Home KEB Z1 Sine Wave EMC Filter 16.Z1.C04-1001

16.Z1.C04-1001

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The KEB 16.Z1.C04-1001 harmonic filter reduces harmonic distortion in industrial systems, ensuring THDI ≤ 15%. With a current rating of 34.7 A, it operates efficiently in three-phase applications for improved power quality.

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Product Description

The 16.Z1.C04-1001 is a harmonic filter manufactured by KEB. They aimed at minimizing harmonic distortion in various electrical systems, especially for industrial automation. KEB is a company that focuses on delivering superior products to the power electronics and automation industries. This product belongs to the part of the series that increases power quality and reliability. The filter is designed to employ 460 V/50 Hz AC input voltage and features a 34.7 A current rating. It allows it to be used in medium power systems.

This 16.Z1.C04-1001 Harmonic Filter guarantees a total harmonic distortion (THDI) of not more than 15%. It contains the partial weighted harmonic distortion (PWHd) of not more than 38%. These specifications assist in reducing the impact of non-synchronized frequencies on the electrical network. The filter is characterized by a very high efficiency of not less than 98%. It can affect a low level of energy losses and an increased efficiency of the overall system. It is designed to support three-phase systems and works effectively on it. This 16.Z1.C04-1001 Harmonic Filter is intended to be flexible in the way it can be installed. One of them can be installed in a vertical or horizontal position. This shows that it can be easily integrated into systems where there is very little room. The product measures 291 x 205 x 275 mm and weighs 22.6 kg, yet the device can handle large currents.

The 16.Z1.C04-1001 Harmonic Filter has an open type enclosed with IP20-rated protection. It prevents the filter from the entry of any objects larger than 12mm. It doesn’t offer water resistance, therefore, should be installed in dry areas. Due to the fact it is constructed for application in different temperatures, the filter is designed to last. It functions in a temperature environment of -10°C to 45°C while the storage conditions are permissible between -25°C and 70°C.

16.Z1.C04-1001 Technical Specifications

Current:	34.7 A
Type:	Harmonic Filter
Storage temp.:	-25 ...70 °C
Cooling :	convection air
Thdi:	≤ 15 %
Pwhd:	≤ 38 %
Dimensions:	291x205x275 mm
Weight:	22.6 kg
Phase:	3ph
Protection class :	IP20, open style
Installation position :	vertical / horizontal
Input voltage :	460 V/60 Hz

Frequently Asked Questions about 16.Z1.C04-1001

Q: What is the importance of THDI specification in the KEB 16.Z1.C04-1001?

A: The THDI ≤15% in the KEB 16.Z1.C04-1001 filter reduces harmonic distortion, improving system performance. It minimizes interference and ensures equipment efficiency.

Q: Why is the KEB 16.Z1.C04-1001 filter's cooling method convection air?

A: The KEB 16.Z1.C04-1001 filter uses convection air cooling to efficiently dissipate heat. This ensures reliability and energy efficiency during continuous operation.

Q: What is the benefit of flexible installation positions for KEB 16.Z1.C04-1001?

A: The KEB 16.Z1.C04-1001 filter can be mounted vertically or horizontally, making it adaptable to various configurations. This flexibility aids installation in tight spaces.

Q: Is the KEB 16.Z1.C04-1001 filter suitable for large-scale industrial systems?

A: The KEB 16.Z1.C04-1001 filter is ideal for medium-scale systems with a current rating of 34.7 A. It is best used in systems that need efficient harmonic mitigation.

Q: How does the KEB 16.Z1.C04-1001 handle temperature fluctuations?

A: The KEB 16.Z1.C04-1001 filter operates between -10°C and 45°C, ensuring reliability in varied industrial temperatures. This range offers stable performance under stress.

Internal Product Review

‘‘The KEB 16.Z1.C04-1001 harmonic filter excels in reducing harmonic distortion with THDI ≤ 15%. It makes it ideal for industrial systems. It has a current rating of 34.7 A with a high efficiency of ≥ 98%. This gives flexibility in installation and makes it a reliable solution for improved power quality and system performance.’’