ABB UMCPAN-CAB.150 1SAJ510004R0002 control panel connection cable

ABB UMCPAN-CAB.150 1SAJ510004R0002 Control Panel Connection Cable

Product Overview

The ABB UMCPAN-CAB.150 1SAJ510004R0002 Control Panel Connection Cable is a high-quality connection cable specifically designed for ABB automation control systems. It is used to connect control panels to other devices or modules, ensuring stable signal transmission and exceptional electrical performance, resistance to interference, and durability in industrial environments.

This cable is designed to meet industrial standards and is compatible with various ABB control systems and devices, providing reliable power and signal transmission to ensure the stable operation of control panels. Whether in automated production lines, robotic control, energy management, or process control systems, the UMCPAN-CAB.150 cable ensures efficient and error-free data transmission.

Technical Specifications

• Model: UMCPAN-CAB.150 1SAJ510004R0002

• Type: Control Panel Connection Cable

• Cable Length: 150 meters (flexible for different connection needs)

• Cable Material: High-quality copper conductors and insulation materials ensuring excellent electrical performance and durability

• Operating Temperature Range: -20°C to 70°C (suitable for various industrial environments)

• Cable Type: Multi-core cable for power and signal transmission between control panels and external modules

• Insulation Material: PVC, Polyvinyl Chloride, or other industry-standard materials (specific materials depend on version)

• Conductor Impedance: Designed to meet industry standards for low impedance, ensuring stable signal transmission

• Noise Immunity: Excellent resistance to electromagnetic interference to guarantee stable signal transmission

• Voltage Rating: Maximum 600V (depends on cable model and application)

• Certification: IEC, UL, and CE certified, complying with international electrical standards

• Connection Type: Standard connectors compatible with ABB control panels for easy integration with various devices

Advantages & Features

1. High-Quality Materials: Uses high-quality copper conductors and high-temperature resistant insulation materials, ensuring long-term stability even in harsh industrial environments.

2. Anti-Interference Design: Offers excellent electromagnetic interference resistance to ensure stable signal transmission, especially in noisy industrial settings.

3. Wide Temperature Range: Designed to operate within a temperature range of -20°C to 70°C, making it suitable for a variety of industrial environments.

4. High Reliability: Manufactured to rigorous standards, ensuring high reliability and reducing the risk of system failures caused by cable issues.

5. Easy Installation & Connection: Features standard connectors and interfaces for easy and quick connection to ABB control panels and other devices.

6. Flexibility: The cable length is customizable, allowing flexibility to meet different automation system requirements.

7. Durability: The cable is designed with high durability and anti-aging properties, ensuring consistent electrical performance and physical integrity over time.

Application Fields

1. Industrial Automation Control Systems: Used for connecting control panels to various modules and devices in automated production lines, robot systems, and other industrial control systems.

2. Process Control Systems: Applied in industries like chemicals, power, and metallurgy for connecting control panels to sensors, actuators, and other devices, enabling real-time data transmission.

3. Energy Management Systems: Used in power and energy monitoring systems to connect control panels to various modules, supporting real-time monitoring and control of energy systems.

4. Smart Manufacturing Systems: Helps in smart manufacturing processes by connecting control panels to devices, supporting high levels of automation and production efficiency.

5. Building Automation Systems: Used for centralized control of building systems, improving automation and energy efficiency in buildings.

6. Traffic Control Systems: Applied in intelligent traffic systems to connect control panels with traffic lights, monitoring devices, and other components for real-time traffic management.

Precautions

1. Pre-Installation Check: Before installation, ensure that the cable model, specifications, and electrical performance meet the required standards to avoid using incompatible cables.

2. Avoid Overloading: Ensure the cable is not overloaded during use, and avoid exceeding the voltage and current limits of the cable.

3. Avoid Bending and Compression: Avoid excessive bending and compression of the cable, as this can damage the internal conductors or disrupt signal transmission.

4. Ensure Proper Grounding: Ensure proper grounding of the cable during installation to prevent electrical faults or safety risks due to poor grounding.

5. Regular Inspections: Regularly inspect the cable for signs of damage or wear and replace any faulty cables promptly.

6. Avoid High-Temperature Environments: While the cable can operate in high temperatures, avoid exposing it to extreme temperatures that could approach its operational limits.