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Hager SRA02005 Current Transformer 200/5A 2.5VA Class 1
Hager SRA02005 Current Transformer 200/5A 2.5VA Class 1
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Hager SRA02005 Current Transformer 200/5A 2.5VA Class 1
Leave your address - as soon as the price of the product goes down, you'll know about it right away
Hager SRA02005 Current Transformer 200/5A 2.5VA Class 1
Hager SRA02005 Current Transformer 200/5A 2.5VA Class 1
The Hager SRA02005 current transformer is a high-precision component engineered for reliable current measurement in electrical distribution systems. With a transformation ratio of 200/5A and a rated power of 2.5VA, this device is designed to provide accurate data for monitoring and energy management in various industrial and commercial environments. It is built to integrate seamlessly into standard electrical installations, ensuring consistent performance and safety.
This current transformer offers high measurement accuracy, meeting class 1 standards, which ensures precise readings for energy monitoring and billing applications. Its robust construction allows for reliable operation within demanding electrical distribution networks. The compact design facilitates easy installation in standard enclosures, saving space and simplifying the wiring process for electrical professionals.
This device is not intended for high-voltage applications outside of its specified operational range. It is also not suitable for measuring currents that exceed its rated primary input capacity, as this could lead to inaccurate readings or damage to the transformer.
The transformer should be installed by a qualified professional in accordance with local electrical regulations. The primary conductor carrying the current to be measured must be passed through the aperture of the transformer. The secondary terminals should then be connected to the measuring instrument or energy meter using appropriate wiring, ensuring that the polarity is correct to maintain measurement accuracy.
Always ensure that the secondary circuit is connected to a load or short-circuited before energizing the primary conductor to prevent dangerous voltage build-up.
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