ABB SINT-4330C Module Driver Board

Product Overview

The ABB SINT-4330C is an industrial-grade module driver board used to drive and control execution modules in ABB automation systems. The board supports multiple input/output interfaces and enables precise control of motors, relays, and other automation actuators. The SINT-4330C is robustly designed for cabinet or panel mounting in industrial environments, ensuring stable and reliable system operation.

Technical Specifications

• Model: SINT-4330C

• Type: Module Driver Board

• Supply Voltage: 24 V DC

• Input Interfaces: Digital input, analog input

• Output Interfaces: Digital output, drive output

• Control Function: Actuator control, signal amplification and conversion

• Communication Interface: Compatible with ABB control system bus

• Mounting: Panel or DIN rail

• Operating Temperature: 0–55 °C

• Storage Temperature: -20–70 °C

• Protection Rating: IP20

• Protection Features: Over-voltage, over-current, short-circuit protection

• Compatible Systems: ABB automation systems and related PLCs

Key Features & Advantages

• Precise drive control — high-precision actuator control with fast response

• Multi-interface support — digital and analog I/O interfaces

• Industrial-grade reliability — IP20 protection, over-voltage, over-current, and short-circuit protection

• Flexible installation — panel or DIN rail mounting for easy integration

• Easy maintenance — modular design allows quick replacement and upgrade

• High system compatibility — seamless integration with ABB automation systems and PLCs

Application Areas

• Industrial automation control systems

• Motor, relay, and actuator module control

• Automated production line equipment

• Water treatment, chemical, and pharmaceutical industries

• Automation equipment and robotic control systems

Precautions

1. Ensure supply voltage matches the board’s rated voltage before installation

2. Install in a ventilated environment; avoid high temperature and humidity

3. Verify all signal connections to prevent short circuits or damage

4. Avoid high-voltage or strong electromagnetic interference environments

5. Disconnect power before maintenance or board replacement

6. Regularly inspect terminals and module status to ensure stable operation