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$243.00
| Voltage | WPC | AH/kVA | Length | Width | Height | Weight |
|---|---|---|---|---|---|---|
| 600 V | N/A | 600 A | N/A | N/A | N/A | 910 g |
| Voltage | 600 V |
| WPC | N/A |
| Amp/H | 600 A |
| Length | N/A |
| Width | N/A |
| Height | N/A |
| Weight | 910 g |
The Mitsubishi Electric / Powerex PM600DSA060 is a high-current 600 V, 600 A Intelligent Power Module (IPM) that combines a dual IGBT half-bridge power stage, antiparallel fast-recovery diodes, optimized gate-drive circuitry, and integrated protection functions in a single industrial power module.
Unlike a conventional IGBT module that requires separate gate-driver and protection circuitry, the PM600DSA060 incorporates much of the critical switching control directly into the module. Integrated monitoring and protection functions include over-current, short-circuit, over-temperature, and control-supply under-voltage protection, helping protect both the semiconductor switches and the equipment in which the module is installed.
Its high-current dual-switch configuration forms a complete inverter leg suitable for UPS inverter stages, industrial power converters, servo and motion-control systems, high-power supplies, and other applications requiring fast switching and substantial current capability. The electrically isolated baseplate allows direct mounting to a heatsink while maintaining isolation between the power circuit and cooling assembly.
For legacy equipment, matching the complete PM600DSA060 part number is particularly important. An IPM replacement must match not only voltage, current, and mechanical dimensions, but also control-supply requirements, protection logic, fault outputs, control pinout, switching characteristics, and thermal performance.
| Parameter | Value |
| Manufacturer | Mitsubishi Electric / Powerex |
| Part Number | PM600DSA060 |
| Device Type | Intelligent Power Module (IPM) |
| Power Configuration | Dual IGBT half-bridge with antiparallel free-wheel diodes |
| Collector-Emitter Voltage (VCES) | 600 V |
| Collector Current (IC) | 600 A @ TC=25 °C |
| Peak Collector Current | Approximately 1200 A |
| Collector Dissipation (PC) | Approximately 1790 W |
| VCE(sat) | Approximately 1.8–1.9 V typical / 2.6–2.7 V maximum at rated current, depending on temperature |
| Gate Drive | Integrated gate-drive circuitry |
| Control Supply (VD) | 15 V nominal, approximately ±1.5 V operating tolerance |
| Over-Current Protection | Integrated; approximately 740–1000 A trip range |
| Short-Circuit Protection | Integrated; approximately 1000–1400 A trip range |
| Over-Temperature Protection | Integrated; approximately 100–120 °C trip range |
| Under-Voltage Protection | Integrated; approximately 11.5–12.5 V trip range |
| Recommended DC Bus | Up to approximately 400 V under recommended operating conditions |
| Recommended PWM Frequency | Approximately 5–20 kHz |
| Minimum Dead Time | Approximately 3.5 µs |
| IGBT Thermal Resistance RthJC | Approximately 0.07 °C/W |
| Diode Thermal Resistance RthJC | Approximately 0.13 °C/W |
| Case-to-Heatsink Thermal Resistance | Approximately 0.030 °C/W with suitable thermal compound |
| Isolation Test Voltage | 2500 V RMS / 1 minute, terminals-to-baseplate |
| Junction Temperature | Approximately −20 °C to +150 °C |
| Case Temperature Range | Approximately −20 °C to +100 °C |
| Storage Temperature | Approximately −40 °C to +125 °C |
| Approximate Dimensions | 130 × 110 × 41 mm class |
| Approximate Mass | 910 g |
| Main Power Terminals | M8 |
| Mounting Hardware | M6 |
| Main Terminal Torque | Approximately 8.83–10.8 N·m |
| Mounting Torque | Approximately 1.96–2.94 N·m |
| Baseplate | Electrically isolated flat base |
| Condition | Reclaimed Part |
| Module | Representative Applications | Replacement Notes |
| PM600DSA060 | UPS inverter stages; industrial inverters; servo and motion-control equipment; motor drives; high-power industrial power supplies | Confirm the exact PM600DSA060 part number, control pinout, 15 V drive supply, fault-output logic, dead-time requirements, mechanical footprint, terminal arrangement, and cooling requirements before substitution. |



