Handheld Portable Car Weighing Scale - Car Weighing Scale

Handheld (Automatic License Plate Recognition) touchscreen gauge with a size of only:210mm x 80mm x 40mm, weighs only 0.7kg (self-developed), technically mature, featuring portable handheld terminals!!!

Application Fields:

　　1. Weighing for road transport vehicles (used for overweight and overloaded vehicle inspections on highways).

　　2. Weight detection for logistics, schools, vehicles, and testing sites.

3. Used for detecting the weight and center of gravity of aircraft.

Key Product Features:

★ Equipped with original German high-precision sensors, capable of maintaining high accuracy for years, offering enhanced stability.

Processor: Quad-core 1.3GHz Memory: 16GB ROM + 2GB RAM

★ Screen: 5.5-inch HD (720*1280)

★ Battery: 4000mAh Li-ion Polymer (removable)

★ License Plate Recognition Camera: 8MP high-definition, with automatic focus and LED fill light, capable of recognition day and night

★ 24-bit high-speed A/D conversion, conversion rate: 1000 times/second.

★ Overall flat design, better quality, lightweight, stable precision, easy to carry

★ Employing ultra-high frequency wireless transmission technology, the system's anti-interference capability has been significantly enhanced, providing technical assurance for measurement accuracy.

5.5-inch large screen, multi-touch true-color capacitive touch screen for intuitive and simple operation (including functions and adjustment settings, etc.).

★ Display the sum of the axle weight and axle group weight (left scale weight + right scale weight = axle weight; tandem or triple axle, etc.)

Weight is the assembly weight, the total weight of the vehicle will be displayed after weighing is completed.

★ The weighing platform features laser welding for one-time molding, providing a sealed and waterproof design, adaptable to any complex environment.

★ Users can customize multiple working modes that adapt to different regulations of road administration, traffic police, and eight ministries, automatically calculating the overweight and overloading mass and percentage under each mode.