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  MEAN WELL SPWM-150 series: 3-in-1 dimmable PWM output LED driver - SPWM-150-12

  MEAN WELL SPWM-150-12 MEAN WELL SPWM-150-12 is a 3-in-1 dimmable constant-voltage PWM output LED driver for compatible 12 V LED strips, rated 12.5 A and 150 W. Its slim Class II housing uses terminal-block connections. Select for the exact Blank control version and apply the input and thermal derating below. Download MEAN WELL SPWM-150 Datasheet (PDF)Download MEAN WELL SPWM User Manual (PDF)Datasheet section: PDF pages 10–18; specifications on page 11. Model, output and control Parameter Specification Model SPWM-150-12 Series and function code SPWM-150; blank suffix: 3-in-1 dimming Output mode Constant voltage with PWM-style output; dimming varies output-current duty cycle. Built-in active power factor correction (PFC). DC output voltage 12 V Rated output current 12.5 A maximum Rated output power 150 W maximum Voltage adjustment range 11–14 V via +V ADJ; keep the load within rated current and power. Output PWM frequency 3.2 kHz, fixed typical output waveform frequency. Dimming interface 0–10 VDC, additive 10 V PWM at 300 Hz–3 kHz, or 0–100 kΩ resistance between DIM+ and DIM− Dimming range Approximate minimum 6%; output current is undefined between 0% and 6%. Dim-to-off is available at about 0 VDC, 0 kΩ or 0% duty of the external 10 V PWM signal. Dimming source and synchronization 100 μA typical source current. Resistance scaling: 100 kΩ / N at full output, where N is the number of synchronized drivers. Do not connect DIM− to the negative LED output. Connect LEDs directly; use with additional drivers is not recommended. Input and performance Parameter Specification Input voltage 100–305 VAC or 156–410 VDC; apply input-voltage and thermal derating. Before DC wiring, verify the manufacturer’s polarity requirements for this model. Input frequency 47–63 Hz Typical efficiency 92% at the catalog test conditions Typical power factor >0.97 / 115 VAC; >0.95 / 230 VAC; >0.92 / 277 VAC at full load; PF changes with load. THD <10% at ≥50% load / 115 or 230 VAC, or ≥75% / 277 VAC; consult the model-specific load curves. Typical AC input current 1.5 A / 115 VAC; 1 A / 230 VAC; 0.8 A / 277 VAC Inrush current Cold start: 55 A typical at 230 VAC; 500 μs pulse width measured at 50% peak, per NEMA 410. Circuit-breaker reference 5 / 8 units for type B / type C 16 A breakers at 230 VAC, respectively. Catalog reference only; verify the actual breaker and system conditions. Leakage current <0.25 mA at 277 VAC No-load or standby power <0.5 W with dimming off. Setup and rise time 500 ms setup, 80 ms rise / 230 VAC; 1200 ms setup, 80 ms rise / 115 VAC. Cold-start measurement; rapid switching may increase setup time. Hold-up time 10 ms / 230 VAC or 115 VAC typical Protection and operating conditions Parameter Specification Overload protection 105–150% of rated output; Hiccup mode; automatic recovery after the fault is removed. Short-circuit protection Output shuts down; remove the fault, then re-power to recover. Overvoltage protection 15–20 V; Output shuts down; remove the fault, then re-power to recover. Overtemperature protection Output shuts down; remove the fault, then re-power to recover. Working case temperature −20 to +80°C; maximum case temperature +80°C, subject to derating. Cooling and load derating Free-air convection, vertical mounting, as specified by the catalog curves. At 110 VAC: 90% load through +40°C, falling to 60% at +50°C. At 230 VAC: 100% through +45°C, falling to 60% at +50°C. Keep measured Tc at or below +80°C; the case-temperature limit does not replace the ambient curve. Input/load derating At 60 Hz, vertical mounting: 80% at 100 VAC, rising to 90% at 110 VAC; the 90% plateau continues below 200 VAC, with a step to 100% at 200 VAC through 305 VAC. Below 110 VAC at −20°C, a restart may occur within 5 seconds after power-on. Humidity and storage Working: 20–95% RH, non-condensing. Storage: −40 to +80°C, 10–95% RH. Temperature coefficient ±0.03%/°C over 0–50°C Altitude derating Above 2000 m, reduce the allowable ambient temperature by 3.5°C per additional 1000 m for this fanless design. Vibration 5–100 Hz, 2 G, 12 minutes per cycle, 72 minutes along each X/Y/Z axis. Safety, insulation and compliance Parameter Specification Safety and design standards UL8750 Class P; CSA C22.2 No. 250.13-12; ENEC BS EN/EN61347-1 and BS EN/EN61347-2-13; Class II plastic housing without FG and SELV output. BS EN/EN62384, GB/T19510.1, GB/T19510.213 and EAC TP TC 004; AS/NZS61347-1/-2-13 are design references. RCM is voluntary; the catalog identifies Non-IC independent LED control gear as unsuitable for residential installations under that classification. EMC Emission: BS EN/EN55015 (CISPR15), GB/T17743; BS EN/EN61000-3-2 / GB17625.1 Class C at ≥50% load; BS EN/EN61000-3-3. Immunity: BS EN/EN61547; BS EN/EN61000-4-2 ESD 8 kV air / 4 kV contact; -4-3/-4-4/-4-6/-4-8 level 2; -4-5 line-to-line 2 kV (level 4); -4-11:2020 30% dip for 10 periods and 100% interruption for 0.5 periods. Final equipment requires EMC requalification. Insulation Input/output withstand: 3.75 kVAC. Insulation resistance input/output: 100 MΩ at 500 VDC, 25°C / 70% RH. MTBF 1926.4 / 158.1 thousand hours minimum, Telcordia SR-332 / MIL-HDBK-217F (25°C), respectively; statistical estimates, not guaranteed service life. Flicker measurement PstLM ≤1 and SVM ≤0.4, measured at full load with the light source provided by MEAN WELL. Dimensions and installation Parameter Specification Dimensions 340 × 38 × 28.5 mm (L × W × H); slim plastic terminal-block housing. Terminal connections TB1: 1 AC/L, 2 AC/N. TB2: 1 +V, 2 +V, 3 −V, 4 −V, 5 DIM+, 6 DIM−. Terminal wire preparation TB1/TB2: 0.75–2.50 mm² (18–14 AWG), 6–7 mm stripping length, M2.5 terminal screws; suggested tightening torque 0.4 N·m (3.5 lb·in). Mounting Use the model-specific drawing and 4.2 mm mounting features. Provide ≥15 cm spacing between drivers and do not stack them. The SPWM manual requires a ≥7 mm shim below the fixing screws to leave a heat-dissipation gap. Installation Qualified personnel only. Disconnect power before wiring or maintenance; verify secure, correct wiring before energizing. Do not open the case. Do not install in damp locations, excessive heat, direct sunlight or near fire. Close and secure the protective terminal covers. Capacitive loads are not recommended. Weight 400 g; catalog packing reference per unit (0.40 kg × 1000), not a measured net or shipping parcel weight. Service-life reference Typical lifetime >50,000 hours when the marked Tc/TMP point is about +75°C or below. Manufacturer catalog warranty: 5 years, subject to MEAN WELL’s warranty statement; not an additional store promise. Unless stated otherwise, catalog parameters are measured at 230 VAC input, rated current and +25°C ambient. Typical figures and load curves apply only to their stated conditions. Read the linked drawings and installation instructions before system design.

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  MEAN WELL SPWM-75 series: 4-channel DALI-2 PWM output LED driver - SPWM-75-24DA2Q

  MEAN WELL SPWM-75-24DA2Q MEAN WELL SPWM-75-24DA2Q is a 4-channel DALI-2 constant-voltage PWM output LED driver for compatible 24 V LED strips, rated 3.2 A and 76.8 W total across the configured output channels. Its slim Class II housing uses terminal-block connections. Select for the exact DA2Q control version and apply the input and thermal derating below. Download MEAN WELL SPWM-75 Datasheet (PDF)Download MEAN WELL SPWM User Manual (PDF)Datasheet section: PDF pages 1–9; specifications on page 2. Model, output and control Parameter Specification Model SPWM-75-24DA2Q Series and function code SPWM-75; DA2Q: DALI-2 with four output channels and selectable DT6/DT8 modes Output mode Constant voltage with PWM-style output; dimming varies output-current duty cycle. Built-in active power factor correction (PFC). DC output voltage 24 V Rated output current 3.2 A maximum, shared total rating across all output channels Rated output power 76.8 W maximum total; not per channel Voltage adjustment range 23–26 V via +V ADJ; keep the load within rated current and power. Output PWM frequency 3.2 kHz typical output waveform frequency. Dimming interface DALI-2 DT8 RGBW/tunable white, selectable DT6 modes and primary-side PUSH Dimming range Minimum dimming level 0.1% for this DALI-2 version. Input and performance Parameter Specification Input voltage 100–305 VAC or 156–410 VDC; apply input-voltage and thermal derating. Before DC wiring, verify the manufacturer’s polarity requirements for this model. Input frequency 47–63 Hz Typical efficiency 90% at the catalog test conditions Typical power factor >0.97 / 115 VAC; >0.95 / 230 VAC; >0.92 / 277 VAC at full load; PF changes with load. THD <10% at ≥50% load / 115 or 230 VAC, or ≥75% / 277 VAC; consult the model-specific load curves. Typical AC input current 0.9 A / 115 VAC; 0.45 A / 230 VAC; 0.38 A / 277 VAC Inrush current Cold start: 50 A typical at 230 VAC; 500 μs pulse width measured at 50% peak, per NEMA 410. Circuit-breaker reference 5 / 8 units for type B / type C 16 A breakers at 230 VAC, respectively. Catalog reference only; verify the actual breaker and system conditions. Leakage current <0.25 mA at 277 VAC No-load or standby power <0.5 W with dimming off. Setup and rise time 500 ms setup, 80 ms rise / 230 VAC; 1200 ms setup, 80 ms rise / 115 VAC. Cold-start measurement; rapid switching may increase setup time. DALI power-on timing requires a compatible controller; otherwise setup can exceed 0.5 s. Hold-up time 10 ms / 230 VAC or 115 VAC typical Protection and operating conditions Parameter Specification Overload protection 105–135% of rated output; Hiccup mode; automatic recovery after the fault is removed. Short-circuit protection Hiccup mode; automatic recovery after the fault is removed. Overvoltage protection 27–36 V; Output shuts down; remove the fault, then re-power to recover. Overtemperature protection Output shuts down; remove the fault, then re-power to recover. Working case temperature −20 to +90°C; maximum case temperature +90°C, subject to derating. Cooling and load derating Free-air convection, vertical mounting, as specified by the catalog curves. At 110 VAC: 100% load through +40°C, falling to 60% at +60°C. At 230 VAC: 100% through +50°C, falling to 60% at +60°C. Keep measured Tc at or below +90°C; the case-temperature limit does not replace the ambient curve. Input/load derating At 60 Hz, vertical mounting: 90% at 100 VAC, rising to 100% at 110 VAC; 100% through 305 VAC. Humidity and storage Working: 20–95% RH, non-condensing. Storage: −40 to +80°C, 10–95% RH. Temperature coefficient ±0.03%/°C over 0–50°C Altitude derating Above 2000 m, reduce the allowable ambient temperature by 3.5°C per additional 1000 m for this fanless design. Vibration 5–100 Hz, 2 G, 12 minutes per cycle, 72 minutes along each X/Y/Z axis. Control wiring and operation Parameter Specification DALI/PUSH connection Use the DALI pair for DALI control. For primary-side PUSH, follow the dedicated wiring diagram: connect TB1 pin 5 (DA−/N) to neutral and a push button between line and pin 4 (DA+/L); PUSH2 uses a second button between line and pin 3 (PUSH/L). PUSH timing and limits Factory brightness 100%. Short press: 0.1–1 second; long press: >1 second. One common push button supports up to 10 drivers; maximum cable length to the last driver is 20 m. PUSH brightness Short press switches on/off. Long press dims up/down and stops at maximum or minimum dim (not dim-off); each next push reverses direction. Brightening from off is possible. Responses depend on the DIP mode below. DIP 1/2/3: ON / ON / ON 1 DT6 logical gear / 1 DALI address; use CH1 for the LED load. PUSH1 controls brightness; PUSH2 has no response. DIP 1/2/3: ON / ON / OFF 4 DT6 logical gears / 4 addresses; CH1–CH4 are separate brightness channels. PUSH1 controls all four synchronously; PUSH2 has no response. DIP 1/2/3: OFF / OFF / OFF Factory default RGBW DT8: 1 logical gear / 1 address. CH1 red, CH2 green, CH3 blue, CH4 white. PUSH1 controls brightness. PUSH2 short press selects white or RGB control; long press adjusts white (minimum 0) or changes RGB colour. DIP 1/2/3: ON / OFF / OFF 1 tunable-white Tc DT8 logical gear / 1 address: CH1 cool white + CH2 warm white; CH3/CH4 unused. PUSH1 controls brightness; PUSH2 short press switches on/off and long press performs Dim2Warm. DIP 1/2/3: OFF / ON / OFF 2 tunable-white Tc DT8 logical gears / 2 addresses: CH1 cool + CH2 warm, CH3 cool + CH4 warm. PUSH1 synchronizes brightness of both gears; PUSH2 synchronizes Dim2Warm and on/off. DIP 1/2/3: OFF / OFF / ON Mixed DT6 + tunable-white DT8: 2 logical gears / 2 addresses. CH3 is DT6; CH1 cool + CH2 warm form DT8, CH4 unused. PUSH1 responds only for DT6; PUSH2 responds only for DT8. Dim2Warm behavior Dimming down warms colour temperature; dimming up cools it. Long press stops at minimum dim, not dim-off; next push reverses direction. Operation from off is possible. RGBW duty and load limits Normalized colour control (factory default): a+b+c+d ≤100%. Extended colour control, enabled by DALI commands: sum ≤400%. In either mode, instantaneous total output power of all four channels must not exceed 76.8 W. The duty sum does not multiply the product power rating; size all connected channels for the shared 3.2 A total rating. Safety, insulation and compliance Parameter Specification Safety and design standards UL8750 Class P; CSA C22.2 No. 250.13-12; ENEC BS EN/EN61347-1 and BS EN/EN61347-2-13; Class II plastic housing without FG and SELV output. BS EN/EN62384, GB/T19510.1, GB/T19510.213 and EAC TP TC 004; AS/NZS61347-1/-2-13 are design references. RCM is voluntary; the catalog identifies Non-IC independent LED control gear as unsuitable for residential installations under that classification. EMC Emission: BS EN/EN55015 (CISPR15), GB/T17743; BS EN/EN61000-3-2 / GB17625.1 Class C at ≥50% load; BS EN/EN61000-3-3. Immunity: BS EN/EN61547; BS EN/EN61000-4-2 ESD 8 kV air / 4 kV contact; -4-3/-4-4/-4-6/-4-8 level 2; -4-5 line-to-line 2 kV (level 4); -4-11:2020 30% dip for 10 periods and 100% interruption for 0.5 periods. Final equipment requires EMC requalification. Insulation Input/output withstand: 3.75 kVAC. Insulation resistance input/output: 100 MΩ at 500 VDC, 25°C / 70% RH. MTBF 2396.9 / 205.7 thousand hours minimum, Telcordia SR-332 / MIL-HDBK-217F (25°C), respectively; statistical estimates, not guaranteed service life. Flicker measurement PstLM ≤1 and SVM ≤0.4, measured at full load with the light source provided by MEAN WELL. DALI standards IEC62386-101, -102, -207 (DT6), -209 (DT8) and Part 251; apply only the selected mode and the supplied DA2Q version. Emergency-lighting scope DA2/DA2Q emergency operation is listed to BS EN/EN61347-2-13 Appendix J (EL), DC input 176–280 V. This is the emergency condition; the normal input specification remains as listed above. Dimensions and installation Parameter Specification Dimensions 290 × 38 × 28.5 mm (L × W × H); slim plastic terminal-block housing. Terminal connections TB1: 1 AC/L, 2 AC/N, 3 PUSH/L, 4 DA+/L, 5 DA−/N. TB2: 1 +V, 2 +V, 3 CH1/−R/CW, 4 CH2/−G/WW, 5 CH3/−B/CW, 6 CH4/−W/WW. Terminal wire preparation TB1/TB2: 0.75–2.50 mm² (18–14 AWG), 6–7 mm stripping length, M2.5 terminal screws; suggested tightening torque 0.4 N·m (3.5 lb·in). Mounting Use the model-specific drawing and 4.2 mm mounting features. Provide ≥15 cm spacing between drivers and do not stack them. The SPWM manual requires a ≥7 mm shim below the fixing screws to leave a heat-dissipation gap. Installation Qualified personnel only. Disconnect power before wiring or maintenance; verify secure, correct wiring before energizing. Do not open the case. Do not install in damp locations, excessive heat, direct sunlight or near fire. Close and secure the protective terminal covers. Capacitive loads are not recommended. Weight 310 g; catalog packing reference per unit (0.31 kg × 1000), not a measured net or shipping parcel weight. Service-life reference Typical lifetime >50,000 hours when the marked Tc/TMP point is about +75°C or below. Manufacturer catalog warranty: 5 years, subject to MEAN WELL’s warranty statement; not an additional store promise. Unless stated otherwise, catalog parameters are measured at 230 VAC input, rated current and +25°C ambient. Typical figures and load curves apply only to their stated conditions. Read the linked drawings and installation instructions before system design.

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  MEAN WELL SPWM-75 series: 4-channel DALI-2 PWM output LED driver - SPWM-75-12DA2Q

  MEAN WELL SPWM-75-12DA2Q MEAN WELL SPWM-75-12DA2Q is a 4-channel DALI-2 constant-voltage PWM output LED driver for compatible 12 V LED strips, rated 6.3 A and 75.6 W total across the configured output channels. Its slim Class II housing uses terminal-block connections. Select for the exact DA2Q control version and apply the input and thermal derating below. Download MEAN WELL SPWM-75 Datasheet (PDF)Download MEAN WELL SPWM User Manual (PDF)Datasheet section: PDF pages 1–9; specifications on page 2. Model, output and control Parameter Specification Model SPWM-75-12DA2Q Series and function code SPWM-75; DA2Q: DALI-2 with four output channels and selectable DT6/DT8 modes Output mode Constant voltage with PWM-style output; dimming varies output-current duty cycle. Built-in active power factor correction (PFC). DC output voltage 12 V Rated output current 6.3 A maximum, shared total rating across all output channels Rated output power 75.6 W maximum total; not per channel Voltage adjustment range 11–14 V via +V ADJ; keep the load within rated current and power. Output PWM frequency 3.2 kHz typical output waveform frequency. Dimming interface DALI-2 DT8 RGBW/tunable white, selectable DT6 modes and primary-side PUSH Dimming range Minimum dimming level 0.1% for this DALI-2 version. Input and performance Parameter Specification Input voltage 100–305 VAC or 156–410 VDC; apply input-voltage and thermal derating. Before DC wiring, verify the manufacturer’s polarity requirements for this model. Input frequency 47–63 Hz Typical efficiency 89% at the catalog test conditions Typical power factor >0.97 / 115 VAC; >0.95 / 230 VAC; >0.92 / 277 VAC at full load; PF changes with load. THD <10% at ≥50% load / 115 or 230 VAC, or ≥75% / 277 VAC; consult the model-specific load curves. Typical AC input current 0.9 A / 115 VAC; 0.45 A / 230 VAC; 0.38 A / 277 VAC Inrush current Cold start: 50 A typical at 230 VAC; 500 μs pulse width measured at 50% peak, per NEMA 410. Circuit-breaker reference 5 / 8 units for type B / type C 16 A breakers at 230 VAC, respectively. Catalog reference only; verify the actual breaker and system conditions. Leakage current <0.25 mA at 277 VAC No-load or standby power <0.5 W with dimming off. Setup and rise time 500 ms setup, 80 ms rise / 230 VAC; 1200 ms setup, 80 ms rise / 115 VAC. Cold-start measurement; rapid switching may increase setup time. DALI power-on timing requires a compatible controller; otherwise setup can exceed 0.5 s. Hold-up time 10 ms / 230 VAC or 115 VAC typical Protection and operating conditions Parameter Specification Overload protection 105–135% of rated output; Hiccup mode; automatic recovery after the fault is removed. Short-circuit protection Hiccup mode; automatic recovery after the fault is removed. Overvoltage protection 15–20 V; Output shuts down; remove the fault, then re-power to recover. Overtemperature protection Output shuts down; remove the fault, then re-power to recover. Working case temperature −20 to +90°C; maximum case temperature +90°C, subject to derating. Cooling and load derating Free-air convection, vertical mounting, as specified by the catalog curves. At 110 VAC: 100% load through +40°C, falling to 60% at +60°C. At 230 VAC: 100% through +50°C, falling to 60% at +60°C. Keep measured Tc at or below +90°C; the case-temperature limit does not replace the ambient curve. Input/load derating At 60 Hz, vertical mounting: 90% at 100 VAC, rising to 100% at 110 VAC; 100% through 305 VAC. Humidity and storage Working: 20–95% RH, non-condensing. Storage: −40 to +80°C, 10–95% RH. Temperature coefficient ±0.03%/°C over 0–50°C Altitude derating Above 2000 m, reduce the allowable ambient temperature by 3.5°C per additional 1000 m for this fanless design. Vibration 5–100 Hz, 2 G, 12 minutes per cycle, 72 minutes along each X/Y/Z axis. Control wiring and operation Parameter Specification DALI/PUSH connection Use the DALI pair for DALI control. For primary-side PUSH, follow the dedicated wiring diagram: connect TB1 pin 5 (DA−/N) to neutral and a push button between line and pin 4 (DA+/L); PUSH2 uses a second button between line and pin 3 (PUSH/L). PUSH timing and limits Factory brightness 100%. Short press: 0.1–1 second; long press: >1 second. One common push button supports up to 10 drivers; maximum cable length to the last driver is 20 m. PUSH brightness Short press switches on/off. Long press dims up/down and stops at maximum or minimum dim (not dim-off); each next push reverses direction. Brightening from off is possible. Responses depend on the DIP mode below. DIP 1/2/3: ON / ON / ON 1 DT6 logical gear / 1 DALI address; use CH1 for the LED load. PUSH1 controls brightness; PUSH2 has no response. DIP 1/2/3: ON / ON / OFF 4 DT6 logical gears / 4 addresses; CH1–CH4 are separate brightness channels. PUSH1 controls all four synchronously; PUSH2 has no response. DIP 1/2/3: OFF / OFF / OFF Factory default RGBW DT8: 1 logical gear / 1 address. CH1 red, CH2 green, CH3 blue, CH4 white. PUSH1 controls brightness. PUSH2 short press selects white or RGB control; long press adjusts white (minimum 0) or changes RGB colour. DIP 1/2/3: ON / OFF / OFF 1 tunable-white Tc DT8 logical gear / 1 address: CH1 cool white + CH2 warm white; CH3/CH4 unused. PUSH1 controls brightness; PUSH2 short press switches on/off and long press performs Dim2Warm. DIP 1/2/3: OFF / ON / OFF 2 tunable-white Tc DT8 logical gears / 2 addresses: CH1 cool + CH2 warm, CH3 cool + CH4 warm. PUSH1 synchronizes brightness of both gears; PUSH2 synchronizes Dim2Warm and on/off. DIP 1/2/3: OFF / OFF / ON Mixed DT6 + tunable-white DT8: 2 logical gears / 2 addresses. CH3 is DT6; CH1 cool + CH2 warm form DT8, CH4 unused. PUSH1 responds only for DT6; PUSH2 responds only for DT8. Dim2Warm behavior Dimming down warms colour temperature; dimming up cools it. Long press stops at minimum dim, not dim-off; next push reverses direction. Operation from off is possible. RGBW duty and load limits Normalized colour control (factory default): a+b+c+d ≤100%. Extended colour control, enabled by DALI commands: sum ≤400%. In either mode, instantaneous total output power of all four channels must not exceed 75.6 W. The duty sum does not multiply the product power rating; size all connected channels for the shared 6.3 A total rating. Safety, insulation and compliance Parameter Specification Safety and design standards UL8750 Class P; CSA C22.2 No. 250.13-12; ENEC BS EN/EN61347-1 and BS EN/EN61347-2-13; Class II plastic housing without FG and SELV output. BS EN/EN62384, GB/T19510.1, GB/T19510.213 and EAC TP TC 004; AS/NZS61347-1/-2-13 are design references. RCM is voluntary; the catalog identifies Non-IC independent LED control gear as unsuitable for residential installations under that classification. EMC Emission: BS EN/EN55015 (CISPR15), GB/T17743; BS EN/EN61000-3-2 / GB17625.1 Class C at ≥50% load; BS EN/EN61000-3-3. Immunity: BS EN/EN61547; BS EN/EN61000-4-2 ESD 8 kV air / 4 kV contact; -4-3/-4-4/-4-6/-4-8 level 2; -4-5 line-to-line 2 kV (level 4); -4-11:2020 30% dip for 10 periods and 100% interruption for 0.5 periods. Final equipment requires EMC requalification. Insulation Input/output withstand: 3.75 kVAC. Insulation resistance input/output: 100 MΩ at 500 VDC, 25°C / 70% RH. MTBF 2396.9 / 205.7 thousand hours minimum, Telcordia SR-332 / MIL-HDBK-217F (25°C), respectively; statistical estimates, not guaranteed service life. Flicker measurement PstLM ≤1 and SVM ≤0.4, measured at full load with the light source provided by MEAN WELL. DALI standards IEC62386-101, -102, -207 (DT6), -209 (DT8) and Part 251; apply only the selected mode and the supplied DA2Q version. Emergency-lighting scope DA2/DA2Q emergency operation is listed to BS EN/EN61347-2-13 Appendix J (EL), DC input 176–280 V. This is the emergency condition; the normal input specification remains as listed above. Dimensions and installation Parameter Specification Dimensions 290 × 38 × 28.5 mm (L × W × H); slim plastic terminal-block housing. Terminal connections TB1: 1 AC/L, 2 AC/N, 3 PUSH/L, 4 DA+/L, 5 DA−/N. TB2: 1 +V, 2 +V, 3 CH1/−R/CW, 4 CH2/−G/WW, 5 CH3/−B/CW, 6 CH4/−W/WW. Terminal wire preparation TB1/TB2: 0.75–2.50 mm² (18–14 AWG), 6–7 mm stripping length, M2.5 terminal screws; suggested tightening torque 0.4 N·m (3.5 lb·in). Mounting Use the model-specific drawing and 4.2 mm mounting features. Provide ≥15 cm spacing between drivers and do not stack them. The SPWM manual requires a ≥7 mm shim below the fixing screws to leave a heat-dissipation gap. Installation Qualified personnel only. Disconnect power before wiring or maintenance; verify secure, correct wiring before energizing. Do not open the case. Do not install in damp locations, excessive heat, direct sunlight or near fire. Close and secure the protective terminal covers. Capacitive loads are not recommended. Weight 310 g; catalog packing reference per unit (0.31 kg × 1000), not a measured net or shipping parcel weight. Service-life reference Typical lifetime >50,000 hours when the marked Tc/TMP point is about +75°C or below. Manufacturer catalog warranty: 5 years, subject to MEAN WELL’s warranty statement; not an additional store promise. Unless stated otherwise, catalog parameters are measured at 230 VAC input, rated current and +25°C ambient. Typical figures and load curves apply only to their stated conditions. Read the linked drawings and installation instructions before system design.

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  MEAN WELL SPWM-75 series: DALI-2 PWM output LED driver - SPWM-75-24DA2

  MEAN WELL SPWM-75-24DA2 MEAN WELL SPWM-75-24DA2 is a DALI-2 constant-voltage PWM output LED driver for compatible 24 V LED strips, rated 3.2 A and 76.8 W. Its slim Class II housing uses terminal-block connections. Select for the exact DA2 control version and apply the input and thermal derating below. Download MEAN WELL SPWM-75 Datasheet (PDF)Download MEAN WELL SPWM User Manual (PDF)Datasheet section: PDF pages 1–9; specifications on page 2. Model, output and control Parameter Specification Model SPWM-75-24DA2 Series and function code SPWM-75; DA2: DALI-2 DT6 control Output mode Constant voltage with PWM-style output; dimming varies output-current duty cycle. Built-in active power factor correction (PFC). DC output voltage 24 V Rated output current 3.2 A maximum Rated output power 76.8 W maximum Voltage adjustment range 23–26 V via +V ADJ; keep the load within rated current and power. Output PWM frequency 3.2 kHz, fixed typical output waveform frequency. Dimming interface DALI-2 DT6 brightness control and primary-side PUSH Dimming range Minimum dimming level 0.1% for this DALI-2 version. Input and performance Parameter Specification Input voltage 100–305 VAC or 156–410 VDC; apply input-voltage and thermal derating. Before DC wiring, verify the manufacturer’s polarity requirements for this model. Input frequency 47–63 Hz Typical efficiency 90% at the catalog test conditions Typical power factor >0.97 / 115 VAC; >0.95 / 230 VAC; >0.92 / 277 VAC at full load; PF changes with load. THD <10% at ≥50% load / 115 or 230 VAC, or ≥75% / 277 VAC; consult the model-specific load curves. Typical AC input current 0.9 A / 115 VAC; 0.45 A / 230 VAC; 0.38 A / 277 VAC Inrush current Cold start: 50 A typical at 230 VAC; 500 μs pulse width measured at 50% peak, per NEMA 410. Circuit-breaker reference 5 / 8 units for type B / type C 16 A breakers at 230 VAC, respectively. Catalog reference only; verify the actual breaker and system conditions. Leakage current <0.25 mA at 277 VAC No-load or standby power <0.5 W with dimming off. Setup and rise time 500 ms setup, 80 ms rise / 230 VAC; 1200 ms setup, 80 ms rise / 115 VAC. Cold-start measurement; rapid switching may increase setup time. DALI power-on timing requires a compatible controller; otherwise setup can exceed 0.5 s. Hold-up time 10 ms / 230 VAC or 115 VAC typical Protection and operating conditions Parameter Specification Overload protection 105–135% of rated output; Hiccup mode; automatic recovery after the fault is removed. Short-circuit protection Hiccup mode; automatic recovery after the fault is removed. Overvoltage protection 27–36 V; Output shuts down; remove the fault, then re-power to recover. Overtemperature protection Output shuts down; remove the fault, then re-power to recover. Working case temperature −20 to +90°C; maximum case temperature +90°C, subject to derating. Cooling and load derating Free-air convection, vertical mounting, as specified by the catalog curves. At 110 VAC: 100% load through +40°C, falling to 60% at +60°C. At 230 VAC: 100% through +50°C, falling to 60% at +60°C. Keep measured Tc at or below +90°C; the case-temperature limit does not replace the ambient curve. Input/load derating At 60 Hz, vertical mounting: 90% at 100 VAC, rising to 100% at 110 VAC; 100% through 305 VAC. Humidity and storage Working: 20–95% RH, non-condensing. Storage: −40 to +80°C, 10–95% RH. Temperature coefficient ±0.03%/°C over 0–50°C Altitude derating Above 2000 m, reduce the allowable ambient temperature by 3.5°C per additional 1000 m for this fanless design. Vibration 5–100 Hz, 2 G, 12 minutes per cycle, 72 minutes along each X/Y/Z axis. Control wiring and operation Parameter Specification DALI/PUSH connection Use the DALI pair for DALI control. For primary-side PUSH, follow the dedicated wiring diagram: connect TB1 pin 5 (DA−/N) to neutral and a push button between line and pin 4 (DA+/PUSH); pin 3 is NC. PUSH timing and limits Factory brightness 100%. Short press: 0.1–1 second; long press: >1 second. One common push button supports up to 10 drivers; maximum cable length to the last driver is 20 m. PUSH brightness Short press switches on/off. Long press dims up/down and stops at maximum or minimum dim (not dim-off); each next push reverses direction. Brightening from off is possible. This DA2 version has no PUSH2 colour button. Safety, insulation and compliance Parameter Specification Safety and design standards UL8750 Class P; CSA C22.2 No. 250.13-12; ENEC BS EN/EN61347-1 and BS EN/EN61347-2-13; Class II plastic housing without FG and SELV output. BS EN/EN62384, GB/T19510.1, GB/T19510.213 and EAC TP TC 004; AS/NZS61347-1/-2-13 are design references. RCM is voluntary; the catalog identifies Non-IC independent LED control gear as unsuitable for residential installations under that classification. EMC Emission: BS EN/EN55015 (CISPR15), GB/T17743; BS EN/EN61000-3-2 / GB17625.1 Class C at ≥50% load; BS EN/EN61000-3-3. Immunity: BS EN/EN61547; BS EN/EN61000-4-2 ESD 8 kV air / 4 kV contact; -4-3/-4-4/-4-6/-4-8 level 2; -4-5 line-to-line 2 kV (level 4); -4-11:2020 30% dip for 10 periods and 100% interruption for 0.5 periods. Final equipment requires EMC requalification. Insulation Input/output withstand: 3.75 kVAC. Insulation resistance input/output: 100 MΩ at 500 VDC, 25°C / 70% RH. MTBF 2396.9 / 205.7 thousand hours minimum, Telcordia SR-332 / MIL-HDBK-217F (25°C), respectively; statistical estimates, not guaranteed service life. Flicker measurement PstLM ≤1 and SVM ≤0.4, measured at full load with the light source provided by MEAN WELL. DALI standards IEC62386-101, -102, -207 (DT6) and Part 251; apply only the selected mode and the supplied DA2 version. Emergency-lighting scope DA2/DA2Q emergency operation is listed to BS EN/EN61347-2-13 Appendix J (EL), DC input 176–280 V. This is the emergency condition; the normal input specification remains as listed above. Dimensions and installation Parameter Specification Dimensions 290 × 38 × 28.5 mm (L × W × H); slim plastic terminal-block housing. Terminal connections TB1: 1 AC/L, 2 AC/N, 3 NC, 4 DA+/PUSH, 5 DA−/N. TB2: 1 +V, 2 +V, 3 −V, 4 −V. Terminal wire preparation TB1/TB2: 0.75–2.50 mm² (18–14 AWG), 6–7 mm stripping length, M2.5 terminal screws; suggested tightening torque 0.4 N·m (3.5 lb·in). Mounting Use the model-specific drawing and 4.2 mm mounting features. Provide ≥15 cm spacing between drivers and do not stack them. The SPWM manual requires a ≥7 mm shim below the fixing screws to leave a heat-dissipation gap. Installation Qualified personnel only. Disconnect power before wiring or maintenance; verify secure, correct wiring before energizing. Do not open the case. Do not install in damp locations, excessive heat, direct sunlight or near fire. Close and secure the protective terminal covers. Capacitive loads are not recommended. Weight 310 g; catalog packing reference per unit (0.31 kg × 1000), not a measured net or shipping parcel weight. Service-life reference Typical lifetime >50,000 hours when the marked Tc/TMP point is about +75°C or below. Manufacturer catalog warranty: 5 years, subject to MEAN WELL’s warranty statement; not an additional store promise. Unless stated otherwise, catalog parameters are measured at 230 VAC input, rated current and +25°C ambient. Typical figures and load curves apply only to their stated conditions. Read the linked drawings and installation instructions before system design.

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  MEAN WELL SPWM-75 series: DALI-2 PWM output LED driver - SPWM-75-12DA2

  MEAN WELL SPWM-75-12DA2 MEAN WELL SPWM-75-12DA2 is a DALI-2 constant-voltage PWM output LED driver for compatible 12 V LED strips, rated 6.3 A and 75.6 W. Its slim Class II housing uses terminal-block connections. Select for the exact DA2 control version and apply the input and thermal derating below. Download MEAN WELL SPWM-75 Datasheet (PDF)Download MEAN WELL SPWM User Manual (PDF)Datasheet section: PDF pages 1–9; specifications on page 2. Model, output and control Parameter Specification Model SPWM-75-12DA2 Series and function code SPWM-75; DA2: DALI-2 DT6 control Output mode Constant voltage with PWM-style output; dimming varies output-current duty cycle. Built-in active power factor correction (PFC). DC output voltage 12 V Rated output current 6.3 A maximum Rated output power 75.6 W maximum Voltage adjustment range 11–14 V via +V ADJ; keep the load within rated current and power. Output PWM frequency 3.2 kHz, fixed typical output waveform frequency. Dimming interface DALI-2 DT6 brightness control and primary-side PUSH Dimming range Minimum dimming level 0.1% for this DALI-2 version. Input and performance Parameter Specification Input voltage 100–305 VAC or 156–410 VDC; apply input-voltage and thermal derating. Before DC wiring, verify the manufacturer’s polarity requirements for this model. Input frequency 47–63 Hz Typical efficiency 89% at the catalog test conditions Typical power factor >0.97 / 115 VAC; >0.95 / 230 VAC; >0.92 / 277 VAC at full load; PF changes with load. THD <10% at ≥50% load / 115 or 230 VAC, or ≥75% / 277 VAC; consult the model-specific load curves. Typical AC input current 0.9 A / 115 VAC; 0.45 A / 230 VAC; 0.38 A / 277 VAC Inrush current Cold start: 50 A typical at 230 VAC; 500 μs pulse width measured at 50% peak, per NEMA 410. Circuit-breaker reference 5 / 8 units for type B / type C 16 A breakers at 230 VAC, respectively. Catalog reference only; verify the actual breaker and system conditions. Leakage current <0.25 mA at 277 VAC No-load or standby power <0.5 W with dimming off. Setup and rise time 500 ms setup, 80 ms rise / 230 VAC; 1200 ms setup, 80 ms rise / 115 VAC. Cold-start measurement; rapid switching may increase setup time. DALI power-on timing requires a compatible controller; otherwise setup can exceed 0.5 s. Hold-up time 10 ms / 230 VAC or 115 VAC typical Protection and operating conditions Parameter Specification Overload protection 105–135% of rated output; Hiccup mode; automatic recovery after the fault is removed. Short-circuit protection Hiccup mode; automatic recovery after the fault is removed. Overvoltage protection 15–20 V; Output shuts down; remove the fault, then re-power to recover. Overtemperature protection Output shuts down; remove the fault, then re-power to recover. Working case temperature −20 to +90°C; maximum case temperature +90°C, subject to derating. Cooling and load derating Free-air convection, vertical mounting, as specified by the catalog curves. At 110 VAC: 100% load through +40°C, falling to 60% at +60°C. At 230 VAC: 100% through +50°C, falling to 60% at +60°C. Keep measured Tc at or below +90°C; the case-temperature limit does not replace the ambient curve. Input/load derating At 60 Hz, vertical mounting: 90% at 100 VAC, rising to 100% at 110 VAC; 100% through 305 VAC. Humidity and storage Working: 20–95% RH, non-condensing. Storage: −40 to +80°C, 10–95% RH. Temperature coefficient ±0.03%/°C over 0–50°C Altitude derating Above 2000 m, reduce the allowable ambient temperature by 3.5°C per additional 1000 m for this fanless design. Vibration 5–100 Hz, 2 G, 12 minutes per cycle, 72 minutes along each X/Y/Z axis. Control wiring and operation Parameter Specification DALI/PUSH connection Use the DALI pair for DALI control. For primary-side PUSH, follow the dedicated wiring diagram: connect TB1 pin 5 (DA−/N) to neutral and a push button between line and pin 4 (DA+/PUSH); pin 3 is NC. PUSH timing and limits Factory brightness 100%. Short press: 0.1–1 second; long press: >1 second. One common push button supports up to 10 drivers; maximum cable length to the last driver is 20 m. PUSH brightness Short press switches on/off. Long press dims up/down and stops at maximum or minimum dim (not dim-off); each next push reverses direction. Brightening from off is possible. This DA2 version has no PUSH2 colour button. Safety, insulation and compliance Parameter Specification Safety and design standards UL8750 Class P; CSA C22.2 No. 250.13-12; ENEC BS EN/EN61347-1 and BS EN/EN61347-2-13; Class II plastic housing without FG and SELV output. BS EN/EN62384, GB/T19510.1, GB/T19510.213 and EAC TP TC 004; AS/NZS61347-1/-2-13 are design references. RCM is voluntary; the catalog identifies Non-IC independent LED control gear as unsuitable for residential installations under that classification. EMC Emission: BS EN/EN55015 (CISPR15), GB/T17743; BS EN/EN61000-3-2 / GB17625.1 Class C at ≥50% load; BS EN/EN61000-3-3. Immunity: BS EN/EN61547; BS EN/EN61000-4-2 ESD 8 kV air / 4 kV contact; -4-3/-4-4/-4-6/-4-8 level 2; -4-5 line-to-line 2 kV (level 4); -4-11:2020 30% dip for 10 periods and 100% interruption for 0.5 periods. Final equipment requires EMC requalification. Insulation Input/output withstand: 3.75 kVAC. Insulation resistance input/output: 100 MΩ at 500 VDC, 25°C / 70% RH. MTBF 2396.9 / 205.7 thousand hours minimum, Telcordia SR-332 / MIL-HDBK-217F (25°C), respectively; statistical estimates, not guaranteed service life. Flicker measurement PstLM ≤1 and SVM ≤0.4, measured at full load with the light source provided by MEAN WELL. DALI standards IEC62386-101, -102, -207 (DT6) and Part 251; apply only the selected mode and the supplied DA2 version. Emergency-lighting scope DA2/DA2Q emergency operation is listed to BS EN/EN61347-2-13 Appendix J (EL), DC input 176–280 V. This is the emergency condition; the normal input specification remains as listed above. Dimensions and installation Parameter Specification Dimensions 290 × 38 × 28.5 mm (L × W × H); slim plastic terminal-block housing. Terminal connections TB1: 1 AC/L, 2 AC/N, 3 NC, 4 DA+/PUSH, 5 DA−/N. TB2: 1 +V, 2 +V, 3 −V, 4 −V. Terminal wire preparation TB1/TB2: 0.75–2.50 mm² (18–14 AWG), 6–7 mm stripping length, M2.5 terminal screws; suggested tightening torque 0.4 N·m (3.5 lb·in). Mounting Use the model-specific drawing and 4.2 mm mounting features. Provide ≥15 cm spacing between drivers and do not stack them. The SPWM manual requires a ≥7 mm shim below the fixing screws to leave a heat-dissipation gap. Installation Qualified personnel only. Disconnect power before wiring or maintenance; verify secure, correct wiring before energizing. Do not open the case. Do not install in damp locations, excessive heat, direct sunlight or near fire. Close and secure the protective terminal covers. Capacitive loads are not recommended. Weight 310 g; catalog packing reference per unit (0.31 kg × 1000), not a measured net or shipping parcel weight. Service-life reference Typical lifetime >50,000 hours when the marked Tc/TMP point is about +75°C or below. Manufacturer catalog warranty: 5 years, subject to MEAN WELL’s warranty statement; not an additional store promise. Unless stated otherwise, catalog parameters are measured at 230 VAC input, rated current and +25°C ambient. Typical figures and load curves apply only to their stated conditions. Read the linked drawings and installation instructions before system design.

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  MEAN WELL SPWM-75 series: 3-in-1 dimmable PWM output LED driver - SPWM-75-24

  MEAN WELL SPWM-75-24 MEAN WELL SPWM-75-24 is a 3-in-1 dimmable constant-voltage PWM output LED driver for compatible 24 V LED strips, rated 3.2 A and 76.8 W. Its slim Class II housing uses terminal-block connections. Select for the exact Blank control version and apply the input and thermal derating below. Download MEAN WELL SPWM-75 Datasheet (PDF)Download MEAN WELL SPWM User Manual (PDF)Datasheet section: PDF pages 1–9; specifications on page 2. Model, output and control Parameter Specification Model SPWM-75-24 Series and function code SPWM-75; blank suffix: 3-in-1 dimming Output mode Constant voltage with PWM-style output; dimming varies output-current duty cycle. Built-in active power factor correction (PFC). DC output voltage 24 V Rated output current 3.2 A maximum Rated output power 76.8 W maximum Voltage adjustment range 23–26 V via +V ADJ; keep the load within rated current and power. Output PWM frequency 3.2 kHz, fixed typical output waveform frequency. Dimming interface 0–10 VDC, additive 10 V PWM at 300 Hz–3 kHz, or 0–100 kΩ resistance between DIM+ and DIM− Dimming range Approximate minimum 6%; output current is undefined between 0% and 6%. Dim-to-off is available at about 0 VDC, 0 kΩ or 0% duty of the external 10 V PWM signal. Dimming source and synchronization 100 μA typical source current. Resistance scaling: 100 kΩ / N at full output, where N is the number of synchronized drivers. Do not connect DIM− to the negative LED output. Connect LEDs directly; use with additional drivers is not recommended. Input and performance Parameter Specification Input voltage 100–305 VAC or 156–410 VDC; apply input-voltage and thermal derating. Before DC wiring, verify the manufacturer’s polarity requirements for this model. Input frequency 47–63 Hz Typical efficiency 90% at the catalog test conditions Typical power factor >0.97 / 115 VAC; >0.95 / 230 VAC; >0.92 / 277 VAC at full load; PF changes with load. THD <10% at ≥50% load / 115 or 230 VAC, or ≥75% / 277 VAC; consult the model-specific load curves. Typical AC input current 0.9 A / 115 VAC; 0.45 A / 230 VAC; 0.38 A / 277 VAC Inrush current Cold start: 50 A typical at 230 VAC; 500 μs pulse width measured at 50% peak, per NEMA 410. Circuit-breaker reference 5 / 8 units for type B / type C 16 A breakers at 230 VAC, respectively. Catalog reference only; verify the actual breaker and system conditions. Leakage current <0.25 mA at 277 VAC No-load or standby power <0.5 W with dimming off. Setup and rise time 500 ms setup, 80 ms rise / 230 VAC; 1200 ms setup, 80 ms rise / 115 VAC. Cold-start measurement; rapid switching may increase setup time. Hold-up time 10 ms / 230 VAC or 115 VAC typical Protection and operating conditions Parameter Specification Overload protection 105–135% of rated output; Hiccup mode; automatic recovery after the fault is removed. Short-circuit protection Output shuts down; remove the fault, then re-power to recover. Overvoltage protection 27–36 V; Output shuts down; remove the fault, then re-power to recover. Overtemperature protection Output shuts down; remove the fault, then re-power to recover. Working case temperature −20 to +90°C; maximum case temperature +90°C, subject to derating. Cooling and load derating Free-air convection, vertical mounting, as specified by the catalog curves. At 110 VAC: 100% load through +40°C, falling to 60% at +60°C. At 230 VAC: 100% through +50°C, falling to 60% at +60°C. Keep measured Tc at or below +90°C; the case-temperature limit does not replace the ambient curve. Input/load derating At 60 Hz, vertical mounting: 90% at 100 VAC, rising to 100% at 110 VAC; 100% through 305 VAC. Humidity and storage Working: 20–95% RH, non-condensing. Storage: −40 to +80°C, 10–95% RH. Temperature coefficient ±0.03%/°C over 0–50°C Altitude derating Above 2000 m, reduce the allowable ambient temperature by 3.5°C per additional 1000 m for this fanless design. Vibration 5–100 Hz, 2 G, 12 minutes per cycle, 72 minutes along each X/Y/Z axis. Safety, insulation and compliance Parameter Specification Safety and design standards UL8750 Class P; CSA C22.2 No. 250.13-12; ENEC BS EN/EN61347-1 and BS EN/EN61347-2-13; Class II plastic housing without FG and SELV output. BS EN/EN62384, GB/T19510.1, GB/T19510.213 and EAC TP TC 004; AS/NZS61347-1/-2-13 are design references. RCM is voluntary; the catalog identifies Non-IC independent LED control gear as unsuitable for residential installations under that classification. EMC Emission: BS EN/EN55015 (CISPR15), GB/T17743; BS EN/EN61000-3-2 / GB17625.1 Class C at ≥50% load; BS EN/EN61000-3-3. Immunity: BS EN/EN61547; BS EN/EN61000-4-2 ESD 8 kV air / 4 kV contact; -4-3/-4-4/-4-6/-4-8 level 2; -4-5 line-to-line 2 kV (level 4); -4-11:2020 30% dip for 10 periods and 100% interruption for 0.5 periods. Final equipment requires EMC requalification. Insulation Input/output withstand: 3.75 kVAC. Insulation resistance input/output: 100 MΩ at 500 VDC, 25°C / 70% RH. MTBF 2396.9 / 205.7 thousand hours minimum, Telcordia SR-332 / MIL-HDBK-217F (25°C), respectively; statistical estimates, not guaranteed service life. Flicker measurement PstLM ≤1 and SVM ≤0.4, measured at full load with the light source provided by MEAN WELL. Dimensions and installation Parameter Specification Dimensions 290 × 38 × 28.5 mm (L × W × H); slim plastic terminal-block housing. Terminal connections TB1: 1 AC/L, 2 AC/N. TB2: 1 +V, 2 +V, 3 −V, 4 −V, 5 DIM+, 6 DIM−. Terminal wire preparation TB1/TB2: 0.75–2.50 mm² (18–14 AWG), 6–7 mm stripping length, M2.5 terminal screws; suggested tightening torque 0.4 N·m (3.5 lb·in). Mounting Use the model-specific drawing and 4.2 mm mounting features. Provide ≥15 cm spacing between drivers and do not stack them. The SPWM manual requires a ≥7 mm shim below the fixing screws to leave a heat-dissipation gap. Installation Qualified personnel only. Disconnect power before wiring or maintenance; verify secure, correct wiring before energizing. Do not open the case. Do not install in damp locations, excessive heat, direct sunlight or near fire. Close and secure the protective terminal covers. Capacitive loads are not recommended. Weight 310 g; catalog packing reference per unit (0.31 kg × 1000), not a measured net or shipping parcel weight. Service-life reference Typical lifetime >50,000 hours when the marked Tc/TMP point is about +75°C or below. Manufacturer catalog warranty: 5 years, subject to MEAN WELL’s warranty statement; not an additional store promise. Unless stated otherwise, catalog parameters are measured at 230 VAC input, rated current and +25°C ambient. Typical figures and load curves apply only to their stated conditions. Read the linked drawings and installation instructions before system design.

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  MEAN WELL SPWM-75 series: 3-in-1 dimmable PWM output LED driver - SPWM-75-12

  MEAN WELL SPWM-75-12 MEAN WELL SPWM-75-12 is a 3-in-1 dimmable constant-voltage PWM output LED driver for compatible 12 V LED strips, rated 6.3 A and 75.6 W. Its slim Class II housing uses terminal-block connections. Select for the exact Blank control version and apply the input and thermal derating below. Download MEAN WELL SPWM-75 Datasheet (PDF)Download MEAN WELL SPWM User Manual (PDF)Datasheet section: PDF pages 1–9; specifications on page 2. Model, output and control Parameter Specification Model SPWM-75-12 Series and function code SPWM-75; blank suffix: 3-in-1 dimming Output mode Constant voltage with PWM-style output; dimming varies output-current duty cycle. Built-in active power factor correction (PFC). DC output voltage 12 V Rated output current 6.3 A maximum Rated output power 75.6 W maximum Voltage adjustment range 11–14 V via +V ADJ; keep the load within rated current and power. Output PWM frequency 3.2 kHz, fixed typical output waveform frequency. Dimming interface 0–10 VDC, additive 10 V PWM at 300 Hz–3 kHz, or 0–100 kΩ resistance between DIM+ and DIM− Dimming range Approximate minimum 6%; output current is undefined between 0% and 6%. Dim-to-off is available at about 0 VDC, 0 kΩ or 0% duty of the external 10 V PWM signal. Dimming source and synchronization 100 μA typical source current. Resistance scaling: 100 kΩ / N at full output, where N is the number of synchronized drivers. Do not connect DIM− to the negative LED output. Connect LEDs directly; use with additional drivers is not recommended. Input and performance Parameter Specification Input voltage 100–305 VAC or 156–410 VDC; apply input-voltage and thermal derating. Before DC wiring, verify the manufacturer’s polarity requirements for this model. Input frequency 47–63 Hz Typical efficiency 89% at the catalog test conditions Typical power factor >0.97 / 115 VAC; >0.95 / 230 VAC; >0.92 / 277 VAC at full load; PF changes with load. THD <10% at ≥50% load / 115 or 230 VAC, or ≥75% / 277 VAC; consult the model-specific load curves. Typical AC input current 0.9 A / 115 VAC; 0.45 A / 230 VAC; 0.38 A / 277 VAC Inrush current Cold start: 50 A typical at 230 VAC; 500 μs pulse width measured at 50% peak, per NEMA 410. Circuit-breaker reference 5 / 8 units for type B / type C 16 A breakers at 230 VAC, respectively. Catalog reference only; verify the actual breaker and system conditions. Leakage current <0.25 mA at 277 VAC No-load or standby power <0.5 W with dimming off. Setup and rise time 500 ms setup, 80 ms rise / 230 VAC; 1200 ms setup, 80 ms rise / 115 VAC. Cold-start measurement; rapid switching may increase setup time. Hold-up time 10 ms / 230 VAC or 115 VAC typical Protection and operating conditions Parameter Specification Overload protection 105–135% of rated output; Hiccup mode; automatic recovery after the fault is removed. Short-circuit protection Output shuts down; remove the fault, then re-power to recover. Overvoltage protection 15–20 V; Output shuts down; remove the fault, then re-power to recover. Overtemperature protection Output shuts down; remove the fault, then re-power to recover. Working case temperature −20 to +90°C; maximum case temperature +90°C, subject to derating. Cooling and load derating Free-air convection, vertical mounting, as specified by the catalog curves. At 110 VAC: 100% load through +40°C, falling to 60% at +60°C. At 230 VAC: 100% through +50°C, falling to 60% at +60°C. Keep measured Tc at or below +90°C; the case-temperature limit does not replace the ambient curve. Input/load derating At 60 Hz, vertical mounting: 90% at 100 VAC, rising to 100% at 110 VAC; 100% through 305 VAC. Humidity and storage Working: 20–95% RH, non-condensing. Storage: −40 to +80°C, 10–95% RH. Temperature coefficient ±0.03%/°C over 0–50°C Altitude derating Above 2000 m, reduce the allowable ambient temperature by 3.5°C per additional 1000 m for this fanless design. Vibration 5–100 Hz, 2 G, 12 minutes per cycle, 72 minutes along each X/Y/Z axis. Safety, insulation and compliance Parameter Specification Safety and design standards UL8750 Class P; CSA C22.2 No. 250.13-12; ENEC BS EN/EN61347-1 and BS EN/EN61347-2-13; Class II plastic housing without FG and SELV output. BS EN/EN62384, GB/T19510.1, GB/T19510.213 and EAC TP TC 004; AS/NZS61347-1/-2-13 are design references. RCM is voluntary; the catalog identifies Non-IC independent LED control gear as unsuitable for residential installations under that classification. EMC Emission: BS EN/EN55015 (CISPR15), GB/T17743; BS EN/EN61000-3-2 / GB17625.1 Class C at ≥50% load; BS EN/EN61000-3-3. Immunity: BS EN/EN61547; BS EN/EN61000-4-2 ESD 8 kV air / 4 kV contact; -4-3/-4-4/-4-6/-4-8 level 2; -4-5 line-to-line 2 kV (level 4); -4-11:2020 30% dip for 10 periods and 100% interruption for 0.5 periods. Final equipment requires EMC requalification. Insulation Input/output withstand: 3.75 kVAC. Insulation resistance input/output: 100 MΩ at 500 VDC, 25°C / 70% RH. MTBF 2396.9 / 205.7 thousand hours minimum, Telcordia SR-332 / MIL-HDBK-217F (25°C), respectively; statistical estimates, not guaranteed service life. Flicker measurement PstLM ≤1 and SVM ≤0.4, measured at full load with the light source provided by MEAN WELL. Dimensions and installation Parameter Specification Dimensions 290 × 38 × 28.5 mm (L × W × H); slim plastic terminal-block housing. Terminal connections TB1: 1 AC/L, 2 AC/N. TB2: 1 +V, 2 +V, 3 −V, 4 −V, 5 DIM+, 6 DIM−. Terminal wire preparation TB1/TB2: 0.75–2.50 mm² (18–14 AWG), 6–7 mm stripping length, M2.5 terminal screws; suggested tightening torque 0.4 N·m (3.5 lb·in). Mounting Use the model-specific drawing and 4.2 mm mounting features. Provide ≥15 cm spacing between drivers and do not stack them. The SPWM manual requires a ≥7 mm shim below the fixing screws to leave a heat-dissipation gap. Installation Qualified personnel only. Disconnect power before wiring or maintenance; verify secure, correct wiring before energizing. Do not open the case. Do not install in damp locations, excessive heat, direct sunlight or near fire. Close and secure the protective terminal covers. Capacitive loads are not recommended. Weight 310 g; catalog packing reference per unit (0.31 kg × 1000), not a measured net or shipping parcel weight. Service-life reference Typical lifetime >50,000 hours when the marked Tc/TMP point is about +75°C or below. Manufacturer catalog warranty: 5 years, subject to MEAN WELL’s warranty statement; not an additional store promise. Unless stated otherwise, catalog parameters are measured at 230 VAC input, rated current and +25°C ambient. Typical figures and load curves apply only to their stated conditions. Read the linked drawings and installation instructions before system design.

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