Part Number:

09.E4.060-1001

Manufacturer: KEB
Series: Combiline EMC Filter Series

Current response time:

6 Minutes

21 Seconds

  • Rated 4.6 (28 total ratings)
  • Straightforward Pricing: No Rush Fees, No Credit Card Fees
Free Ground Shipping
Worldwide Delivery
Repair Options Available

The 09.E4.060-1001 is an EMC filter produced by KEB. Part of the Combiline EMC Filter Series, it supports a voltage range of 18-30 VDC and contains eight digital input channels. Featuring sink input type, the filter also has a typical current consumption of 50 mA with LEDs for each channel as status indicators.

Part Number:

09.E4.060-1001

Manufacturer: KEB
Series: Combiline EMC Filter Series

Current response time:

4 Minutes

25 Seconds

  • Rated 4.6 (28 total ratings)
  • Straightforward Pricing: No Rush Fees, No Credit Card Fees
Free Ground Shipping
Worldwide Delivery
Repair Options Available

The 09.E4.060-1001 is an EMC filter produced by KEB. Part of the Combiline EMC Filter Series, it supports a voltage range of 18-30 VDC and contains eight digital input channels. Featuring sink input type, the filter also has a typical current consumption of 50 mA with LEDs for each channel as status indicators.

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Product Description

The 09.E4.060-10001 EMC Filter is designed to be used in inverter for filtering the electrical noises. The KEB is a well-known manufacturer of producing filters of different types.

The filtering devices are used for effective operations in the industrial automations. The 09.E4.060-10001 operates on inverters that accepts input voltage of 230 Volts. The filters need to be aligned with such voltage system in order to effectively suppress EMI. The EMC filters is designed for handling power requirements as well as the potential interference that a motor generates. It has the capacity to works on inverter that control motors having a load of 2 HP. The filtering ability of this filter makes it highly effective. The device has the efficiency of more than 98 percent. Its energy loss is very minimum that is essential for the whole system performance. It is designed for operating in the temperature between the range of -10 degrees to 45 degrees centigrade. The 09.E4.060-10001 EMC Filter will works best on the inverter that requires 3 phases electrical supply. The three phase electrical systems produce higher harmonics and EMI. The filter effectively reduces the interferences generated inside the drive by the switching of the components.

The motor has the stall current of 2.4 A which it draws when not operating. The Combiline EMC filter is capable to handles the transient spikes occurring in the current. These spikes usually occur in the stalling or starting that potentially generates high harmonics. The maximum permissible fuse is of 16 Amperes. The 09.E4.060-10001 EMC Filter needs to be compatible with fuse ratings so that the system protection is not compromised while filtering of EMI.

09.E4.060-1001 Technical Specifications

Number Of Phases: 3-Phase
Max Permissible Line Fuse: 16 A (1ph)
Central Filtering Capability: Available
Input Voltage: 230 V
Rated Load: 2 HP
Type: Frequency Inverter Drive
Phases: 3
Mounting: M10
Efficiency: > 98%
Temperature Range Operation: -10° to +45°C
Stall Current: 2.4 A

Frequently Asked Questions about 09.E4.060-1001


Q: What is the purpose of the 16A fuse compatibility in the <<09.E4.060-10001 EMC Filter>>?

A: The fuse compatibility ensures system protection against overcurrent conditions. It prevents damage to the filter and connected devices during transient spikes.

Q: How does the filter manage harmonics in three-phase systems?

A: The filter reduces harmonics by suppressing electromagnetic interference (EMI) generated by switching components. This improves overall system stability and performance.

Q: What advantage does operating within -10°C to 45°C offer for this EMC filter?

A: This temperature range ensures reliability in diverse industrial environments. It allows consistent performance in both cold and moderately hot conditions.

Q: How does the ability to handle a motor load of 2 HP benefit industrial automation?

A: It supports motors with substantial power requirements, making it ideal for automation systems. This ensures that the system can handle demanding tasks without interference.

Q: Why is EMI suppression critical in industrial automation?

A: EMI can disrupt the operation of sensitive electronic components. Suppressing it ensures smooth communication and operation of automated systems.

Internal Product Review

  • ‘‘The 09.E4.060-10001 EMC Filter ensures precise EMI suppression for 3-phase systems, operating at 230V and handling up to 2 HP motors. With a 98% efficiency rate and low energy loss, it supports stable industrial automation while protecting against harmonics and transient current spikes.’’

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