Electromagnetic meter 72x72 90° 400V measurement without EQ72 400V 004805350

Voltage meter – precise measurement in your installation

This electromagnetic meter, with dimensions of 72x72 mm, is a reliable tool for measuring alternating voltage (AC) in the range of 0 to 400V. Its design intended for built-in installation makes it perfectly integrate with switchboards and distribution boards. Manufactured by the renowned company ETI POLAM, it guarantees accuracy and durability.

The meter uses a measuring system based on a moving coil, which ensures stable and reliable readings. It is characterized by an accuracy class of 1.5, making it suitable for both professional applications and demanding end-users. The maximum pointer deflection on a 90-degree scale makes it easy to read measurement results.

Application and benefits:

• Versatility: Excellent for monitoring voltage in electrical circuits of residential, commercial buildings and industrial installations.
• Readability: Large scale with clear divisions ensures easy and quick reading of voltage values.
• Durability: Solid construction and high-quality materials guarantee a long service life even in harsh working conditions.
• Precision: Accuracy class 1.5 ensures reliable measurement results, which is crucial for the correct operation of the electrical installation and safety of use.
• Easy installation: Designed for built-in installation facilitates integration with existing measurement systems.

Construction and parameters:

The meter has been designed with simplicity of operation and reliability in mind. Its compact dimensions (72 mm wide and high) allow for easy adaptation to the available space in the switchboard. The moving coil system ensures smooth and precise measurement of AC voltage in the range of 0-400V. Accuracy class 1.5 guarantees repeatability of measurement results, which is particularly important when diagnosing problems with the electrical installation or monitoring its operating parameters. The meter's construction has been carefully designed to provide resistance to electromagnetic interference and stability of indications in various environmental conditions.