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Tripp-Lite SU10000RT3U2TF Battery Replacement

$493.00
SKU: SU10000RT3U2TF
Availability: Shipping Lead Time is 24 Hours
Shipping: Free shipping on orders $75 and up
Voltage: 12
Capacity: 7 AH
Chemistry: AGM
Terminal: F2
Price Includes: 20 Batteries
Warranty: 2 Years
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Tripp-Lite SU10000RT3U2TF Battery Replacement

Tripp-Lite SU10000RT3U2TF Battery Replacement

$493.00

Tripp-Lite SU10000RT3U2TF Battery Replacement Kit

 

 

UPS systems are vital to ensuring that critical equipment is kept running during a power outage to prevent data loss and business disruptions. A UPS unit will only operate to its full rated capacity with true high-rate discharge batteries, general purpose (GP) batteries typically marketed as replacements will not meet the immediate power needs for the UPS and cause premature system failure.

 

The Tripp-Lite SU10000RT3U2TF battery kit consists of twenty (20) 12V 7AH AGM high-rate discharge batteries. High-Tech Battery provides a premium and genuine high-rate discharge battery manufactured to surpass industry standards. This Tripp-Lite kit is backed by a full 2 year replacement warranty at no additional cost, we have you covered!

 

 

Tripp-Lite SU10000RT3U2TF Battery Replacement Kit Includes:

  • Twenty (20) 12v 7 AH High Rate Batteries
  • 2 YEAR free replacement warranty
  • NOTE: Must re-use existing wiring harness

 

Per Battery Specifications:

  • 12 Volt 7 Amp Hour
  • F2 Terminal
  • Height (w/terminal) - 3.94"
  • Length - 5.94"
  • Width - 2.56"
  • Weight: 6 lbs

 

A high rate discharge battery is a battery that is specifically designed to release a high amount of energy in a short amount of time on demand. This type of battery is often used in applications where immediate power delivery is needed such as UPS battery backup systems and starting applications.

 

High rate discharge batteries are designed using thinner lead plates than deep cycle batteries, which allows for more lead plates to be used and increase the overall surface area of the active electrode material. This results in a higher rate of chemical reaction with the electrolyte, and ultimately leads to a much higher discharge rate.

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