Brief: Watch this overview to discover why many professionals pay attention to this approach. In this video, you will see a detailed demonstration of the Low-Profile Digital Portable Truck Axle Weighing Pads in action. Learn how these wireless wheel scales provide efficient and accurate vehicle weight measurement for traffic management, overload enforcement, and industrial static weighing applications.
Related Product Features:
Wireless technology enables easy operation without cables, offering flexible placement and portability.
High precision weighing ensures accurate and reliable measurements for efficient vehicle weighing.
Durable and robust design withstands harsh environments like construction sites and mining operations.
Portable and easy to use, allowing for quick setup and transport to different locations.
Ideal for overload enforcement by traffic management and road administration departments.
Static weighing capability is perfect for bulk materials in mining, logistics, and manufacturing.
Long-lasting performance ensures stability and efficiency across various industrial applications.
Available in multiple sizes with capacities up to 25T per pad for different axle load requirements.
Faqs:
What are the main applications for these portable truck axle weighing pads?
They are widely used by traffic management and road administration departments for monitoring vehicle overloading on highways. They are also ideal for static weighing of bulk or low-value materials in factories, mines, docks, freight yards, and construction sites.
How does the wireless technology benefit the operation of these scales?
The wireless technology provides easy operation without the need for cables, offering flexible placement and enhanced portability for quick setup and use at various locations.
What is the maximum capacity and accuracy of these weighing pads?
The single pad capacity goes up to 25T, with an allowed axle load of 50T for the largest model. The comprehensive static accuracy is ±0.3~0.5%FS, ensuring reliable and precise weight measurements.