160Amps Automatic Transfer Switch

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160Amps Automatic Transfer Switch Specification

Circuit Type
Double Throw

Number of Module
Single

Mechanical Life
5000 operations

Protection Level
IP20

Temperature Range
-5C to +40C

Automation Grade
Automatic

Max. Current
160 Amps

Response Time
2s

Finish Type
Powder Coated

Rated Voltage
415V AC

Product Type
Automatic Transfer Switch

Material
Flame Retardant Thermoplastic, Copper Contacts

Insulation Resistance
100M at 500V DC

Contact Resistance
50

Max. Voltage
AC 415V

Operating Temperature
-5C to +40C

Size
Standard Panel Mount

Color
Black & White

Weight
Approx. 3.5 kg

Mounting Type
Panel/Surface Mount

Current Rating
160 Amps

No Of Poles
Four Pole (4P)

Dielectric Strength
2000V AC for 1 min

Frequency
50Hz / 60Hz

Control Method
Auto / Manual selection

Standards Compliance
IEC 60947-6-1

Display Type
Mechanical/Indicator Switch

Application
Main/Backup Power Switching

Auxiliary Contacts
Available (Optional)

160Amps Automatic Transfer Switch About

Experience the crowning efficiency and resplendent performance of our Featured 160Amps Automatic Transfer Switch. Designed with savings in mind, this affordable solution smoothly manages main and backup power switching for a variety of applications. Benefit from stellar operation with auto/manual control, auxiliary contact options, and a robust IP20 flame-retardant enclosure. Compliant with IEC 60947-6-1 standards, this switch boasts copper contacts, low resistance, speedy two-second response, and a remarkable 5000-cycle mechanical life. Its standard panel design, powder-coated finish, and reliable mechanical/indicator switch display set new benchmarks for value.

Extra Features and Versatile Usage of the 160Amps Automatic Transfer Switch

The 160Amps Automatic Transfer Switch comes resplendent with options like auto/manual selection and mechanical indicator switching, while supporting up to four poles for multifaceted distribution needs. Suitable for standard panel mounting and surface applications, it excels as a main or backup power switch in both residential and industrial environments. Its flame-retardant thermoplastic build ensures durability and safety, and its auxiliary contacts (optional) expand integration flexibility, making it perfect for demanding utility and generator changeovers.

Export Markets, Sample Policy, and Delivery Details for 160Amps ATS

Valuation of this product is enhanced by stellar acceptance in main export markets across Asia, Africa, the Middle East, and Eastern Europe. Charged for excellence, samples are available upon request under the supplier's standard sample policy. The FOB port is typically Mumbai, India, ensuring orders are delivered efficiently and reliably to global destinations, thus providing international clients with exemplary access to quality power switching solutions.

FAQ's of 160Amps Automatic Transfer Switch:

Q: How does the 160Amps Automatic Transfer Switch operate?

A: The switch functions automatically or manually to transfer power between main and backup sources, ensuring seamless and efficient power management for critical connections.

Q: What applications are ideal for this Automatic Transfer Switch?

A: It is well-suited for main and backup power switching in residential, commercial, and light industrial settings, particularly where reliable power supply is essential.

Q: When should the auxiliary contacts option be selected?

A: Auxiliary contacts are recommended when additional control or monitoring integration is required, such as signaling to alarms, controllers, or other automated systems.

Q: Where is the 160Amps ATS commonly installed?

A: The unit is designed for standard panel or surface mount installations, making it suitable for switchboards, power distribution panels, or dedicated generator changeover enclosures.

Q: What are the key benefits of the IEC 60947-6-1 compliance?

A: Compliance ensures a high standard of safety, performance, and compatibility, giving users confidence in durability, reliability, and conforming to international installation norms.

Q: What process should be followed for maintenance?

A: Routine inspection of contacts, insulation, and indicator displays is recommended. Ensure the power is disconnected and follow manufacturer's guidelines for mechanical and electrical checks.

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