GVC736CE101 3BHE039203R0101 high-voltage IGBT Gate Driver Module

1. Basic Product Overview

2. Key Electrical Specifications

• Supply Voltage:
  • Primary power supply: 24VDC ±10% (for logic control and communication circuits);
  • Isolated gate drive power supply: Dual-channel isolated DC output (typically ±15V DC, ±20V DC optional), with output current capability of 5A–10A (peak) to ensure fast switching of high-power IGBTs.
• Isolation Performance:
  • Between gate drive circuits and main power circuits: ≥4000V AC (1 minute, IEC 60664 standard), ensuring safe isolation from high-voltage hazards;
  • Between control signals and power circuits: ≥2500V AC (1 minute), preventing electromagnetic interference (EMI) from affecting control logic.
• Gate Drive Output:
  • Turn-on voltage (V₉ₒₙ): +12V to +18V DC (adjustable via configuration);
  • Turn-off voltage (V₉ₒₓₜ): -5V to -15V DC (adjustable, to ensure reliable IGBT turn-off and prevent false triggering);
  • Switching delay: ≤100ns (turn-on/turn-off), minimizing IGBT switching losses and improving system efficiency.
• Input/Output Signals:
  • Control input: Digital PWM signals (TTL/CMOS level, 5V/3.3V compatible);
  • Status output: Isolated fault signals (e.g., overcurrent, overtemperature, undervoltage), analog current/voltage feedback signals (4–20mA or 0–10V) for system monitoring.

3. Performance & Functional Features

• Precise Gate Control & Low EMI:
  Adopts advanced PWM signal conditioning technology and soft-switching drive circuits, reducing voltage/current spikes during IGBT switching, minimizing EMI emissions, and complying with EN 61000-6-3 electromagnetic compatibility standards.
• Comprehensive Protection Mechanisms:
  • IGBT Protection: Real-time monitoring of IGBT collector current (via desaturation detection), junction temperature (via NTC thermistor input), and gate drive voltage; triggers fast shutdown (≤1μs) in case of overcurrent, overtemperature, or undervoltage to prevent IGBT damage.
  • Self-Protection: Built-in overvoltage protection (OVP) for power supplies, short-circuit protection for drive output, and reverse polarity protection for input power, enhancing module self-reliability.
• Digital Communication & Configuration:
  Equipped with RS485 or CANopen communication interface (optional Ethernet for high-speed systems), supporting real-time data transmission (e.g., drive status, fault codes, operating parameters) and remote configuration via ABB’s dedicated software (e.g., Drive composer).
• Rugged Design for Harsh Environments:
  • Uses industrial-grade components with wide temperature tolerance, ensuring stable operation in harsh industrial conditions;
  • Anti-vibration and shock-resistant structure (compliant with IEC 60068-2-6/27 standards), suitable for sites with mechanical vibrations (e.g., motor drive cabinets, renewable energy plants).

4. Operating & Storage Environment

• Operating Temperature Range: -25°C to +70°C (ambient temperature); storage temperature range: -40°C to +85°C.
• Humidity: 5%–95% relative humidity (non-condensing), with moisture-resistant coating on circuit boards to prevent insulation degradation.
• Altitude: ≤2000m (derating required for altitudes above 2000m to avoid overheating due to reduced air density).
• Pollution Degree: Pollution Degree 2 (per IEC 60664), suitable for industrial environments with minor dust or chemical vapors (e.g., factories, power plants).

5. Typical Application Fields

• Medium-Voltage Industrial Drives: Used in high-power motor speed control systems (e.g., 2MW+ pumps, fans, compressors, or rolling mills in steel, cement, or petrochemical industries) to drive medium-voltage IGBT modules in converters.
• Renewable Energy Systems: Applied in medium-voltage wind turbine converters (3.3kV/6.5kV) or large-scale solar PV inverters (megawatt-level plants), ensuring stable IGBT operation for efficient power conversion and grid connection.
• Power Quality Equipment: Used in Static Var Generators (SVG), Active Power Filters (APF), or medium-voltage UPS systems (≥500kVA) to drive IGBTs for reactive power compensation or uninterruptible power supply.
• Rail Transit & Heavy-Duty Traction: Suitable for medium-voltage traction converters in high-speed railways, urban rail transit, or mining locomotives, providing reliable gate drive for IGBTs under dynamic load conditions.

The company has multiple main brands, and if you have other brand requirements, you can also send them to customer service for inquiry.

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