limit as well.
Reference performance plots Power-factor curves are for constant-current mode. THD and efficiency plots on page 11 use a 60 V example; retain this model’s tabulated efficiency rather than applying an example curve as a guarantee.
Circuit frequency Block-diagram oscillator frequency: 100 kHz.

Protection and operating limits

Overcurrent protection 95–108%; constant-current limiting, with automatic recovery after the fault is removed.
Short-circuit / low-voltage region The LED I–V guide identifies hiccup protection below the constant-current operating region. Follow the specified LED voltage window.
Overvoltage protection 65–75 V; output voltage shuts down; re-power on to recover.
Overtemperature protection Output voltage shuts down; re-power on to recover.
Cooling / working temperature Fanless free-air convection; ambient operating range −40 to +45°C, subject to the input-specific thermal curves.
Horizontal thermal limits Horizontal installation: the 100 VAC curve permits 100% load up to +40°C; the 230 VAC curve up to +45°C, where the respective curves end. The shaded −40 to −25°C region is marked for 230 VAC input only.
Working / storage humidity Working: 20–95% RH, non-condensing. Storage: −40 to +80°C and 10–95% RH.
Temperature coefficient ±0.03%/°C over 0–45°C.
Altitude derating For this fanless model above 2000 m (6500 ft), reduce the ambient-temperature allowance by 3.5°C per 1000 m.
Vibration 10–500 Hz, 2G; 12 minutes per cycle, 72 minutes along each of the X, Y and Z axes.

Wiring and integration

Dimensions Ø104 × 34 mm (diameter × height). PCB thickness shown: 1.6 mm; drawing tolerance ±1 mm. Follow the exact A/B board outline and mounting locations in the catalog.
Mounting details The drawing marks Ø3.5 mm mounting holes. Use the drawing for positions and perimeter cut-outs; do not treat a cut-out diameter as an internal through-hole.
Input wiring SJTW 18 AWG × 3C, 300 ±20 mm: brown = AC/L; blue = AC/N; green/yellow = FG. Connect the protective ground correctly.
Output wiring SJTW 18 AWG × 2C, 200 ±20 mm: red = +V; black = −V.
Potting / functional testing The catalog requires all functional testing to be performed with potting filled, including the overtemperature-protection test. Observe this condition during system integration and validation.
Dimming cable UL2517 22 AWG × 2C, 300 ±20 mm: purple DIM+, pink DIM−.
Installation safety Disconnect the power supply from the mains before installation or maintenance and prevent accidental reconnection. Have electrical faults examined by a qualified technician. Damaged external flexible cables must be replaced by the manufacturer, its service agent or a similarly qualified person.
Ventilation and environment Keep ventilation clear and do not place objects on the unit. Keep 10–15 cm clearance when an adjacent device is a heat source. Do not immerse the unit or install it near a fire source. Follow the model-specific ambient-temperature, mounting-orientation and input-voltage derating limits.
System enclosure and wiring This PCB component power supply must be integrated into final equipment with suitable insulation and isolation around interconnections. Cover single-insulated wiring with the system enclosure and use approved primary and secondary cables rated for at least the applicable unit current. Re-verify EMC in the completed system.
Bay-light installation For bay-light applications, verify that the supporting structure and luminaire are sufficiently strong and use safety cables. The cited PCB-series catalog does not provide a numerical whole-luminaire suspension mass limit.
Output limits Keep output current and output power within this model’s rated operating envelope. Verify the LED load and the supplied wiring before energizing the completed equipment.
Protective earth Connect the fitted green/yellow FG conductor to protective earth. Follow the model-specific mechanical drawing for the supplied input, output and control conductors.
Potting-dependent functional testing The catalog requires all functional testing to be performed with potting, including the over-temperature protection function. Obtain the appropriate integration and potting requirements for the completed equipment; the cited note does not specify a potting material or procedure.
Dimming isolation and shutdown The DIM circuit is not isolated from the secondary output. Do not connect DIM− to −V. Use the stated 1–10 V, 10 V PWM or resistance interface with a compatible controller. Reaching 0% output requires the catalog’s external switch-and-relay arrangement or another option confirmed by MEAN WELL.
Small dimming-conductor limitation The DIM leads are 22 AWG. For standalone LED power supply applications covered by the installation manual, dimming conductors smaller than 18 AWG are intended only for SELV dimming controllers; contact MEAN WELL before using a FELV controller.

Safety and reference data

Safety designation / approvals SELV is marked on the catalog cover. Approvals listed: UL 8750; CSA C22.2 No. 250.13-12; ENEC BS EN/EN 61347-1, BS EN/EN 61347-2-13 and BS EN/EN 62384; GB 19510.1 and GB 19510.14; EAC TP TC 004.
Withstand voltage / insulation Input–output: 3.75 kVAC; input–FG: 2 kVAC; output–FG: 0.5 kVAC. Insulation resistance: 100 MΩ at 500 VDC, 25°C and 70% RH, for all three pairings.
EMC emission BS EN/EN 55015; BS EN/EN 61000-3-2 Class C at load ≥60%; BS EN/EN 61000-3-3; GB/T 17743; GB 17625.1; EAC TP TC 020.
EMC 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: line–earth 4 kV, line–line 2 kV.
Final-equipment EMC This driver is a component used with final equipment. The final manufacturer must requalify EMC for the complete installation, because the assembly affects performance.
MTBF 2612.1 thousand hours minimum, Telcordia SR-332 (Bellcore); 346.9 thousand hours minimum, MIL-HDBK-217F at 25°C.
Lifetime / warranty Typical life expectancy >50,000 hours when ambient Ta is about +45°C or lower, subject to the operating limits. The catalog states a 5-year manufacturer warranty, subject to the manufacturer’s warranty terms.
Unit mass 300 g, converted from the catalog per-unit PACKING reference of 0.3 kg; not a measured shipping-package weight.
Applications / measurement conditions Catalog applications include LED bay, down, spot, mining and stage lighting. Unless otherwise stated, specifications are measured at 230 VAC input, rated current and +25°C ambient.
Download MEAN WELL LED Installation Manual

MEAN WELL HBG-100P series: constant-current PCB LED driver - HBG-100P-60B

Product form

HBG-100P-60B PCB LED driver MEAN WELL HBG-100P-60B is a circular PCB AC/DC LED driver with constant-current operation, 1.6 A rated... Read more

$117.30 Incl. VAT

    • Guaranteed secure & safe checkout.

      shop pay

    Description

    HBG-100P-60B PCB LED driver

    MEAN WELL HBG-100P-60B is a circular PCB AC/DC LED driver with constant-current operation, 1.6 A rated output current and 96 W rated power. Its constant-current operating window is 36–60 V. This B-type version provides 3-in-1 current dimming, active PFC and fanless free-air convection cooling for integration into lighting equipment. Match the LED load and observe the input and thermal limits below.

    Download MEAN WELL HBG-100P Datasheet (PDF)

    Combined catalog PDF pages 6–12; HBG-100P revision 2025-06-27.

    Output and model selection

    Complete model / series HBG-100P-60B / HBG-100P. P identifies the PCB type; 60 is the rated output-voltage code; B identifies 3-in-1 dimming.
    Output mode Constant-current mode for direct LED drive.
    Constant-current region 36–60 V. The lower boundary is 60% of the rated voltage. Maximum voltage in CC operation depends on the final LED configuration; confirm compatibility with MEAN WELL when needed.
    Rated output current / power 1.6 A / 96 W. Keep the load within the applicable voltage, current and power ratings together.
    Maximum open-circuit voltage 62 V.
    Current ripple / tolerance Current ripple: 5.0% maximum at rated current; current tolerance: ±5.0%.
    Dimming inputs Apply 1–10 VDC, an additive 10 V PWM signal at 100 Hz–3 kHz, or resistance between DIM+ and DIM−. Typical dimming-source current from the driver: 100 µA.
    Dimming characteristic The catalog plots approximately 10–100% output current for 1–10 VDC, 10–100% PWM duty, or 10 kΩ/N–100 kΩ/N resistance; N is the number of drivers for synchronized dimming.
    Dimming connection / off function DIM+ is purple and DIM− is pink. Do not connect DIM− to −V. Direct LED connection is recommended; this dimming operation is not suitable for use with additional drivers. For 0% brightness, use the catalog external switch-and-relay arrangement, or consult MEAN WELL for another solution. The analog input alone is not specified as dim-to-off.
    Setup / rise time 2000 ms at 115 VAC; 500 ms at 230 VAC. Setup is measured at the first cold start; switching the power on and off can increase setup time.

    Input and electrical performance

    AC / DC input 90–305 VAC, 47–63 Hz; 127–431 VDC. Apply the low-input loading curve.
    Active PFC / power factor Built-in active PFC. Full-load PF ≥0.96 at 115 VAC; ≥0.96 at 230 VAC; ≥0.94 at 277 VAC.
    Total harmonic distortion THD <20% at load ≥60% with 115 VAC or 230 VAC; at load ≥75% with 277 VAC.
    Typical efficiency 91.5% under the catalog reference measurement conditions.
    AC input current 1.1 A at 115 VAC; 0.5 A at 230 VAC; 0.45 A at 277 VAC.
    Typical cold-start inrush 60 A at 230 VAC; 550 µs pulse width measured at 50% Ipeak, per NEMA 410.
    16 A circuit-breaker loading Catalog reference at 230 VAC: maximum 4 units on type B; 8 units on type C. Check the actual breaker and installation conditions.
    Leakage current Less than 0.75 mA at 277 VAC.
    Input-voltage derating At 60 Hz: 80% load at 90 VAC, rising to 100% at 100 VAC; 100% through 305 VAC. Apply the thermal limit as well.
    Reference performance plots Power-factor curves are for constant-current mode. THD and efficiency plots on page 11 use a 60 V example; retain this model’s tabulated efficiency rather than applying an example curve as a guarantee.
    Circuit frequency Block-diagram oscillator frequency: 100 kHz.

    Protection and operating limits

    Overcurrent protection 95–108%; constant-current limiting, with automatic recovery after the fault is removed.
    Short-circuit / low-voltage region The LED I–V guide identifies hiccup protection below the constant-current operating region. Follow the specified LED voltage window.
    Overvoltage protection 65–75 V; output voltage shuts down; re-power on to recover.
    Overtemperature protection Output voltage shuts down; re-power on to recover.
    Cooling / working temperature Fanless free-air convection; ambient operating range −40 to +45°C, subject to the input-specific thermal curves.
    Horizontal thermal limits Horizontal installation: the 100 VAC curve permits 100% load up to +40°C; the 230 VAC curve up to +45°C, where the respective curves end. The shaded −40 to −25°C region is marked for 230 VAC input only.
    Working / storage humidity Working: 20–95% RH, non-condensing. Storage: −40 to +80°C and 10–95% RH.
    Temperature coefficient ±0.03%/°C over 0–45°C.
    Altitude derating For this fanless model above 2000 m (6500 ft), reduce the ambient-temperature allowance by 3.5°C per 1000 m.
    Vibration 10–500 Hz, 2G; 12 minutes per cycle, 72 minutes along each of the X, Y and Z axes.

    Wiring and integration

    Dimensions Ø104 × 34 mm (diameter × height). PCB thickness shown: 1.6 mm; drawing tolerance ±1 mm. Follow the exact A/B board outline and mounting locations in the catalog.
    Mounting details The drawing marks Ø3.5 mm mounting holes. Use the drawing for positions and perimeter cut-outs; do not treat a cut-out diameter as an internal through-hole.
    Input wiring SJTW 18 AWG × 3C, 300 ±20 mm: brown = AC/L; blue = AC/N; green/yellow = FG. Connect the protective ground correctly.
    Output wiring SJTW 18 AWG × 2C, 200 ±20 mm: red = +V; black = −V.
    Potting / functional testing The catalog requires all functional testing to be performed with potting filled, including the overtemperature-protection test. Observe this condition during system integration and validation.
    Dimming cable UL2517 22 AWG × 2C, 300 ±20 mm: purple DIM+, pink DIM−.
    Installation safety Disconnect the power supply from the mains before installation or maintenance and prevent accidental reconnection. Have electrical faults examined by a qualified technician. Damaged external flexible cables must be replaced by the manufacturer, its service agent or a similarly qualified person.
    Ventilation and environment Keep ventilation clear and do not place objects on the unit. Keep 10–15 cm clearance when an adjacent device is a heat source. Do not immerse the unit or install it near a fire source. Follow the model-specific ambient-temperature, mounting-orientation and input-voltage derating limits.
    System enclosure and wiring This PCB component power supply must be integrated into final equipment with suitable insulation and isolation around interconnections. Cover single-insulated wiring with the system enclosure and use approved primary and secondary cables rated for at least the applicable unit current. Re-verify EMC in the completed system.
    Bay-light installation For bay-light applications, verify that the supporting structure and luminaire are sufficiently strong and use safety cables. The cited PCB-series catalog does not provide a numerical whole-luminaire suspension mass limit.
    Output limits Keep output current and output power within this model’s rated operating envelope. Verify the LED load and the supplied wiring before energizing the completed equipment.
    Protective earth Connect the fitted green/yellow FG conductor to protective earth. Follow the model-specific mechanical drawing for the supplied input, output and control conductors.
    Potting-dependent functional testing The catalog requires all functional testing to be performed with potting, including the over-temperature protection function. Obtain the appropriate integration and potting requirements for the completed equipment; the cited note does not specify a potting material or procedure.
    Dimming isolation and shutdown The DIM circuit is not isolated from the secondary output. Do not connect DIM− to −V. Use the stated 1–10 V, 10 V PWM or resistance interface with a compatible controller. Reaching 0% output requires the catalog’s external switch-and-relay arrangement or another option confirmed by MEAN WELL.
    Small dimming-conductor limitation The DIM leads are 22 AWG. For standalone LED power supply applications covered by the installation manual, dimming conductors smaller than 18 AWG are intended only for SELV dimming controllers; contact MEAN WELL before using a FELV controller.

    Safety and reference data

    Safety designation / approvals SELV is marked on the catalog cover. Approvals listed: UL 8750; CSA C22.2 No. 250.13-12; ENEC BS EN/EN 61347-1, BS EN/EN 61347-2-13 and BS EN/EN 62384; GB 19510.1 and GB 19510.14; EAC TP TC 004.
    Withstand voltage / insulation Input–output: 3.75 kVAC; input–FG: 2 kVAC; output–FG: 0.5 kVAC. Insulation resistance: 100 MΩ at 500 VDC, 25°C and 70% RH, for all three pairings.
    EMC emission BS EN/EN 55015; BS EN/EN 61000-3-2 Class C at load ≥60%; BS EN/EN 61000-3-3; GB/T 17743; GB 17625.1; EAC TP TC 020.
    EMC 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: line–earth 4 kV, line–line 2 kV.
    Final-equipment EMC This driver is a component used with final equipment. The final manufacturer must requalify EMC for the complete installation, because the assembly affects performance.
    MTBF 2612.1 thousand hours minimum, Telcordia SR-332 (Bellcore); 346.9 thousand hours minimum, MIL-HDBK-217F at 25°C.
    Lifetime / warranty Typical life expectancy >50,000 hours when ambient Ta is about +45°C or lower, subject to the operating limits. The catalog states a 5-year manufacturer warranty, subject to the manufacturer’s warranty terms.
    Unit mass 300 g, converted from the catalog per-unit PACKING reference of 0.3 kg; not a measured shipping-package weight.
    Applications / measurement conditions Catalog applications include LED bay, down, spot, mining and stage lighting. Unless otherwise stated, specifications are measured at 230 VAC input, rated current and +25°C ambient.
    Download MEAN WELL LED Installation Manual

    Recently viewed products

      Footer image

      © 2026 MEAN WELL, ,

      • US (USD $) US (USD $)
      • Ach Direct Debit
      • AliPay
      • Amazon
      • American Express
      • Apple Pay
      • Diners Club
      • Discover
      • Google Pay
      • Mastercard
      • PayPal
      • Shop Pay
      • USDC
      • Visa