ABB 3HAC5497-1 Bus Cable

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1. Product Overview

The ABB 3HAC5497-1 Bus Cable is a high-reliability connection cable used for data transmission between modules in ABB automation systems and industrial equipment. This bus cable connects controllers, drives, and other ABB automation modules to ensure high-speed and stable data communication. It is suitable for long-term operation in industrial environments, transmitting digital or bus signals within control cabinets and between devices.

2. Technical Specifications

• Model: 3HAC5497-1

• Product Type: Bus Cable

• Purpose: Data communication between modules, signal transmission

• Conductor Material: Copper

• Cable Type: Shielded twisted pair

• Rated Voltage: 300 V

• Operating Temperature: –25 ℃ to +80 ℃

• Minimum Bending Radius: 10 × cable diameter

• Flame Retardant: UL 1581 / IEC 60332-1

• Installation: Fixed wiring or inside control cabinets

• Standards: CE / UL / RoHS

3. Advantages and Features

1. High-Speed Reliable Transmission
   Ensures stable data transmission between modules, suitable for industrial automation systems.

2. Shielded Design
   Prevents electromagnetic interference (EMI) to maintain signal integrity and communication reliability.

3. Industrial-Grade Durability
   Heat-resistant, wear-resistant, and suitable for harsh industrial environments.

4. Easy Installation
   Flexible for fixed wiring or routing inside control cabinets.

5. Strong Compatibility
   Perfectly compatible with ABB controllers, drives, and automation modules.

4. Applications

• Communication between ABB PLC and DCS system modules

• Signal transmission inside industrial control cabinets

• Automation production line control and data acquisition

• Industrial automation systems in power, metallurgy, chemical, and paper industries

• Factory equipment monitoring and remote communication systems

5. Installation and Usage Notes

1. Ensure cable length and connector type match the equipment before installation.

2. Avoid excessive stretching or sharp bends; maintain minimum bending radius.

3. Avoid parallel routing with high-voltage cables to prevent interference.

4. Regularly inspect cable insulation and connections to ensure long-term stable communication.

5. Avoid direct use in highly corrosive or humid environments; use protective conduits if necessary.