The Allen-Bradley 1492-D2C060 is a miniature circuit breaker designed for use in industrial applications. It is a supplementary protector with a rating of 6 amps and is suitable for use in a 500V DC circuit. The breaker has a two-pole configuration and features a bolt-on load terminal.
Technical Specifications
- Load Terminal: Bolt-On
- Poles: 2P
- Amps: 6A
- Voltage: 500V DC
- Rating - kA IR: 10 kA IR
Documentation and Resources
For detailed technical specifications and product information, users are directed to the product catalog. Additionally, a selection guide with the publication number 1492 is available for further reference.
Troubleshooting and Error Codes
As our research do not contain specific information on troubleshooting or error codes for this product, it is recommended to consult the product manual or contact the manufacturer's support team for assistance.
User Manual
The user manual for the Allen-Bradley 1492-D2C060 is not directly accessible through our research. It is suggested that users contact the manufacturer or a local distributor for a copy of the manual.
Installation
The installation process for this product is not detailed in our research. It is recommended that users consult the user manual or contact the manufacturer's support team for specific installation instructions.
Programming
The Allen-Bradley 1492-D2C060 is a standard circuit breaker and does not require programming. It is designed to automatically disconnect the circuit in the event of an overload or short circuit, providing a safe and reliable means of protecting electrical equipment.
Key Sectors
- Technical Specifications: The product has a rating of 6 amps and is suitable for use in a 500V DC circuit.
- Alarm/Error Codes: No specific information on alarm or error codes is available.
- User Manual: The user manual is not directly accessible through our research.
- Troubleshooting: No specific troubleshooting information is available.
- Programming: The product does not require programming.
- Installation: Installation instructions are not detailed in our research.