MEAN WELL PHP-3500-48CAN is a fanless PHP-3500 AC/DC power supply with a 48 V nominal output, 73 A rated current and 3504 W rated output under the specified input, cooling and temperature conditions. This complete model uses CANBus. Conduction, external forced-air and water-cooling arrangements have different permitted loads; the model number does not guarantee full output without adequate cooling. Product Datasheet Download MEAN WELL PHP-3500 Datasheet (PDF) The PHP-3500 section is on PDF pages 9, 10, 11, 12, 13, 14, 15, 16, 17, 18. Refer to the complete mechanical drawings and notes when planning installation. Model and Output Specifications Complete model / interface PHP-3500-48CAN / CANBus Nominal output / rated current / rated power 48 V DC / 73 A / 3504 W, subject to all cooling and derating limits Ripple and noise, maximum 480 mVp-p Built-in SVR adjustment 48–57.6 V Accuracy and regulation Voltage tolerance ±1.0%; line regulation ±0.5%; load regulation ±0.5% Typical efficiency 96% measured at 75% load The model encoding uses no communication suffix for PMBus and CAN for CANBus. These are documented model options; catalogue availability wording is not a live stock guarantee. Both use the electrical ratings for the corresponding 24 V or 48 V column. Unless otherwise stated, specification measurements use 230 VAC input, rated load and 25°C ambient. Voltage tolerance includes setup tolerance, line regulation and load regulation. Ripple is measured with 20 MHz bandwidth using a 12-inch twisted pair terminated by parallel 0.1 µF and 47 µF capacitors. Input and Timing Input range / frequency 90–264 VAC or 127–370 VDC; 47–63 Hz AC Active PFC / AC input current Typical PF ≥0.95 at 230 VAC, full load; typical AC current 20 A at 115 VAC and 20 A at 230 VAC Cold-start inrush / leakage Typical inrush 30 A at 115 VAC, 80 A at 230 VAC; leakage 2 mA at 240 VAC Setup / rise / hold-up Setup 1500 ms and rise 60 ms at 115/230 VAC, full load; typical hold-up 16 ms at 75% load or 10 ms at full load at either input Active inrush limiting is shown in the block diagram. PFC switching frequency is 110 kHz and PWM frequency is 100 kHz. The 60 Hz static-input curve permits 50% load at 90 VAC, rising to 100% at 180 VAC and remaining at 100% through 264 VAC; thermal and other limits still apply. Cooling, Derating and Condensation External forced-air or water cooling Horizontal installation: 100% load through 50°C ambient, derating to 50% at 70°C; measured case temperature must remain ≤45°C Additional aluminium plate 450 × 450 × 3 mm: 65% load through 45°C ambient, derating to 20% at 70°C; measured case temperature must remain ≤70°C Without an aluminium plate 50% load through 25°C ambient, derating to 20% at 50°C; the plotted curve ends at 50°C These separate curves must not be combined into an unrestricted full-power temperature claim. The external fan arrangement specifies two fans, each 128 CFM, with airflow directed at the power supply; the installation sketch shows a 100 mm spacing reference. The unit has no built-in fan. The shaded −30 to −25°C ambient portion requires 230 VAC input. The specification states a −30 to +70°C baseplate-temperature range, not an unconditional ambient full-load range. Use the case-temperature location in the mechanical drawing and apply the cooling, input-voltage, ambient, altitude and output-programming limits together. For the optional water plate, the stated inlet-water condition is 25°C with at least 1 LPM flow. Select coolant temperature for the actual room temperature and humidity using the non-condensing chart on PDF page 18; its curves cover 15, 20, 25, 30, 35, 38, 40 and 45°C water. A 25°C inlet is not automatically condensation-safe in every environment. Operation and storage must remain non-condensing. Output Voltage and Current Programming PV range and connection 50–120% of nominal voltage; external PV control between CN55 pin 5 (PV) and pin 1 (−V signal) PC range and connection 20–100% of rated current; external PC control between CN55 pin 3 (PC) and pin 1 (−V signal) The control-voltage transfer graphs are nonlinear; use the dedicated PV and PC curves rather than assuming a linear volts-to-output conversion. The supported PC range is 20–100% of rated current, not a general overload entitlement. Available output current is 80% of rated current at 50–90% of nominal output voltage, rises to 100% between 90% and 95% voltage, remains 100% at 95–100% voltage, then falls to 80% at 120% voltage. Do not combine maximum programmed voltage with unrestricted rated current. PV/PC operation is specified when PMBus control is not operating; SVR adjustment is specified when neither PMBus nor PV/PC is in use. Follow the communication manual for the selected interface and control priority; do not assume simultaneous command sources are permitted. Inadequate water or fan cooling can trigger overtemperature protection near the upper or lower PV range; enhanced cooling may be necessary. In PC or communication-control mode, the automatic thermal derating graph reduces load from 100% at T1 to 50% at T2; T2 is typically T1 + 5°C and T1 is the maximum full-load ambient temperature under the applicable cooling arrangement. This graph is nonlinear. If output remains below 80% of Vset for 5 seconds, it shuts down and requires re-powering to recover. Protection and Environmental Conditions Overload 105–115% of rated current: constant-current limiting, then output shutdown after 5 seconds; after output voltage falls, re-power to recover Overvoltage 60–72 V: output shutdown; re-power to recover Overtemperature Output shutdown; automatic recovery after temperature falls Humidity / storage Operating 20–90% RH; storage −40 to +85°C and 10–95% RH; non-condensing Temperature coefficient / vibration ±0.03%/°C over 0–50°C; 10–500 Hz, 2G, 10 minutes/cycle, 60 minutes along each X/Y/Z axis The cover specifies overvoltage category III operation up to 3000 m; the specification separately lists category II according to EN61558 up to 5000 m. These are different installation categories and must not be interchanged. Above 2000 m, the stated ambient-temperature derating is 3.5°C per 1000 m for fanless cooling and 5°C per 1000 m for fan cooling. The user manual advises disconnecting AC, correcting the cause of excessive heat and letting the unit return to normal temperature (cooling may take tens of minutes) before restarting after overtemperature protection. This cooling procedure complements the specification statement that OTP recovers after temperature falls. The green LED indicates normal operation. Flashing red indicates an internal temperature of 85°C while the unit still operates normally without entering OTP; an alarm is sent through PMBus/CANBus. Solid red indicates an abnormal protection state, such as overtemperature or overload. The 85°C alarm is an internal-temperature indication, not an ambient operating rating. Parallel Operation and SW51 Maximum system / current limit Up to four units; maximum total current = rated current per unit × number of units × 0.9 Voltage matching / wiring Adjust output-voltage difference to <0.2 V; use short, large-diameter output wiring Parallel units must be the same model with matching rated output voltage and current. Connect CN55 pin 1 (−V signal), pins 13/14 (DB) and pins 15/16 (DA) between units as drawn. Twist long control wiring as shown to reduce noise. For one unit, CN55 parallel wiring is not connected and SW51 is ON. For two units set ON/ON; for three set ON/OFF/ON; for four set ON/OFF/OFF/ON along the connected chain. Current sharing may not be fully balanced below 5% of the aggregate rated current. Ripple and noise can exceed the normal specification at light load and return to the stated level above 5% load. The family headline of up to 14000 W does not replace the per-model current formula, individual power ratings or cooling/input derating limits. CN47 Remote Control, Auxiliary Power and Status Pins 1 / 2: auxiliary supply Pin 1 +12V-AUX, 10.8–13.2 V and maximum 0.5 A, referenced to pin 2 GND-AUX; built-in ORing diodes; not switched off by remote OFF Pin 3: remote ON/OFF Short pin 3 to pin 1 for ON (10.8–13.2 V); open for OFF (−0.5 to +0.5 V); maximum input 13.2 V Pin 4 / pin 5: signal return and DC-OK Pin 4 GND-AUX(S); pin 5 DC-OK output only, maximum sourcing current 10 mA; maximum external applied voltage stated for the signal is 5.6 V Pin 6: T-ALARM Output only, maximum sourcing current 10 mA; high 3.5–5.5 V indicates internal-temperature alarm; low −0.5 to +0.5 V indicates normal temperature Auxiliary and signal returns are isolated from the main +Vo/−Vo output. Auxiliary power has ±10% tolerance and 150 mVp-p ripple. Remote control can be used for an individual supply or the parallel arrangement shown. Per user manual section 3.9, DC-OK is low (−0.5 to +0.5 V) when the DC output is normal and high (3.5–5.5 V) when it is abnormal. Use CN47 pin 5 referenced to pin 4 GND-AUX(S); the maximum sourcing current is 10 mA. CN55 Programming and Communication Pinout Pins 1 / 2 −V signal / +V signal Pins 3–6 Pins 3/4 PC; pins 5/6 PV Pins 7–16 Pins 7–12 NC; pins 13/14 DB and pins 15/16 DA for parallel control Pins 17–22 Pins 17/18 GND-AUX(S); pins 19/20 CANL data; pins 21/22 CANH data PC, PV and DA/DB are non-isolated signals referenced to −V signal. Communication signals are isolated and referenced to GND-AUX(S). The +V/−V signal labels do not establish a separate remote-sense compensation rating. Use the PMBus or CANBus communication manual matching this exact model for commands and monitoring; do not cross-wire the alternative interface pin functions. Connectors and Optional Cooling Hardware CN55 connector / mating housing HRS DF11-22DP-2DS / HRS DF11-22DS, or equivalent CN47 connector / mating housing HRS DF11-06DP-2DS / HRS DF11-06DS, or equivalent Contact designation as printed HRS DF11-**SC, or equivalent; ** is an unspecified selection, not a complete contact order code Optional cold plate PGG1WHS-656; plate 380 × 140.4 × 12 mm; two 3/8-inch (φ9.5) fluid connections Confirm the exact contact variant, wire suitability and connector assembly with the connector supplier; the abbreviated/wildcard contact designation must not be expanded by guessing. The drawings identify interface components, not an entitlement to included mating housings, contacts, fan units or cooling hardware. The PGG1WHS-656 water-cooling plate is optional; contact the manufacturer for supply. Follow its inlet/outlet drawing and provide the cooling system separately. Use thermal grease with conductivity ≥1 W/(m·K) and thickness ≤0.3 mm. The drawings show M5 × 6 combination screws and M4 × 10 features; these drawing callouts do not establish additional orderable kit codes or supplied quantities. Dimensions, Mounting and Power Terminals Dimensions / case Body 380 × 141.4 × 60 mm (L × W × H); water-cooling arrangement 380 × 141.4 × 72 mm; case 278A; drawing tolerance ±0.5 mm Mounting pattern Six slots marked 6-φ5.2 L=12; main drawing pitches 369 mm longitudinal and 125 mm transverse; consult the complete drawing for offsets AC input terminal TB1 Pin 1 AC/L, pin 2 AC/N, pin 3 FG; DECA T25-EM10-03; maximum mounting torque 18 kgf·cm DC power terminals +Vo and −Vo; maximum mounting torque 10 kgf·cm For conduction cooling, firmly mount the supply at the centre of an even, smooth 450 × 450 × 3 mm aluminium plate or equivalent cabinet surface. Thermal grease can improve contact. M5 × 6 screws are illustrated. Slot/thread/drawing dimensions are installation references, not supplied accessory counts or permission to use longer screws. Preserve the illustrated case-temperature measurement location and cooling clearances. Safety and EMC Integration Listed approvals / design references UL62368-1, CAN/CSA C22.2 No.62368-1, TUV BS EN/EN62368-1 and EAC TP TC 004 approved; design refers to BS EN/EN61558-1 and BS EN/EN60335-1 Dielectric strength / insulation I/P–O/P 3 kVAC; I/P–FG 2 kVAC; O/P–FG 1.25 kVAC. Insulation resistance 100 MΩ at 500 VDC, 25°C/70% RH across these pairs Emissions / harmonics / flicker BS EN/EN55032 (CISPR32) conducted and radiated Class A; BS EN/EN61000-3-12 harmonic current; BS EN/EN61000-3-3 voltage flicker Immunity is listed under BS EN/EN55035. ESD: EN61000-4-2 level 3 at 8 kV air and level 2 at 4 kV contact. Radiated immunity EN61000-4-3, EFT/burst EN61000-4-4 and conducted immunity EN61000-4-6 are level 3; magnetic-field immunity EN61000-4-8 is level 4. The surge row states 2 kV line-to-line and 4 kV line-to-earth. EN61000-4-11 tests include >95% dip for 0.5 periods, 30% dip for 25 periods and >95% interruption for 250 periods. The documented EMC setup mounts the supply on a 600 × 900 × 1 mm metal plate. This supply is a component; the final equipment must be checked again for EMC compliance. A design reference is not an additional listed approval. Weight, Reliability and Warranty Single-unit reference weight 4.5 kg (4500 g), from the PACKING entry; not a guaranteed installed weight with optional plate, coolant, fittings or fans Packing reference 4 pieces / 19 kg / 2.46 CUFT MTBF / warranty Minimum 544.8 thousand hours by Telcordia SR-332 (Bellcore); minimum 56.3 thousand hours by MIL-HDBK-217F at 25°C; five-year warranty stated in the catalogue MTBF values are calculated reliability references, not guaranteed service life. Apply the manufacturer warranty terms to the supplied product and application.

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MEAN WELL PHP-3500-24CAN is a fanless PHP-3500 AC/DC power supply with a 24 V nominal output, 145 A rated current and 3480 W rated output under the specified input, cooling and temperature conditions. This complete model uses CANBus. Conduction, external forced-air and water-cooling arrangements have different permitted loads; the model number does not guarantee full output without adequate cooling. Product Datasheet Download MEAN WELL PHP-3500 Datasheet (PDF) The PHP-3500 section is on PDF pages 9, 10, 11, 12, 13, 14, 15, 16, 17, 18. Refer to the complete mechanical drawings and notes when planning installation. Model and Output Specifications Complete model / interface PHP-3500-24CAN / CANBus Nominal output / rated current / rated power 24 V DC / 145 A / 3480 W, subject to all cooling and derating limits Ripple and noise, maximum 300 mVp-p Built-in SVR adjustment 24–28.8 V Accuracy and regulation Voltage tolerance ±1.0%; line regulation ±0.5%; load regulation ±0.5% Typical efficiency 95% measured at 75% load The model encoding uses no communication suffix for PMBus and CAN for CANBus. These are documented model options; catalogue availability wording is not a live stock guarantee. Both use the electrical ratings for the corresponding 24 V or 48 V column. Unless otherwise stated, specification measurements use 230 VAC input, rated load and 25°C ambient. Voltage tolerance includes setup tolerance, line regulation and load regulation. Ripple is measured with 20 MHz bandwidth using a 12-inch twisted pair terminated by parallel 0.1 µF and 47 µF capacitors. Input and Timing Input range / frequency 90–264 VAC or 127–370 VDC; 47–63 Hz AC Active PFC / AC input current Typical PF ≥0.95 at 230 VAC, full load; typical AC current 20 A at 115 VAC and 20 A at 230 VAC Cold-start inrush / leakage Typical inrush 30 A at 115 VAC, 80 A at 230 VAC; leakage 2 mA at 240 VAC Setup / rise / hold-up Setup 1500 ms and rise 60 ms at 115/230 VAC, full load; typical hold-up 16 ms at 75% load or 10 ms at full load at either input Active inrush limiting is shown in the block diagram. PFC switching frequency is 110 kHz and PWM frequency is 100 kHz. The 60 Hz static-input curve permits 50% load at 90 VAC, rising to 100% at 180 VAC and remaining at 100% through 264 VAC; thermal and other limits still apply. Cooling, Derating and Condensation External forced-air or water cooling Horizontal installation: 100% load through 50°C ambient, derating to 50% at 70°C; measured case temperature must remain ≤45°C Additional aluminium plate 450 × 450 × 3 mm: 65% load through 45°C ambient, derating to 20% at 70°C; measured case temperature must remain ≤70°C Without an aluminium plate 50% load through 25°C ambient, derating to 20% at 50°C; the plotted curve ends at 50°C These separate curves must not be combined into an unrestricted full-power temperature claim. The external fan arrangement specifies two fans, each 128 CFM, with airflow directed at the power supply; the installation sketch shows a 100 mm spacing reference. The unit has no built-in fan. The shaded −30 to −25°C ambient portion requires 230 VAC input. The specification states a −30 to +70°C baseplate-temperature range, not an unconditional ambient full-load range. Use the case-temperature location in the mechanical drawing and apply the cooling, input-voltage, ambient, altitude and output-programming limits together. For the optional water plate, the stated inlet-water condition is 25°C with at least 1 LPM flow. Select coolant temperature for the actual room temperature and humidity using the non-condensing chart on PDF page 18; its curves cover 15, 20, 25, 30, 35, 38, 40 and 45°C water. A 25°C inlet is not automatically condensation-safe in every environment. Operation and storage must remain non-condensing. Output Voltage and Current Programming PV range and connection 50–120% of nominal voltage; external PV control between CN55 pin 5 (PV) and pin 1 (−V signal) PC range and connection 20–100% of rated current; external PC control between CN55 pin 3 (PC) and pin 1 (−V signal) The control-voltage transfer graphs are nonlinear; use the dedicated PV and PC curves rather than assuming a linear volts-to-output conversion. The supported PC range is 20–100% of rated current, not a general overload entitlement. Available output current is 80% of rated current at 50–90% of nominal output voltage, rises to 100% between 90% and 95% voltage, remains 100% at 95–100% voltage, then falls to 80% at 120% voltage. Do not combine maximum programmed voltage with unrestricted rated current. PV/PC operation is specified when PMBus control is not operating; SVR adjustment is specified when neither PMBus nor PV/PC is in use. Follow the communication manual for the selected interface and control priority; do not assume simultaneous command sources are permitted. Inadequate water or fan cooling can trigger overtemperature protection near the upper or lower PV range; enhanced cooling may be necessary. In PC or communication-control mode, the automatic thermal derating graph reduces load from 100% at T1 to 50% at T2; T2 is typically T1 + 5°C and T1 is the maximum full-load ambient temperature under the applicable cooling arrangement. This graph is nonlinear. If output remains below 80% of Vset for 5 seconds, it shuts down and requires re-powering to recover. Protection and Environmental Conditions Overload 105–115% of rated current: constant-current limiting, then output shutdown after 5 seconds; after output voltage falls, re-power to recover Overvoltage 30–36 V: output shutdown; re-power to recover Overtemperature Output shutdown; automatic recovery after temperature falls Humidity / storage Operating 20–90% RH; storage −40 to +85°C and 10–95% RH; non-condensing Temperature coefficient / vibration ±0.03%/°C over 0–50°C; 10–500 Hz, 2G, 10 minutes/cycle, 60 minutes along each X/Y/Z axis The cover specifies overvoltage category III operation up to 3000 m; the specification separately lists category II according to EN61558 up to 5000 m. These are different installation categories and must not be interchanged. Above 2000 m, the stated ambient-temperature derating is 3.5°C per 1000 m for fanless cooling and 5°C per 1000 m for fan cooling. The user manual advises disconnecting AC, correcting the cause of excessive heat and letting the unit return to normal temperature (cooling may take tens of minutes) before restarting after overtemperature protection. This cooling procedure complements the specification statement that OTP recovers after temperature falls. The green LED indicates normal operation. Flashing red indicates an internal temperature of 85°C while the unit still operates normally without entering OTP; an alarm is sent through PMBus/CANBus. Solid red indicates an abnormal protection state, such as overtemperature or overload. The 85°C alarm is an internal-temperature indication, not an ambient operating rating. Parallel Operation and SW51 Maximum system / current limit Up to four units; maximum total current = rated current per unit × number of units × 0.9 Voltage matching / wiring Adjust output-voltage difference to <0.2 V; use short, large-diameter output wiring Parallel units must be the same model with matching rated output voltage and current. Connect CN55 pin 1 (−V signal), pins 13/14 (DB) and pins 15/16 (DA) between units as drawn. Twist long control wiring as shown to reduce noise. For one unit, CN55 parallel wiring is not connected and SW51 is ON. For two units set ON/ON; for three set ON/OFF/ON; for four set ON/OFF/OFF/ON along the connected chain. Current sharing may not be fully balanced below 5% of the aggregate rated current. Ripple and noise can exceed the normal specification at light load and return to the stated level above 5% load. The family headline of up to 14000 W does not replace the per-model current formula, individual power ratings or cooling/input derating limits. CN47 Remote Control, Auxiliary Power and Status Pins 1 / 2: auxiliary supply Pin 1 +12V-AUX, 10.8–13.2 V and maximum 0.5 A, referenced to pin 2 GND-AUX; built-in ORing diodes; not switched off by remote OFF Pin 3: remote ON/OFF Short pin 3 to pin 1 for ON (10.8–13.2 V); open for OFF (−0.5 to +0.5 V); maximum input 13.2 V Pin 4 / pin 5: signal return and DC-OK Pin 4 GND-AUX(S); pin 5 DC-OK output only, maximum sourcing current 10 mA; maximum external applied voltage stated for the signal is 5.6 V Pin 6: T-ALARM Output only, maximum sourcing current 10 mA; high 3.5–5.5 V indicates internal-temperature alarm; low −0.5 to +0.5 V indicates normal temperature Auxiliary and signal returns are isolated from the main +Vo/−Vo output. Auxiliary power has ±10% tolerance and 150 mVp-p ripple. Remote control can be used for an individual supply or the parallel arrangement shown. Per user manual section 3.9, DC-OK is low (−0.5 to +0.5 V) when the DC output is normal and high (3.5–5.5 V) when it is abnormal. Use CN47 pin 5 referenced to pin 4 GND-AUX(S); the maximum sourcing current is 10 mA. CN55 Programming and Communication Pinout Pins 1 / 2 −V signal / +V signal Pins 3–6 Pins 3/4 PC; pins 5/6 PV Pins 7–16 Pins 7–12 NC; pins 13/14 DB and pins 15/16 DA for parallel control Pins 17–22 Pins 17/18 GND-AUX(S); pins 19/20 CANL data; pins 21/22 CANH data PC, PV and DA/DB are non-isolated signals referenced to −V signal. Communication signals are isolated and referenced to GND-AUX(S). The +V/−V signal labels do not establish a separate remote-sense compensation rating. Use the PMBus or CANBus communication manual matching this exact model for commands and monitoring; do not cross-wire the alternative interface pin functions. Connectors and Optional Cooling Hardware CN55 connector / mating housing HRS DF11-22DP-2DS / HRS DF11-22DS, or equivalent CN47 connector / mating housing HRS DF11-06DP-2DS / HRS DF11-06DS, or equivalent Contact designation as printed HRS DF11-**SC, or equivalent; ** is an unspecified selection, not a complete contact order code Optional cold plate PGG1WHS-656; plate 380 × 140.4 × 12 mm; two 3/8-inch (φ9.5) fluid connections Confirm the exact contact variant, wire suitability and connector assembly with the connector supplier; the abbreviated/wildcard contact designation must not be expanded by guessing. The drawings identify interface components, not an entitlement to included mating housings, contacts, fan units or cooling hardware. The PGG1WHS-656 water-cooling plate is optional; contact the manufacturer for supply. Follow its inlet/outlet drawing and provide the cooling system separately. Use thermal grease with conductivity ≥1 W/(m·K) and thickness ≤0.3 mm. The drawings show M5 × 6 combination screws and M4 × 10 features; these drawing callouts do not establish additional orderable kit codes or supplied quantities. Dimensions, Mounting and Power Terminals Dimensions / case Body 380 × 141.4 × 60 mm (L × W × H); water-cooling arrangement 380 × 141.4 × 72 mm; case 278A; drawing tolerance ±0.5 mm Mounting pattern Six slots marked 6-φ5.2 L=12; main drawing pitches 369 mm longitudinal and 125 mm transverse; consult the complete drawing for offsets AC input terminal TB1 Pin 1 AC/L, pin 2 AC/N, pin 3 FG; DECA T25-EM10-03; maximum mounting torque 18 kgf·cm DC power terminals +Vo and −Vo; maximum mounting torque 10 kgf·cm For conduction cooling, firmly mount the supply at the centre of an even, smooth 450 × 450 × 3 mm aluminium plate or equivalent cabinet surface. Thermal grease can improve contact. M5 × 6 screws are illustrated. Slot/thread/drawing dimensions are installation references, not supplied accessory counts or permission to use longer screws. Preserve the illustrated case-temperature measurement location and cooling clearances. Safety and EMC Integration Listed approvals / design references UL62368-1, CAN/CSA C22.2 No.62368-1, TUV BS EN/EN62368-1 and EAC TP TC 004 approved; design refers to BS EN/EN61558-1 and BS EN/EN60335-1 Dielectric strength / insulation I/P–O/P 3 kVAC; I/P–FG 2 kVAC; O/P–FG 1.25 kVAC. Insulation resistance 100 MΩ at 500 VDC, 25°C/70% RH across these pairs Emissions / harmonics / flicker BS EN/EN55032 (CISPR32) conducted and radiated Class A; BS EN/EN61000-3-12 harmonic current; BS EN/EN61000-3-3 voltage flicker Immunity is listed under BS EN/EN55035. ESD: EN61000-4-2 level 3 at 8 kV air and level 2 at 4 kV contact. Radiated immunity EN61000-4-3, EFT/burst EN61000-4-4 and conducted immunity EN61000-4-6 are level 3; magnetic-field immunity EN61000-4-8 is level 4. The surge row states 2 kV line-to-line and 4 kV line-to-earth. EN61000-4-11 tests include >95% dip for 0.5 periods, 30% dip for 25 periods and >95% interruption for 250 periods. The documented EMC setup mounts the supply on a 600 × 900 × 1 mm metal plate. This supply is a component; the final equipment must be checked again for EMC compliance. A design reference is not an additional listed approval. Weight, Reliability and Warranty Single-unit reference weight 4.5 kg (4500 g), from the PACKING entry; not a guaranteed installed weight with optional plate, coolant, fittings or fans Packing reference 4 pieces / 19 kg / 2.46 CUFT MTBF / warranty Minimum 544.8 thousand hours by Telcordia SR-332 (Bellcore); minimum 56.3 thousand hours by MIL-HDBK-217F at 25°C; five-year warranty stated in the catalogue MTBF values are calculated reliability references, not guaranteed service life. Apply the manufacturer warranty terms to the supplied product and application.

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MEAN WELL PHP-3500-48 is a fanless PHP-3500 AC/DC power supply with a 48 V nominal output, 73 A rated current and 3504 W rated output under the specified input, cooling and temperature conditions. This complete model uses PMBus. Conduction, external forced-air and water-cooling arrangements have different permitted loads; the model number does not guarantee full output without adequate cooling. Product Datasheet Download MEAN WELL PHP-3500 Datasheet (PDF) The PHP-3500 section is on PDF pages 9, 10, 11, 12, 13, 14, 15, 16, 17, 18. Refer to the complete mechanical drawings and notes when planning installation. Model and Output Specifications Complete model / interface PHP-3500-48 / PMBus Nominal output / rated current / rated power 48 V DC / 73 A / 3504 W, subject to all cooling and derating limits Ripple and noise, maximum 480 mVp-p Built-in SVR adjustment 48–57.6 V Accuracy and regulation Voltage tolerance ±1.0%; line regulation ±0.5%; load regulation ±0.5% Typical efficiency 96% measured at 75% load The model encoding uses no communication suffix for PMBus and CAN for CANBus. These are documented model options; catalogue availability wording is not a live stock guarantee. Both use the electrical ratings for the corresponding 24 V or 48 V column. Unless otherwise stated, specification measurements use 230 VAC input, rated load and 25°C ambient. Voltage tolerance includes setup tolerance, line regulation and load regulation. Ripple is measured with 20 MHz bandwidth using a 12-inch twisted pair terminated by parallel 0.1 µF and 47 µF capacitors. Input and Timing Input range / frequency 90–264 VAC or 127–370 VDC; 47–63 Hz AC Active PFC / AC input current Typical PF ≥0.95 at 230 VAC, full load; typical AC current 20 A at 115 VAC and 20 A at 230 VAC Cold-start inrush / leakage Typical inrush 30 A at 115 VAC, 80 A at 230 VAC; leakage 2 mA at 240 VAC Setup / rise / hold-up Setup 1500 ms and rise 60 ms at 115/230 VAC, full load; typical hold-up 16 ms at 75% load or 10 ms at full load at either input Active inrush limiting is shown in the block diagram. PFC switching frequency is 110 kHz and PWM frequency is 100 kHz. The 60 Hz static-input curve permits 50% load at 90 VAC, rising to 100% at 180 VAC and remaining at 100% through 264 VAC; thermal and other limits still apply. Cooling, Derating and Condensation External forced-air or water cooling Horizontal installation: 100% load through 50°C ambient, derating to 50% at 70°C; measured case temperature must remain ≤45°C Additional aluminium plate 450 × 450 × 3 mm: 65% load through 45°C ambient, derating to 20% at 70°C; measured case temperature must remain ≤70°C Without an aluminium plate 50% load through 25°C ambient, derating to 20% at 50°C; the plotted curve ends at 50°C These separate curves must not be combined into an unrestricted full-power temperature claim. The external fan arrangement specifies two fans, each 128 CFM, with airflow directed at the power supply; the installation sketch shows a 100 mm spacing reference. The unit has no built-in fan. The shaded −30 to −25°C ambient portion requires 230 VAC input. The specification states a −30 to +70°C baseplate-temperature range, not an unconditional ambient full-load range. Use the case-temperature location in the mechanical drawing and apply the cooling, input-voltage, ambient, altitude and output-programming limits together. For the optional water plate, the stated inlet-water condition is 25°C with at least 1 LPM flow. Select coolant temperature for the actual room temperature and humidity using the non-condensing chart on PDF page 18; its curves cover 15, 20, 25, 30, 35, 38, 40 and 45°C water. A 25°C inlet is not automatically condensation-safe in every environment. Operation and storage must remain non-condensing. Output Voltage and Current Programming PV range and connection 50–120% of nominal voltage; external PV control between CN55 pin 5 (PV) and pin 1 (−V signal) PC range and connection 20–100% of rated current; external PC control between CN55 pin 3 (PC) and pin 1 (−V signal) The control-voltage transfer graphs are nonlinear; use the dedicated PV and PC curves rather than assuming a linear volts-to-output conversion. The supported PC range is 20–100% of rated current, not a general overload entitlement. Available output current is 80% of rated current at 50–90% of nominal output voltage, rises to 100% between 90% and 95% voltage, remains 100% at 95–100% voltage, then falls to 80% at 120% voltage. Do not combine maximum programmed voltage with unrestricted rated current. PV/PC operation is specified when PMBus control is not operating; SVR adjustment is specified when neither PMBus nor PV/PC is in use. Follow the communication manual for the selected interface and control priority; do not assume simultaneous command sources are permitted. Inadequate water or fan cooling can trigger overtemperature protection near the upper or lower PV range; enhanced cooling may be necessary. In PC or communication-control mode, the automatic thermal derating graph reduces load from 100% at T1 to 50% at T2; T2 is typically T1 + 5°C and T1 is the maximum full-load ambient temperature under the applicable cooling arrangement. This graph is nonlinear. If output remains below 80% of Vset for 5 seconds, it shuts down and requires re-powering to recover. Protection and Environmental Conditions Overload 105–115% of rated current: constant-current limiting, then output shutdown after 5 seconds; after output voltage falls, re-power to recover Overvoltage 60–72 V: output shutdown; re-power to recover Overtemperature Output shutdown; automatic recovery after temperature falls Humidity / storage Operating 20–90% RH; storage −40 to +85°C and 10–95% RH; non-condensing Temperature coefficient / vibration ±0.03%/°C over 0–50°C; 10–500 Hz, 2G, 10 minutes/cycle, 60 minutes along each X/Y/Z axis The cover specifies overvoltage category III operation up to 3000 m; the specification separately lists category II according to EN61558 up to 5000 m. These are different installation categories and must not be interchanged. Above 2000 m, the stated ambient-temperature derating is 3.5°C per 1000 m for fanless cooling and 5°C per 1000 m for fan cooling. The user manual advises disconnecting AC, correcting the cause of excessive heat and letting the unit return to normal temperature (cooling may take tens of minutes) before restarting after overtemperature protection. This cooling procedure complements the specification statement that OTP recovers after temperature falls. The green LED indicates normal operation. Flashing red indicates an internal temperature of 85°C while the unit still operates normally without entering OTP; an alarm is sent through PMBus/CANBus. Solid red indicates an abnormal protection state, such as overtemperature or overload. The 85°C alarm is an internal-temperature indication, not an ambient operating rating. Parallel Operation and SW51 Maximum system / current limit Up to four units; maximum total current = rated current per unit × number of units × 0.9 Voltage matching / wiring Adjust output-voltage difference to <0.2 V; use short, large-diameter output wiring Parallel units must be the same model with matching rated output voltage and current. Connect CN55 pin 1 (−V signal), pins 13/14 (DB) and pins 15/16 (DA) between units as drawn. Twist long control wiring as shown to reduce noise. For one unit, CN55 parallel wiring is not connected and SW51 is ON. For two units set ON/ON; for three set ON/OFF/ON; for four set ON/OFF/OFF/ON along the connected chain. Current sharing may not be fully balanced below 5% of the aggregate rated current. Ripple and noise can exceed the normal specification at light load and return to the stated level above 5% load. The family headline of up to 14000 W does not replace the per-model current formula, individual power ratings or cooling/input derating limits. CN47 Remote Control, Auxiliary Power and Status Pins 1 / 2: auxiliary supply Pin 1 +12V-AUX, 10.8–13.2 V and maximum 0.5 A, referenced to pin 2 GND-AUX; built-in ORing diodes; not switched off by remote OFF Pin 3: remote ON/OFF Short pin 3 to pin 1 for ON (10.8–13.2 V); open for OFF (−0.5 to +0.5 V); maximum input 13.2 V Pin 4 / pin 5: signal return and DC-OK Pin 4 GND-AUX(S); pin 5 DC-OK output only, maximum sourcing current 10 mA; maximum external applied voltage stated for the signal is 5.6 V Pin 6: T-ALARM Output only, maximum sourcing current 10 mA; high 3.5–5.5 V indicates internal-temperature alarm; low −0.5 to +0.5 V indicates normal temperature Auxiliary and signal returns are isolated from the main +Vo/−Vo output. Auxiliary power has ±10% tolerance and 150 mVp-p ripple. Remote control can be used for an individual supply or the parallel arrangement shown. Per user manual section 3.9, DC-OK is low (−0.5 to +0.5 V) when the DC output is normal and high (3.5–5.5 V) when it is abnormal. Use CN47 pin 5 referenced to pin 4 GND-AUX(S); the maximum sourcing current is 10 mA. CN55 Programming and Communication Pinout Pins 1 / 2 −V signal / +V signal Pins 3–6 Pins 3/4 PC; pins 5/6 PV Pins 7–16 Pins 7–12 NC; pins 13/14 DB and pins 15/16 DA for parallel control Pins 17–22 Pins 17/18 GND-AUX(S); pins 19/20 SCL clock; pins 21/22 SDA data PC, PV and DA/DB are non-isolated signals referenced to −V signal. Communication signals are isolated and referenced to GND-AUX(S). The +V/−V signal labels do not establish a separate remote-sense compensation rating. Use the PMBus or CANBus communication manual matching this exact model for commands and monitoring; do not cross-wire the alternative interface pin functions. Connectors and Optional Cooling Hardware CN55 connector / mating housing HRS DF11-22DP-2DS / HRS DF11-22DS, or equivalent CN47 connector / mating housing HRS DF11-06DP-2DS / HRS DF11-06DS, or equivalent Contact designation as printed HRS DF11-**SC, or equivalent; ** is an unspecified selection, not a complete contact order code Optional cold plate PGG1WHS-656; plate 380 × 140.4 × 12 mm; two 3/8-inch (φ9.5) fluid connections Confirm the exact contact variant, wire suitability and connector assembly with the connector supplier; the abbreviated/wildcard contact designation must not be expanded by guessing. The drawings identify interface components, not an entitlement to included mating housings, contacts, fan units or cooling hardware. The PGG1WHS-656 water-cooling plate is optional; contact the manufacturer for supply. Follow its inlet/outlet drawing and provide the cooling system separately. Use thermal grease with conductivity ≥1 W/(m·K) and thickness ≤0.3 mm. The drawings show M5 × 6 combination screws and M4 × 10 features; these drawing callouts do not establish additional orderable kit codes or supplied quantities. Dimensions, Mounting and Power Terminals Dimensions / case Body 380 × 141.4 × 60 mm (L × W × H); water-cooling arrangement 380 × 141.4 × 72 mm; case 278A; drawing tolerance ±0.5 mm Mounting pattern Six slots marked 6-φ5.2 L=12; main drawing pitches 369 mm longitudinal and 125 mm transverse; consult the complete drawing for offsets AC input terminal TB1 Pin 1 AC/L, pin 2 AC/N, pin 3 FG; DECA T25-EM10-03; maximum mounting torque 18 kgf·cm DC power terminals +Vo and −Vo; maximum mounting torque 10 kgf·cm For conduction cooling, firmly mount the supply at the centre of an even, smooth 450 × 450 × 3 mm aluminium plate or equivalent cabinet surface. Thermal grease can improve contact. M5 × 6 screws are illustrated. Slot/thread/drawing dimensions are installation references, not supplied accessory counts or permission to use longer screws. Preserve the illustrated case-temperature measurement location and cooling clearances. Safety and EMC Integration Listed approvals / design references UL62368-1, CAN/CSA C22.2 No.62368-1, TUV BS EN/EN62368-1 and EAC TP TC 004 approved; design refers to BS EN/EN61558-1 and BS EN/EN60335-1 Dielectric strength / insulation I/P–O/P 3 kVAC; I/P–FG 2 kVAC; O/P–FG 1.25 kVAC. Insulation resistance 100 MΩ at 500 VDC, 25°C/70% RH across these pairs Emissions / harmonics / flicker BS EN/EN55032 (CISPR32) conducted and radiated Class A; BS EN/EN61000-3-12 harmonic current; BS EN/EN61000-3-3 voltage flicker Immunity is listed under BS EN/EN55035. ESD: EN61000-4-2 level 3 at 8 kV air and level 2 at 4 kV contact. Radiated immunity EN61000-4-3, EFT/burst EN61000-4-4 and conducted immunity EN61000-4-6 are level 3; magnetic-field immunity EN61000-4-8 is level 4. The surge row states 2 kV line-to-line and 4 kV line-to-earth. EN61000-4-11 tests include >95% dip for 0.5 periods, 30% dip for 25 periods and >95% interruption for 250 periods. The documented EMC setup mounts the supply on a 600 × 900 × 1 mm metal plate. This supply is a component; the final equipment must be checked again for EMC compliance. A design reference is not an additional listed approval. Weight, Reliability and Warranty Single-unit reference weight 4.5 kg (4500 g), from the PACKING entry; not a guaranteed installed weight with optional plate, coolant, fittings or fans Packing reference 4 pieces / 19 kg / 2.46 CUFT MTBF / warranty Minimum 544.8 thousand hours by Telcordia SR-332 (Bellcore); minimum 56.3 thousand hours by MIL-HDBK-217F at 25°C; five-year warranty stated in the catalogue MTBF values are calculated reliability references, not guaranteed service life. Apply the manufacturer warranty terms to the supplied product and application.

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MEAN WELL PHP-3500-24 is a fanless PHP-3500 AC/DC power supply with a 24 V nominal output, 145 A rated current and 3480 W rated output under the specified input, cooling and temperature conditions. This complete model uses PMBus. Conduction, external forced-air and water-cooling arrangements have different permitted loads; the model number does not guarantee full output without adequate cooling. Product Datasheet Download MEAN WELL PHP-3500 Datasheet (PDF) The PHP-3500 section is on PDF pages 9, 10, 11, 12, 13, 14, 15, 16, 17, 18. Refer to the complete mechanical drawings and notes when planning installation. Model and Output Specifications Complete model / interface PHP-3500-24 / PMBus Nominal output / rated current / rated power 24 V DC / 145 A / 3480 W, subject to all cooling and derating limits Ripple and noise, maximum 300 mVp-p Built-in SVR adjustment 24–28.8 V Accuracy and regulation Voltage tolerance ±1.0%; line regulation ±0.5%; load regulation ±0.5% Typical efficiency 95% measured at 75% load The model encoding uses no communication suffix for PMBus and CAN for CANBus. These are documented model options; catalogue availability wording is not a live stock guarantee. Both use the electrical ratings for the corresponding 24 V or 48 V column. Unless otherwise stated, specification measurements use 230 VAC input, rated load and 25°C ambient. Voltage tolerance includes setup tolerance, line regulation and load regulation. Ripple is measured with 20 MHz bandwidth using a 12-inch twisted pair terminated by parallel 0.1 µF and 47 µF capacitors. Input and Timing Input range / frequency 90–264 VAC or 127–370 VDC; 47–63 Hz AC Active PFC / AC input current Typical PF ≥0.95 at 230 VAC, full load; typical AC current 20 A at 115 VAC and 20 A at 230 VAC Cold-start inrush / leakage Typical inrush 30 A at 115 VAC, 80 A at 230 VAC; leakage 2 mA at 240 VAC Setup / rise / hold-up Setup 1500 ms and rise 60 ms at 115/230 VAC, full load; typical hold-up 16 ms at 75% load or 10 ms at full load at either input Active inrush limiting is shown in the block diagram. PFC switching frequency is 110 kHz and PWM frequency is 100 kHz. The 60 Hz static-input curve permits 50% load at 90 VAC, rising to 100% at 180 VAC and remaining at 100% through 264 VAC; thermal and other limits still apply. Cooling, Derating and Condensation External forced-air or water cooling Horizontal installation: 100% load through 50°C ambient, derating to 50% at 70°C; measured case temperature must remain ≤45°C Additional aluminium plate 450 × 450 × 3 mm: 65% load through 45°C ambient, derating to 20% at 70°C; measured case temperature must remain ≤70°C Without an aluminium plate 50% load through 25°C ambient, derating to 20% at 50°C; the plotted curve ends at 50°C These separate curves must not be combined into an unrestricted full-power temperature claim. The external fan arrangement specifies two fans, each 128 CFM, with airflow directed at the power supply; the installation sketch shows a 100 mm spacing reference. The unit has no built-in fan. The shaded −30 to −25°C ambient portion requires 230 VAC input. The specification states a −30 to +70°C baseplate-temperature range, not an unconditional ambient full-load range. Use the case-temperature location in the mechanical drawing and apply the cooling, input-voltage, ambient, altitude and output-programming limits together. For the optional water plate, the stated inlet-water condition is 25°C with at least 1 LPM flow. Select coolant temperature for the actual room temperature and humidity using the non-condensing chart on PDF page 18; its curves cover 15, 20, 25, 30, 35, 38, 40 and 45°C water. A 25°C inlet is not automatically condensation-safe in every environment. Operation and storage must remain non-condensing. Output Voltage and Current Programming PV range and connection 50–120% of nominal voltage; external PV control between CN55 pin 5 (PV) and pin 1 (−V signal) PC range and connection 20–100% of rated current; external PC control between CN55 pin 3 (PC) and pin 1 (−V signal) The control-voltage transfer graphs are nonlinear; use the dedicated PV and PC curves rather than assuming a linear volts-to-output conversion. The supported PC range is 20–100% of rated current, not a general overload entitlement. Available output current is 80% of rated current at 50–90% of nominal output voltage, rises to 100% between 90% and 95% voltage, remains 100% at 95–100% voltage, then falls to 80% at 120% voltage. Do not combine maximum programmed voltage with unrestricted rated current. PV/PC operation is specified when PMBus control is not operating; SVR adjustment is specified when neither PMBus nor PV/PC is in use. Follow the communication manual for the selected interface and control priority; do not assume simultaneous command sources are permitted. Inadequate water or fan cooling can trigger overtemperature protection near the upper or lower PV range; enhanced cooling may be necessary. In PC or communication-control mode, the automatic thermal derating graph reduces load from 100% at T1 to 50% at T2; T2 is typically T1 + 5°C and T1 is the maximum full-load ambient temperature under the applicable cooling arrangement. This graph is nonlinear. If output remains below 80% of Vset for 5 seconds, it shuts down and requires re-powering to recover. Protection and Environmental Conditions Overload 105–115% of rated current: constant-current limiting, then output shutdown after 5 seconds; after output voltage falls, re-power to recover Overvoltage 30–36 V: output shutdown; re-power to recover Overtemperature Output shutdown; automatic recovery after temperature falls Humidity / storage Operating 20–90% RH; storage −40 to +85°C and 10–95% RH; non-condensing Temperature coefficient / vibration ±0.03%/°C over 0–50°C; 10–500 Hz, 2G, 10 minutes/cycle, 60 minutes along each X/Y/Z axis The cover specifies overvoltage category III operation up to 3000 m; the specification separately lists category II according to EN61558 up to 5000 m. These are different installation categories and must not be interchanged. Above 2000 m, the stated ambient-temperature derating is 3.5°C per 1000 m for fanless cooling and 5°C per 1000 m for fan cooling. The user manual advises disconnecting AC, correcting the cause of excessive heat and letting the unit return to normal temperature (cooling may take tens of minutes) before restarting after overtemperature protection. This cooling procedure complements the specification statement that OTP recovers after temperature falls. The green LED indicates normal operation. Flashing red indicates an internal temperature of 85°C while the unit still operates normally without entering OTP; an alarm is sent through PMBus/CANBus. Solid red indicates an abnormal protection state, such as overtemperature or overload. The 85°C alarm is an internal-temperature indication, not an ambient operating rating. Parallel Operation and SW51 Maximum system / current limit Up to four units; maximum total current = rated current per unit × number of units × 0.9 Voltage matching / wiring Adjust output-voltage difference to <0.2 V; use short, large-diameter output wiring Parallel units must be the same model with matching rated output voltage and current. Connect CN55 pin 1 (−V signal), pins 13/14 (DB) and pins 15/16 (DA) between units as drawn. Twist long control wiring as shown to reduce noise. For one unit, CN55 parallel wiring is not connected and SW51 is ON. For two units set ON/ON; for three set ON/OFF/ON; for four set ON/OFF/OFF/ON along the connected chain. Current sharing may not be fully balanced below 5% of the aggregate rated current. Ripple and noise can exceed the normal specification at light load and return to the stated level above 5% load. The family headline of up to 14000 W does not replace the per-model current formula, individual power ratings or cooling/input derating limits. CN47 Remote Control, Auxiliary Power and Status Pins 1 / 2: auxiliary supply Pin 1 +12V-AUX, 10.8–13.2 V and maximum 0.5 A, referenced to pin 2 GND-AUX; built-in ORing diodes; not switched off by remote OFF Pin 3: remote ON/OFF Short pin 3 to pin 1 for ON (10.8–13.2 V); open for OFF (−0.5 to +0.5 V); maximum input 13.2 V Pin 4 / pin 5: signal return and DC-OK Pin 4 GND-AUX(S); pin 5 DC-OK output only, maximum sourcing current 10 mA; maximum external applied voltage stated for the signal is 5.6 V Pin 6: T-ALARM Output only, maximum sourcing current 10 mA; high 3.5–5.5 V indicates internal-temperature alarm; low −0.5 to +0.5 V indicates normal temperature Auxiliary and signal returns are isolated from the main +Vo/−Vo output. Auxiliary power has ±10% tolerance and 150 mVp-p ripple. Remote control can be used for an individual supply or the parallel arrangement shown. Per user manual section 3.9, DC-OK is low (−0.5 to +0.5 V) when the DC output is normal and high (3.5–5.5 V) when it is abnormal. Use CN47 pin 5 referenced to pin 4 GND-AUX(S); the maximum sourcing current is 10 mA. CN55 Programming and Communication Pinout Pins 1 / 2 −V signal / +V signal Pins 3–6 Pins 3/4 PC; pins 5/6 PV Pins 7–16 Pins 7–12 NC; pins 13/14 DB and pins 15/16 DA for parallel control Pins 17–22 Pins 17/18 GND-AUX(S); pins 19/20 SCL clock; pins 21/22 SDA data PC, PV and DA/DB are non-isolated signals referenced to −V signal. Communication signals are isolated and referenced to GND-AUX(S). The +V/−V signal labels do not establish a separate remote-sense compensation rating. Use the PMBus or CANBus communication manual matching this exact model for commands and monitoring; do not cross-wire the alternative interface pin functions. Connectors and Optional Cooling Hardware CN55 connector / mating housing HRS DF11-22DP-2DS / HRS DF11-22DS, or equivalent CN47 connector / mating housing HRS DF11-06DP-2DS / HRS DF11-06DS, or equivalent Contact designation as printed HRS DF11-**SC, or equivalent; ** is an unspecified selection, not a complete contact order code Optional cold plate PGG1WHS-656; plate 380 × 140.4 × 12 mm; two 3/8-inch (φ9.5) fluid connections Confirm the exact contact variant, wire suitability and connector assembly with the connector supplier; the abbreviated/wildcard contact designation must not be expanded by guessing. The drawings identify interface components, not an entitlement to included mating housings, contacts, fan units or cooling hardware. The PGG1WHS-656 water-cooling plate is optional; contact the manufacturer for supply. Follow its inlet/outlet drawing and provide the cooling system separately. Use thermal grease with conductivity ≥1 W/(m·K) and thickness ≤0.3 mm. The drawings show M5 × 6 combination screws and M4 × 10 features; these drawing callouts do not establish additional orderable kit codes or supplied quantities. Dimensions, Mounting and Power Terminals Dimensions / case Body 380 × 141.4 × 60 mm (L × W × H); water-cooling arrangement 380 × 141.4 × 72 mm; case 278A; drawing tolerance ±0.5 mm Mounting pattern Six slots marked 6-φ5.2 L=12; main drawing pitches 369 mm longitudinal and 125 mm transverse; consult the complete drawing for offsets AC input terminal TB1 Pin 1 AC/L, pin 2 AC/N, pin 3 FG; DECA T25-EM10-03; maximum mounting torque 18 kgf·cm DC power terminals +Vo and −Vo; maximum mounting torque 10 kgf·cm For conduction cooling, firmly mount the supply at the centre of an even, smooth 450 × 450 × 3 mm aluminium plate or equivalent cabinet surface. Thermal grease can improve contact. M5 × 6 screws are illustrated. Slot/thread/drawing dimensions are installation references, not supplied accessory counts or permission to use longer screws. Preserve the illustrated case-temperature measurement location and cooling clearances. Safety and EMC Integration Listed approvals / design references UL62368-1, CAN/CSA C22.2 No.62368-1, TUV BS EN/EN62368-1 and EAC TP TC 004 approved; design refers to BS EN/EN61558-1 and BS EN/EN60335-1 Dielectric strength / insulation I/P–O/P 3 kVAC; I/P–FG 2 kVAC; O/P–FG 1.25 kVAC. Insulation resistance 100 MΩ at 500 VDC, 25°C/70% RH across these pairs Emissions / harmonics / flicker BS EN/EN55032 (CISPR32) conducted and radiated Class A; BS EN/EN61000-3-12 harmonic current; BS EN/EN61000-3-3 voltage flicker Immunity is listed under BS EN/EN55035. ESD: EN61000-4-2 level 3 at 8 kV air and level 2 at 4 kV contact. Radiated immunity EN61000-4-3, EFT/burst EN61000-4-4 and conducted immunity EN61000-4-6 are level 3; magnetic-field immunity EN61000-4-8 is level 4. The surge row states 2 kV line-to-line and 4 kV line-to-earth. EN61000-4-11 tests include >95% dip for 0.5 periods, 30% dip for 25 periods and >95% interruption for 250 periods. The documented EMC setup mounts the supply on a 600 × 900 × 1 mm metal plate. This supply is a component; the final equipment must be checked again for EMC compliance. A design reference is not an additional listed approval. Weight, Reliability and Warranty Single-unit reference weight 4.5 kg (4500 g), from the PACKING entry; not a guaranteed installed weight with optional plate, coolant, fittings or fans Packing reference 4 pieces / 19 kg / 2.46 CUFT MTBF / warranty Minimum 544.8 thousand hours by Telcordia SR-332 (Bellcore); minimum 56.3 thousand hours by MIL-HDBK-217F at 25°C; five-year warranty stated in the catalogue MTBF values are calculated reliability references, not guaranteed service life. Apply the manufacturer warranty terms to the supplied product and application.

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MEAN WELL DPU-3200-48CAN is a 1U enclosed AC/DC power supply rated at 3216 W, 48 V and 67 A. The CAN suffix specifies the CANBus communication option. Active PFC, fan cooling, PV/PC programming and current sharing support controlled power applications within the model's derating limits. Product Datasheet Download MEAN WELL DPU-3200 Datasheet (PDF) The DPU-3200 section is on PDF pages 1, 2, 3, 4, 5, 6, 7, 8. Refer to the complete mechanical drawings and notes when planning installation. Model Code and Configuration Complete model / voltage code DPU-3200-48CAN; 48 denotes a nominal 48 V single output. Series / nominal power class DPU identifies the series; 3200 is the nominal power class. This model is rated at 3216 W, not an assumed 3200 W. Communication configuration CANBus communication option, identified by the CAN suffix. The catalog lists this variant as by request; it does not include PMBus. Optional coating Conformal coating is optional; the listed SKU alone does not establish that coating is fitted. This 1U enclosed AC/DC supply has active PFC, thermostatically controlled DC-fan cooling, remote sensing, voltage/current programming, remote ON/OFF, auxiliary outputs, alarms and active current sharing. The series advertises power density up to 37 W/in³. Output and Input Ratings DC output / rated power 48 V; 67 A rated; current range 0 to 67 A; 3216 W. Local voltage adjustment 47.5 to 58.8 V via the built-in potentiometer. Ripple/noise / regulation Maximum 480 mVp-p; tolerance ±1.0%; line regulation ±0.5%; load regulation ±0.5%. Efficiency, typical 94.5%, measured at 75% load. Setup / rise / hold-up 1500 ms / 60 ms at 230 VAC, full load. Typical hold-up: 16 ms at 230 VAC, 75% load; 9 ms at 230 VAC, full load. Input voltage / frequency 90 to 264 VAC or 127 to 370 VDC; 47 to 63 Hz for AC input. Apply low-input derating. Power factor / AC current, typical 0.97 / 17 A at 230 VAC, full load. Inrush / leakage Typical cold-start inrush 55 A at 230 VAC; leakage <2 mA at 230 VAC. Power-conversion blocks Active inrush-current limiting, PFC 110 kHz, PWM 90 kHz and output ORING FET are shown. Default test conditions are 230 VAC input, rated load and 25°C ambient unless stated otherwise. Efficiency is specifically measured at 75% load. Tolerance includes setup, line and load regulation. Ripple/noise uses 20 MHz bandwidth and a 12-inch twisted pair terminated by parallel 0.1 uF and 47 uF capacitors. Under variable-load or parallel operation, light-load ripple may exceed the specification; the note states normal ripple returns above 5% output load. PV operation can slightly exceed the ripple rating under some conditions. Protection and Operating Limits Overload / short circuit Short-circuit protection is listed. Overload is 105% to 115% of rated current: constant-current limiting, followed by output shutdown after 5 seconds. After output voltage falls, re-power to recover. Over-voltage protection 63 to 75 V; shutdown, re-power to recover. Over-temperature / low-output shutdown Over-temperature shutdown recovers automatically after cooling. Output below 80% of Vset for 5 seconds causes shutdown; re-power to recover. Temperature / cooling -30°C to +70°C, with derating; forced air from the built-in thermostatically controlled DC fan. Temperature curve, horizontal 100% load through 50°C, declining to 50% at 70°C. The -30°C to -25°C region is marked 230 VAC input only. Use the complete curve, not the temperature range as a full-load guarantee. Input curve, 60 Hz 50% load at 90 VAC, rising to 100% at 180 VAC; 100% from 180 to 264 VAC. At 90 VAC this model is limited to 1608 W / 33.5 A. Humidity / storage Working: 20% to 90% RH non-condensing. Storage: -40°C to +85°C, 10% to 95% RH non-condensing. Temperature coefficient / vibration ±0.03%/°C over 0°C to 50°C. Vibration: 10 to 500 Hz, 2 G, 10 minutes/cycle, 60 minutes each along X, Y and Z. Altitude derating Above 2000 m, reduce allowed ambient temperature by 5°C per 1000 m for this fan-cooled model. Apply temperature, low-input, PV/current and parallel limits together. The 48 V efficiency-versus-load graph is measured at 230 VAC; it is a typical curve for that voltage model, not a guarantee for the 24 V model. Sense and Analog Programming Remote / local sense Remote: CN1 pin 15 (+S) to load positive, pin 16 (-S) to load negative; twist the sense pair. Compensation is up to 0.5 V. Without remote sense, connect pin 15 to pin 13 (+V signal) and pin 16 to pin 14 (-V signal). PV connection / range Apply external DC voltage between CN1 pin 12 (PV) and pin 14 (-V signal); nominal-voltage programming range is 50% to 125%. PV graph anchors The graph shows 100% below the 0.4 V transition, 50% from 0.4 to 1 V, rising from 50% at 1 V to 125% at 4.7 V, then 125% to 5 V. Use the plotted relationship and transition, not one conversion across all regions. PV current derating At 50% to 90% output voltage, maximum output current is 80% of rated; it rises to 100% at 95%, stays 100% to 100%, then declines to 80% at 125% voltage. PC connection / range Apply external DC voltage between CN1 pin 11 (PC) and pin 14 (-V signal); specified current-level programming range is 20% to 100% of rated current. PC graph / low-current boundary The graph shows a 110% region below the 0.4 V transition, 20% from 0.4 to 1 V, then a non-linear relationship to 100% at 4.7 V, remaining 100% to 5 V. The 110% region is not an extension of the specified 20% to 100% programming range. At a much lower programmed current, constant-current operation may produce higher current ripple. The below-80%-of-Vset shutdown after 5 seconds still applies. Follow the sense wiring for either local or remote operation. PV, PC and address signals are non-isolated and referenced to -V signal; auxiliary/control-alarm returns use GND-AUX where specified. Remote Control, Auxiliary Power and Alarms Remote ON/OFF Short CN1 pin 4 (Remote ON/OFF) to pin 3 (+5V-AUX) for ON; open for OFF. The pin table specifies ON 4.5 to 5.5 V, OFF -0.5 to 0.5 V; maximum input 5.5 V, referenced to GND-AUX. Auxiliary outputs CN1 pin 1: +12V-AUX up to 0.8 A; pin 3: +5V-AUX up to 0.3 A; return pin 2 GND-AUX. Both have ORing diodes and remain available independently of remote ON/OFF. Auxiliary limits as printed The specification gives ±10% tolerance for both auxiliaries, with ripple 450 mVp-p for 12 V and 150 mVp-p for 5 V. The pin table separately lists 10.6 to 13.2 V and 4.5 to 5.5 V; confirm the 12 V lower-limit discrepancy for tolerance-sensitive loads. DC-OK, active-low pin 5 High 3.5 to 5.5 V when Vout <=77% ±5%; low -0.5 to 0.5 V when Vout >=80% ±5%, as printed. Isolated TTL output referenced to GND-AUX. T-ALARM, pin 6 High 3.5 to 5.5 V above the internal temperature-alarm limit or on fan failure; low -0.5 to 0.5 V when internal temperature and fan are normal. Isolated TTL, referenced to GND-AUX. Alarm-current specification boundary The function page states maximum sink current 10 mA, while the pin table states maximum sourcing current 10 mA, output only. Confirm interface loading before wiring; the two statements do not establish bidirectional 10 mA drive. Status LED Green: normal. Steady red: abnormal OTP, OLP or fan failure. Flashing red: internal temperature reaches 60°C, while operation continues without entering OTP. The LED note states that the 60°C warning is also sent through the PMBus interface. That PMBus notification applies to the PM option; it does not establish PMBus on blank or CAN variants. The 60°C indication refers to internal temperature, not a new ambient operating limit. CN1 and CN500 Pin Assignments CN1 pins 1 to 6 1: +12V-AUX; 2: GND-AUX, isolated from main +V/-V; 3: +5V-AUX; 4: Remote ON/OFF; 5: active-low DC-OK; 6: T-ALARM. CN1 pins 7 / 8 / 9 A0 / A1 / A2: CANBus interface address lines; non-isolated, referenced to -V signal. CN1 pins 10 / 11 / 12 10: NC, reserved; 11: PC; 12: PV. CN1 pins 13 / 14 / 15 / 16 13: +V signal; 14: -V signal; 15: +S; 16: -S. Pins 13/14 are sense/function signals and must not be connected directly as load power terminals. CN500 pins 1 to 6 1/2: DA; 3/4: DB, differential digital parallel-control signals. 5/6: -V signal for local-sense/function reference, not direct load connection. CN500 pins 7 / 8 7: CANH; 8: CANL for CANBus. Isolated signals referenced to GND-AUX. SW1 pins 1 / 2 Terminal-resistance selector for DA/DB parallel-control signals. Use the connector orientation shown in the complete drawing: CN1 has odd pins 1 to 15 on one row and even pins 2 to 16 on the other; CN500 is shown with 8/2 and 7/1 at its row ends. Do not infer pin orientation from an unreferenced cable view. Parallel Operation and Termination Unit count / continuous-current limit Up to five units. Maximum parallel output current = rated current per unit x number of units x 0.9. Use 67 A as this model's per-unit rating. Voltage matching / load boundary Match output voltages to <0.2 V difference. Below 5% of combined rated current, sharing may be unbalanced; light-load ripple may exceed the specification until output load exceeds 5%. Power / signal connections Use short, large-diameter power wiring to the common load. Connect DA, DB and -V signal among units through CN500 as illustrated; twist long signal lines in pairs. CN500 / SW1 settings One unit: CN500 unconnected, SW1 ON. Two units: both connected and ON. Three, four or five units: all CN500 connected; SW1 ON only on the first and last unit, OFF on intermediate units. The series feature list states up to 16000 W (4+1). Usable continuous output must still satisfy the 0.9 current equation and all individual input, thermal and voltage-programming derating. This headline is not an unconditional 16000 W load rating. Follow the complete parallel/sense diagram and the local/remote-sense instructions. Long parallel cables can add noise to communication; the manufacturer recommends appropriate filtering parts, but these pages give no specific filter part number. Dimensions, Mounting and Mating Connectors Body / case / drawing units 325.8 x 107 x 41 mm (L x W x H), 1U, case 256; mechanical drawing units mm, tolerance ±0.5 mm. Mounting holes / depth / torque Bottom hole group 1: 3-M3, maximum penetration 4 mm, recommended torque 6 to 8 kgf-cm. Side group 2: 2-M4 L=5 on each illustrated side, maximum penetration 5 mm, torque 7 to 10 kgf-cm. Drawing references Side fixing span 276 mm; the base drawing includes 16, 46, 241.5, 97.9 and 53.5 mm locating dimensions. Use the complete drawing for individual hole locations and projecting brackets. AC input terminals Pin 1: FG / protective earth; pin 2: AC/N; pin 3: AC/L. Maximum terminal mounting torque 8 kgf-cm. Output connection / airflow Connect the marked +V and -V power bars, which have 6.5 mm holes. The top view marks -V and +V projections of 28 mm and 38 mm respectively; the 12 mm maximum callout belongs to the AC input terminal projection. Use the complete drawing for exact geometry. Keep the illustrated front-to-rear airflow unobstructed. CN1 connector / mating housing HRS DF11-16DP-2DS / HRS DF11-16DS, or equivalents. CN500 connector / mating housing HRS DF11-8DP-2DS / HRS DF11-8DS, or equivalents. Mating contact family HRS DF11-**SC, or equivalent, is the printed contact family for both connectors. DF11-**SC contains a wildcard rather than a complete orderable contact suffix; select the exact contact for the intended wire and housing. The mating housings are connection references, not a statement that they are included. No included harness, jumper or accessory quantity is specified here. Required local-sense links and ON/OFF contact wiring are not proof of factory-fitted jumpers. The mounting-screw penetration is into the chassis, as illustrated. Body dimensions do not include every projecting connection or bracket shown. The manufacturer refers installation details to its installation manual; do not substitute another series' mounting requirements. Safety, EMC and Reliability Listed safety standards UL62368-1; CSA C22.2 No.62368-1; TUV BS EN/EN62368-1; EAC TP TC 004. Dielectric withstand Input-output 3 kVAC; input-FG 2 kVAC; output-FG 1.5 kVAC. Insulation resistance 100 MΩ for input-output, input-FG and output-FG at 500 VDC, 25°C and 70% RH. EMC emission BS EN/EN55032 (CISPR32): conducted Class B, radiated Class A. Harmonics BS EN/EN61000-3-2 Class A; flicker BS EN/EN61000-3-3. EMC immunity BS EN/EN55035 and BS EN/EN61000-6-2. ESD -4-2: Level 3, 8 kV air / Level 2, 4 kV contact; radiated -4-3: Level 3; EFT/burst -4-4: Level 3; conducted -4-6: Level 3; magnetic field -4-8: Level 4. Surge / dips / interruptions BS EN/EN61000-4-5: 2 kV line-line, 4 kV line-earth. -4-11: >95% dip for 0.5 periods; 30% dip for 25 periods; >95% interruption for 250 periods. MTBF, minimum 502.9K hours, Telcordia SR-332 (Bellcore); 44.9K hours, MIL-HDBK-217F at 25°C. EMC testing used a 600 x 900 mm metal plate, 1 mm thick. The supply is a component; the final equipment must be reconfirmed against applicable EMC requirements. MTBF is statistical, not a service-life guarantee. Weight and Manufacturer Notes Per-unit catalog packing reference 2.76 kg (2760 g), from the PACKING entry; not a separately measured net or shipment weight. Full packing entry 2.76 kg; 4 pcs / 12 kg / 0.81 CUFT. Datasheet version / warranty statement DPU-3200-SPEC, 2024-09-04. The manufacturer datasheet lists 5 years warranty; this adds no separate seller warranty. The catalog lists blank-suffix stock models and PM/CAN options by request; this describes the manufacturer's model program, not current seller inventory. Confirm the ordered communication and coating configuration.

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MEAN WELL DPU-3200-24CAN is a 1U enclosed AC/DC power supply rated at 3192 W, 24 V and 133 A. The CAN suffix specifies the CANBus communication option. Active PFC, fan cooling, PV/PC programming and current sharing support controlled power applications within the model's derating limits. Product Datasheet Download MEAN WELL DPU-3200 Datasheet (PDF) The DPU-3200 section is on PDF pages 1, 2, 3, 4, 5, 6, 7, 8. Refer to the complete mechanical drawings and notes when planning installation. Model Code and Configuration Complete model / voltage code DPU-3200-24CAN; 24 denotes a nominal 24 V single output. Series / nominal power class DPU identifies the series; 3200 is the nominal power class. This model is rated at 3192 W, not an assumed 3200 W. Communication configuration CANBus communication option, identified by the CAN suffix. The catalog lists this variant as by request; it does not include PMBus. Optional coating Conformal coating is optional; the listed SKU alone does not establish that coating is fitted. This 1U enclosed AC/DC supply has active PFC, thermostatically controlled DC-fan cooling, remote sensing, voltage/current programming, remote ON/OFF, auxiliary outputs, alarms and active current sharing. The series advertises power density up to 37 W/in³. Output and Input Ratings DC output / rated power 24 V; 133 A rated; current range 0 to 133 A; 3192 W. Local voltage adjustment 23.5 to 30 V via the built-in potentiometer. Ripple/noise / regulation Maximum 300 mVp-p; tolerance ±1.0%; line regulation ±0.5%; load regulation ±0.5%. Efficiency, typical 93.5%, measured at 75% load. Setup / rise / hold-up 1500 ms / 60 ms at 230 VAC, full load. Typical hold-up: 16 ms at 230 VAC, 75% load; 9 ms at 230 VAC, full load. Input voltage / frequency 90 to 264 VAC or 127 to 370 VDC; 47 to 63 Hz for AC input. Apply low-input derating. Power factor / AC current, typical 0.97 / 17 A at 230 VAC, full load. Inrush / leakage Typical cold-start inrush 55 A at 230 VAC; leakage <2 mA at 230 VAC. Power-conversion blocks Active inrush-current limiting, PFC 110 kHz, PWM 90 kHz and output ORING FET are shown. Default test conditions are 230 VAC input, rated load and 25°C ambient unless stated otherwise. Efficiency is specifically measured at 75% load. Tolerance includes setup, line and load regulation. Ripple/noise uses 20 MHz bandwidth and a 12-inch twisted pair terminated by parallel 0.1 uF and 47 uF capacitors. Under variable-load or parallel operation, light-load ripple may exceed the specification; the note states normal ripple returns above 5% output load. PV operation can slightly exceed the ripple rating under some conditions. Protection and Operating Limits Overload / short circuit Short-circuit protection is listed. Overload is 105% to 115% of rated current: constant-current limiting, followed by output shutdown after 5 seconds. After output voltage falls, re-power to recover. Over-voltage protection 31.5 to 37.5 V; shutdown, re-power to recover. Over-temperature / low-output shutdown Over-temperature shutdown recovers automatically after cooling. Output below 80% of Vset for 5 seconds causes shutdown; re-power to recover. Temperature / cooling -30°C to +70°C, with derating; forced air from the built-in thermostatically controlled DC fan. Temperature curve, horizontal 100% load through 50°C, declining to 50% at 70°C. The -30°C to -25°C region is marked 230 VAC input only. Use the complete curve, not the temperature range as a full-load guarantee. Input curve, 60 Hz 50% load at 90 VAC, rising to 100% at 180 VAC; 100% from 180 to 264 VAC. At 90 VAC this model is limited to 1596 W / 66.5 A. Humidity / storage Working: 20% to 90% RH non-condensing. Storage: -40°C to +85°C, 10% to 95% RH non-condensing. Temperature coefficient / vibration ±0.03%/°C over 0°C to 50°C. Vibration: 10 to 500 Hz, 2 G, 10 minutes/cycle, 60 minutes each along X, Y and Z. Altitude derating Above 2000 m, reduce allowed ambient temperature by 5°C per 1000 m for this fan-cooled model. Apply temperature, low-input, PV/current and parallel limits together. The 48 V efficiency-versus-load graph is measured at 230 VAC; it is a typical curve for that voltage model, not a guarantee for the 24 V model. Sense and Analog Programming Remote / local sense Remote: CN1 pin 15 (+S) to load positive, pin 16 (-S) to load negative; twist the sense pair. Compensation is up to 0.5 V. Without remote sense, connect pin 15 to pin 13 (+V signal) and pin 16 to pin 14 (-V signal). PV connection / range Apply external DC voltage between CN1 pin 12 (PV) and pin 14 (-V signal); nominal-voltage programming range is 50% to 125%. PV graph anchors The graph shows 100% below the 0.4 V transition, 50% from 0.4 to 1 V, rising from 50% at 1 V to 125% at 4.7 V, then 125% to 5 V. Use the plotted relationship and transition, not one conversion across all regions. PV current derating At 50% to 90% output voltage, maximum output current is 80% of rated; it rises to 100% at 95%, stays 100% to 100%, then declines to 80% at 125% voltage. PC connection / range Apply external DC voltage between CN1 pin 11 (PC) and pin 14 (-V signal); specified current-level programming range is 20% to 100% of rated current. PC graph / low-current boundary The graph shows a 110% region below the 0.4 V transition, 20% from 0.4 to 1 V, then a non-linear relationship to 100% at 4.7 V, remaining 100% to 5 V. The 110% region is not an extension of the specified 20% to 100% programming range. At a much lower programmed current, constant-current operation may produce higher current ripple. The below-80%-of-Vset shutdown after 5 seconds still applies. Follow the sense wiring for either local or remote operation. PV, PC and address signals are non-isolated and referenced to -V signal; auxiliary/control-alarm returns use GND-AUX where specified. Remote Control, Auxiliary Power and Alarms Remote ON/OFF Short CN1 pin 4 (Remote ON/OFF) to pin 3 (+5V-AUX) for ON; open for OFF. The pin table specifies ON 4.5 to 5.5 V, OFF -0.5 to 0.5 V; maximum input 5.5 V, referenced to GND-AUX. Auxiliary outputs CN1 pin 1: +12V-AUX up to 0.8 A; pin 3: +5V-AUX up to 0.3 A; return pin 2 GND-AUX. Both have ORing diodes and remain available independently of remote ON/OFF. Auxiliary limits as printed The specification gives ±10% tolerance for both auxiliaries, with ripple 450 mVp-p for 12 V and 150 mVp-p for 5 V. The pin table separately lists 10.6 to 13.2 V and 4.5 to 5.5 V; confirm the 12 V lower-limit discrepancy for tolerance-sensitive loads. DC-OK, active-low pin 5 High 3.5 to 5.5 V when Vout <=77% ±5%; low -0.5 to 0.5 V when Vout >=80% ±5%, as printed. Isolated TTL output referenced to GND-AUX. T-ALARM, pin 6 High 3.5 to 5.5 V above the internal temperature-alarm limit or on fan failure; low -0.5 to 0.5 V when internal temperature and fan are normal. Isolated TTL, referenced to GND-AUX. Alarm-current specification boundary The function page states maximum sink current 10 mA, while the pin table states maximum sourcing current 10 mA, output only. Confirm interface loading before wiring; the two statements do not establish bidirectional 10 mA drive. Status LED Green: normal. Steady red: abnormal OTP, OLP or fan failure. Flashing red: internal temperature reaches 60°C, while operation continues without entering OTP. The LED note states that the 60°C warning is also sent through the PMBus interface. That PMBus notification applies to the PM option; it does not establish PMBus on blank or CAN variants. The 60°C indication refers to internal temperature, not a new ambient operating limit. CN1 and CN500 Pin Assignments CN1 pins 1 to 6 1: +12V-AUX; 2: GND-AUX, isolated from main +V/-V; 3: +5V-AUX; 4: Remote ON/OFF; 5: active-low DC-OK; 6: T-ALARM. CN1 pins 7 / 8 / 9 A0 / A1 / A2: CANBus interface address lines; non-isolated, referenced to -V signal. CN1 pins 10 / 11 / 12 10: NC, reserved; 11: PC; 12: PV. CN1 pins 13 / 14 / 15 / 16 13: +V signal; 14: -V signal; 15: +S; 16: -S. Pins 13/14 are sense/function signals and must not be connected directly as load power terminals. CN500 pins 1 to 6 1/2: DA; 3/4: DB, differential digital parallel-control signals. 5/6: -V signal for local-sense/function reference, not direct load connection. CN500 pins 7 / 8 7: CANH; 8: CANL for CANBus. Isolated signals referenced to GND-AUX. SW1 pins 1 / 2 Terminal-resistance selector for DA/DB parallel-control signals. Use the connector orientation shown in the complete drawing: CN1 has odd pins 1 to 15 on one row and even pins 2 to 16 on the other; CN500 is shown with 8/2 and 7/1 at its row ends. Do not infer pin orientation from an unreferenced cable view. Parallel Operation and Termination Unit count / continuous-current limit Up to five units. Maximum parallel output current = rated current per unit x number of units x 0.9. Use 133 A as this model's per-unit rating. Voltage matching / load boundary Match output voltages to <0.2 V difference. Below 5% of combined rated current, sharing may be unbalanced; light-load ripple may exceed the specification until output load exceeds 5%. Power / signal connections Use short, large-diameter power wiring to the common load. Connect DA, DB and -V signal among units through CN500 as illustrated; twist long signal lines in pairs. CN500 / SW1 settings One unit: CN500 unconnected, SW1 ON. Two units: both connected and ON. Three, four or five units: all CN500 connected; SW1 ON only on the first and last unit, OFF on intermediate units. The series feature list states up to 16000 W (4+1). Usable continuous output must still satisfy the 0.9 current equation and all individual input, thermal and voltage-programming derating. This headline is not an unconditional 16000 W load rating. Follow the complete parallel/sense diagram and the local/remote-sense instructions. Long parallel cables can add noise to communication; the manufacturer recommends appropriate filtering parts, but these pages give no specific filter part number. Dimensions, Mounting and Mating Connectors Body / case / drawing units 325.8 x 107 x 41 mm (L x W x H), 1U, case 256; mechanical drawing units mm, tolerance ±0.5 mm. Mounting holes / depth / torque Bottom hole group 1: 3-M3, maximum penetration 4 mm, recommended torque 6 to 8 kgf-cm. Side group 2: 2-M4 L=5 on each illustrated side, maximum penetration 5 mm, torque 7 to 10 kgf-cm. Drawing references Side fixing span 276 mm; the base drawing includes 16, 46, 241.5, 97.9 and 53.5 mm locating dimensions. Use the complete drawing for individual hole locations and projecting brackets. AC input terminals Pin 1: FG / protective earth; pin 2: AC/N; pin 3: AC/L. Maximum terminal mounting torque 8 kgf-cm. Output connection / airflow Connect the marked +V and -V power bars, which have 6.5 mm holes. The top view marks -V and +V projections of 28 mm and 38 mm respectively; the 12 mm maximum callout belongs to the AC input terminal projection. Use the complete drawing for exact geometry. Keep the illustrated front-to-rear airflow unobstructed. CN1 connector / mating housing HRS DF11-16DP-2DS / HRS DF11-16DS, or equivalents. CN500 connector / mating housing HRS DF11-8DP-2DS / HRS DF11-8DS, or equivalents. Mating contact family HRS DF11-**SC, or equivalent, is the printed contact family for both connectors. DF11-**SC contains a wildcard rather than a complete orderable contact suffix; select the exact contact for the intended wire and housing. The mating housings are connection references, not a statement that they are included. No included harness, jumper or accessory quantity is specified here. Required local-sense links and ON/OFF contact wiring are not proof of factory-fitted jumpers. The mounting-screw penetration is into the chassis, as illustrated. Body dimensions do not include every projecting connection or bracket shown. The manufacturer refers installation details to its installation manual; do not substitute another series' mounting requirements. Safety, EMC and Reliability Listed safety standards UL62368-1; CSA C22.2 No.62368-1; TUV BS EN/EN62368-1; EAC TP TC 004. Dielectric withstand Input-output 3 kVAC; input-FG 2 kVAC; output-FG 1.5 kVAC. Insulation resistance 100 MΩ for input-output, input-FG and output-FG at 500 VDC, 25°C and 70% RH. EMC emission BS EN/EN55032 (CISPR32): conducted Class B, radiated Class A. Harmonics BS EN/EN61000-3-2 Class A; flicker BS EN/EN61000-3-3. EMC immunity BS EN/EN55035 and BS EN/EN61000-6-2. ESD -4-2: Level 3, 8 kV air / Level 2, 4 kV contact; radiated -4-3: Level 3; EFT/burst -4-4: Level 3; conducted -4-6: Level 3; magnetic field -4-8: Level 4. Surge / dips / interruptions BS EN/EN61000-4-5: 2 kV line-line, 4 kV line-earth. -4-11: >95% dip for 0.5 periods; 30% dip for 25 periods; >95% interruption for 250 periods. MTBF, minimum 502.9K hours, Telcordia SR-332 (Bellcore); 44.9K hours, MIL-HDBK-217F at 25°C. EMC testing used a 600 x 900 mm metal plate, 1 mm thick. The supply is a component; the final equipment must be reconfirmed against applicable EMC requirements. MTBF is statistical, not a service-life guarantee. Weight and Manufacturer Notes Per-unit catalog packing reference 2.76 kg (2760 g), from the PACKING entry; not a separately measured net or shipment weight. Full packing entry 2.76 kg; 4 pcs / 12 kg / 0.81 CUFT. Datasheet version / warranty statement DPU-3200-SPEC, 2024-09-04. The manufacturer datasheet lists 5 years warranty; this adds no separate seller warranty. The catalog lists blank-suffix stock models and PM/CAN options by request; this describes the manufacturer's model program, not current seller inventory. Confirm the ordered communication and coating configuration.

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MEAN WELL DPU-3200-48PM is a 1U enclosed AC/DC power supply rated at 3216 W, 48 V and 67 A. The PM suffix specifies the PMBus communication option. Active PFC, fan cooling, PV/PC programming and current sharing support controlled power applications within the model's derating limits. Product Datasheet Download MEAN WELL DPU-3200 Datasheet (PDF) The DPU-3200 section is on PDF pages 1, 2, 3, 4, 5, 6, 7, 8. Refer to the complete mechanical drawings and notes when planning installation. Model Code and Configuration Complete model / voltage code DPU-3200-48PM; 48 denotes a nominal 48 V single output. Series / nominal power class DPU identifies the series; 3200 is the nominal power class. This model is rated at 3216 W, not an assumed 3200 W. Communication configuration PMBus communication option, identified by the PM suffix. The catalog lists this variant as by request; it does not include CANBus. Optional coating Conformal coating is optional; the listed SKU alone does not establish that coating is fitted. This 1U enclosed AC/DC supply has active PFC, thermostatically controlled DC-fan cooling, remote sensing, voltage/current programming, remote ON/OFF, auxiliary outputs, alarms and active current sharing. The series advertises power density up to 37 W/in³. Output and Input Ratings DC output / rated power 48 V; 67 A rated; current range 0 to 67 A; 3216 W. Local voltage adjustment 47.5 to 58.8 V via the built-in potentiometer. Ripple/noise / regulation Maximum 480 mVp-p; tolerance ±1.0%; line regulation ±0.5%; load regulation ±0.5%. Efficiency, typical 94.5%, measured at 75% load. Setup / rise / hold-up 1500 ms / 60 ms at 230 VAC, full load. Typical hold-up: 16 ms at 230 VAC, 75% load; 9 ms at 230 VAC, full load. Input voltage / frequency 90 to 264 VAC or 127 to 370 VDC; 47 to 63 Hz for AC input. Apply low-input derating. Power factor / AC current, typical 0.97 / 17 A at 230 VAC, full load. Inrush / leakage Typical cold-start inrush 55 A at 230 VAC; leakage <2 mA at 230 VAC. Power-conversion blocks Active inrush-current limiting, PFC 110 kHz, PWM 90 kHz and output ORING FET are shown. Default test conditions are 230 VAC input, rated load and 25°C ambient unless stated otherwise. Efficiency is specifically measured at 75% load. Tolerance includes setup, line and load regulation. Ripple/noise uses 20 MHz bandwidth and a 12-inch twisted pair terminated by parallel 0.1 uF and 47 uF capacitors. Under variable-load or parallel operation, light-load ripple may exceed the specification; the note states normal ripple returns above 5% output load. PV operation can slightly exceed the ripple rating under some conditions. Protection and Operating Limits Overload / short circuit Short-circuit protection is listed. Overload is 105% to 115% of rated current: constant-current limiting, followed by output shutdown after 5 seconds. After output voltage falls, re-power to recover. Over-voltage protection 63 to 75 V; shutdown, re-power to recover. Over-temperature / low-output shutdown Over-temperature shutdown recovers automatically after cooling. Output below 80% of Vset for 5 seconds causes shutdown; re-power to recover. Temperature / cooling -30°C to +70°C, with derating; forced air from the built-in thermostatically controlled DC fan. Temperature curve, horizontal 100% load through 50°C, declining to 50% at 70°C. The -30°C to -25°C region is marked 230 VAC input only. Use the complete curve, not the temperature range as a full-load guarantee. Input curve, 60 Hz 50% load at 90 VAC, rising to 100% at 180 VAC; 100% from 180 to 264 VAC. At 90 VAC this model is limited to 1608 W / 33.5 A. Humidity / storage Working: 20% to 90% RH non-condensing. Storage: -40°C to +85°C, 10% to 95% RH non-condensing. Temperature coefficient / vibration ±0.03%/°C over 0°C to 50°C. Vibration: 10 to 500 Hz, 2 G, 10 minutes/cycle, 60 minutes each along X, Y and Z. Altitude derating Above 2000 m, reduce allowed ambient temperature by 5°C per 1000 m for this fan-cooled model. Apply temperature, low-input, PV/current and parallel limits together. The 48 V efficiency-versus-load graph is measured at 230 VAC; it is a typical curve for that voltage model, not a guarantee for the 24 V model. Sense and Analog Programming Remote / local sense Remote: CN1 pin 15 (+S) to load positive, pin 16 (-S) to load negative; twist the sense pair. Compensation is up to 0.5 V. Without remote sense, connect pin 15 to pin 13 (+V signal) and pin 16 to pin 14 (-V signal). PV connection / range Apply external DC voltage between CN1 pin 12 (PV) and pin 14 (-V signal); nominal-voltage programming range is 50% to 125%. PV graph anchors The graph shows 100% below the 0.4 V transition, 50% from 0.4 to 1 V, rising from 50% at 1 V to 125% at 4.7 V, then 125% to 5 V. Use the plotted relationship and transition, not one conversion across all regions. PV current derating At 50% to 90% output voltage, maximum output current is 80% of rated; it rises to 100% at 95%, stays 100% to 100%, then declines to 80% at 125% voltage. PC connection / range Apply external DC voltage between CN1 pin 11 (PC) and pin 14 (-V signal); specified current-level programming range is 20% to 100% of rated current. PC graph / low-current boundary The graph shows a 110% region below the 0.4 V transition, 20% from 0.4 to 1 V, then a non-linear relationship to 100% at 4.7 V, remaining 100% to 5 V. The 110% region is not an extension of the specified 20% to 100% programming range. At a much lower programmed current, constant-current operation may produce higher current ripple. The below-80%-of-Vset shutdown after 5 seconds still applies. Follow the sense wiring for either local or remote operation. PV, PC and address signals are non-isolated and referenced to -V signal; auxiliary/control-alarm returns use GND-AUX where specified. Remote Control, Auxiliary Power and Alarms Remote ON/OFF Short CN1 pin 4 (Remote ON/OFF) to pin 3 (+5V-AUX) for ON; open for OFF. The pin table specifies ON 4.5 to 5.5 V, OFF -0.5 to 0.5 V; maximum input 5.5 V, referenced to GND-AUX. Auxiliary outputs CN1 pin 1: +12V-AUX up to 0.8 A; pin 3: +5V-AUX up to 0.3 A; return pin 2 GND-AUX. Both have ORing diodes and remain available independently of remote ON/OFF. Auxiliary limits as printed The specification gives ±10% tolerance for both auxiliaries, with ripple 450 mVp-p for 12 V and 150 mVp-p for 5 V. The pin table separately lists 10.6 to 13.2 V and 4.5 to 5.5 V; confirm the 12 V lower-limit discrepancy for tolerance-sensitive loads. DC-OK, active-low pin 5 High 3.5 to 5.5 V when Vout <=77% ±5%; low -0.5 to 0.5 V when Vout >=80% ±5%, as printed. Isolated TTL output referenced to GND-AUX. T-ALARM, pin 6 High 3.5 to 5.5 V above the internal temperature-alarm limit or on fan failure; low -0.5 to 0.5 V when internal temperature and fan are normal. Isolated TTL, referenced to GND-AUX. Alarm-current specification boundary The function page states maximum sink current 10 mA, while the pin table states maximum sourcing current 10 mA, output only. Confirm interface loading before wiring; the two statements do not establish bidirectional 10 mA drive. Status LED Green: normal. Steady red: abnormal OTP, OLP or fan failure. Flashing red: internal temperature reaches 60°C, while operation continues without entering OTP. The LED note states that the 60°C warning is also sent through the PMBus interface. That PMBus notification applies to the PM option; it does not establish PMBus on blank or CAN variants. The 60°C indication refers to internal temperature, not a new ambient operating limit. CN1 and CN500 Pin Assignments CN1 pins 1 to 6 1: +12V-AUX; 2: GND-AUX, isolated from main +V/-V; 3: +5V-AUX; 4: Remote ON/OFF; 5: active-low DC-OK; 6: T-ALARM. CN1 pins 7 / 8 / 9 A0 / A1 / A2: PMBus interface address lines; non-isolated, referenced to -V signal. CN1 pins 10 / 11 / 12 10: NC, reserved; 11: PC; 12: PV. CN1 pins 13 / 14 / 15 / 16 13: +V signal; 14: -V signal; 15: +S; 16: -S. Pins 13/14 are sense/function signals and must not be connected directly as load power terminals. CN500 pins 1 to 6 1/2: DA; 3/4: DB, differential digital parallel-control signals. 5/6: -V signal for local-sense/function reference, not direct load connection. CN500 pins 7 / 8 7: SDA, serial data; 8: SCL, serial clock for PMBus. Isolated signals referenced to GND-AUX. SW1 pins 1 / 2 Terminal-resistance selector for DA/DB parallel-control signals. Use the connector orientation shown in the complete drawing: CN1 has odd pins 1 to 15 on one row and even pins 2 to 16 on the other; CN500 is shown with 8/2 and 7/1 at its row ends. Do not infer pin orientation from an unreferenced cable view. Parallel Operation and Termination Unit count / continuous-current limit Up to five units. Maximum parallel output current = rated current per unit x number of units x 0.9. Use 67 A as this model's per-unit rating. Voltage matching / load boundary Match output voltages to <0.2 V difference. Below 5% of combined rated current, sharing may be unbalanced; light-load ripple may exceed the specification until output load exceeds 5%. Power / signal connections Use short, large-diameter power wiring to the common load. Connect DA, DB and -V signal among units through CN500 as illustrated; twist long signal lines in pairs. CN500 / SW1 settings One unit: CN500 unconnected, SW1 ON. Two units: both connected and ON. Three, four or five units: all CN500 connected; SW1 ON only on the first and last unit, OFF on intermediate units. The series feature list states up to 16000 W (4+1). Usable continuous output must still satisfy the 0.9 current equation and all individual input, thermal and voltage-programming derating. This headline is not an unconditional 16000 W load rating. Follow the complete parallel/sense diagram and the local/remote-sense instructions. Long parallel cables can add noise to communication; the manufacturer recommends appropriate filtering parts, but these pages give no specific filter part number. Dimensions, Mounting and Mating Connectors Body / case / drawing units 325.8 x 107 x 41 mm (L x W x H), 1U, case 256; mechanical drawing units mm, tolerance ±0.5 mm. Mounting holes / depth / torque Bottom hole group 1: 3-M3, maximum penetration 4 mm, recommended torque 6 to 8 kgf-cm. Side group 2: 2-M4 L=5 on each illustrated side, maximum penetration 5 mm, torque 7 to 10 kgf-cm. Drawing references Side fixing span 276 mm; the base drawing includes 16, 46, 241.5, 97.9 and 53.5 mm locating dimensions. Use the complete drawing for individual hole locations and projecting brackets. AC input terminals Pin 1: FG / protective earth; pin 2: AC/N; pin 3: AC/L. Maximum terminal mounting torque 8 kgf-cm. Output connection / airflow Connect the marked +V and -V power bars, which have 6.5 mm holes. The top view marks -V and +V projections of 28 mm and 38 mm respectively; the 12 mm maximum callout belongs to the AC input terminal projection. Use the complete drawing for exact geometry. Keep the illustrated front-to-rear airflow unobstructed. CN1 connector / mating housing HRS DF11-16DP-2DS / HRS DF11-16DS, or equivalents. CN500 connector / mating housing HRS DF11-8DP-2DS / HRS DF11-8DS, or equivalents. Mating contact family HRS DF11-**SC, or equivalent, is the printed contact family for both connectors. DF11-**SC contains a wildcard rather than a complete orderable contact suffix; select the exact contact for the intended wire and housing. The mating housings are connection references, not a statement that they are included. No included harness, jumper or accessory quantity is specified here. Required local-sense links and ON/OFF contact wiring are not proof of factory-fitted jumpers. The mounting-screw penetration is into the chassis, as illustrated. Body dimensions do not include every projecting connection or bracket shown. The manufacturer refers installation details to its installation manual; do not substitute another series' mounting requirements. Safety, EMC and Reliability Listed safety standards UL62368-1; CSA C22.2 No.62368-1; TUV BS EN/EN62368-1; EAC TP TC 004. Dielectric withstand Input-output 3 kVAC; input-FG 2 kVAC; output-FG 1.5 kVAC. Insulation resistance 100 MΩ for input-output, input-FG and output-FG at 500 VDC, 25°C and 70% RH. EMC emission BS EN/EN55032 (CISPR32): conducted Class B, radiated Class A. Harmonics BS EN/EN61000-3-2 Class A; flicker BS EN/EN61000-3-3. EMC immunity BS EN/EN55035 and BS EN/EN61000-6-2. ESD -4-2: Level 3, 8 kV air / Level 2, 4 kV contact; radiated -4-3: Level 3; EFT/burst -4-4: Level 3; conducted -4-6: Level 3; magnetic field -4-8: Level 4. Surge / dips / interruptions BS EN/EN61000-4-5: 2 kV line-line, 4 kV line-earth. -4-11: >95% dip for 0.5 periods; 30% dip for 25 periods; >95% interruption for 250 periods. MTBF, minimum 502.9K hours, Telcordia SR-332 (Bellcore); 44.9K hours, MIL-HDBK-217F at 25°C. EMC testing used a 600 x 900 mm metal plate, 1 mm thick. The supply is a component; the final equipment must be reconfirmed against applicable EMC requirements. MTBF is statistical, not a service-life guarantee. Weight and Manufacturer Notes Per-unit catalog packing reference 2.76 kg (2760 g), from the PACKING entry; not a separately measured net or shipment weight. Full packing entry 2.76 kg; 4 pcs / 12 kg / 0.81 CUFT. Datasheet version / warranty statement DPU-3200-SPEC, 2024-09-04. The manufacturer datasheet lists 5 years warranty; this adds no separate seller warranty. The catalog lists blank-suffix stock models and PM/CAN options by request; this describes the manufacturer's model program, not current seller inventory. Confirm the ordered communication and coating configuration.

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MEAN WELL DPU-3200-24PM is a 1U enclosed AC/DC power supply rated at 3192 W, 24 V and 133 A. The PM suffix specifies the PMBus communication option. Active PFC, fan cooling, PV/PC programming and current sharing support controlled power applications within the model's derating limits. Product Datasheet Download MEAN WELL DPU-3200 Datasheet (PDF) The DPU-3200 section is on PDF pages 1, 2, 3, 4, 5, 6, 7, 8. Refer to the complete mechanical drawings and notes when planning installation. Model Code and Configuration Complete model / voltage code DPU-3200-24PM; 24 denotes a nominal 24 V single output. Series / nominal power class DPU identifies the series; 3200 is the nominal power class. This model is rated at 3192 W, not an assumed 3200 W. Communication configuration PMBus communication option, identified by the PM suffix. The catalog lists this variant as by request; it does not include CANBus. Optional coating Conformal coating is optional; the listed SKU alone does not establish that coating is fitted. This 1U enclosed AC/DC supply has active PFC, thermostatically controlled DC-fan cooling, remote sensing, voltage/current programming, remote ON/OFF, auxiliary outputs, alarms and active current sharing. The series advertises power density up to 37 W/in³. Output and Input Ratings DC output / rated power 24 V; 133 A rated; current range 0 to 133 A; 3192 W. Local voltage adjustment 23.5 to 30 V via the built-in potentiometer. Ripple/noise / regulation Maximum 300 mVp-p; tolerance ±1.0%; line regulation ±0.5%; load regulation ±0.5%. Efficiency, typical 93.5%, measured at 75% load. Setup / rise / hold-up 1500 ms / 60 ms at 230 VAC, full load. Typical hold-up: 16 ms at 230 VAC, 75% load; 9 ms at 230 VAC, full load. Input voltage / frequency 90 to 264 VAC or 127 to 370 VDC; 47 to 63 Hz for AC input. Apply low-input derating. Power factor / AC current, typical 0.97 / 17 A at 230 VAC, full load. Inrush / leakage Typical cold-start inrush 55 A at 230 VAC; leakage <2 mA at 230 VAC. Power-conversion blocks Active inrush-current limiting, PFC 110 kHz, PWM 90 kHz and output ORING FET are shown. Default test conditions are 230 VAC input, rated load and 25°C ambient unless stated otherwise. Efficiency is specifically measured at 75% load. Tolerance includes setup, line and load regulation. Ripple/noise uses 20 MHz bandwidth and a 12-inch twisted pair terminated by parallel 0.1 uF and 47 uF capacitors. Under variable-load or parallel operation, light-load ripple may exceed the specification; the note states normal ripple returns above 5% output load. PV operation can slightly exceed the ripple rating under some conditions. Protection and Operating Limits Overload / short circuit Short-circuit protection is listed. Overload is 105% to 115% of rated current: constant-current limiting, followed by output shutdown after 5 seconds. After output voltage falls, re-power to recover. Over-voltage protection 31.5 to 37.5 V; shutdown, re-power to recover. Over-temperature / low-output shutdown Over-temperature shutdown recovers automatically after cooling. Output below 80% of Vset for 5 seconds causes shutdown; re-power to recover. Temperature / cooling -30°C to +70°C, with derating; forced air from the built-in thermostatically controlled DC fan. Temperature curve, horizontal 100% load through 50°C, declining to 50% at 70°C. The -30°C to -25°C region is marked 230 VAC input only. Use the complete curve, not the temperature range as a full-load guarantee. Input curve, 60 Hz 50% load at 90 VAC, rising to 100% at 180 VAC; 100% from 180 to 264 VAC. At 90 VAC this model is limited to 1596 W / 66.5 A. Humidity / storage Working: 20% to 90% RH non-condensing. Storage: -40°C to +85°C, 10% to 95% RH non-condensing. Temperature coefficient / vibration ±0.03%/°C over 0°C to 50°C. Vibration: 10 to 500 Hz, 2 G, 10 minutes/cycle, 60 minutes each along X, Y and Z. Altitude derating Above 2000 m, reduce allowed ambient temperature by 5°C per 1000 m for this fan-cooled model. Apply temperature, low-input, PV/current and parallel limits together. The 48 V efficiency-versus-load graph is measured at 230 VAC; it is a typical curve for that voltage model, not a guarantee for the 24 V model. Sense and Analog Programming Remote / local sense Remote: CN1 pin 15 (+S) to load positive, pin 16 (-S) to load negative; twist the sense pair. Compensation is up to 0.5 V. Without remote sense, connect pin 15 to pin 13 (+V signal) and pin 16 to pin 14 (-V signal). PV connection / range Apply external DC voltage between CN1 pin 12 (PV) and pin 14 (-V signal); nominal-voltage programming range is 50% to 125%. PV graph anchors The graph shows 100% below the 0.4 V transition, 50% from 0.4 to 1 V, rising from 50% at 1 V to 125% at 4.7 V, then 125% to 5 V. Use the plotted relationship and transition, not one conversion across all regions. PV current derating At 50% to 90% output voltage, maximum output current is 80% of rated; it rises to 100% at 95%, stays 100% to 100%, then declines to 80% at 125% voltage. PC connection / range Apply external DC voltage between CN1 pin 11 (PC) and pin 14 (-V signal); specified current-level programming range is 20% to 100% of rated current. PC graph / low-current boundary The graph shows a 110% region below the 0.4 V transition, 20% from 0.4 to 1 V, then a non-linear relationship to 100% at 4.7 V, remaining 100% to 5 V. The 110% region is not an extension of the specified 20% to 100% programming range. At a much lower programmed current, constant-current operation may produce higher current ripple. The below-80%-of-Vset shutdown after 5 seconds still applies. Follow the sense wiring for either local or remote operation. PV, PC and address signals are non-isolated and referenced to -V signal; auxiliary/control-alarm returns use GND-AUX where specified. Remote Control, Auxiliary Power and Alarms Remote ON/OFF Short CN1 pin 4 (Remote ON/OFF) to pin 3 (+5V-AUX) for ON; open for OFF. The pin table specifies ON 4.5 to 5.5 V, OFF -0.5 to 0.5 V; maximum input 5.5 V, referenced to GND-AUX. Auxiliary outputs CN1 pin 1: +12V-AUX up to 0.8 A; pin 3: +5V-AUX up to 0.3 A; return pin 2 GND-AUX. Both have ORing diodes and remain available independently of remote ON/OFF. Auxiliary limits as printed The specification gives ±10% tolerance for both auxiliaries, with ripple 450 mVp-p for 12 V and 150 mVp-p for 5 V. The pin table separately lists 10.6 to 13.2 V and 4.5 to 5.5 V; confirm the 12 V lower-limit discrepancy for tolerance-sensitive loads. DC-OK, active-low pin 5 High 3.5 to 5.5 V when Vout <=77% ±5%; low -0.5 to 0.5 V when Vout >=80% ±5%, as printed. Isolated TTL output referenced to GND-AUX. T-ALARM, pin 6 High 3.5 to 5.5 V above the internal temperature-alarm limit or on fan failure; low -0.5 to 0.5 V when internal temperature and fan are normal. Isolated TTL, referenced to GND-AUX. Alarm-current specification boundary The function page states maximum sink current 10 mA, while the pin table states maximum sourcing current 10 mA, output only. Confirm interface loading before wiring; the two statements do not establish bidirectional 10 mA drive. Status LED Green: normal. Steady red: abnormal OTP, OLP or fan failure. Flashing red: internal temperature reaches 60°C, while operation continues without entering OTP. The LED note states that the 60°C warning is also sent through the PMBus interface. That PMBus notification applies to the PM option; it does not establish PMBus on blank or CAN variants. The 60°C indication refers to internal temperature, not a new ambient operating limit. CN1 and CN500 Pin Assignments CN1 pins 1 to 6 1: +12V-AUX; 2: GND-AUX, isolated from main +V/-V; 3: +5V-AUX; 4: Remote ON/OFF; 5: active-low DC-OK; 6: T-ALARM. CN1 pins 7 / 8 / 9 A0 / A1 / A2: PMBus interface address lines; non-isolated, referenced to -V signal. CN1 pins 10 / 11 / 12 10: NC, reserved; 11: PC; 12: PV. CN1 pins 13 / 14 / 15 / 16 13: +V signal; 14: -V signal; 15: +S; 16: -S. Pins 13/14 are sense/function signals and must not be connected directly as load power terminals. CN500 pins 1 to 6 1/2: DA; 3/4: DB, differential digital parallel-control signals. 5/6: -V signal for local-sense/function reference, not direct load connection. CN500 pins 7 / 8 7: SDA, serial data; 8: SCL, serial clock for PMBus. Isolated signals referenced to GND-AUX. SW1 pins 1 / 2 Terminal-resistance selector for DA/DB parallel-control signals. Use the connector orientation shown in the complete drawing: CN1 has odd pins 1 to 15 on one row and even pins 2 to 16 on the other; CN500 is shown with 8/2 and 7/1 at its row ends. Do not infer pin orientation from an unreferenced cable view. Parallel Operation and Termination Unit count / continuous-current limit Up to five units. Maximum parallel output current = rated current per unit x number of units x 0.9. Use 133 A as this model's per-unit rating. Voltage matching / load boundary Match output voltages to <0.2 V difference. Below 5% of combined rated current, sharing may be unbalanced; light-load ripple may exceed the specification until output load exceeds 5%. Power / signal connections Use short, large-diameter power wiring to the common load. Connect DA, DB and -V signal among units through CN500 as illustrated; twist long signal lines in pairs. CN500 / SW1 settings One unit: CN500 unconnected, SW1 ON. Two units: both connected and ON. Three, four or five units: all CN500 connected; SW1 ON only on the first and last unit, OFF on intermediate units. The series feature list states up to 16000 W (4+1). Usable continuous output must still satisfy the 0.9 current equation and all individual input, thermal and voltage-programming derating. This headline is not an unconditional 16000 W load rating. Follow the complete parallel/sense diagram and the local/remote-sense instructions. Long parallel cables can add noise to communication; the manufacturer recommends appropriate filtering parts, but these pages give no specific filter part number. Dimensions, Mounting and Mating Connectors Body / case / drawing units 325.8 x 107 x 41 mm (L x W x H), 1U, case 256; mechanical drawing units mm, tolerance ±0.5 mm. Mounting holes / depth / torque Bottom hole group 1: 3-M3, maximum penetration 4 mm, recommended torque 6 to 8 kgf-cm. Side group 2: 2-M4 L=5 on each illustrated side, maximum penetration 5 mm, torque 7 to 10 kgf-cm. Drawing references Side fixing span 276 mm; the base drawing includes 16, 46, 241.5, 97.9 and 53.5 mm locating dimensions. Use the complete drawing for individual hole locations and projecting brackets. AC input terminals Pin 1: FG / protective earth; pin 2: AC/N; pin 3: AC/L. Maximum terminal mounting torque 8 kgf-cm. Output connection / airflow Connect the marked +V and -V power bars, which have 6.5 mm holes. The top view marks -V and +V projections of 28 mm and 38 mm respectively; the 12 mm maximum callout belongs to the AC input terminal projection. Use the complete drawing for exact geometry. Keep the illustrated front-to-rear airflow unobstructed. CN1 connector / mating housing HRS DF11-16DP-2DS / HRS DF11-16DS, or equivalents. CN500 connector / mating housing HRS DF11-8DP-2DS / HRS DF11-8DS, or equivalents. Mating contact family HRS DF11-**SC, or equivalent, is the printed contact family for both connectors. DF11-**SC contains a wildcard rather than a complete orderable contact suffix; select the exact contact for the intended wire and housing. The mating housings are connection references, not a statement that they are included. No included harness, jumper or accessory quantity is specified here. Required local-sense links and ON/OFF contact wiring are not proof of factory-fitted jumpers. The mounting-screw penetration is into the chassis, as illustrated. Body dimensions do not include every projecting connection or bracket shown. The manufacturer refers installation details to its installation manual; do not substitute another series' mounting requirements. Safety, EMC and Reliability Listed safety standards UL62368-1; CSA C22.2 No.62368-1; TUV BS EN/EN62368-1; EAC TP TC 004. Dielectric withstand Input-output 3 kVAC; input-FG 2 kVAC; output-FG 1.5 kVAC. Insulation resistance 100 MΩ for input-output, input-FG and output-FG at 500 VDC, 25°C and 70% RH. EMC emission BS EN/EN55032 (CISPR32): conducted Class B, radiated Class A. Harmonics BS EN/EN61000-3-2 Class A; flicker BS EN/EN61000-3-3. EMC immunity BS EN/EN55035 and BS EN/EN61000-6-2. ESD -4-2: Level 3, 8 kV air / Level 2, 4 kV contact; radiated -4-3: Level 3; EFT/burst -4-4: Level 3; conducted -4-6: Level 3; magnetic field -4-8: Level 4. Surge / dips / interruptions BS EN/EN61000-4-5: 2 kV line-line, 4 kV line-earth. -4-11: >95% dip for 0.5 periods; 30% dip for 25 periods; >95% interruption for 250 periods. MTBF, minimum 502.9K hours, Telcordia SR-332 (Bellcore); 44.9K hours, MIL-HDBK-217F at 25°C. EMC testing used a 600 x 900 mm metal plate, 1 mm thick. The supply is a component; the final equipment must be reconfirmed against applicable EMC requirements. MTBF is statistical, not a service-life guarantee. Weight and Manufacturer Notes Per-unit catalog packing reference 2.76 kg (2760 g), from the PACKING entry; not a separately measured net or shipment weight. Full packing entry 2.76 kg; 4 pcs / 12 kg / 0.81 CUFT. Datasheet version / warranty statement DPU-3200-SPEC, 2024-09-04. The manufacturer datasheet lists 5 years warranty; this adds no separate seller warranty. The catalog lists blank-suffix stock models and PM/CAN options by request; this describes the manufacturer's model program, not current seller inventory. Confirm the ordered communication and coating configuration.

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MEAN WELL DPU-3200-48 is a 1U enclosed AC/DC power supply rated at 3216 W, 48 V and 67 A. The blank suffix specifies no communication protocol. Active PFC, fan cooling, PV/PC programming and current sharing support controlled power applications within the model's derating limits. Product Datasheet Download MEAN WELL DPU-3200 Datasheet (PDF) The DPU-3200 section is on PDF pages 1, 2, 3, 4, 5, 6, 7, 8. Refer to the complete mechanical drawings and notes when planning installation. Model Code and Configuration Complete model / voltage code DPU-3200-48; 48 denotes a nominal 48 V single output. Series / nominal power class DPU identifies the series; 3200 is the nominal power class. This model is rated at 3216 W, not an assumed 3200 W. Communication configuration No communication protocol. The blank suffix is the standard version; it does not include PMBus or CANBus. Optional coating Conformal coating is optional; the listed SKU alone does not establish that coating is fitted. This 1U enclosed AC/DC supply has active PFC, thermostatically controlled DC-fan cooling, remote sensing, voltage/current programming, remote ON/OFF, auxiliary outputs, alarms and active current sharing. The series advertises power density up to 37 W/in³. Output and Input Ratings DC output / rated power 48 V; 67 A rated; current range 0 to 67 A; 3216 W. Local voltage adjustment 47.5 to 58.8 V via the built-in potentiometer. Ripple/noise / regulation Maximum 480 mVp-p; tolerance ±1.0%; line regulation ±0.5%; load regulation ±0.5%. Efficiency, typical 94.5%, measured at 75% load. Setup / rise / hold-up 1500 ms / 60 ms at 230 VAC, full load. Typical hold-up: 16 ms at 230 VAC, 75% load; 9 ms at 230 VAC, full load. Input voltage / frequency 90 to 264 VAC or 127 to 370 VDC; 47 to 63 Hz for AC input. Apply low-input derating. Power factor / AC current, typical 0.97 / 17 A at 230 VAC, full load. Inrush / leakage Typical cold-start inrush 55 A at 230 VAC; leakage <2 mA at 230 VAC. Power-conversion blocks Active inrush-current limiting, PFC 110 kHz, PWM 90 kHz and output ORING FET are shown. Default test conditions are 230 VAC input, rated load and 25°C ambient unless stated otherwise. Efficiency is specifically measured at 75% load. Tolerance includes setup, line and load regulation. Ripple/noise uses 20 MHz bandwidth and a 12-inch twisted pair terminated by parallel 0.1 uF and 47 uF capacitors. Under variable-load or parallel operation, light-load ripple may exceed the specification; the note states normal ripple returns above 5% output load. PV operation can slightly exceed the ripple rating under some conditions. Protection and Operating Limits Overload / short circuit Short-circuit protection is listed. Overload is 105% to 115% of rated current: constant-current limiting, followed by output shutdown after 5 seconds. After output voltage falls, re-power to recover. Over-voltage protection 63 to 75 V; shutdown, re-power to recover. Over-temperature / low-output shutdown Over-temperature shutdown recovers automatically after cooling. Output below 80% of Vset for 5 seconds causes shutdown; re-power to recover. Temperature / cooling -30°C to +70°C, with derating; forced air from the built-in thermostatically controlled DC fan. Temperature curve, horizontal 100% load through 50°C, declining to 50% at 70°C. The -30°C to -25°C region is marked 230 VAC input only. Use the complete curve, not the temperature range as a full-load guarantee. Input curve, 60 Hz 50% load at 90 VAC, rising to 100% at 180 VAC; 100% from 180 to 264 VAC. At 90 VAC this model is limited to 1608 W / 33.5 A. Humidity / storage Working: 20% to 90% RH non-condensing. Storage: -40°C to +85°C, 10% to 95% RH non-condensing. Temperature coefficient / vibration ±0.03%/°C over 0°C to 50°C. Vibration: 10 to 500 Hz, 2 G, 10 minutes/cycle, 60 minutes each along X, Y and Z. Altitude derating Above 2000 m, reduce allowed ambient temperature by 5°C per 1000 m for this fan-cooled model. Apply temperature, low-input, PV/current and parallel limits together. The 48 V efficiency-versus-load graph is measured at 230 VAC; it is a typical curve for that voltage model, not a guarantee for the 24 V model. Sense and Analog Programming Remote / local sense Remote: CN1 pin 15 (+S) to load positive, pin 16 (-S) to load negative; twist the sense pair. Compensation is up to 0.5 V. Without remote sense, connect pin 15 to pin 13 (+V signal) and pin 16 to pin 14 (-V signal). PV connection / range Apply external DC voltage between CN1 pin 12 (PV) and pin 14 (-V signal); nominal-voltage programming range is 50% to 125%. PV graph anchors The graph shows 100% below the 0.4 V transition, 50% from 0.4 to 1 V, rising from 50% at 1 V to 125% at 4.7 V, then 125% to 5 V. Use the plotted relationship and transition, not one conversion across all regions. PV current derating At 50% to 90% output voltage, maximum output current is 80% of rated; it rises to 100% at 95%, stays 100% to 100%, then declines to 80% at 125% voltage. PC connection / range Apply external DC voltage between CN1 pin 11 (PC) and pin 14 (-V signal); specified current-level programming range is 20% to 100% of rated current. PC graph / low-current boundary The graph shows a 110% region below the 0.4 V transition, 20% from 0.4 to 1 V, then a non-linear relationship to 100% at 4.7 V, remaining 100% to 5 V. The 110% region is not an extension of the specified 20% to 100% programming range. At a much lower programmed current, constant-current operation may produce higher current ripple. The below-80%-of-Vset shutdown after 5 seconds still applies. Follow the sense wiring for either local or remote operation. PV, PC and address signals are non-isolated and referenced to -V signal; auxiliary/control-alarm returns use GND-AUX where specified. Remote Control, Auxiliary Power and Alarms Remote ON/OFF Short CN1 pin 4 (Remote ON/OFF) to pin 3 (+5V-AUX) for ON; open for OFF. The pin table specifies ON 4.5 to 5.5 V, OFF -0.5 to 0.5 V; maximum input 5.5 V, referenced to GND-AUX. Auxiliary outputs CN1 pin 1: +12V-AUX up to 0.8 A; pin 3: +5V-AUX up to 0.3 A; return pin 2 GND-AUX. Both have ORing diodes and remain available independently of remote ON/OFF. Auxiliary limits as printed The specification gives ±10% tolerance for both auxiliaries, with ripple 450 mVp-p for 12 V and 150 mVp-p for 5 V. The pin table separately lists 10.6 to 13.2 V and 4.5 to 5.5 V; confirm the 12 V lower-limit discrepancy for tolerance-sensitive loads. DC-OK, active-low pin 5 High 3.5 to 5.5 V when Vout <=77% ±5%; low -0.5 to 0.5 V when Vout >=80% ±5%, as printed. Isolated TTL output referenced to GND-AUX. T-ALARM, pin 6 High 3.5 to 5.5 V above the internal temperature-alarm limit or on fan failure; low -0.5 to 0.5 V when internal temperature and fan are normal. Isolated TTL, referenced to GND-AUX. Alarm-current specification boundary The function page states maximum sink current 10 mA, while the pin table states maximum sourcing current 10 mA, output only. Confirm interface loading before wiring; the two statements do not establish bidirectional 10 mA drive. Status LED Green: normal. Steady red: abnormal OTP, OLP or fan failure. Flashing red: internal temperature reaches 60°C, while operation continues without entering OTP. The LED note states that the 60°C warning is also sent through the PMBus interface. That PMBus notification applies to the PM option; it does not establish PMBus on blank or CAN variants. The 60°C indication refers to internal temperature, not a new ambient operating limit. CN1 and CN500 Pin Assignments CN1 pins 1 to 6 1: +12V-AUX; 2: GND-AUX, isolated from main +V/-V; 3: +5V-AUX; 4: Remote ON/OFF; 5: active-low DC-OK; 6: T-ALARM. CN1 pins 7 / 8 / 9 NC / NC / NC on this standard blank-suffix model. CN1 pins 10 / 11 / 12 10: NC, reserved; 11: PC; 12: PV. CN1 pins 13 / 14 / 15 / 16 13: +V signal; 14: -V signal; 15: +S; 16: -S. Pins 13/14 are sense/function signals and must not be connected directly as load power terminals. CN500 pins 1 to 6 1/2: DA; 3/4: DB, differential digital parallel-control signals. 5/6: -V signal for local-sense/function reference, not direct load connection. CN500 pins 7 / 8 7: NC; 8: NC on this standard model. SW1 pins 1 / 2 Terminal-resistance selector for DA/DB parallel-control signals. Use the connector orientation shown in the complete drawing: CN1 has odd pins 1 to 15 on one row and even pins 2 to 16 on the other; CN500 is shown with 8/2 and 7/1 at its row ends. Do not infer pin orientation from an unreferenced cable view. Parallel Operation and Termination Unit count / continuous-current limit Up to five units. Maximum parallel output current = rated current per unit x number of units x 0.9. Use 67 A as this model's per-unit rating. Voltage matching / load boundary Match output voltages to <0.2 V difference. Below 5% of combined rated current, sharing may be unbalanced; light-load ripple may exceed the specification until output load exceeds 5%. Power / signal connections Use short, large-diameter power wiring to the common load. Connect DA, DB and -V signal among units through CN500 as illustrated; twist long signal lines in pairs. CN500 / SW1 settings One unit: CN500 unconnected, SW1 ON. Two units: both connected and ON. Three, four or five units: all CN500 connected; SW1 ON only on the first and last unit, OFF on intermediate units. The series feature list states up to 16000 W (4+1). Usable continuous output must still satisfy the 0.9 current equation and all individual input, thermal and voltage-programming derating. This headline is not an unconditional 16000 W load rating. Follow the complete parallel/sense diagram and the local/remote-sense instructions. Long parallel cables can add noise to communication; the manufacturer recommends appropriate filtering parts, but these pages give no specific filter part number. Dimensions, Mounting and Mating Connectors Body / case / drawing units 325.8 x 107 x 41 mm (L x W x H), 1U, case 256; mechanical drawing units mm, tolerance ±0.5 mm. Mounting holes / depth / torque Bottom hole group 1: 3-M3, maximum penetration 4 mm, recommended torque 6 to 8 kgf-cm. Side group 2: 2-M4 L=5 on each illustrated side, maximum penetration 5 mm, torque 7 to 10 kgf-cm. Drawing references Side fixing span 276 mm; the base drawing includes 16, 46, 241.5, 97.9 and 53.5 mm locating dimensions. Use the complete drawing for individual hole locations and projecting brackets. AC input terminals Pin 1: FG / protective earth; pin 2: AC/N; pin 3: AC/L. Maximum terminal mounting torque 8 kgf-cm. Output connection / airflow Connect the marked +V and -V power bars, which have 6.5 mm holes. The top view marks -V and +V projections of 28 mm and 38 mm respectively; the 12 mm maximum callout belongs to the AC input terminal projection. Use the complete drawing for exact geometry. Keep the illustrated front-to-rear airflow unobstructed. CN1 connector / mating housing HRS DF11-16DP-2DS / HRS DF11-16DS, or equivalents. CN500 connector / mating housing HRS DF11-8DP-2DS / HRS DF11-8DS, or equivalents. Mating contact family HRS DF11-**SC, or equivalent, is the printed contact family for both connectors. DF11-**SC contains a wildcard rather than a complete orderable contact suffix; select the exact contact for the intended wire and housing. The mating housings are connection references, not a statement that they are included. No included harness, jumper or accessory quantity is specified here. Required local-sense links and ON/OFF contact wiring are not proof of factory-fitted jumpers. The mounting-screw penetration is into the chassis, as illustrated. Body dimensions do not include every projecting connection or bracket shown. The manufacturer refers installation details to its installation manual; do not substitute another series' mounting requirements. Safety, EMC and Reliability Listed safety standards UL62368-1; CSA C22.2 No.62368-1; TUV BS EN/EN62368-1; EAC TP TC 004. Dielectric withstand Input-output 3 kVAC; input-FG 2 kVAC; output-FG 1.5 kVAC. Insulation resistance 100 MΩ for input-output, input-FG and output-FG at 500 VDC, 25°C and 70% RH. EMC emission BS EN/EN55032 (CISPR32): conducted Class B, radiated Class A. Harmonics BS EN/EN61000-3-2 Class A; flicker BS EN/EN61000-3-3. EMC immunity BS EN/EN55035 and BS EN/EN61000-6-2. ESD -4-2: Level 3, 8 kV air / Level 2, 4 kV contact; radiated -4-3: Level 3; EFT/burst -4-4: Level 3; conducted -4-6: Level 3; magnetic field -4-8: Level 4. Surge / dips / interruptions BS EN/EN61000-4-5: 2 kV line-line, 4 kV line-earth. -4-11: >95% dip for 0.5 periods; 30% dip for 25 periods; >95% interruption for 250 periods. MTBF, minimum 502.9K hours, Telcordia SR-332 (Bellcore); 44.9K hours, MIL-HDBK-217F at 25°C. EMC testing used a 600 x 900 mm metal plate, 1 mm thick. The supply is a component; the final equipment must be reconfirmed against applicable EMC requirements. MTBF is statistical, not a service-life guarantee. Weight and Manufacturer Notes Per-unit catalog packing reference 2.76 kg (2760 g), from the PACKING entry; not a separately measured net or shipment weight. Full packing entry 2.76 kg; 4 pcs / 12 kg / 0.81 CUFT. Datasheet version / warranty statement DPU-3200-SPEC, 2024-09-04. The manufacturer datasheet lists 5 years warranty; this adds no separate seller warranty. The catalog lists blank-suffix stock models and PM/CAN options by request; this describes the manufacturer's model program, not current seller inventory. Confirm the ordered communication and coating configuration.

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MEAN WELL DPU-3200-24 is a 1U enclosed AC/DC power supply rated at 3192 W, 24 V and 133 A. The blank suffix specifies no communication protocol. Active PFC, fan cooling, PV/PC programming and current sharing support controlled power applications within the model's derating limits. Product Datasheet Download MEAN WELL DPU-3200 Datasheet (PDF) The DPU-3200 section is on PDF pages 1, 2, 3, 4, 5, 6, 7, 8. Refer to the complete mechanical drawings and notes when planning installation. Model Code and Configuration Complete model / voltage code DPU-3200-24; 24 denotes a nominal 24 V single output. Series / nominal power class DPU identifies the series; 3200 is the nominal power class. This model is rated at 3192 W, not an assumed 3200 W. Communication configuration No communication protocol. The blank suffix is the standard version; it does not include PMBus or CANBus. Optional coating Conformal coating is optional; the listed SKU alone does not establish that coating is fitted. This 1U enclosed AC/DC supply has active PFC, thermostatically controlled DC-fan cooling, remote sensing, voltage/current programming, remote ON/OFF, auxiliary outputs, alarms and active current sharing. The series advertises power density up to 37 W/in³. Output and Input Ratings DC output / rated power 24 V; 133 A rated; current range 0 to 133 A; 3192 W. Local voltage adjustment 23.5 to 30 V via the built-in potentiometer. Ripple/noise / regulation Maximum 300 mVp-p; tolerance ±1.0%; line regulation ±0.5%; load regulation ±0.5%. Efficiency, typical 93.5%, measured at 75% load. Setup / rise / hold-up 1500 ms / 60 ms at 230 VAC, full load. Typical hold-up: 16 ms at 230 VAC, 75% load; 9 ms at 230 VAC, full load. Input voltage / frequency 90 to 264 VAC or 127 to 370 VDC; 47 to 63 Hz for AC input. Apply low-input derating. Power factor / AC current, typical 0.97 / 17 A at 230 VAC, full load. Inrush / leakage Typical cold-start inrush 55 A at 230 VAC; leakage <2 mA at 230 VAC. Power-conversion blocks Active inrush-current limiting, PFC 110 kHz, PWM 90 kHz and output ORING FET are shown. Default test conditions are 230 VAC input, rated load and 25°C ambient unless stated otherwise. Efficiency is specifically measured at 75% load. Tolerance includes setup, line and load regulation. Ripple/noise uses 20 MHz bandwidth and a 12-inch twisted pair terminated by parallel 0.1 uF and 47 uF capacitors. Under variable-load or parallel operation, light-load ripple may exceed the specification; the note states normal ripple returns above 5% output load. PV operation can slightly exceed the ripple rating under some conditions. Protection and Operating Limits Overload / short circuit Short-circuit protection is listed. Overload is 105% to 115% of rated current: constant-current limiting, followed by output shutdown after 5 seconds. After output voltage falls, re-power to recover. Over-voltage protection 31.5 to 37.5 V; shutdown, re-power to recover. Over-temperature / low-output shutdown Over-temperature shutdown recovers automatically after cooling. Output below 80% of Vset for 5 seconds causes shutdown; re-power to recover. Temperature / cooling -30°C to +70°C, with derating; forced air from the built-in thermostatically controlled DC fan. Temperature curve, horizontal 100% load through 50°C, declining to 50% at 70°C. The -30°C to -25°C region is marked 230 VAC input only. Use the complete curve, not the temperature range as a full-load guarantee. Input curve, 60 Hz 50% load at 90 VAC, rising to 100% at 180 VAC; 100% from 180 to 264 VAC. At 90 VAC this model is limited to 1596 W / 66.5 A. Humidity / storage Working: 20% to 90% RH non-condensing. Storage: -40°C to +85°C, 10% to 95% RH non-condensing. Temperature coefficient / vibration ±0.03%/°C over 0°C to 50°C. Vibration: 10 to 500 Hz, 2 G, 10 minutes/cycle, 60 minutes each along X, Y and Z. Altitude derating Above 2000 m, reduce allowed ambient temperature by 5°C per 1000 m for this fan-cooled model. Apply temperature, low-input, PV/current and parallel limits together. The 48 V efficiency-versus-load graph is measured at 230 VAC; it is a typical curve for that voltage model, not a guarantee for the 24 V model. Sense and Analog Programming Remote / local sense Remote: CN1 pin 15 (+S) to load positive, pin 16 (-S) to load negative; twist the sense pair. Compensation is up to 0.5 V. Without remote sense, connect pin 15 to pin 13 (+V signal) and pin 16 to pin 14 (-V signal). PV connection / range Apply external DC voltage between CN1 pin 12 (PV) and pin 14 (-V signal); nominal-voltage programming range is 50% to 125%. PV graph anchors The graph shows 100% below the 0.4 V transition, 50% from 0.4 to 1 V, rising from 50% at 1 V to 125% at 4.7 V, then 125% to 5 V. Use the plotted relationship and transition, not one conversion across all regions. PV current derating At 50% to 90% output voltage, maximum output current is 80% of rated; it rises to 100% at 95%, stays 100% to 100%, then declines to 80% at 125% voltage. PC connection / range Apply external DC voltage between CN1 pin 11 (PC) and pin 14 (-V signal); specified current-level programming range is 20% to 100% of rated current. PC graph / low-current boundary The graph shows a 110% region below the 0.4 V transition, 20% from 0.4 to 1 V, then a non-linear relationship to 100% at 4.7 V, remaining 100% to 5 V. The 110% region is not an extension of the specified 20% to 100% programming range. At a much lower programmed current, constant-current operation may produce higher current ripple. The below-80%-of-Vset shutdown after 5 seconds still applies. Follow the sense wiring for either local or remote operation. PV, PC and address signals are non-isolated and referenced to -V signal; auxiliary/control-alarm returns use GND-AUX where specified. Remote Control, Auxiliary Power and Alarms Remote ON/OFF Short CN1 pin 4 (Remote ON/OFF) to pin 3 (+5V-AUX) for ON; open for OFF. The pin table specifies ON 4.5 to 5.5 V, OFF -0.5 to 0.5 V; maximum input 5.5 V, referenced to GND-AUX. Auxiliary outputs CN1 pin 1: +12V-AUX up to 0.8 A; pin 3: +5V-AUX up to 0.3 A; return pin 2 GND-AUX. Both have ORing diodes and remain available independently of remote ON/OFF. Auxiliary limits as printed The specification gives ±10% tolerance for both auxiliaries, with ripple 450 mVp-p for 12 V and 150 mVp-p for 5 V. The pin table separately lists 10.6 to 13.2 V and 4.5 to 5.5 V; confirm the 12 V lower-limit discrepancy for tolerance-sensitive loads. DC-OK, active-low pin 5 High 3.5 to 5.5 V when Vout <=77% ±5%; low -0.5 to 0.5 V when Vout >=80% ±5%, as printed. Isolated TTL output referenced to GND-AUX. T-ALARM, pin 6 High 3.5 to 5.5 V above the internal temperature-alarm limit or on fan failure; low -0.5 to 0.5 V when internal temperature and fan are normal. Isolated TTL, referenced to GND-AUX. Alarm-current specification boundary The function page states maximum sink current 10 mA, while the pin table states maximum sourcing current 10 mA, output only. Confirm interface loading before wiring; the two statements do not establish bidirectional 10 mA drive. Status LED Green: normal. Steady red: abnormal OTP, OLP or fan failure. Flashing red: internal temperature reaches 60°C, while operation continues without entering OTP. The LED note states that the 60°C warning is also sent through the PMBus interface. That PMBus notification applies to the PM option; it does not establish PMBus on blank or CAN variants. The 60°C indication refers to internal temperature, not a new ambient operating limit. CN1 and CN500 Pin Assignments CN1 pins 1 to 6 1: +12V-AUX; 2: GND-AUX, isolated from main +V/-V; 3: +5V-AUX; 4: Remote ON/OFF; 5: active-low DC-OK; 6: T-ALARM. CN1 pins 7 / 8 / 9 NC / NC / NC on this standard blank-suffix model. CN1 pins 10 / 11 / 12 10: NC, reserved; 11: PC; 12: PV. CN1 pins 13 / 14 / 15 / 16 13: +V signal; 14: -V signal; 15: +S; 16: -S. Pins 13/14 are sense/function signals and must not be connected directly as load power terminals. CN500 pins 1 to 6 1/2: DA; 3/4: DB, differential digital parallel-control signals. 5/6: -V signal for local-sense/function reference, not direct load connection. CN500 pins 7 / 8 7: NC; 8: NC on this standard model. SW1 pins 1 / 2 Terminal-resistance selector for DA/DB parallel-control signals. Use the connector orientation shown in the complete drawing: CN1 has odd pins 1 to 15 on one row and even pins 2 to 16 on the other; CN500 is shown with 8/2 and 7/1 at its row ends. Do not infer pin orientation from an unreferenced cable view. Parallel Operation and Termination Unit count / continuous-current limit Up to five units. Maximum parallel output current = rated current per unit x number of units x 0.9. Use 133 A as this model's per-unit rating. Voltage matching / load boundary Match output voltages to <0.2 V difference. Below 5% of combined rated current, sharing may be unbalanced; light-load ripple may exceed the specification until output load exceeds 5%. Power / signal connections Use short, large-diameter power wiring to the common load. Connect DA, DB and -V signal among units through CN500 as illustrated; twist long signal lines in pairs. CN500 / SW1 settings One unit: CN500 unconnected, SW1 ON. Two units: both connected and ON. Three, four or five units: all CN500 connected; SW1 ON only on the first and last unit, OFF on intermediate units. The series feature list states up to 16000 W (4+1). Usable continuous output must still satisfy the 0.9 current equation and all individual input, thermal and voltage-programming derating. This headline is not an unconditional 16000 W load rating. Follow the complete parallel/sense diagram and the local/remote-sense instructions. Long parallel cables can add noise to communication; the manufacturer recommends appropriate filtering parts, but these pages give no specific filter part number. Dimensions, Mounting and Mating Connectors Body / case / drawing units 325.8 x 107 x 41 mm (L x W x H), 1U, case 256; mechanical drawing units mm, tolerance ±0.5 mm. Mounting holes / depth / torque Bottom hole group 1: 3-M3, maximum penetration 4 mm, recommended torque 6 to 8 kgf-cm. Side group 2: 2-M4 L=5 on each illustrated side, maximum penetration 5 mm, torque 7 to 10 kgf-cm. Drawing references Side fixing span 276 mm; the base drawing includes 16, 46, 241.5, 97.9 and 53.5 mm locating dimensions. Use the complete drawing for individual hole locations and projecting brackets. AC input terminals Pin 1: FG / protective earth; pin 2: AC/N; pin 3: AC/L. Maximum terminal mounting torque 8 kgf-cm. Output connection / airflow Connect the marked +V and -V power bars, which have 6.5 mm holes. The top view marks -V and +V projections of 28 mm and 38 mm respectively; the 12 mm maximum callout belongs to the AC input terminal projection. Use the complete drawing for exact geometry. Keep the illustrated front-to-rear airflow unobstructed. CN1 connector / mating housing HRS DF11-16DP-2DS / HRS DF11-16DS, or equivalents. CN500 connector / mating housing HRS DF11-8DP-2DS / HRS DF11-8DS, or equivalents. Mating contact family HRS DF11-**SC, or equivalent, is the printed contact family for both connectors. DF11-**SC contains a wildcard rather than a complete orderable contact suffix; select the exact contact for the intended wire and housing. The mating housings are connection references, not a statement that they are included. No included harness, jumper or accessory quantity is specified here. Required local-sense links and ON/OFF contact wiring are not proof of factory-fitted jumpers. The mounting-screw penetration is into the chassis, as illustrated. Body dimensions do not include every projecting connection or bracket shown. The manufacturer refers installation details to its installation manual; do not substitute another series' mounting requirements. Safety, EMC and Reliability Listed safety standards UL62368-1; CSA C22.2 No.62368-1; TUV BS EN/EN62368-1; EAC TP TC 004. Dielectric withstand Input-output 3 kVAC; input-FG 2 kVAC; output-FG 1.5 kVAC. Insulation resistance 100 MΩ for input-output, input-FG and output-FG at 500 VDC, 25°C and 70% RH. EMC emission BS EN/EN55032 (CISPR32): conducted Class B, radiated Class A. Harmonics BS EN/EN61000-3-2 Class A; flicker BS EN/EN61000-3-3. EMC immunity BS EN/EN55035 and BS EN/EN61000-6-2. ESD -4-2: Level 3, 8 kV air / Level 2, 4 kV contact; radiated -4-3: Level 3; EFT/burst -4-4: Level 3; conducted -4-6: Level 3; magnetic field -4-8: Level 4. Surge / dips / interruptions BS EN/EN61000-4-5: 2 kV line-line, 4 kV line-earth. -4-11: >95% dip for 0.5 periods; 30% dip for 25 periods; >95% interruption for 250 periods. MTBF, minimum 502.9K hours, Telcordia SR-332 (Bellcore); 44.9K hours, MIL-HDBK-217F at 25°C. EMC testing used a 600 x 900 mm metal plate, 1 mm thick. The supply is a component; the final equipment must be reconfirmed against applicable EMC requirements. MTBF is statistical, not a service-life guarantee. Weight and Manufacturer Notes Per-unit catalog packing reference 2.76 kg (2760 g), from the PACKING entry; not a separately measured net or shipment weight. Full packing entry 2.76 kg; 4 pcs / 12 kg / 0.81 CUFT. Datasheet version / warranty statement DPU-3200-SPEC, 2024-09-04. The manufacturer datasheet lists 5 years warranty; this adds no separate seller warranty. The catalog lists blank-suffix stock models and PM/CAN options by request; this describes the manufacturer's model program, not current seller inventory. Confirm the ordered communication and coating configuration.

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