Ywdiml Car Mechanical Hour Meter, DC10-80V 6 Digit Display Vehicle Engine Hourmeter, High Accuracy Mechanical Automotive Hour Timer Gauge, Universal for ATV UTV Tractors Motocross

Conocé más detalles

High Grade Material: This car mechanical hour meter features a durable ABS housing that remains in excellent condition during prolonged use. It exhibits outstanding wear resistance, withstanding daily friction against other components without damage. Its robust impact resistance effectively protects internal mechanisms, maintaining structural integrity to deliver reliable timing performance over extended periods. Vast Compatibility: This car mechanical hour meter measures 2.34 x 1.26". It is suitable for cars, motorcycles, ATVs, ATVs, and more. It supports DC 10-80V. It can stably connect to corresponding voltage systems, functioning normally to accurately record the operating time of vehicle engines and other equipment. This provides reliable data support for users to understand equipment usage, meeting the timing needs of most users of DC voltage vehicles. Smooth Installation: During installation, connect the timer to the vehicle's power source and ensure secure wiring. Then, fasten the timer panel to the mounting location using nuts. The entire installation process is straightforward, requiring no complex tools. Once installed, it is ready for immediate use—even beginners can complete the installation. Practical Features: This car mechanical hour meter features a clear 6-digit digital display, providing high-precision readings up to 99,999.9 hours. It accurately monitors maintenance needs for small engines, diesel engines, and other equipment. By precisely reflecting actual usage duration, it offers reliable time-based data for maintenance scheduling and equipment management. Data Safety: This car mechanical timer features a zero-reset button-free design, effectively preventing accidental resets. Even if the timer surface is inadvertently touched, recorded data will not be cleared or reset. Users need not worry about losing critical timing information due to misoperation.