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POWEREX – CM600HA-24H – IGBT Power Transistor Module – 1200V 600A – Reclaimed Part

Manufacturer

OEM Part Number

CM600HA-24H

GPS Part Number

27-PRX-CM600HA-24H

Tags

Price:

$84.00

Specifications
Voltage WPC AH/kVA Length Width Height Weight
1200 V N/A 600 A N/A N/A N/A 600 – 800 g
Voltage 1200 V
WPC N/A
Amp/H 600 A
Length N/A
Width N/A
Height N/A
Weight 600 – 800 g
Powerex / Mitsubishi Electric — CM600HA-24H IGBT Power Module
1200 V • 600 A • 1200 A Pulsed • Single IGBT + Super-Fast Free-Wheel Diode • Isolated Baseplate • Reclaimed Part
What it is

The Powerex CM600HA-24H is a high-current 1200 V, 600 A single IGBT power module designed for demanding industrial power-conversion applications. It combines a high-power IGBT with an antiparallel super-fast free-wheel diode in a rugged screw-terminal package with an electrically isolated baseplate.

With twice the current capability of many 300 A modules in the same general application class, the CM600HA-24H is well suited for large UPS inverter and rectifier stages, high-horsepower industrial motor drives, DC-link choppers, welding systems, laser power supplies, energy-conversion equipment, and other high-current inverter systems. Its 1200 V blocking capability provides substantial voltage headroom for industrial DC bus applications.

The single-switch configuration allows multiple CM600HA-24H modules to be arranged into half-bridge, full-bridge, or three-phase inverter topologies. The electrically isolated baseplate simplifies installation on common heatsinks while maintaining electrical separation between the semiconductor circuit and chassis.

At-a-Glance
  • Manufacturer: Powerex / Mitsubishi Electric
  • Part Number: CM600HA-24H
  • Voltage / Current: 1200 V / 600 A
  • Peak Current: Up to 1200 A pulsed
  • Topology: Single IGBT with antiparallel super-fast diode
  • Mounting: Screw-mount with electrically isolated baseplate
  • Gate Rating: ±20 V maximum VGE
  • Isolation: 2.5 kV RMS / 1 minute
  • Use Cases: UPS systems; industrial inverters; high-power motor drives; DC choppers; welding and industrial power conversion
  • Condition: Reclaimed Part
Features
  • High-current capability — 600 A continuous module rating supports large industrial inverter and UPS power stages.
  • 1200 V blocking voltage — Provides substantial voltage margin for high-voltage DC bus applications.
  • Low conduction loss — Low VCE(sat) helps control semiconductor losses under heavy continuous loads.
  • Fast commutation — Integrated super-fast free-wheel diode supports hard-switched inductive loads and bridge circuits.
  • High pulse-current capability — Supports short-duration collector currents substantially above the continuous rating.
  • Wide safe operating area — Rugged construction for demanding industrial switching applications.
  • Isolated baseplate — Simplifies heatsink integration and permits multiple electrically independent modules on a common cooling assembly.
  • Service-friendly power module — Screw-terminal construction makes the module practical for repair and replacement in legacy high-power equipment.
Technical Specifications
Parameter Value
Manufacturer Powerex / Mitsubishi Electric
Part Number CM600HA-24H
Device Type Single IGBT power module with antiparallel super-fast diode
Configuration Single / 1-pack
Collector-Emitter Voltage (VCES) 1200 V
Continuous Collector Current (IC) 600 A
Pulse Collector Current Up to approximately 1200 A
Maximum Collector Dissipation Approximately 3.6–4.0 kW @ TC=25 °C
VCE(sat) Approximately 2.1–2.3 V typical / approximately 2.9 V max @ VGE=15 V, IC=600 A, 25 °C
Gate-Emitter Voltage (VGES) ±20 V maximum
Gate Threshold VGE(th) Approximately 5–7 V; 6 V typical
Input Capacitance (Cies) Approximately 140 nF typical
Output Capacitance (Coes) Approximately 5 nF typical
Reverse Transfer Capacitance (Cres) Approximately 2.5 nF typical
Total Gate Charge Approximately 3000–4000 nC depending on test conditions
Turn-On Delay Approximately 120 ns typical
Rise Time Approximately 200 ns typical
Turn-Off Delay Approximately 450 ns typical
Fall Time Approximately 300 ns typical
Free-Wheel Diode Integrated antiparallel super-fast recovery diode
Diode Forward Voltage Approximately 2.6–3.2 V @ 600 A
Diode Reverse-Recovery Time Approximately 0.30–0.40 µs
Reverse-Recovery Charge Approximately 20–30 µC
Thermal Resistance — IGBT RthJC approximately 0.045–0.055 °C/W
Thermal Resistance — Diode RthJC approximately 0.09–0.11 °C/W
Case-to-Fin Thermal Resistance RthCF approximately 0.02 °C/W with thermal compound
Isolation Voltage 2.5 kV RMS / 1 minute, terminals-to-baseplate
Operating Junction Temperature −40 °C to +150 °C
Storage Temperature −40 °C to +125 °C
Package / Footprint High-current single IGBT module; screw terminals; isolated baseplate
Typical Hardware Torque Approximately 4.5 N·m / 40 in-lb where applicable; verify exact hardware requirements before installation
Condition Reclaimed Part
Compatibility / Representative Uses
Module Applications Replacement Notes
CM600HA-24H Large UPS inverter/rectifier stages; high-power motor drives; industrial inverters; DC-link choppers; welding systems; laser power; high-current power converters Confirm complete part number, terminal arrangement, gate/emitter connections, mounting dimensions, gate-drive requirements, bus voltage, cooling capacity, and thermal interface before replacement.
Why Buy from Gruber
  • Power electronics expertise — Experience supporting IGBT, SCR, diode, and other high-power semiconductor modules used in UPS and critical-power equipment.
  • Hard-to-find legacy components — Reclaimed modules provide a practical repair option for equipment using obsolete or discontinued semiconductor assemblies.
  • Tested reclaimed modules — Gate and diode behavior, semiconductor junctions, continuity, terminal condition, isolation, and baseplate condition can be evaluated prior to resale.
  • Traceability — Modules can be tracked through our service and inventory process for additional replacement confidence.
  • Replacement assistance — We can help compare electrical ratings, configuration, mounting dimensions, terminal layout, gate-drive requirements, and thermal characteristics for legacy equipment repairs.