LV 660V/AC 50Hz Withdrawable Type Switchgear

Model NO.
MNS
Application
Industrial
Transport Package
Wooden Case
Trademark
FARADY
Origin
Zhejiang, China
HS Code
8537109090
Production Capacity
200pieces/Mounth
Reference Price
$ 18,000.00 - 45,000.00

Product Description

General

   MNS LV withdrawable switchgear (hereinafter referred to as device) ismanufactured by standard module through consulting MNS series lowvoltage switch cabinet of Switzerland ABB Company, and syntheticallyimproved. 
   The device accords with. international standard IEC439-1 and nationalstandard GB7251.1.

Service condition

1. Ambient air temperature: -5"C~+40"C and the average temperature should notexceed +35"C in 24h.
2. Air condition: With clean air. Relative humidity should not exceed 50% at +40C.Higher relative humidity is alowed at lower temperature. Ex. 90% at +20"C. But inviewof the temperature change, it is poss ible that moderate dews will produce casually.
3. Altitude above sea level should not exceed 2000M.
4. The device is suitable to the transportation and store with following temperature:-25C ~+55"C, in short time (within 24h) it reaches +70C. Under the limitingtemperature, device should not suffer damage that can't recover, and it can worksnormally under normal conditions.
5. If the above operating conditions not meet user' s demand. Consult withmanufactory.
6. Technical agreement should be signed additionally if the device is used for marinepetrol drill taken platform and nuclear power station.

Technical data
LV 660V/AC 50Hz Withdrawable Type Switchgear
Detailed data
LV 660V/AC 50Hz Withdrawable Type Switchgear

Certification
LV 660V/AC 50Hz Withdrawable Type Switchgear
Packing & Delivery
LV 660V/AC 50Hz Withdrawable Type Switchgear
About us
LV 660V/AC 50Hz Withdrawable Type Switchgear
        LV 660V/AC 50Hz Withdrawable Type Switchgear
LV 660V/AC 50Hz Withdrawable Type Switchgear


Zhejiang Farady Powertech Co.,Ltd


                                                                                 
 

 

FORTFACAS.COM.BR, 2023