Home KEB Z1 Sine Wave EMC Filter 19.Z1.C05-1000

19.Z1.C05-1000

Straightforward Pricing: No Rush Fees, No Credit Card Fees

Current response time:

3 Minutes 45 Seconds

The KEB 19.Z1.C05-1000 filter is part of the Z1 Sine Wave EMC Filter series, supporting a power of 40 Horsepower. Its frequency is 60 Hz, with a current of 46 Amps, and a power loss of 750 Watts. The filter has a total weight of 44.5 kg and a maximum voltage capability of 528 Volts.

Preparing your secure checkout page...

Warranty

Wake Industrial Warranty

Shipping

Payment

Surplus

Have a 19.Z1.C05-1000 to sell?

To Speak to a sales representative for pricing and lead time:

Phone

1-888-551-3082

International

1-919-443-0207

sales@wakeindustrial.com

Description
Specs
FAQ

Product Description

The KEB 19.Z1.C05-1000 harmonic filter is a high-performance solution made to make sure that industrial automation systems use electricity as efficiently as possible. The filter that KEB makes lowers harmonic distortions in electrical systems. This saves energy and keeps related equipment safe. The filter was carefully designed to be reliable, stable, and long-lasting. The filter is a reliable part that can be used in a wide range of operating settings that need high efficiency and little downtime.

With a maximum current capacity of 46 A, the KEB 19.Z1.C05-1000 harmonic filter can easily handle electrical loads that are under a lot of stress. The filter can handle up to 40 HP of power so that it can be used in heavy-duty situations. The filter has a power loss rate of 750 W, that means it uses the least amount of energy possible while still being very efficient. The filter M8 connection diameter makes sure that links are safe and secure, and its small size (352 mm wide, 169 mm high, and 325 mm deep) makes it easy to store. With an overall depth of 328 mm, a mounting depth of 224 mm, and a mounting width of 128 mm, the filter is easy to place, even in small spaces.

Because it is made to last, the filter has 16 kg of high-quality copper in it, that adds to its 44.5 kg weight and helps it work smoothly. The 19.Z1.C05-1000 harmonic filter is designed to be easily integrated into a wide range of devices. The filter also comes with mounting holes that are 10 mm and 16 mm in width, which makes installation more flexible. Wake Industrial ships all over the world and backs them with a one-year replacement warranty.

19.Z1.C05-1000 Technical Specifications

Current:	46 A
Mounting Depth:	224 mm
Mounting Width:	128 mm
Mounting Hole Diameter 1:	10 mm
Mounting Hole Diameter 2:	16 mm
Copper Weight:	16 kg
Total Weight:	44.5 kg
Power:	40 HP
Power Loss:	750 W
Connection Diameter:	M8
Width:	352 mm
Height:	169 mm
Height With Connection:	175 mm
Depth:	325 mm
Overall Depth:	328 mm

Frequently Asked Questions about 19.Z1.C05-1000

Q: How does the KEB 19.Z1.C05-1000 reduce power loss?

A: The product minimizes power loss to 750 W, improving energy efficiency. This ensures cost-effective operation in industrial environments.

Q: Do the dimensions of KEB 19.Z1.C05-1000 optimize installation?

A: The compact design with 352 mm width and 325 mm depth simplifies installation. It fits easily into limited spaces.

Q: Does the KEB 19.Z1.C05-1000 offer reliable mounting options?

A: Yes, the mounting hole diameters of 10 mm and 16 mm provide secure and flexible installation. This enhances adaptability to setups.

Q: Why is the connection diameter M8 in 19.Z1.C05-1000?

A: The M8 connection diameter ensures robust electrical connections. This minimizes resistance and enhances overall operational reliability.

Q: How does the KEB 19.Z1.C05-1000 support 40 HP?

A: The 40 HP capacity allows the filter to handle high-power applications efficiently. This makes it suitable for demanding industrial tasks.

Internal Product Review

‘‘The KEB 19.Z1.C05-1000 harmonic filter ensures superior performance with 40 HP power capacity and a compact 352 mm width. Its durable design includes 16 kg copper weight and reliable mounting options. Efficient harmonic reduction ensures smooth operation, making it an optimal choice for industrial systems.’’