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IME S.p.A. TA22150B500 Current Transformer 50/5A
IME S.p.A. TA22150B500 Current Transformer 50/5A
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IME S.p.A. TA22150B500 Current Transformer 50/5A
Leave your address - as soon as the price of the product goes down, you'll know about it right away
IME S.p.A. TA22150B500 Current Transformer 50/5A
IME S.p.A. TA22150B500 Current Transformer 50/5A
The IME S.p.A. TA22150B500 is a high-precision current transformer engineered for reliable electrical measurement and monitoring in industrial and commercial power distribution systems. With a transformation ratio of 50/5A, this device provides accurate current sensing capabilities, making it an essential component for energy management, sub-metering, and electrical protection circuits. Its robust design ensures consistent performance and seamless integration into standard electrical panels.
This current transformer offers exceptional measurement accuracy, which is critical for maintaining the efficiency and safety of electrical installations. Its compact and durable construction allows for easy installation in space-constrained environments while maintaining high operational reliability. By converting high primary currents into manageable secondary signals, it facilitates precise monitoring and data acquisition for various power management applications.
This device is specifically designed for a 50/5A transformation ratio and is not suitable for applications requiring different primary or secondary current ranges. It should not be used in high-voltage environments exceeding its specified insulation class or in conditions where environmental factors such as extreme moisture or corrosive gases could compromise its performance.
The current transformer should be installed by a qualified professional in accordance with local electrical regulations. The primary conductor must be passed through the aperture of the transformer, ensuring that the orientation matches the required polarity for accurate readings. The secondary terminals should be connected to the measuring instrument or protection relay using appropriately sized wiring to minimize signal loss.
Usage recommendations: Always ensure that the secondary circuit is connected to a load or short-circuited before energizing the primary conductor to prevent the generation of dangerous high voltages.
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