Automatic Vehicle Weighing System
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Automatic Vehicle Weighing System

An Automatic Vehicle Weighing System (AVWS) is a technology used to measure the weight of vehicles dynamically, often without requiring them to stop. These systems are commonly used in various applications, including transportation management, law enforcement, and logistics.
  • AVWS

  • Hener

Max Weighing Capacity:

Product Description

Automatic Vehicle Weighing System

Automatic Vehicle Weighing System: Enhancing Efficiency and Accuracy:

In today's fast-paced world, efficiency and accuracy are paramount in various industries, especially those involving transportation, logistics, and trade. Automatic Vehicle Weighing Systems have emerged as a valuable solution to streamline weighing operations, offering automation, precision, and convenience. In this comprehensive exploration, we delve into the components, functionality, and advantages of Automatic Vehicle Weighing Systems, shedding light on their significance in modern industrial settings.

Components of Automatic Vehicle Weighing System:

Automatic Vehicle Weighing System consist of several key components working together seamlessly to automate the weighing process:

Vehicle Detection Sensors:

These sensors play a pivotal role in identifying the presence of vehicles approaching the weighing site. They can take various forms, including loop detectors embedded in the road surface, infrared sensors, or optical sensors strategically positioned to detect vehicle movement.

Traffic Control Devices:

Once a vehicle is detected, traffic control devices come into play to guide it to the weighing platform. These devices may include traffic lights, automated barriers, or signage, ensuring proper positioning of vehicles for accurate weighing.

Communication Systems:

Communication systems facilitate interaction between the weighing system and the vehicle's driver. They provide instructions to drivers, prompting them to stop for weighing, and relay essential information about the weighing process. This communication can occur through visual displays, audio cues, or electronic messaging systems.

Weighing Equipment:

At the core of the Automatic Vehicle Weighing System lies the weighing equipment, which typically includes load cells integrated into the weighing platform. These load cells measure the weight of the vehicle and its cargo, converting mechanical force into electrical signals for accurate weight determination.

Data Management Software:

Automatic Vehicle Weighing Systems are complemented by sophisticated data management software that captures, stores, and analyzes weight data in real-time. This software allows for efficient monitoring of weighing operations, generation of reports, and integration with other business systems for seamless workflow management.

Components of Unattended Weighing System

Unattended Weighing System - Hardware Introduction

Unattended Weighing System - Standard bidirectional double banister structure simulation drawing

Functionality of Automatic Vehicle Weighing System:

Understanding how Automatic Vehicle Weighing System work sheds light on their operational efficiency and effectiveness:

Vehicle Detection and Positioning:
When a vehicle approaches the weighing site, vehicle detection sensors identify its presence and trigger the activation of traffic control devices. These devices guide the vehicle to the weighing platform, ensuring proper alignment for accurate weight measurement.

Automated Weighing Process:
Once positioned correctly, the weighing process begins automatically. Load cells integrated into the weighing platform measure the weight of the vehicle and its contents with precision. Communication systems provide instructions to the driver, indicating when the weighing process is initiated and completed.

Data Capture and Analysis:
Weight data captured during the weighing process is transmitted to the data management software in real-time. This software stores the data securely, allowing for comprehensive analysis and reporting. Operators can monitor weighing operations remotely, access historical data, and generate insights to optimize workflow efficiency.

Integration with Business Systems:
Automatic Vehicle Weighing System can be seamlessly integrated with other business systems, such as ERP software, inventory management systems, and transportation management platforms. This integration enables streamlined data exchange, improves decision-making, and enhances overall operational performance.

Advantages of Automatic Vehicle Weighing System:

The adoption of Automatic Vehicle Weighing System offers a myriad of advantages across various industries:

Enhanced Efficiency:

Automation of the weighing process reduces wait times and minimizes manual intervention, leading to increased throughput and operational efficiency. Vehicles can be weighed quickly and accurately, optimizing workflow productivity.

Improved Accuracy:

Automatic Vehicle Weighing System deliver precise weight measurements, ensuring compliance with weight regulations and enhancing the reliability of data for invoicing, inventory management, and load optimization.

Cost Savings:

By reducing the need for manual oversight and streamlining weighing operations, Automatic Vehicle Weighing System offer significant cost savings over time. Businesses can allocate resources more effectively, minimizing labor costs and maximizing operational ROI.

Enhanced Safety:

Automated traffic control devices and standardized weighing procedures contribute to improved safety at weighing sites. Reduced human involvement minimizes the risk of accidents and enhances overall workplace safety.

Scalability and Flexibility:

Automatic Vehicle Weighing Systems are highly scalable and adaptable to diverse operational requirements. They can be deployed at various locations, including remote sites and temporary facilities, to meet evolving business needs.

Data-driven Decision Making:

The wealth of data generated by Automatic Vehicle Weighing System empowers businesses to make informed decisions. Real-time monitoring and analysis facilitate proactive management of logistics, inventory, and compliance-related activities.

Type of Product SCS-20 SCS-30 SCS-50 SCS-60 SCS-80 SCS-100 SCS-120 SCS-150
Max Weighing Capacity(T) 20 30 50 60 80 100 120 150
Division Value(Kg) 10 10 20 20 20 20 20 50
Sensor Capacity(T) 10 20 20 20 30 30 30 40
Platform Size: W x L (M) Optimization Specification













Product Parameters

Unattended Weighing Scales Parameters - HENER


Structure:Standard U shape beam


Steel:High-quality steel

Painting:Anti rust and anti-corrosion painting

Accuracy:OIML III


Working Temperature:-35(°)~+70(°C)

Relative Humidity:<95%

Safe overloading:120%


Resistance protection device

10 wire junction box

Using waterproof Seal joint


Rated capacity: 30 tons

Comprehensive precision: OlML C3

Creep(30 minutes):≤+/-0.013%F.S

Nonlinearity: ≤+/-0.010%F.S


lP protection level:lP68

Working Temperature:-35(℃)~+70(°C)

Safe overload:120%F.S

Ultimate overload:300%F.S Hermetically sealed


Operating temperature:0℃~ 40℃

Relative humidity:≤85%RH

Power supply:220V 50Hz

Transmission model:RS232C/RS422/RS485

Baud rate:600/1200/2400/4800/9600

Weighing record storage/check/delete/

7.power-off protection Sound Alert when over weight limit

Signal Cable:

6 core wire connect the iunction box and load cells


Static Weighing: ±0.1% to ±1%

Low-Speed WIM: ±2% to ±5%

High-Speed WIM: ±5% to ±10%

Speed Range:

Low-Speed WIM: 0-15 km/h

High-Speed WIM: 0-120 km/h or more

Environmental Tolerance:

Operating Temperature: -40°C to +70°C

Humidity: Up to 95% non-condensing

Data Integration:

ALPR Systems

Traffic Management Systems

Enforcement Databases

Features and Function

Automatic Vehicle Weighing System Features and Function

1. Automated Operation:

Automatic Vehicle Weighing System operate autonomously without the need for manual intervention. They utilize advanced sensors, cameras, and software algorithms to perform weighing processes automatically, reducing the need for human supervision and streamlining operations.

2. Remote Monitoring:

These systems enable remote monitoring of weighing activities via computer networks or cloud-based platforms. Users can access real-time data, including weight measurements, vehicle information, and transaction records, from anywhere with internet connectivity, enhancing visibility and control over weighing operations.

3. Integration with RFID/Barcode:

Automatic Vehicle Weighing System seamlessly integrate with RFID or barcode technology for automated identification and data capture. This integration eliminates the need for manual entry of vehicle or cargo information, minimizing errors and improving efficiency in weighing processes.

4. 24/7 Accessibility:

With Automatic Vehicle Weighing System, weighing facilities can operate continuously, 24 hours a day, 7 days a week, without relying on staff presence. This round-the-clock accessibility ensures uninterrupted service for customers and maximizes throughput in busy industrial environments.

5. Enhanced Security:

Automatic Vehicle Weighing System feature built-in security measures to protect against unauthorized access and tampering. They may include features such as biometric authentication, access controls, and surveillance cameras to safeguard sensitive data and ensure compliance with security regulations.


Automatic Vehicle Weighing System Service - HENER

1. Accurate Weighing Services

High Precision Weighing:

Utilize advanced, calibrated weighing equipment to ensure precise measurements.

Range of Scales:

Provide a variety of scales to handle different weights and sizes, from micrograms to tons.

2. Quality Assurance

Regular Calibration:

Ensure all weighing devices are regularly calibrated and maintained to provide accurate results.

Certification and Compliance:

Offer certification services that comply with industry standards and regulatory requirements.

3. Customer Support

24/7 Customer Service:

Provide round-the-clock support via phone, email, or chat to address any queries or issues.

On-Site Assistance:

Offer on-site support for setup, troubleshooting, and maintenance.

4. Technology Integration

Digital Reports:

Supply detailed, digital weighing reports that can be easily integrated into the customer’s ERP or inventory management systems.

Mobile App Access:

Develop a mobile application that allows customers to track and manage their weighing data in real-time.

5. Customized Solutions

Tailored Services:

Offer customized weighing solutions to meet specific customer needs, including bespoke weighing systems and processes.

Consultation Services:

Provide expert consultation to help customers optimize their weighing operations and improve efficiency.

6. Training and Education

Workshops and Seminars:

Conduct regular training sessions and workshops to educate customers about best practices in weighing and the use of equipment.

User Manuals and Guides:

Provide comprehensive manuals and guides for all equipment and services.

7. Logistics and Handling

Efficient Handling:

Implement efficient handling procedures to ensure safe and quick weighing processes.

Pickup and Delivery:

Offer pickup and delivery services for items that need to be weighed, adding convenience for the customer.

8. Environmental Considerations

Sustainable Practices:

Use environmentally friendly practices and materials in the weighing process to appeal to eco-conscious customers.

Waste Management:

Offer services for proper disposal and management of waste materials generated during weighing.

9. Transparent Pricing

Clear Pricing Structure:

Provide a transparent pricing structure with no hidden costs, ensuring customers know exactly what they are paying for.

Flexible Payment Options:

Offer multiple payment options, including online payments, to make transactions easy for customers.

10. Feedback and Improvement

Customer Feedback:

Regularly solicit and analyze customer feedback to continuously improve services.

Continuous Improvement:

Implement a continuous improvement process to enhance service quality and customer satisfaction.


FAQs For Automatic Vehicle Weighing System - HENER

1. What is an Automatic Vehicle Weighing System (AVWS)?

Answer: An AVWS is a technology used to measure the weight of vehicles dynamically or statically. These systems can weigh vehicles in motion (Weigh-in-Motion or WIM) without requiring them to stop, or when they are stationary (static weighing). AVWS integrates sensors, data processing units, and sometimes Automatic License Plate Recognition (ALPR) to capture vehicle weight, identify vehicles, and store data for compliance and operational purposes.

2. How does a Weigh-in-Motion (WIM) system work?

Answer: A WIM system uses sensors embedded in the road surface to measure the weight of vehicles as they drive over them. These sensors can include piezoelectric sensors, strain gauges, or load cells. The system calculates the weight based on the force exerted by the vehicle as it passes over the sensors. WIM systems provide real-time data and are useful for monitoring traffic, enforcing weight regulations, and optimizing logistics.

3. What are the benefits of using an AVWS?

Answer: The benefits of using an AVWS include:

  • Efficiency: Rapid and accurate weighing without requiring vehicles to stop, which reduces congestion and improves traffic flow.

  • Compliance: Helps ensure vehicles comply with weight regulations, reducing road damage and enhancing safety.

  • Data Collection: Provides comprehensive data for analysis, helping in logistics planning and regulatory compliance.

  • Cost Savings: Reduces the need for manual weighing processes, saving time and labor costs.

4. What types of vehicles can be weighed using an AVWS?

Answer: An AVWS can weigh a wide range of vehicles, from light-duty vehicles to heavy-duty trucks. The system is versatile and can be configured to handle different vehicle sizes and weights, making it suitable for use in various industries, including transportation, logistics, construction, and agriculture.

5. How accurate are AVWS systems, and how is accuracy maintained?

Answer: The accuracy of AVWS systems can vary depending on the type of system and its configuration. Static weighing systems typically offer higher accuracy (±0.1% to ±1%), while WIM systems provide accuracy within a range of ±5% to ±10% for high-speed applications. Maintaining accuracy involves regular calibration, preventive maintenance, and using high-quality sensors. Calibration ensures that the system provides reliable weight measurements over time.


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