CSP™ Portable Test Stand

CSP™ Portable Static Weighbridge Test Stand

The CSP™ (Calibration Static Platform) Test Stand is a robust, portable solution specifically designed for the calibration and verification of weighing systems, particularly wheel and axle load weighers, as well as weight control systems. This exceptionally high-quality, precise device ensures that measuring instruments comply with strict accuracy requirements, whether for roadside enforcement, airport applications, or industrial measurements.

The CSP™ stand is designed to provide maximum flexibility and ease of handling while guaranteeing reliable and repeatable loading conditions during calibration procedures.

Key Features and Advantages

The CSP™ Portable Static Weighbridge Test Stand has several key advantages that set it apart in the market:

• Portability and Mobility: Thanks to its compact design, the stand can be easily transported to the site, making it ideal for field calibration tasks where scales cannot easily be moved to a central laboratory.
• Robust Construction: Made from durable, high-strength materials that withstand heavy loads and harsh environmental conditions, ensuring a long service life.
• Precise Load Simulation: Allows the application of precise, known weights directly onto the tested scale, simulating vehicle axle or wheel loads.
• Compatibility: Provides wide compatibility with various types of portable static scales and wheel scales.
• Simple Operation: The ergonomic design and user-friendly construction minimize setup time, enabling fast and efficient verification.

Technical Data

The technical characteristics of the CSP™ test stand guarantee reliable performance even in the most demanding calibration environments.

Detailed Application Areas

The CSP™ test stand is an indispensable tool in many industries where weight accuracy is critical:

Road Weighing and ITS

For roadside enforcement authorities, the CSP™ stand ensures that installed or portable scales (e.g., LP788™, AX900™ systems) accurately measure vehicle axle and wheel loads. This is essential for screening overweight vehicles, protecting road infrastructure, and maintaining safety.

• Accuracy Verification: Enables authorities to regularly check the accuracy of portable scales on-site before they are used for live measurements.
• Rapid Deployment: Because it is portable, it can be quickly deployed at checkpoints, highway rest areas, or temporary traffic control sites.

Airport Weight and Balance

Although primary airport scales (e.g., ACII™ systems) require specialized calibration procedures, the CSP™ stand can be useful for checking lower-capacity airport measuring devices or equipment used in maintenance hangars.

Industrial and Logistics Weighing Systems

Regular calibration of portable weighing pads (e.g., SW™ portable weighing pads) used in logistics centers, warehouses, and transshipment terminals is essential to ensure accuracy in inventory management and shipping costs. With the help of the CSP™ stand, these systems can quickly regain their credibility.

Motorsport

Although the product primarily targets the ITS sector, its robust design and the capability for precise load application also make it useful in motorsport during chassis setup procedures (e.g., spring load, damper testing), complementing dedicated chassis setup systems.

The Quality of Calibration

The accuracy of measuring instruments directly affects legal compliance and economic decisions. By using the CSP™ test stand, users can ensure that:

1. Comply with Metrological Requirements: Reliable load is the basis for certified calibration procedures.
2. They Minimize Errors: Regular inspection reduces the risk of incorrect measurements, which can lead to financial loss or legal issues.
3. They Maximize Uptime: Quick on-site checks minimize downtime for weighing systems from operation.

The CSP™ Portable Static Weighing Test Stand is an integral part of Intercomp's wide range of force and weight inspection solutions (including wheel/axle scales, WIM systems, and airport scales), reflecting the commitment to precision measurement.