We never sell your data to third parties
Weg UCWT7.5V57 N20 UCWT series heavy-duty power factor correction capacitor rated 7.5 kVAR at 535V, 60Hz. Screw terminal connection for secure installation in industrial capacitor banks and power factor correction panels. Compensates reactive power to improve system efficiency and reduce energy losses.
MODEL UCWT7.5V57 N20
Contact supplier for technical support on: 800-ASK-4WEG
$105.11 Each
Prices are subject to change
FREE SHIPPING ON ORDERS OVER $100
Select Quantity
Typically Ships in: 1 day
Returnable: See conditions
Complement
Heavy Duty
Operational frequency
60 Hz
Rated operational voltage UE
535V60Hz
Reactive power
7.5�kVAr
Series
E
Terminal type
Screw
WEG power factor correction capacitors were designed using self-healing metallized polypropylene film, have security protection against internal over pressure and lower dielectric losses.
- Less heating
- Standardization in the assemblies
- Gain of space in the panels
SKU: 2853624
Happy customer
My first time using MRO . The fast delivery " free" was fantastic .. received exactly what ordered at a very reasonable price , making my customer happy..
Read moreSKU: 1312213
Great service and motor
This company rocks!!! They have done everything right by offering the best price and then delivering the product on time
Read moreSKU: 2521370
Centrifugal switch
Absolutely what I expected in much less time than I expected! Will definitely order again.
Read more| Brand | Timken Belts |
| Model | 840XH400 |
| Brand | Boston Gear |
| Model | SSHF7240-50KCT-B5-HS1-P16 |
SKU: 2853624
Happy customer
My first time using MRO . The fast delivery " free" was fantastic .. received exactly what ordered at a very reasonable price , making my customer happy..
Read moreSKU: 1312213
Great service and motor
This company rocks!!! They have done everything right by offering the best price and then delivering the product on time
Read moreSKU: 2521370
Centrifugal switch
Absolutely what I expected in much less time than I expected! Will definitely order again.
Read more