5 Piece (MOQ)
| Business Type | Manufacturer, Exporter, Supplier, Retailer, Trader, Distributor, Importer |
| Brand Name | Nagarjun Technovisiom |
| Condition | New |
| Power | 1-5kw |
| Country of Origin | India |
| Type | Weigh In Motion System |
| Total Carbohydrate | 1 Yr, 1year |
| Material | MS |
| Application | Industrial |
| Frequency | 50 Hz |
| Mounting | Frame |
| Phase | Single Phase |
| Product Code | 10012 |
| Delivery Time | 4 Week |
A weighbridge is an important industrial weighing system used for measuring the weight of trucks, trailers, and heavy commercial vehicles. Among the various components used in a weighbridge, the Weighbridge Bending Plate plays an important role in providing accurate weight measurement and supporting heavy vehicle loads. It is designed to transfer the applied load effectively to the load cells while maintaining stability and precision during weighing operations.
Bending plates are commonly used in advanced weighbridge systems where accurate load distribution and reliable performance are required. These components are manufactured using high-strength materials to withstand continuous pressure, heavy traffic movement, and challenging industrial environments.
A weighbridge bending plateĀ is engineered to handle the force generated when heavy vehicles move onto the weighing platform. It works as a load-transmitting component that helps ensure proper weight measurement by allowing controlled bending under applied pressure.
The quality and design of the bending plate directly affect the accuracy, durability, and overall performance of the weighbridge system. Using high-quality plates helps reduce measurement errors and improves the operational life of the equipment.
Weighbridge bending plates are manufactured using durable materials such as high-strength steel to withstand repeated loading and unloading cycles. Their robust construction makes them suitable for industries where trucks and heavy vehicles are weighed frequently.
These plates are designed to maintain structural strength even under demanding conditions such as mining areas, logistics yards, manufacturing plants, and construction sites.
The bending plate supports the proper functioning of the weighing mechanism by ensuring that the force applied by the vehicle is transferred accurately to the sensing components. Any damage or deformation in the plate can impact weighing accuracy and system reliability.
A properly designed bending plate helps distribute vehicle load evenly across the weighbridge structure. This improves measurement consistency and ensures reliable weight readings.
Accurate load transfer is essential for industries that depend on precise weight calculations for billing, inventory management, transportation records, and compliance requirements.
Using quality components enhances the overall efficiency of the weighing system. A strong bending plate reduces stress on other weighbridge parts and helps maintain smooth operation over extended periods.
Regular inspection of the plate helps identify wear, cracks, or structural damage before they affect the weighing process.
Weighbridge Bending Plate components are used in various industries including transportation, mining, cement manufacturing, agriculture, warehousing, logistics, and industrial production.
These plates can be used in different types of vehicle weighing systems, including electronic weighbridges, heavy-duty truck weighbridges, and customised industrial weighing platforms.
They are suitable for both new installations and replacement requirements where existing components need to be upgraded or repaired.
High-quality bending plates provide better durability, improved weight accuracy, reduced maintenance requirements, and longer service life. They help businesses maintain efficient weighing operations and reduce downtime caused by component failures.
Regular maintenance, proper alignment, and periodic inspection help extend the life of bending plates. Professional installation ensures that the component performs effectively within the weighbridge structure.
Selecting the right weighbridge bending plateĀ is important for achieving accurate and dependable vehicle weighing performance. Businesses should consider factors such as load capacity, material quality, compatibility, and operating conditions before choosing the component.
With strong construction, precise engineering, and reliable performance, quality bending plates help improve the efficiency and accuracy of modern weighbridge systems.
| Business Type | Supplier, Retailer |
| Country of Origin | India |
| Size | 0-50mm, 100-200mm |
| Thickness | 0-5mm, 5-10mm |
| Application | Industrial Use |
| Feature | 4 Times Extra Stronger, Clean View, Flexible, Goof Accuracy, High Quality, High Strength |
| Condition | New |
| Business Type | Supplier, Retailer |
| Voltage | 110V, 220V |
| Condition | New |
| Weight (Kg) | 100-1000kg |
| Power | 10-15kw, 15-20kw |
| Driven Type | Electric |
| Warranty | 5years |
| Country of Origin | India |
| Business Type | Supplier, Retailer |
| Voltage | 110V, 220V |
| Condition | New |
| Weight (Kg) | 100-1000kg |
| Power | 10-15kw, 15-20kw |
| Driven Type | Electric |
| Warranty | 2years |
| Country of Origin | India |
| Business Type | Supplier, Retailer |
| Certification | CE Certified, ISO 9001:2008 Certified |
| Application | Insustrial Use |
| Voltage | 200VDC |
| Operating Temperature | 0-20deg C, 20-40deg C |
| Frequency | 50HZ, 60Hz |
| Power | 0-5Amp, 10-15Amp |
| Setting Range | 0-1500pF |
Efficient vehicle-weight monitoring is essential for road safety, infrastructure protection, toll management, and transport regulation. A Medium Speed WIM System (MSWIM) India enables authorities and operators to measure the weight of moving vehicles without requiring them to stop completely. This advanced system improves traffic flow while identifying overloaded vehicles accurately and quickly.
Medium-speed weigh-in-motion technology is suitable for highways, toll plazas, industrial roads, logistics parks, mining sites, ports, and transport checkpoints. It records important vehicle details such as gross vehicle weight, axle weight, axle spacing, vehicle speed, and classification while the vehicle travels at a controlled speed.
A Medium Speed WIM System (MSWIM) India is designed to inspect commercial vehicles at moderate speeds. Unlike static weighbridges, where trucks must stop for weighing, an MSWIM system collects weight information while vehicles remain in motion.
This reduces congestion at inspection points and helps operators screen a larger number of vehicles. Vehicles detected as overloaded can be directed to a static weighbridge for legal verification and further action.
The system uses advanced road sensors, weighing instruments, vehicle detectors, cameras, and data-processing software. These components work together to calculate individual axle loads and the total weight of the vehicle.
Accurate axle-weight monitoring is particularly important because excessive loads can damage roads, bridges, tyres, and vehicle suspension systems. Regular screening helps authorities enforce loading rules and protect public infrastructure.
Special sensors are installed within or on the road surface. When a vehicle moves over them, the sensors detect the force applied by each axle. The system processes this data and creates a complete vehicle-weight record.
The MSWIM system can be integrated with automatic number plate recognition cameras, overview cameras, RFID readers, traffic lights, barriers, and electronic display boards. These integrations help identify vehicles and link their registration details with weight records.
Operators can review images, vehicle speed, axle configuration, date, time, lane information, and overload status through the software dashboard.
The system processes vehicle information immediately and alerts operators when a vehicle exceeds the configured weight limit. Real-time reporting allows enforcement teams to take quick action without manually checking every vehicle.
Historical records can also be stored for traffic analysis, infrastructure planning, transport audits, and enforcement reporting.
MSWIM systems are widely used by highway authorities, transport departments, toll operators, logistics companies, mining businesses, industrial plants, and port authorities.
On highways and toll roads, the system helps screen heavy commercial vehicles without creating long queues. It can identify overloaded trucks before they enter sensitive road sections, tunnels, or bridges.
Factories, cement plants, mines, ports, and logistics centres can use MSWIM technology to monitor incoming and outgoing vehicles. It helps manage material movement, improve operational control, and prevent unsafe vehicle loading.
The major benefits include faster vehicle screening, reduced traffic congestion, improved road safety, automated recordkeeping, and better overload detection. The system also reduces manual work and supports transparent vehicle-monitoring operations.
MSWIM equipment is designed for continuous operation under heavy traffic and changing environmental conditions. Correct sensor installation, calibration, lane preparation, and regular maintenance are essential for dependable performance.
Selecting the right Medium Speed WIM System (MSWIM) India depends on vehicle speed, road condition, lane width, traffic volume, required accuracy, and integration needs. A properly planned system can improve enforcement efficiency and support better transport infrastructure management.
With advanced sensors, intelligent software, and automated vehicle identification, MSWIM technology provides an effective solution for modern traffic and weight-monitoring requirements.
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