Thrustmaster T-GT II User Manual page 5

WARNING
Before using this product, please read this manual carefully and save it for later reference.
Warning – Electrical shock
* Keep the product in a dry location and do not expose it to dust or sunlight.
* Do not twist or pull on the connectors and cables.
* Do not spill any liquid on the product or its connectors.
* Do not short-circuit the product.
* Never dismantle the product; do not throw it onto a fire and do not expose it to high temperatures.
* Do not use a power supply cable other than the one provided with your racing wheel.
* Do not use the power supply cable if the cable or its connectors are damaged, split or broken.
* Make sure that the power supply cable is properly plugged into an electrical outlet, and properly
connected to the connector at the rear of the racing wheel's base.
* Do not open up the racing wheel: there are no user-serviceable parts inside. Any repairs must be
carried out by the manufacturer, its authorized representative or a qualified technician.
* Only use attachment systems/accessories specified by the manufacturer.
* If the racing wheel is operating abnormally (if it is emitting any abnormal sounds, heat or odors), stop
using it immediately, unplug the power supply cable from the electrical outlet and disconnect the
other cables.
* If you will not be using the racing wheel for an extended period of time, unplug its power supply cable
from the electrical outlet.
* The electrical outlet must be located near the equipment and must be easily accessible.
Information published
Manufacturer's name or trademark,
commercial registration number and
address
Model identifier
Input voltage
Input AC frequency
Output voltage
Output current
Output power
Average active efficiency
Efficiency at low load (10 %)
No-load power consumption
Information for 220V power supply adapter
Value
GUILLEMOT CORPORATION S.A.
414 196 758 Rennes
Place du Granier
BP 97143
35571 Chantepie Cedex
France
Turbo Power 220V
220 - 240
50 / 60
24,0
4,0
96,0
90,9
86,8
0,01
4/16
Unit
V
Hz
V AC
A
W
%
%
W