-
MUTAI CMTQ4-2500A ATS Dual Power Automatic Changeover Switch
The CMTQ4 ATS series Automatic Changeover Switch are primarily designed for use in power distribution or motor networks operating at 400V voltage. The rated voltage is AC 400V, and the rated current range is 32A-3200A. The switch facilitates seamless transfer between primary and backup power or between mutual backup power systems. It can also be used for overload switching between mains and generator sets. In addition, it can be used as an isolating switch for non-frequency making and breaking circuit operations.
-
CMTQ2 Series 63A mini Automatic Transfer Switch ATS
CMTQ2 ATS suitable for AC 50/60Hz, rated working voltage 400V, rated current 63A and below. 2 poles and 4 poles can be chosen.It widely used in office building,market, bank ,station, hospital . The product conforms standard IEC/EN60947-4-1 .
-
MUTAI CMTQ4 Series ATS Dual Power Automatic Transfer Switch
CMTQ4 ATS series Automatic transfer switch mainly used for distribution or electromotor network, which under voltage 400V, rated voltage AC 400V, Rated current 32A-3200A.
Main power and standby power or mutual standby power change over system or city power and generator group overload switch-over. At the same time, it can operated under un-frequency on and off circuit act as disconnector. -
CMTQ1 ATS Dual Power Automatic Transfer Switch
CMTQ1 automatic transfer switch has the structure of small size, long service life, low power consumption, light weight,steady work , convenient using …etc. This product is applicable to the important places such as industrial, commercial, and buildings, and residential houses etc.
-
CMTQ4 Series ATS Automatic Transfer Switch for Generator PC Class
CMTQ4 Dual Power Automatic Transfer Switch is mainly applicable to the AC 50 Hz, rated voltage AC400V, working voltage 220V, rated current 16A to 3200A distribution or generator network. There is a primary and standby power, or as the utility to generator in loading changeover. At the meanwhile, it can be used for isolation of infrequently connecting and breaking circuits and lines.