Do not use it in environments where ferromagnetic fields are
generated.
It may cause malfunction.
Do not perform voltage resistance tests or insulation resistance tests
on the device to which the product is mounted.
In terms of circuit design, the product will be damaged if voltage
resistance tests and insulation resistance tests are performed on the
equipment to which the product is mounted. If voltage resistance tests or
insulation resistance tests are required as a device, remove the product
before performing it.
Do not save nor store it in atmospheres exposed to ultraviolet rays,
corrosive gases, salts, etc.
It may cause performance deterioration and deterioration of strength due
to rust.
Do not install it in a location where large vibration or shock is
transmitted.
Transmission of large vibration or shock may cause malfunction.
Do not use in places where condensation occurs due to sudden
changes in ambient temperature.
It may cause malfunction or deteriorate its strength.
Do not hold any moving parts or cables of the product during
transportation or mounting.
It may cause injury or disconnection.
Do not bend the fixing cable repeatedly.
Use movable cables for repeated bending.
Make sure that no inductive noise is applied to the wiring.
Avoid places where high currents and ferromagnetic fields are generated.
Do not use the same piping/wiring (by multicore cable) with large motor
power lines other than the product.
Do not use the same piping/wiring with the inverter power and wiring parts
used for robots, etc. Apply frame ground to the power.
Secure space necessary for maintenance and inspection.
If not secured, maintenance and inspection will not be possible, and it
may cause the equipment to stop or result in it getting damaged, or cause
injury.
It is the responsibility of the customer to confirm compatibility of the
product with any system, machinery, or device used by the customer.
If the power is shared, surge currents may be applied to the output parts
and may cause damage.
If it is not possible to use a separate power supply, connect the surge
absorbing element directly in parallel to all inductive loads.