The part number 1492-D1C010 is a miniature circuit breaker (MCB) from Rockwell Automation, specifically designed for use in industrial control systems. It is a 1-pole, 1-ampere (A) device with a trip curve of type C, which is suitable for applications where a high level of protection against overcurrents is required.
Technical Specifications
The technical specifications for this MCB are not explicitly detailed in our research. However, similar products from the same manufacturer, such as the 1492-D1C100, are listed as having a lifecycle status of "ACTIVE" and are available in a 1-pole configuration with a trip curve of type C, rated for 10A. This suggests that the 1492-D1C010 may also have similar specifications, but without explicit confirmation.
Alarm/Error Codes
No information is available on alarm or error codes specific to the 1492-D1C010. However, troubleshooting and error handling for similar MCBs from Rockwell Automation are typically handled through the company's technical support resources and documentation, which may include guides on troubleshooting and error resolution.
User Manuals
our research do not provide direct access to user manuals for the 1492-D1C010. However, Rockwell Automation offers a literature library where users can find product literature, including user manuals, for various products, including the 1492-D1C010.
Troubleshooting
Troubleshooting for the 1492-D1C010 would likely involve consulting the user manual and technical documentation provided by Rockwell Automation. This would include information on troubleshooting procedures, error handling, and maintenance guidelines for the device. Additionally, technical support resources from the manufacturer could be utilized for specific issues or questions.
Programming
The 1492-D1C010 is a simple electrical component and does not require programming. It is designed to automatically trip when an overcurrent condition is detected, providing a high level of protection against electrical faults.
Installation
The installation of the 1492-D1C010 is typically straightforward and involves mounting the device on a DIN rail and connecting it to the power supply and control circuits. The manufacturer's documentation and technical support resources would provide detailed instructions for installation and setup.
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