Home KEB Combiline EMC Filter Series 10.E5.T60-0061

10.E5.T60-0061

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The KEB 10.E5.T60-0061 belongs to the Combiline EMC Filter Series and is a controller module with electrically isolated interfaces. It supports 100-240 VAC power supply and consumes 14.5 Watts of power. This module features two CAN interfaces and requires a separately ordered TB712 terminal block for mounting.

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Product Description

The 10.E5.T60-0061 EMC filter is a device used for reducing the electromagnetic interference. It is designed and made by KEB to use in Industrial automation applications. The filter is best in preventing both the radiated and conducted emissions usually from a power supply.

The Combiline EMC Filter has voltage limit requirement between 100…240VAC. It can best operate if the power is supplied in this range. The device comes with two can interfaces which it uses separately when making communication with the external devices. The EMC filter ensure that the electrical lines are working effectively. It is a part of the controller module, and its main function is to prevent the EMI. The EMI when occurs disrupts other controllers and other connected devices. The 10.E5.T60-0061 EMC filter has a suppression degree of C1 / 10 m. The C1 represents the filtering level while the 10 m indicates the suppression capability of the filter. It can suppress the radiated emissions as far as up to 10 meters distance. The weight of this part of controller module is only 0.9 kg that make easy to fit in it. The Combiline EMC filter is mounted usually in between the load and the power input. It effectively filters out any unwanted noises before its entrance or leaving the module.

During filtration the current that is flow is only 3.4 milli Amperes. This discharged current is very small that acknowledges the effectiveness of the EMC filter for suppressing interference. The devices make sure that no excess flow of current occurs. The power loss is only 5 watts that makes the filter an efficient component that doesn’t waste much energy. The 10.E5.T60-0061 EMC filter is recommended to be the best component used in a controller module for efficient operation.

10.E5.T60-0061 Technical Specifications

Power Supply:	100-240 VAC
Suppression Degree:	C1 / 10 m
Weight:	0.9 kg
Power Loss:	5 W
Discharge Current:	3.4 mA
Power Consumption:	14.5 W
Can Interfaces:	2
Isolation:	Electrically isolated
Network Capability:	Yes
Mounting:	Screw-in module, order TB712 terminal block separately
Type:	Controller Module
Input Voltage Range:	100-240 VAC
Interfaces:	2 CAN interfaces

Frequently Asked Questions about 10.E5.T60-0061

Q: What is the role of the C1 filtering level in the <<10.E5.T60-0061 EMC filter>>?

A: The C1 filtering level ensures high suppression of radiated and conducted EMI. This provides robust protection for sensitive electronic equipment.

Q: Why does the <<10.E5.T60-0061 EMC filter>> have two CAN interfaces?

A: The dual CAN interfaces enable seamless communication with multiple external devices. This improves integration and control in industrial applications.

Q: How does a suppression degree of 10m help the EMC filter?

A: The 10m suppression capability ensures the filter can neutralize EMI from distant sources. This is crucial in environments with multiple electromagnetic emitters.

Q: Why is the power loss of 5 watts significant in the <<10.E5.T60-0061 EMC filter>>?

A: The low power loss increases overall energy efficiency. It reduces operational costs while maintaining effective EMI suppression.

Q: What is the purpose of the current discharge limit of 3.4mA?

A: The 3.4mA discharge limit prevents excess current from affecting system components. It ensures safety and consistent performance during operation.

Internal Product Review

‘‘The 10.E5.T60-0061 EMC filter is engineered to minimize EMI with C1-level suppression up to 10m and operates efficiently within 100–240VAC. Weighing just 0.9kg, it integrates seamlessly into controller modules, ensuring reliable performance and protecting connected devices from interference in industrial automation.’’