Fixed Axle Load Scale

The Bincen fixed axle load scale is a precision weighing system designed to measure the weight of vehicles. This axle scale for trucks operates by measuring the load of each axle or axle group and then calculating the total vehicle weight. Standard configurations include a scale body, comprising a weighing sensor and junction box, paired with a weighing instrument. The scale’s sturdy construction features two rectangular scales, a steel frame, and four steel approach slopes, ensuring a robust and stable platform.

For enhanced functionality, optional accessories such as a computer, printer, large screen display, surge protector, regulated power supply, multi-functional power socket, and tail cleaning device can be added. This versatile scale is ideal for various applications, offering accurate and efficient weighing solutions for businesses in transportation, logistics, and other industries.

Specification of Fixed Axle Load Scale

1. Table size: 3, 3.2, 3.5, 4.0m, etc × 0.9, 2.0, 2.2, 2.5, 3.0 m and other specifications;
2. Load cells: four 20-ton (or 30-ton) load cells;
3. Scale range specification: 20, 30, 40, 50, 60, 80, 100t;
4. Static accuracy: OIML Class III, d=10, 20, 50kg; Dynamic accuracy: axle weight class F, total weight class 5;
5. Weighing method: total weight=cumulative weight of the front and rear wheels, and the whole vehicle can weigh up to 50~150 tons;
6. Power Supply: Operates on 220V/50Hz power, and includes a rechargeable battery for continued use during power outages.
7. Additional Features: Comes with a micro printer for printing weighing results.
8. Installation Requirements: A foundation is needed, and weighing must be performed in a fixed location. A flat ground area of at least twice the vehicle length is required.

Advantages of Fixed Axle Load Scale

• Steel structure, which can be fixed on-site, can be easily moved by forklift when it needs to be moved, without foundation;
• The weighing table adopts a structural form in which multiple sealing sensors are embedded at the bottom of the steel weighing table, with high weighing accuracy and excellent sealing.

Function of Fixed Axle Load Scale

1. Be able to cope with various complex and harsh environments. Low temperature – 20 ℃, 125% – 300% overload, IP68, can withstand water immersion, etc.
2. The weighing display has powerful functions. Two RS232 interfaces and one parallel interface can be connected to multiple sockets. It can store 1000 weighing records, summarize data reports, and self-diagnose instruments. It can help users find faults quickly.
3. The static measurement can reach the standard of 3-level scale: 1/3000 accuracy of full scale.

Suitable locations for selecting our company’s fixed axle load scale:

The fixed axle scales for trucks is generally used for material weighing in industries such as buildings, forestry, energy, metallurgy, environmental protection (waste disposal), factories and mines, logistics, etc. with a small footprint, low requirements for basic construction, and diverse types of automobiles.

A basic fixed axle load scale is required:

List of options:

Infrared vehicle separator (light curtain), tire identifier, computer weighing management system, camera monitoring, automatic license plate recognition, ground sensor coil vehicle detection, electric barrier, etc.

Tips for Axle Load Scale Selection:

1. For 3.0m to 4.0m × 0.9m Axle Load Scales:

• Choose models equipped with spoke sensors to ensure superior structural integrity and prevent fatigue fractures.
• Spoke sensors are ground-mounted, minimizing risks from moisture and flooding.
• They offer excellent dynamic and safety performance compared to cantilever sensors.
• Ensure reliable measurement accuracy, repeatability, and stability.

2. For 3.0m to 3.5m × 2.0m to 3.0m Axle Load Scales:

• Opt for bridge sensors installed in the foundation to maintain structural integrity.
• These sensors provide both static and dynamic weighing methods for user flexibility.
• Enjoy high measurement accuracy, repeatability, and stability in both static and dynamic scenarios.