Ats Auto Generator Transfer Switch

ICHYTI Suppliers introduce you to high-quality ats auto generator transfer switch, hoping to provide you with a deeper understanding of the characteristics and advantages of ats auto generator transfer switch. ICHYTI welcome new and old customers to continue cooperating with us and jointly create a better future. Our products are exported to over 70 countries and regions, and have passed more than ten international certifications, such as CE, TUV, and CB system certifications.

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Product Description

China Factory ICHYTI Durable ats auto generator transfer switch Price is suitable for 1-phase, 2-wire dual power grids with AC 50Hz, rated voltage 230V, and rated current below 63A. When a power supply fails, it only tests the normal A-phase voltage and backup A-phase voltage, and only measures the loss voltage or loss phase. At this point, it will automatically connect one or more load circuits from one power source to another to ensure the normal power supply of the load circuit. The ats auto generator transfer switch complies with the provisions of IEC60947-6-1 and GBT1404811.

ICHYTI ats auto generator transfer switch Parameter (Specification)

Product Model	LW2R-63II	LW3R-63II	LW4R-63II
Rated Current Ie: A	63A
Insulation Voltage Ui	AC690V 50/60HZ
Rated Voltage Ue	AC230V	AC400V	AC400V
Grade	CB Class
Pole	2P	3P	4P
Rated impulse withstand voltage	4KV
Rated short circuit making capacity Icm	6 KA
Rated short circuit breaking capacity Icn	4.5KA
Electrical Life	2000times
Mechanical Life	5000times
Controller	Type A(basic type)
Control Circuit Us	AC230V 50/60HZ
Operating transfer time (no time delay)	W3s

ICHYTI ats auto generator transfer switch Feature

◉ Features such as noiseless, energy-saving, simple installation, convenient operation, reliable performance, and stability
◉ Suitable for use in hospitals, shopping centers, banks, chemicals, metallurgy, high-rise buildings, military facilities, and other fields.
◉ Both the closed transition and the open transition are achieved by an electromagnetic winding.
◉ Mainly used to monitor whether two power supplies are out of phase, under voltage, out of voltage, and other abnormal situations, and indicate whether they are within the normal voltage range.