EATON XN-BR-24VDC-D Logic Controller

Eaton XN-BR-24VDC-D power supply module provides a reliable and stable source of 24VDC power to power electronic devices and control systems. This module is used in control cabinets, automation systems and machinery where a consistent power supply is essential for seamless operation.

Features:

• This power supply module offers a screw / spring clamp connection type for secure, efficient and durable electrical connection.
• It has an IP20 degree of protection to ensure safety by guarding against solid objects and is suitable for indoor use.
• This device has the capability to connect to a field bus using a separate bus coupler to provide flexibility & redundancy, making it adaptable to changing network needs and enhancing reliability.
• It offers rail mounting for space-efficient and secure installation, optimising the use of available area.
• This device comes pre-fitted with potential separation for isolating different electrical potentials, enhancing safety and performance.
• It offers the functionality for bus diagnosis, allowing users to detect and troubleshoot issues within the connected bus system.

Frequently Asked Questions:

Q. Can I use Eaton XN-BR-24VDC-D power supply module with a 4-wire C-connection?

A. Yes, this module is suitable for use with base modules that have a 4-wire C-connection.

Q. How do I install this Eaton power supply module?

A.

• Prioritise safety by turning off power and using appropriate safety gear.
• Select a suitable location with proper ventilation and clearance.
• Mount the module securely on a rail or wall according to specifications.
• Ensure proper wiring with correct voltage and connections, adhering to electrical codes.
• Ground the module as instructed in the product manual.
• Inspect for exposed wires, loose connections or foreign objects that could pose hazards.
• Power up the module within the specified voltage range and check LED indicators.

Q. What are the factors to consider while choosing a power supply module?

A. Major factors include voltage compatibility, current output, device compatibility, installation requirements, environmental conditions and safety compliance.