Meco-G MI-96 Moving Coil 90° DC Interchangeable Scale Milli Voltmeter - 96x96 mm²

The Meco-G Moving Coil 90° DC Scale Millivoltmeter is an analog electrical instrument used for measuring and displaying low-voltage DC signals in millivolts. It is specifically designed to provide accurate and sensitive readings of small voltage variations in electrical circuits. Key features of the Meco-G Moving Coil 90° DC Scale Millivoltmeter include: 1. Moving Coil Mechanism: The voltmeter employs a moving coil mechanism, which is a traditional method used in analog meters for measuring electrical quantities. The movement of the coil in response to the applied voltage generates a deflection that is proportional to the voltage being measured. 2. 90° DC Scale: The voltmeter has a 90° scale calibrated for DC voltage measurements in millivolts (mV). This scale allows for precise reading of low-voltage signals with high sensitivity. 3. Millivolt Range: The voltmeter is designed to measure millivolt-level DC signals, typically in the range of 0-100 mV or similar. It is suitable for applications where small voltage changes need to be accurately monitored, such as in sensor circuits or low-power electronic systems. 4. Analog Display: The voltmeter features an analog display with a pointer or needle that moves across the scale to indicate the voltage level. Analog meters provide continuous readings and are valued for their simplicity and reliability. 5. Panel Mounting: The voltmeter is designed for panel mounting, making it suitable for integration into control panels, test equipment, or instrumentation setups. 6. Wide Application: The Meco-G Moving Coil 90° DC Scale Millivoltmeter is commonly used in various industries and applications, including electronics testing, laboratory experiments, educational demonstrations, and research projects. Overall, the Meco-G Moving Coil 90° DC Scale Millivoltmeter offers a precise and sensitive solution for measuring millivolt-level DC signals, making it an essential tool for engineers, technicians, and researchers working with low-voltage electrical circuits.