About Low-voltage Power Distribution ...
A thermal load relay is intended for burnout protection of three-phasesquirrel cage motor. When direct current is applied to the thermal loadrelay, the opera... More Details >>
About Low-voltage Power Distribution ...
If both of a closing coil and a tripping coil are continued to excite at thesame time, it will result in coil burnout. You need to design a system thatdoes n... More Details >>
About Low-voltage Power Distribution ...
You can install it as follows.1. Regular installation of the power supply side terminal as the upper partand the load side terminal as the lower side2. Incli... More Details >>
About Low-voltage Power Distribution ...
At ambient temperature 40℃, the rated voltage (frequency) is applied tothe control coil, and after temperature rise and saturation, it can operatewithout any... More Details >>
About Low-voltage Power Distribution ...
Surge voltage occurs due to opening/closing a control coil. Since we donot provide the surge suppressor for a control coil which is available forthem, you ne... More Details >>
About Low-voltage Power Distribution ...
Reverse connection is possible (connection of load side terminal as powerside and power side terminal as load side). However, it is necessary toinstall a mag... More Details >>
About Low-voltage Power Distribution ...
It is a magnetic contactor that can reverse a motor by using two magneticcontactors and switching the connection of their contacts. More Details >>
About Low-voltage Power Distribution ...
Since the leakage currents exist in a solid state contactor such as US-N/K/H type even when it is "OFF" state, it can not be used for insulatingload equipmen... More Details >>
About Low-voltage Power Distribution ...
Since US-N/K/H type is a solid state contactor having zero-voltage-triggering method, surge voltage does not occur due to opening/closing amain circuit. More... More Details >>
About Low-voltage Power Distribution ...
It is not possible to detect the voltage variation less than 100msec. More Details >>