Quartz Sensor Traffic Monitoring Technology Provides Traffic Data Acquisition and Supports Smart City Transportation Management

Product Description:

The WIM System is an advanced weigh-in-motion solution designed to provide accurate and reliable load monitoring for a variety of transportation and industrial applications. Utilizing cutting-edge piezoelectric sensor technology, specifically quartz sensors, this system excels in measuring axle weight dynamically as vehicles move over the sensing area, eliminating the need for vehicle stops and allowing for seamless traffic flow.

One of the standout features of the WIM System is its impressive measurement accuracy, with a typical accuracy of ±5%. This high level of precision ensures that the data collected for axle weight and overall vehicle load is dependable, enabling effective enforcement of weight regulations, optimization of fleet management, and enhanced road safety. The division value of 50kg further highlights the system’s capability to detect fine variations in load, making it suitable for applications where detailed load monitoring is critical.

The technology behind the WIM System revolves around piezoelectric sensors, which are well-known for their sensitivity and durability. These quartz sensors generate an electrical signal proportional to the mechanical stress exerted by the vehicle’s axle load. This signal is then processed to determine the weight of each axle as the vehicle passes over the sensor array. The use of quartz sensors ensures long-term stability and reliability, even under harsh environmental conditions, making the system ideal for installation on highways, bridges, and weigh stations.

With a maximum axle load capacity of 60 tons for a single axle, the WIM System is designed to accommodate a wide range of vehicle types, from light commercial trucks to heavy-duty freight vehicles. This versatility allows transportation authorities and logistics companies to monitor axle weights effectively and prevent overloading, which can cause excessive wear and damage to road infrastructure. By providing real-time data on axle weight, the system supports proactive maintenance and helps in reducing the risk of accidents caused by overloaded vehicles.

The WIM System’s weigh-in-motion capabilities offer significant operational advantages over traditional static weighing methods. By capturing axle weight data dynamically, it reduces the need for manual weighing processes, minimizes traffic congestion, and enhances the efficiency of load monitoring operations. The system can be integrated with traffic management and enforcement systems to provide automatic alerts and reports, facilitating better compliance with regulations and improving overall transportation safety.

In addition to enforcing weight limits, the WIM System is valuable for applications such as toll collection, freight auditing, and infrastructure planning. Accurate axle weight data helps in designing roads and bridges that can withstand actual loading conditions, ultimately extending the lifespan of transportation infrastructure. The system’s robust sensor technology and precise measurement capabilities make it an indispensable tool for modern load monitoring needs.

Overall, the WIM System represents a state-of-the-art solution for weigh-in-motion and load monitoring, combining high accuracy, durable quartz piezoelectric sensors, and a substantial maximum axle load capacity. Its ability to measure axle weight with a typical accuracy of ±5% and a division value of 50kg ensures reliable data collection for a diverse range of vehicle types and operational scenarios. By leveraging this technology, organizations can enhance road safety, optimize vehicle loading, and protect critical infrastructure effectively.

Technical Parameters:

Applications:

The Hengliang WIM System, model ZQS-40-SY, is an advanced vehicle detection solution designed to enhance highway safety efficiently. Originating from China and certified by ISO and CE, this high-precision system specializes in weighing vehicles dynamically with an axle load capacity of up to 40 tons per single axle. Equipped with state-of-the-art quartz sensors, the WIM system accurately captures axle loads and vehicle weights at speeds ranging from 0.5 to 120 km/h, making it ideal for real-time overweight detection.

This product is perfectly suited for highway and toll station applications where continuous vehicle monitoring is crucial. By integrating the Hengliang WIM System into traffic management infrastructures, authorities can effectively identify overweight vehicles, thereby preventing road damage and improving overall highway safety. The system’s division value of 50kg ensures precise measurements, which is essential for enforcing weight regulations and minimizing the risk of accidents caused by overloaded vehicles.

In addition to highway safety, the WIM system is widely applicable in logistics hubs, freight terminals, and weighbridge alternatives, where vehicle detection and weight verification are necessary for operational efficiency and regulatory compliance. Its robust design and packaging—wooden and cardboard boxes—ensure safe delivery, with a lead time of 7-10 days and a supply capability of 20 sets per month. With payment terms based on T/T and a minimum order quantity of just one set, Hengliang offers flexibility for various business scales.

The Hengliang ZQS-40-SY WIM system is a cost-effective investment, priced between USD 1400 and USD 14000, depending on configuration and volume. Its precise vehicle detection and overweight detection capabilities make it indispensable for transportation departments, logistics companies, and highway authorities aiming to maintain road integrity and enhance traffic safety. Overall, this system represents a smart solution for modern traffic and weight management challenges.

Support and Services:

Our WIM System product is supported by a dedicated technical support team committed to providing comprehensive assistance to ensure optimal performance and customer satisfaction. We offer a range of support services including installation guidance, troubleshooting, maintenance, and software updates.

Technical support is available to help resolve any issues you may encounter with the WIM System. Our experts are trained to assist with hardware setup, calibration, data analysis, and integration with other systems to maximize the efficiency of your weighing operations.

In addition to direct support, we provide detailed user manuals, technical documentation, and online resources to help you get the most out of your WIM System. Regular software upgrades and firmware updates are released to enhance functionality and security.

For service and maintenance, we offer scheduled inspections and preventive maintenance plans to minimize downtime and extend the lifespan of your equipment. Our service technicians are equipped to perform repairs and component replacements using genuine parts to maintain system reliability.

We are committed to delivering prompt and effective support to ensure your WIM System operates seamlessly, providing accurate and reliable weigh-in-motion data for your applications.

Packing and Shipping:

Product Packaging and Shipping for the WIM System

The WIM (Weigh-In-Motion) System is carefully packaged to ensure safe delivery and easy installation. Each unit is securely enclosed in a sturdy, impact-resistant box with custom foam inserts to protect sensitive components during transit. The packaging includes all necessary accessories, user manuals, and installation guides.

For shipping, the WIM System is dispatched via reliable carriers with tracking options to ensure timely and secure delivery. Depending on the destination, shipping methods include standard ground transport, expedited air freight, or specialized freight services for larger installations. All shipments are insured to safeguard against damage or loss.

Upon receipt, customers are advised to inspect the packaging for any signs of damage and report immediately if any issues are found. Proper handling and storage instructions are provided to maintain the integrity and performance of the WIM System prior to installation.