Digital Voltmeter (0-100V) and Ammeter (10A) Dual LED Voltage Current Measurement Module

Are you in search of a reliable and versatile solution for real-time voltage and current monitoring? Look no further. Our Digital Voltmeter Ammeter is designed for accuracy, ease of use, and wide-ranging compatibility.

This digital panel offers precision with the capability to measure voltage up to 100 VDC and current from 1-50A, ensuring you get the data you need. Whether you’re using it for your motorcycle, car, or any other DC voltage monitoring applications, this tool is a perfect fit. The dual LED display features red for voltage and blue for current, providing you with easy-to-read data even in low-light environments.

For those who require precise measurements, this device includes built-in calibration potentiometers for fine-tuning. Operating with a versatile input range of 4.5V to 30V DC, this voltmeter ammeter is suitable for various systems and applications. Plus, it provides quick data updates with a refresh rate of about 500 MS/time, keeping you informed in real-time.

If you’re looking to buy a high-quality Digital Voltmeter Ammeter at a great price, this is the one for you. Invest in accurate and reliable voltage and current monitoring, made available online in India through Robocraze.

Check out our complete range of multimeters.

Wiring of the Voltmeter Ammeter:

• Black line (thin): vacant or buck circuit (module) Negative.
• Red line (thin): power supply Positive.
• Black line (thick): COM, common measuring.
• Red line (thick): PW+, measuring terminal voltage input positive.
• Yellow line (thick): IN+, current input Positive.

Applications:

• Digital Voltmeter is used to know the actual voltage of different components.
• DVM is widely used to check if there is power in the circuit, such as the main outlet.
• Knowing the voltage across a circuit, the current can be calculated.

Use Cases:

• Battery Voltage Monitoring: Easily check voltage levels of batteries (Li-ion, lead-acid, etc.) in real-time to avoid over-discharge or failure.
• Power Supply Testing: Monitor both voltage and current output in DC power supplies, adapters, or DIY power systems to ensure stable performance.
• DIY Electronics & IoT Projects: Integrate into projects (like Raspberry Pi systems, robotics, or automation setups) to display live power consumption without coding a display.
• Automotive & Vehicle Applications: Useful in cars, bikes, or electric vehicles to track battery health and charging system performance.
• Circuit Debugging & Troubleshooting: Helps detect faults by checking whether voltage/current is flowing correctly in a circuit during testing and debugging.
• Embedded System Panels / Enclosures: Can be panel-mounted in control boxes, inverter systems, or lab setups to provide continuous real-time electrical readings.