​The ABB 83SR04B-E GJR2390200R1411 is a versatile control module designed for industrial automation applications. It facilitates both binary and analog control tasks across various control levels, including drive, group, and unit control. This module is integral to ABB’s distributed control systems, offering precise control over actuators, drives, and other process equipment.​

Product Specifications

Applications

• Drive Control: Manages unidirectional drives, actuators, and solenoid valves, providing necessary signal conditioning and control logic.​

• Sequential and Logic Control: Implements sequential logic control for processes such as manufacturing lines and assembly robots.​

• Signal Conditioning: Enhances input signal accuracy before processing, ensuring reliable data interpretation.​

• Three-Step Control: Suitable for applications requiring three-state control, such as temperature or motor regulation.​

Advantages

1. Flexibility: Supports multiple operation modes, adapting to various control scenarios.​

2. Reliable Communication: Incorporates error checking and LED diagnostics to maintain system integrity.​

3. Ease of Integration: Automatic address setting simplifies installation within larger systems.​

4. Compact Design: Its streamlined form factor is ideal for space-constrained industrial environments.​

Frequently Asked Questions (FAQ)

1. What is the primary function of the ABB 83SR04B-E module?

   It performs stored-program binary and analog control tasks across various control levels.

2. Can the module handle both digital and analog signals?

   Yes, it manages both binary (digital) and analog control functions.

3. How is the user program stored in the module?

   User programs are stored in non-volatile EEPROM memory.

4. What diagnostic features does the module offer?

   It includes LED indicators for status and disturbance notifications.

5. Is the module compatible with other ABB systems?

   Yes, it’s designed for seamless integration within ABB’s distributed control systems.

6. What are the power requirements for the module?

   It operates on a +24 V DC supply.

7. Does the module support automatic address assignment?

   Yes, it automatically sets its address when connected to a processing station.

8. What types of control tasks can it perform?

   It handles drive control, sequential control, signal conditioning, and three-step control.

9. How does the module ensure communication integrity?

   It uses parity checks and error reporting mechanisms.

10. What are the physical dimensions of the module?

    198 mm (L) x 20 mm (W) x 261 mm (H).