Product images are provided for reference and may not represent the exact model, configuration, or included components.

Overview

SKU: CBB-60
UPC: 767041061215
Condition: New
Write a Review 31% OFF

Vertiv Copper BUS BAR 58 in L Isolated - CBB-60

Vertiv CBB-60 Concise Descriptor Overview The Vertiv CBB-60 is a 58-inch isolated copper bus bar designed for precise power distribution in critical e…

$328.00 $224.99 SAVE $103
Ships same business day
In stock

Quantity:

Adding to cart… The item has been added
Compatibility guidance available for your deployment
Senior specialists for pre and post-sales support
Authorized sourcing and documentation support
Shipping and lead-time confirmation before install

Laura Bennett, IPSD Senior Specialist

Talk to Laura

200+ hrs training • U.S - based

Senior Specialist • 877-277-7147

Vertiv Copper BUS BAR 58 in L Isolated - CBB-60

$328.00
$224.99

Overview

SKU: CBB-60
UPC: 767041061215
Condition: New

No Bots, Just Experts

Questions about this product? Free pre-sales support from a senior specialist — product questions, compatibility checks, BOM quotes, price confirmation — typically answered within one business day. Need camera placement or system design work? Engineering time is $175 per hour (qty 1 = 1 hour). Hardware buyers get up to one hour ($175) credited back on their order.

Description

Vertiv CBB-60 Concise Descriptor

Overview

The Vertiv CBB-60 is a 58-inch isolated copper bus bar designed for precise power distribution in critical environments. It facilitates upflow and downflow airflow, supporting chilled water cooling systems. This bus bar is engineered to integrate with Liebert iCOM unit controls, providing advanced monitoring and management capabilities for thermal management systems. Its construction is optimized for consistent, evenly distributed airflow, crucial for maintaining stable operating temperatures in sensitive equipment racks.

Compatibility

This bus bar is designed for use with Vertiv thermal management systems that utilize chilled water cooling and support upflow and downflow airflow configurations. It is compatible with systems featuring variable speed EC fans and managed by the Liebert iCOM unit control system. Specific compatibility extends to Vertiv's optimized coil designs, which maximize cooling performance and airflow consistency.

Installation Notes

The CBB-60 bus bar measures 1829 mm (58 inches) in length. Its installation requires integration within a compatible Vertiv thermal management system. The variable speed EC fans associated with this system deliver superior efficiency by lowering motor kW and are balanced to minimize vibration, ensuring quiet operation suitable for various application requirements.

What's in the Box

  • 1x Vertiv CBB-60 Copper Bus Bar (58 in L, Isolated)
Specifications
Total Capacity: 231 [67.7]
Airflow Direction: Upflow and Downflow
Heat Rejection Medium: Chilled Water
Capacity Modulation: Variable Speed EC Fans
Controls And Monitoring: Liebert iCOM Unit Control
Dimensions: 1829 mm
Optimised Coil: large-face-area, low–face-velocity A-Frame coil designed to maximize cooling performance while allowing consistent, evenly distributed airflow.
Variable Speed Ec Fans: delivering superior efficiency by lowering motor kW, balanced to minimize vibration to fit every application requirement
Q&A
Reviews
Have Questions?

RELATED PRODUCTS

System Design, Deployment & Technical Support

Support services and planning resources for commercial surveillance, access control, and infrastructure deployments.

Fixed scope • Fixed price

System Design Assistance

  • Get help validating product compatibility
  • Coverage requirements
  • Storage planning and deployment architecture before you buy.
Request Design Help

Deployment & Configuration Support

  • Access fixed-scope support for rollout planning
  • User setup guidance
  • Migration and system standardization across single-site or multi-site deployments
View Support Services

Guides, Tools & Calculators

  • PoE requirements
  • Storage retention
  • Camera selection and deployment methodology
Open Technical Resources