FAGET RM120-E8/2 02/4MA303

FAGET Current Transformer 2000/5A RM120-E8/2

Description

This FAGET RM120-E8/2 is a robust window-type current transformer designed for high-current applications in power distribution and monitoring systems. It accurately steps down a primary current of 2000A to a secondary current of 5A, making it compatible with standard measuring instruments and protective relays. Manufactured in the Netherlands, this device is built for reliability and precision.

Specifications

• Primary Current: 2000A
• Secondary Current: 5A
• Frequency: 50/60 Hz
• Accuracy Class: 0.5-1
• Burden: 1…20-30 VA
• Insulation Level: 0.72/3kV
• Standard: IEC 60044-1

Label Info

• Manufacturer: FAGET NL
• Model: RM120-E8/2
• Part Number: 02/4MA303
• Thermal Current (Ith): 60 * In

Application

Ideal for use in switchgear, motor control centers, and electrical panels for current measurement, energy metering, and system protection against overcurrents.

Country of Origin

Made in the Netherlands.

CO2 Impact

By purchasing this pre-owned item, you are helping to avoid the emission of 48 kg of CO2, contributing to a more sustainable industrial environment.

Availability

This item is in stock and ready for immediate dispatch. Order now from spareparts2day for expert support and fast delivery.

FAQ

What is the window or busbar opening size for this RM120-E8/2 model?

While not explicitly stated on the label, the ‘120’ in the model number typically refers to the busbar dimensions it can accommodate, such as 120mm x Height. It’s designed for large primary conductors. Always measure the physical opening to ensure it fits your application.

Can I use this 2000/5A transformer with a 1A input meter?

No, this transformer is designed for a secondary output of 5A. Connecting it to a 1A input meter will result in inaccurate readings and could potentially damage the meter due to overcurrent. You must use a meter or relay with a 5A nominal input.

What are the safety precautions when installing a current transformer?

It is critical to never leave the secondary winding (S1, S2 terminals) open-circuited while the primary conductor is energized. An open secondary can induce dangerously high voltages. The secondary terminals should always be short-circuited or connected to a meter/load before applying primary current.

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Last Update: Friday, March 13, 2026