Toshiba 232 All in One Printer User Manual


 
11
General Precautions
When installing or moving
Warning
This Multifunctional Digital Systems requires 115 V, 12 A, 50/60 Hz electric power.
Do not use a power supply with a voltage other than that specified.
Avoid multiple connections in the same outlet. This could cause a fire or give you an electric shock. If
you are considering increasing the number of outlets, contact an electrician.
Always connect this Multifunctional Digital Systems to an outlet with a ground connection to avoid the
danger of fire or electric shock in case of short-circuiting. Contact your service representative for the
details. Be sure to use a 3-conductor, grounded wall outlet.
In areas, except U.S. and Canada, where a 2-pin plug is used, the Multifunctional Digital Systems must
be grounded for safety. Never ground it to a gas pipe, a water pipe, or any other object not suitable for
grounding.
Plug the power cord securely into the outlet. If it is not plugged in properly, it could heat up and cause a
fire or give you an electric shock.
Do not damage, break or attempt to repair the power cord.
The following things should not be done to the power cord.
- Twisting it
- Bending it
- Pulling it
- Placing anything on it
- Making it hot
- Situating it near radiators or other heat sources
This could cause a fire or give you an electric shock. If the power cord is damaged, contact your ser-
vice representative.
When removing the plug from the outlet, do not pull the power cord. Always hold the plug when remov-
ing it from the outlet. If the power cord is pulled, the wires may become broken and this could cause a
fire or give you an electric shock.
Make sure that the ventilation holes are not blocked up.
If the temperature within the Multifunctional Digital Systems becomes too high, a fire could result.
The socket outlet shall be near the equipment and be easily accessible.
Pull out the plug from the outlet more than once a year to clean around the prongs. Accumulating dust
and dirt could cause a fire due to the heat released by electric leakage.