Manufacturer Part Number
CD631215C
Manufacturer
powerex
Introduction
CD631215C is a high-performance SCR (Silicon Controlled Rectifier) module designed for efficient control and switching of high-power AC currents.
Product Features and Performance
Series Connection All SCRs configuration
Incorporates two SCRs for effective performance
Off State Voltage at 1.2 kV
On State Current (It (AV)) up to 150 A
On State Current (It (RMS)) up to 235 A
Gate Trigger Voltage (Vgt) Maximum 2.5 V
Gate Trigger Current (Igt) Maximum 150 mA
Non-Repetitive Surge Current (Itsm) up to 5400A at 50Hz
Hold Current (Ih) Maximum 150 mA
Operating Temperature range from -40°C to 125°C
Screw Mount for secure installation
Product Advantages
High surge current capability enhancing reliability in applications
Capable of handling high voltage and current, ensuring suitability for heavy-duty operations
Durable and robust design suitable for harsh environments
Key Technical Parameters
Voltage Off State: 1.2 kV
Current On State (It (AV)): 150 A
Current On State (It (RMS)): 235 A
Gate Trigger Voltage: 2.5 V
Gate Trigger Current: 150 mA
Non-Repetitive Surge Current: 5400A @ 50Hz
Quality and Safety Features
Robust module casing protects against mechanical stresses
Compliance with industrial standards for safety and performance
Compatibility
Suitable for use in systems requiring series connection of SCRs
Application Areas
Industrial motor controls
Heater controls
Power supplies
Lighting controls
Product Lifecycle
Discontinued at Digi-Key
Users should consider seeking replacements or upgrades
Several Key Reasons to Choose This Product
High power handling capability ensures suitability for demanding applications
Wide operating temperature range allows use in diverse environments
Proven reliability through surge handling capacity ensures long-term performance
Screw mounting provides secure and firm installation
Discontinued status may appeal to those needing replacements for existing setups in specific applications
CD631615BPowerex Inc.SCR MOD DUAL 1600V 150A