Meco-G MI-96 Moving Coil 90° DC Interchangeable Scale Ammeter (With External Shunt)- 96 x 96 mm Sq.

The Meco-G MI-96 Moving Coil 90° DC Interchangeable Scale Ammeter with External Shunt is a precision instrument designed for accurate measurement of direct current (DC) in electrical circuits. Featuring a moving coil mechanism and a 90-degree scale, this ammeter offers precise readings, crucial for various industrial, commercial, and laboratory applications where monitoring DC currents is essential.

Measuring 96 x 96 millimeters in a square form factor, the MI-96 is designed for seamless integration into control panels, electrical enclosures, and testing equipment. Its square shape ensures easy installation and compatibility with existing setups, suitable for both new installations and retrofit projects.

Equipped with an external shunt, the MI-96 provides accurate measurements across a wide range of DC currents. The external shunt allows for precise calibration and adjustment of current readings, ensuring accuracy in diverse operating conditions.

The interchangeable scale feature further enhances versatility, allowing users to customize the scale according to specific measurement requirements. With the ability to adapt to different measurement ranges, the MI-96 offers flexibility in various applications.

Featuring a clear and easy-to-read scale, the MI-96 provides instant visualization of measured current values, facilitating quick assessment and analysis. Its user-friendly design and intuitive operation enable easy configuration and adjustment, ensuring accurate measurements tailored to specific needs.

In summary, the Meco-G MI-96 Moving Coil 90° DC Interchangeable Scale Ammeter with External Shunt offers precise measurement, versatility, and reliability for professionals in electrical engineering, automation, and instrumentation. Its square shape, moving coil mechanism, external shunt feature, and interchangeable scale make it an indispensable tool for efficient and accurate measurement of DC currents in various industrial and laboratory settings.