Eaton Electrical Bypass Power Module Hardwire In/Out

A reliable power solution for your IT infrastructure the Eaton Bypass Power Module HARDWIRE in/Out offers a range of features to ensure seamless power distribution and safe operation at all times.

• Local Power Distribution: Equipped with local outlets featuring integrated circuit protection this power module allows for efficient power distribution within your setup.
• Flexibility in Form Factors: Whether you prefer rackmount or wallmount installations this module provides additional flexibility to meet your specific requirements.
• Enhanced Safety: The bypass includes auxiliary contacts that force the UPS to bypass guaranteeing secure operation and uninterrupted power flow.
• Designed for Rack Mounting: Ideal for customers seeking a fully rack-mounted IT setup this module is a practical choice for streamlined organization and accessibility.
• Specifications: With a sleek black color a maximum electric current of 125A 3-phase input wiring and weighing 44.65 lbs this power module offers robust performance and durability.

• Color: Black
• Max Electric Current: 125A
• Input Wiring: 3-phase
• Weight: 44.65 lbs

To install the Eaton Bypass Power Module HARDWIRE in/Out follow these steps:

1. Choose a suitable location for rack or wall mounting.
2. Ensure proper electrical connections.
3. Secure the module in place following the manufacturer's guidelines.
4. Connect the input wiring as per the specifications.
5. Verify the installation and test for functionality.

• Is this product suitable for 24/7 operation?
  Yes the Eaton Bypass Power Module HARDWIRE in/Out is designed for continuous operation to support your critical infrastructure needs.
• Can this module be integrated with existing UPS systems?
  Absolutely this module is compatible with most UPS systems providing seamless integration and enhanced power management.
• Does this product come with a warranty?
  Yes this product is brand new and comes with a standard warranty to ensure your peace of mind regarding its performance and quality.
• What is the recommended maintenance schedule for this module?
  Regular inspection and maintenance every 6 to 12 months are recommended to ensure optimal performance and longevity of the power module.