MEAN WELL SHP-10K-380L is a programmable three-phase AC/DC power supply with CANBus and water cooling (L type). It has a 380 V, 26.3 A factory setting and a catalogue-rated maximum of 10000 W; usable output depends on voltage, current and cooling limits.
Product Datasheet
Download MEAN WELL SHP-10K-HV Datasheet (PDF)
The SHP-10K-HV section is on PDF pages 26, 27, 28, 29, 30, 31, 32, 33, 34, 35, 36, 37, 38, 39, 40. Refer to the complete mechanical drawings and notes when planning installation.
Model and selected configuration
| Complete model |
SHP-10K-380L |
| Series and output code |
SHP-10K-HV programmable AC/DC power supply; 380 denotes the factory-default output voltage. The 10K family name is not a guarantee of 10000 W for every voltage version. |
| Cooling and communication |
Water cooling (l type); Standard CANBus communication. |
The manufacturer lists a 5-year warranty for this series; this is a datasheet statement, not an additional seller warranty or a promise of stock.
Output ratings
| Factory-default output |
380 V DC; 26.3 A. |
| Maximum rated power and current range |
10000 W catalogue-rated maximum; current range 0–30 A. Observe the voltage-dependent current limit and maximum power together. |
| Full-power voltage / local adjustment |
Full-power voltage range 334–400 V; built-in potentiometer adjustment 260–400 V. |
| Ripple and noise / regulation |
1 Vp-p maximum; voltage tolerance ±1.0%; line regulation ±0.5%; load regulation ±0.5%. |
| Timing |
Setup 3000 ms and rise 100 ms at full load. Typical hold-up: 20 ms at 400 VAC and full load. |
Factory-default voltage and current are separately rounded catalogue entries; the permitted load must also remain within the printed maximum power and applicable derating curves. Ripple is measured with 20 MHz bandwidth using a 12-inch twisted pair terminated with parallel 0.1 µF and 47 µF capacitors. Voltage tolerance includes setup, line and load regulation.
Three-phase input
| Supply and frequency |
340–530 VAC, 47–63 Hz: three-phase 3-wire delta or Y, or three-phase 4-wire Y. Neutral is not required. |
| Typical efficiency / power factor |
96.5% efficiency at 480 VAC; power factor ≥0.98 at 400/480 VAC and full load. |
| Typical AC current / inrush |
15.7 A at 400 VAC; 13 A at 480 VAC. Typical inrush: 40 A at 400 VAC; 65 A at 480 VAC. |
| Leakage and input curve |
Leakage current <6.5 mA peak at 530 VAC. The 60 Hz static-characteristics graph shows 100% load over 340–530 VAC, subject to the other operating limits. |
Connect R/S/T to L1/L2/L3 and protective earth to FG as shown in the three-phase diagrams. TB1: pin 1 FG, pin 2 AC/L1, pin 3 AC/L2, pin 4 AC/L3; maximum terminal mounting torque 18 kgf·cm. The four-wire Y drawing leaves neutral unconnected.
Protection and operating limits
| Overload and short circuit |
Short-circuit protection is listed. Overload operates at 100–105% of rated output current with constant-current limiting; the unit shuts down after 5 seconds. Reapply power to recover. |
| Overvoltage |
420–480 V; output shutdown, followed by power recycling to recover. |
| Overtemperature |
Output shutdown with automatic recovery after temperature falls. Observe the separate PC/communication thermal derating and cooling requirements. |
Cooling and environmental limits
Working temperature −30 to +70°C with derating; working humidity 20–90% RH, non-condensing. Storage: −40 to +85°C and 10–95% RH, non-condensing. Temperature coefficient ±0.03%/°C from 0 to 50°C. Vibration: 10–500 Hz, 2 G, 10 minutes per cycle, 60 minutes each along X, Y and Z.
The horizontal ambient-temperature graph permits 100% load from −30 to +50°C, then decreases to 50% at +70°C. It does not permit full power throughout the entire working-temperature range.
The water-cooled case-temperature graph separately limits this 380 V version to 50°C at the marked Tcase point. Keep both case and ambient conditions within their curves.
For the alternative L-type arrangement with two 85 CFM fans, the curve permits only 50% load from −30 to +40°C, decreasing to 25% at +50°C. Place the fans 100 mm from the end shown and direct air toward the unit. This is a derated external-fan arrangement, not the standard forced-air model rating.
Above 2000 m, the datasheet reduces permissible ambient temperature by 3.5°C per additional 1000 m for fanless models, or 5°C per 1000 m for models with a fan. Apply the rule for the installed cooling arrangement.
Output-voltage programming
| Local control / PV selection |
DIP-SW1 position 3 OFF selects local SVR adjustment; ON selects external voltage programming through CN53. |
| PV range and reference |
External control 0–5 V DC between CN53 PV+ (pins 3/4) and −V(Signal) (pins 1/2). The plotted working range is 50–120% of the 334 V programming reference, with printed output endpoints 167 and 400 V. |
The PV relationship is marked non-linear: the chart marks 1 V control at 50% and 4.7 V control at 120%. Use the complete curve rather than one assumed linear conversion; the factory 380 V setting and the programming reference are different entries where applicable.
The current envelope is 70% in the low-voltage region below 300.6 V, then 100% from 300.6 to 334 V, falling to 83.3% at 400 V. Follow the plotted transition and power ceiling. PV operation may slightly increase ripple beyond the specification.
Constant-current programming
| PC selection and range |
DIP-SW1 position 2 OFF uses the default overload-protection setting; ON enables PC. Apply 0–5 V DC to CN53 PC+ (pins 5/6), referenced to −V(Signal) (pins 1/2). The allowed current setting is 20–100%, with 100% defined as 30 A. |
The PC diagram is non-linear and marks 1 V control at 20% and 4.7 V at 100%; do not extend the allowed operating range to the graph beyond 100%. At output power below 4 kW in PC mode, burst operation can make output unstable; increasing load can reduce the effect.
Automatic thermal derating applies in PC mode and under communication control. T1 is the typical maximum full-load ambient temperature and T2 is T1 + 5°C; the graph reduces load from 100% at T1 to 50% at T2. Use this curve together with the applicable cooling limits.
Parallel operation
Built-in active current sharing supports up to four units. Use short, large-diameter output wiring. The unit with the highest output voltage becomes master and defines the DC bus voltage. Maximum total current = rated current per unit × number of units × 0.95; also respect each unit’s voltage-dependent current and power limits.
Below 5% of total rated current, current sharing may be unbalanced. Parallel-operation ripple can exceed the specification at light load and returns to the normal level above 5% load.
Connect the CN53 −V(Signal), DB and DA circuits exactly as Figure 6.1 shows; DB is pins 7/8 and DA is pins 9/10. Twist long signal leads in pairs to reduce noise.
The general mode diagram shows DIP-SW1 position 1 OFF for non-parallel operation and ON for parallel operation. For the actual sharing chain, use the dedicated connection table: one unit has CN53 unconnected and SW1-1 ON; two connected units use ON/ON; three use ON/OFF/ON; four use ON/OFF/OFF/ON. Do not replace the chain-specific settings with a blanket switch setting.
Control connector CN53
CN53 is HRS DF11-10DP-2DS or equivalent. Pins 1/2 are −V(Signal), the local-sense and function reference; they must not connect directly to the load. Pins 3/4 are PV+, pins 5/6 PC+, pins 7/8 DB and pins 9/10 DA. These signals are non-isolated and referenced to −V(Signal).
Mating housing: HRS DF11-10DS or equivalent; terminal: HRS DF11-**SC or equivalent. The printed **SC entry is a terminal-family designation, not a verified complete ordering suffix. Select the exact compatible terminal for the application.
Isolated control connector CN86
CN86 is HRS DF11-18DP-2DS or equivalent, with HRS DF11-18DS mating housing and HRS DF11-**SC terminals or equivalents. No specific terminal suffix or included harness quantity is stated. CN86 signals are isolated from the main output and referenced to GND-AUX.
Pin 1 Remote ON/OFF connects by dry contact to pin 2 +5V-AUX: closed/shorted, 4.5–5.5 V, turns output ON; open, 0–0.5 V, turns it OFF. Maximum Remote input is 5.5 V. Pin 2 provides 4.5–5.5 V referenced to GND-AUX solely for Remote ON/OFF and remains available when Remote disables output.
Pin 3 T-ALARM: high 3.5–5.5 V when the internal temperature exceeds the alarm limit; low −0.5 to +0.5 V when normal. Pin 5 Fan Fail: high for fan failure, low for normal fan operation; this signal does not imply that an L model contains a built-in fan.
Pin 7 DC-OK: high 3.5–5.5 V when output is at or below the 80% ±6% threshold; low −0.5 to +0.5 V when output is at or above that threshold. Minimize unnecessary voltage difference between the power supply and load to avoid false DC-OK triggering.
Pin 9 AC-OK: high 3.5–5.5 V when AC input is at least 335 VAC ±1.5% and the unit operates normally; low −0.5 to +0.5 V when AC input is at most 320 VAC ±1.5% and the unit shuts down. T-ALARM, Fan Fail, DC-OK and AC-OK are outputs with maximum sourcing current 10 mA each; AC-OK polarity differs from the other three.
Pins 11/12 and 13/14 carry CANL and CANH, respectively, for this CANBus configuration. Pins 4/6/8/10 and 17/18 are GND-AUX. Pins 15/16 provide +12V-AUX, 11.4–12.6 V, up to 1 A, referenced to pins 17/18; typical listed tolerance is ±5% and specified ripple is 150 mVp-p. This auxiliary output is not switched by Remote ON/OFF.
Communication addressing and indicators
Standard CANBus communication. DIP-SW81 positions 1/2/3 are address bits A0/A1/A2, supporting up to eight interface addresses. Position 4 (RL) connects the 120 Ω termination resistor when ON and disconnects it when OFF; this termination is specified for CANBus and MODBus.
Green LED1 illuminates when output voltage is OK. Red LED2 illuminates when protection operates. DIP-SW1 positions 1/2/3 serve DA/DB parallel control, PC and PV respectively.
Dimensions and installation
| Dimensions and unit reference mass |
460 × 216 × 83.5 mm (L × W × H), Case No. 295. Catalogue PACKING reference: 10.15 kg per unit (10150 g); this is not a measured net-weight claim. |
| Mounting drawing |
Four Ø7.5 mounting openings and two Ø15 access openings are shown. Use the complete L-type drawing for hole locations and the marked Tcase measurement point; do not apply the blank-type M4 hole pattern to this chassis. |
The mechanical drawing places the 18 mm maximum projection at the AC-input terminal end. Observe +V and −V output polarity and the exact busbar geometry in the full drawing; terminal dimensions are not interchangeable with mounting-hole locations.
Temporarily remove Screw A only for the specified withstand-voltage and insulation-resistance tests, and reinstall it after testing.
Optional cold plate and cooling installation
| Compatible cold plate |
PGG1WHS-684 is the optional cold plate shown for the L model. Contact MEAN WELL for ordering details; it is not stated to be included with the power supply. |
| Published water-cooling conditions |
Ambient 50°C; inlet coolant 5–15°C; flow entry 4–10 L/min (labelled minimum); 20–90% RH non-condensing; pressure-drop entry 6 psi minimum; inlet pressure 80 psi maximum. |
Apply thermal grease between the power supply and cold plate: thermal conductivity at least 1 W/(m·K), thickness no more than 0.3 mm. The installation figure shows four M6 screws plus two M6 combination screws with L >7 mm; use the full plate drawing for the M6×16 callout and exact mounting geometry rather than treating it as a universal chassis penetration depth.
The cold-plate drawing shows a 505 × 165.5 mm plate outline and a 478 mm hole coordinate measured from the left edge. Pipe fittings protrude beyond the plate; water inlet and outlet are identified. No separate codes or included quantities are stated for coolant plumbing, pump or external fans.
Use the condensation-safe operating chart for the actual ambient temperature, room humidity and coolant temperature (curves 15, 20, 25, 30, 35, 38, 40 and 45°C). Remain within its safe operating area and the water-cooling and case-temperature limits; the general ambient rating alone does not establish condensation-free operation.
Safety, EMC and reliability
| Safety and isolation |
UL62368-1, CAN/CSA C22.2 No. 62368-1, TUV BS EN/EN62368-1 and EAC TP TC 004 are listed. Withstand: input–output 3.75 kVAC, input–FG 2 kVAC, output–FG 1.25 kVAC. |
| Insulation and MTBF |
Insulation resistance: 100 MΩ at 500 VDC, 25°C and 70% RH for input–output, input–FG and output–FG. MTBF: 281.2k hours minimum Telcordia SR-332; 28k hours minimum MIL-HDBK-217F at 25°C. |
Conducted and radiated emissions: BS EN/EN55032 (CISPR32) and EN55011 (CISPR11), Class A. Harmonic current: BS EN/EN61000-3-2; flicker: BS EN/EN61000-3-3. Immunity references: EN55024, EN61204-3 and EN61000-6-2.
Immunity test levels: EN61000-4-2 ESD level 3, 8 kV air, and level 2, 4 kV contact; -4-3 radiated level 3; -4-4 EFT/burst level 3; -4-5 surge level 4, 4 kV line–earth, and level 3, 2 kV line–line; -4-6 conducted level 3; -4-8 magnetic field level 4. EN61000-4-11: >95% dip for 0.5 periods, 30% dip for 25 periods, and >95% interruption for 250 periods.
This power supply is a component for installation in final equipment. EMC tests used a 600 × 900 × 1 mm metal plate; the final equipment must be checked again for EMC compliance.
Measurement and application notes
Unless otherwise stated, specifications are measured at 400 VAC input, rated load and 25°C ambient. The efficiency entry uses 480 VAC. The 380 V efficiency-versus-load graph is specifically for that model and the labelled 400/480 VAC and 334/380 VDC output conditions, not a guaranteed efficiency for every setting.
At light load, output ripple can exceed the specification; increasing load reduces the effect. Apply all output-current, maximum-power, cooling, input and programming limits together.
