Tripp Lite 6kVA / 6kW Step-down Transformer - Convert 208V or 240V to 120V - transformer - 6 kW - 6000 VA
$2,165.90
$1,413.99
Mfg # SU6000XFMR2U
CDW # 2135069
Quick tech specs
- Step-down isolation transformer converts 208 or 240V input from any generator/utility or UPS/ battery backup high voltage source to 120V low voltage output
- 208 or 240V 30A input connection supported via hardware or included L6-30P input plug
- Tripp Lite is now a part of Eaton
- 6kVA / 6,000 watt step-down isolation transformer converts 208 or 240V to 120V
- 8 5-15/20R and 4 5-15R 120VAC outlets accommodate 5-15P and 5-20P equipment plugs/ L6-30R outlet accommodates one high voltage plug
Know your gear
Tripp Lite's SU6000XFMRT2U step-down, isolation transformer converts 208 or 240V input from any generator, utility or UPS high voltage source to 120V low voltage output. 208 or 240V 30A input connection supported via hardware or included L6-30P input plug. 8 5-15/20R and 4 5-15R output receptacles accommodate 5-15P and 5-20P equipment plugs. Built-in L6-30R outlet supports one high voltage L6-30P plug. Supports 2U rackmount installation in 4 post racks with included brackets. Supports 2 post rackmount installation with optional 2POSTRMKITWM. Supports upright tower installation with 2-9USTAND.
Key Features
Step-down/isolation transformer converts high voltage 208 or 240V input from generator, utility or UPS to low voltage 120V output
6kVA / 6,000 watt power handling capacity
12 built-in NEMA 5-15/20R output receptacles accept common 5-15P and 5-20P equipment plugs; built-in L6-30R outlet supports one high voltage L6-30P plug
Included mounting accessories support 2U installation in 4 post rack enclosures with a max depth requirement of only 27.25 inches
Optional 2POSTRMKITHD enables 2 post relay-rack installation
Optional 2-9USTAND accessory enables upright tower installation
Typical Applications
Ideal means of converting 208 or 240V power to 120V for a variety of IT, generator, facilities and UPS applications
Adds 120V output to any 208V high voltage UPS with L6-30R or hardwire output connection
Package Includes
SU6000XFMRT2U step-down, isolation transformer
4 post rackmount accessories
Owner's manual with warranty information
Key Features
Step-down/isolation transformer converts high voltage 208 or 240V input from generator, utility or UPS to low voltage 120V output
6kVA / 6,000 watt power handling capacity
12 built-in NEMA 5-15/20R output receptacles accept common 5-15P and 5-20P equipment plugs; built-in L6-30R outlet supports one high voltage L6-30P plug
Included mounting accessories support 2U installation in 4 post rack enclosures with a max depth requirement of only 27.25 inches
Optional 2POSTRMKITHD enables 2 post relay-rack installation
Optional 2-9USTAND accessory enables upright tower installation
Typical Applications
Ideal means of converting 208 or 240V power to 120V for a variety of IT, generator, facilities and UPS applications
Adds 120V output to any 208V high voltage UPS with L6-30R or hardwire output connection
Package Includes
SU6000XFMRT2U step-down, isolation transformer
4 post rackmount accessories
Owner's manual with warranty information
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Enhance your purchase
Tripp Lite 6kVA / 6kW Step-down Transformer - Convert 208V or 240V to 120V is rated
5.00 out of
5 by
4.
Rated 5 out of
5 by
Roger from
good price, easy installation and setup, great selection.
I use this for server support, it is really great that is not complex to install, setup and get it runing.
Date published: 2019-01-21T00:00:00-05:00
Rated 5 out of
5 by
Kpmwinfield from
Excellent product!
Higher than expected expectations with a total battery time of 90min with 6 servers connected
Date published: 2017-09-14T00:00:00-04:00
Rated 5 out of
5 by
Fred Migneault from
This product is what we needed!
Good price, good quality, everything in the box, easy to install. That's it!
Date published: 2022-05-03T00:00:00-04:00
Rated 5 out of
5 by
CARLOS from
Ampliamente recomendado
Este transformador lo utilizamos para poder alimentar nuestros dispositivos que trabajan con 120V.
Date published: 2022-11-10T00:00:00-05:00