CyberPower Systems OL6KRT2UTF, OL6KRT2UTFHW, OL8K10KRT3UTF, OL8K10KRT3UTFHW User Manual

User’s Manual
Step-Down Transformer
OL6KRT2UTF OL8K10KRT3UTF OL6KRT2UTFHW
OL8K10KRT3UTFHW
K01000021200
The CyberPower Step-Down Transformers support installation wit h power cord L6-30P (OL6KRT2UTF / OL8K10KRT3UTF) o r hardwire (OL6KRT2UTFHW / OL8K10KRT3UTFHW), and are designed for a variety of CyberPower UPS systems. When combined with the UPS, the Step-Down Transformer converts voltage from 200-240V down to 100-120V.
OVERVIEW
UNPACKING
2U or 3U Step-Down Transformer
2U or 3U Rackmount ears (Stands) (2) * 1 set
Flat head screws: M5X8L (8) * 1 set
Pan head screws: M5X12L (12) * 1 set
User’s manual Registration card
Rackmount left rail Rackmount right rail
Tie plate (1) * 1 set
Plastic washers (8) * 1 set
Screw hole dust covers (10) * 1 set
Input terminal block cover
1
Copyright © 2011 CyberPower Systems, Inc.
HARDWARE INSTALLATION
HARDWA RE INSTALLATION
These versatile Step-Down Transformers can be mounted in a rackmount or vertical tower orientation. This versatility is especially important to growing organizations with changing needs that value having the option to position a Step-Down Transformer on a floor or in a rackmount system. Please follow the instructions below for the respective mounting methods.
SAFETY PRECAUTIONS
CAUTION! To prevent the risk of fire or el ectric shock, only use the
supplied hardware to attach the mounting brackets.
RACKMOUNT INSTALLATION
Step 1: Rackmount ears installation
Attach the two rackmount ears to the Step-Down Transformer using th e provided screws M5X8L*8pcs.
Step 3: Adjust rackmount rails to fit your rack
Attach the rackmount rail to your rack with two M5X12L screws and two plastic washers at the front of the rack. (Loc ated in position 1 & position 6) Do not tighten the screws. Adjust the rail size on the rail as s embly of y our rack. Secure the rail to the rear of the rack with two M5X12L screws and two plastic washers. Tighten all screws at the front and rear of the rail.
Step 2: Rackmount rail Installation
The rails adjust to mount in 48-cm (19-inch) panel racks from 52 to
91.5cm (20.5 to 36 inches) deep. Select the proper holes in the rack for positioning the Step-Down Transformer in the rack. The 2U Step-Down Transformer takes up position 1 through position 6. The 3U Step-Down Transformer takes up position 1 through position 9.
Place the Step-Down Transformer on a flat stable surface with the front of the unit facing toward you. Secure the Step-Down Transformer to your rack with four M5X12L screws at the front of t he rac k . T he 2U Step-Down Transformer takes up position 2 through position 5. The 3U Step-Down Transformer takes up position 2 through position 8.
CAUTION! The Step-Down Transformer must be installed above the
power module.
2
Copyright © 2011 CyberPower Systems, Inc.
VERTICAL/TOWER INSTALLATION
HARDWARE INSTALLATION
Step 1: Rotate the Multifunction LCD Module
Unscrew the right panel of the power modu le. Separate the right panel from the UPS. Gently lift the LCD module out. Rotate it to the tower orientation. Reinstall it for a tower configuration.
Step 2: Attach the base stands
Secure the tie bracket with the screws (M5X8*4pcs). Tighten the screws (M5X12*4pcs) of the base stands (rack mount ears) onto the bottom of the power module and the Battery module.
Step 3: Attach dust covers
Insert dust covers into the rackmount ear screw hol es that are not being used.
SAFETY PRECAUTIONS
CAUTION! Installation environment should be in a temperature and
humidity controlled indoor area free of con ductive contaminants. Do not install this UPS where excessive moisture or hea t is present (Pleas e see specifications for acceptable temperature and humidity range).
CAUTION! Never install a UPS, or associated wiring or equipment,
during a lightning storm.
CAUTION! Do not work alone under hazardous conditions. CAUTION! In case of the risk of electric shock, do not remove the top
cover.
CAUTION! The battery can energize hazardous live parts inside even
when the AC input power is disconnected.
3
Copyright © 2011 CyberPower Systems, Inc.
Loading...
+ 8 hidden pages