Electromagnetic meter 96x96 90° 250V measurement without EQ96 250V 004805358

Current and Voltage Meter

• High-precision instrument for measuring current and voltage.

This electromagnetic meter, with dimensions of 96x96 mm, is designed for built-in mounting and offers reliable measurement of current and voltage values in AC circuits. Its moving coil design ensures high accuracy of indications, and the 90° pointer deflection angle facilitates reading. It will be useful both in industrial installations and in applications requiring precise monitoring of electrical parameters.

Characteristics and application

This meter is designed for indirect measurement, which means it works with current transformers. Accuracy class 1.5 guarantees reliable measurement results in a wide range of applications. It is ideal for building control panels, switchboards and all kinds of devices requiring visual control of electrical parameters. Thanks to its compact size, it can be easily integrated with existing infrastructure.

Key features and benefits

• High accuracy: Accuracy class 1.5 ensures precise and reliable readings, which is crucial in demanding applications.
• Wide measurement range: The meter operates in the range of 0...250 V AC, making it a versatile tool for various applications.
• Solid construction: Made of durable materials, ensuring long-lasting and reliable operation even in harsh conditions.
• Clear indicator: The 90° pointer deflection angle facilitates quick and accurate reading of measured values.
• Built-in mounting: Compact dimensions (96x96 mm) allow for easy integration with panels and switchboards.
• Moving coil measurement system: Provides stable and repeatable measurement results, minimizing the impact of electromagnetic interference.
• Designed to work with transformers: Allows measurement of large currents without directly loading the meter.

Thanks to these features, this meter is a reliable tool for both professional installers and end-users looking for a precise and durable solution for monitoring electrical parameters in their installations.