Experience Vdo Singleviu 100mm (4") Tachometer - 4000 Rpm [a2c3832800030] In Multiple Colors [Omk8xv9I]

Top-Notch 100mm Tachometer for Precision Measurement

The VDO SingleViu 100mm (4") Tachometer - 4000 RPM is a cutting-edge instrument designed for high-performance vehicles. This tachometer offers unparalleled accuracy and versatility, making it an ideal choice for both professional mechanics and DIY enthusiasts. With its ability to connect directly to traditional analog senders or interface with a J1939 CAN network, the SingleViu tachometer ensures seamless integration with a wide range of vehicles. Each gauge features its own microprocessor, allowing for dual-input capability and easy switching between analog and J1939 CAN inputs via the SingleViu Configuration software.

Robust Design and Advanced Features

The VDO SingleViu 100mm Tachometer is built to last with its waterproof and fog-proof construction. This ensures reliable performance in challenging conditions, such as during heavy rain or fog. The RGB LED illumination, with a default white illumination setting, provides clear visibility in various lighting conditions. Other key features include a 0-400kHz default input, a Molex MX 150 8 and 12 Pin Connector, and Spin-Lok™ mounting hardware for secure installation. The included wire harness and voltage range of 12-24V further enhance the ease of installation and compatibility with a wide range of vehicles.

Practical Applications and Target Audience

The VDO SingleViu 100mm Tachometer is an essential tool for anyone looking to monitor engine performance and speed. Whether you're a professional mechanic working on high-performance vehicles or an automotive enthusiast seeking to upgrade your car's dashboard, this tachometer offers numerous benefits. Its dual-input capability, advanced features, and user-friendly design make it an excellent choice for daily use. With its ability to display J1939 system fault codes, the SingleViu tachometer is also a valuable diagnostic tool for identifying and troubleshooting issues in modern vehicles.