Highway Entrance Low Speed Weigh In Motion for Single Axle Overload up to 150% Operating Temperature -20C To 60C

Product Description:

The Low Speed Weight In Motion product is a cutting-edge solution designed for accurate and efficient vehicle weighing applications. With a single axle load capacity of 40T, this product is ideal for highway toll entrance vehicle overload measuring.

Operating within a measurement range of 0.5 to 40 Km/h, the Low Speed Weight In Motion system ensures precise and reliable data collection for vehicles moving at various speeds. Its temperature range of -45~+80℃ allows for reliable performance even in extreme weather conditions.

Equipped with a data store capable of holding up to 50000 vehicle data records, this product offers extensive storage capacity for historical data analysis and reporting. The Low Speed Weight In Motion system provides a comprehensive solution for monitoring and managing vehicle weights effectively.

Technical Parameters:

Applications:

When it comes to the application occasions and scenarios for the HENGLIANG ZQS-40-SY Low Speed Weight In Motion product, the possibilities are vast and varied. This innovative product, originating from China and boasting ISO certification, is designed to cater to a range of specific needs across different industries.

One of the key attributes of the ZQS-40-SY is its ability to accurately measure weights at low speeds, making it ideal for environments where precision is paramount. This feature makes it well-suited for applications in industries such as logistics, transportation, and manufacturing.

Logistics companies can benefit greatly from the ZQS-40-SY for weighing goods accurately and efficiently as they are being transported at low speeds. Its temperature range of -45~+80℃ ensures reliable operation even in challenging environments.

Manufacturing plants can also leverage the capabilities of this product for quality control purposes, ensuring that products meet weight specifications during the production process. The ZQS-40-SY's data storage capacity of up to 100,000 records allows for thorough record-keeping and analysis.

With a single axle overload capacity of 150%, this product is capable of handling heavy loads with ease, making it suitable for use in scenarios where weight limits need to be closely monitored.

The ZQS-40-SY's data interface options, including 1*TCP/IP, 3*RS485, 1*RS232, and 2*I/O, provide flexibility in connectivity, allowing for seamless integration into existing systems.

Whether it's for monitoring vehicle weights at a distribution center, ensuring compliance with weight regulations on highways, or optimizing production processes in a factory, the HENGLIANG ZQS-40-SY Low Speed Weight In Motion product delivers reliable performance and accurate results.

With a minimum order quantity of 1 set, a price range of USD20000-35000, and a supply ability of 30 sets per month, this product offers excellent value for businesses looking to enhance their weighing capabilities.

Packaged in a sturdy wooden box for safe transportation and with a delivery time of 5-10 days, the ZQS-40-SY is ready to meet the weighing needs of various industries with precision and efficiency.

Payment terms of T/T make the purchasing process convenient and straightforward, allowing customers to acquire this advanced weighing solution with ease.

Overall, the HENGLIANG ZQS-40-SY Low Speed Weight In Motion product is a versatile and reliable tool that caters to a wide range of weighing needs across different industries, providing accurate measurements, robust performance, and ease of use.

Packing and Shipping:

Product Packaging for Low Speed Weigh In Motion:

Our Low Speed Weigh In Motion product is carefully packaged to ensure its safe delivery to you. It is securely wrapped in protective packaging material to prevent any damage during transit.

Shipping Information:

We offer reliable shipping services to deliver your Low Speed Weigh In Motion product to your doorstep. Our shipping partners ensure timely and safe delivery of your order.