Mitsubishi IPM Distributor | G1 and V1 Series Lineup
Genuine Mitsubishi Electric G1 and V1 series IPM intelligent power modules from 650 V to 1200 V for servo, inverter and compressor drives.
Mitsubishi IPM Overview
BeiLuo supplies genuine Mitsubishi Electric IPM intelligent power modules, which integrate a three-phase inverter bridge with its dedicated drive circuit and protection in one isolated package. The G1 and V1 series cover 650 V and 1200 V classes from about 25 A to 800 A, in 6in1, 7in1 and 2in1 configurations, so a designer can match the power stage to the application with a single part. An IPM contains the gate drive, the short-circuit protection, the undervoltage protection and the over-temperature detection, and it reports a fault through an output so the controller can shut down safely. That integration removes the isolated gate-drive design and the discrete fault circuitry from the customer's board, which is why IPMs dominate compact motor drives such as industrial servos, general-purpose inverters, compressors and appliances. Mitsubishi Electric's CSTBT chip and optimized package keep conduction and switching loss low while the built-in current and temperature sensors simplify control. Every module BeiLuo ships is factory-traceable and includes an import declaration, a certificate of origin and a RoHS compliance file. Our FAE team helps you choose the voltage class, current, configuration and package, review the control and fault interface, and confirm the thermal path. Selecting an IPM is mostly about matching the voltage and current to your motor, choosing the configuration for your topology, and confirming the protection interface your controller expects.
Mitsubishi IPM Product Range
In-stock IPM series available now, each with import documentation and FAE support. Click a model for full specifications and purchase information.
| Model | VCES (V) | IC (A) | Series | Configuration | Protection |
|---|---|---|---|---|---|
| PM50CG1A120 | 1200 V | 50 A | G1 series | 6in1 | UV / SC / OT / Fault |
| PM100CG1B120 | 1200 V | 100 A | G1 series | 6in1 | UV / SC / OT / Fault |
| PM200DV1A120 | 1200 V | 200 A | V1 series | 2in1 | UV / SC / OT / Fault |
| PM450CG1C065 | 650 V | 450 A | G1 series | 6in1 | UV / SC / OT / Fault |
Frequently Asked Questions
How do I read the Mitsubishi IPM table?
Match VCES to your inverter bus, use IC for motor current, and read Series to see whether the part is a G1 or V1 series module. Configuration tells you the internal bridge, and Protection lists the built-in fault handling.
Then confirm the control interface against your controller.
What protection does a Mitsubishi IPM include?
A Mitsubishi Electric IPM integrates short-circuit protection, undervoltage protection and over-temperature detection, and it reports a fault through an output. That lets your controller shut down safely without external protection circuitry.
You still design the DC-link and thermal path, but the module guards the silicon.
Why choose an IPM instead of a bare module?
An IPM includes the drive circuit and the protection, so you drive it directly from a microcontroller and skip a separate gate-drive board and discrete fault circuitry. That saves board space, design time and cost in compact, high-volume drives.
Bare IGBT modules remain the choice for the highest current and custom topologies.
How do I plan the thermal design for an IPM?
Mount the module flat against a clean heatsink with a thin, uniform interface and verify the case temperature at full load. Respect the over-temperature threshold so the protection stays in reserve rather than active in normal operation.
Request a thermal review for your heatsink.
Documentation
Need a quote or samples?
Request pricing, samples or technical consultation for Mitsubishi IPM products. Our FAE team responds within one business day.
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