ATO Compression Load Cell ,Tension Load Cell 300kg Spoke Type Load Cell,High-Precision Force Pancake Load Cell Weight Sensor With Display Controller

Specification

Model：ATO-LCST-TJH-4A

Shipping Weight ：1.5~31kg

Capacity Range ：300 kg~100 ton

Matched Display Controller：ATO-TY5DA3 (Click it to the controller page)

Matched Transmitter ：ATO-LCTR-NTB3K (Click it to the transmitter page)

Accuracy：0.03%F.S (linearity + hysteresis + repeatability)

Sensitivity：2.0±0.1mV/V

Creep：±0.03%F.S/30min

Zero Output：±1%F.S

Temperature Effect on Zero：±0.03%F.S/10℃

Temperature Effect on Output：±0.03%F.S/10℃

Operating Temperature：-20℃~+65℃

Input Impedance：380±10Ω or 750±15Ω

Output Impedance：350±3Ω or 700±5Ω

Insulation Resistance ：≥5000MΩ

Safety Overload：150%F.S

Bridge Voltage (excitation voltage) ：DC 10V

Material ：Alloy steel or stainless steel

Protection Class ：IP67

Cable Length：3m (＜5 ton), 6m (≥5 ton)

Wiring：EXC+: Red, EXC-: Black, SIG+: Green, SIG-: White

Can Compression Load Cells be Used in Multi - Load Measurement Systems?

Yes, they can! Compression load cells are perfectly suited for multi - load measurement systems, where the combined efforts of several load cells come into play to measure forces acting in various directions or on different components of a system. Here's how it all works:

How They Function in Multi - Load Systems

In multi - load measurement setups, data from multiple compression load cells are integrated. This integration enables the generation of an overall force measurement. This approach is highly valuable in testing and monitoring applications across multiple industries.

Key Industries Utilizing This Setup

• Aerospace: In the aerospace industry, multi - load measurement systems with compression load cells are crucial for ensuring the safety and performance of aircraft components. They help measure the forces experienced during flight simulations, structural testing, and engine performance evaluations.

• Automotive: For automotive applications, these systems are used to test vehicle components such as suspension systems, chassis, and engines. By combining data from multiple load cells, engineers can accurately assess how different parts of a vehicle respond to various loads, improving vehicle design and safety.

• Structural Engineering: In structural engineering projects, multi - load measurement systems play a vital role in evaluating the integrity of buildings, bridges, and other structures. Compression load cells placed at different points on a structure can measure the forces acting on it, helping engineers detect potential weaknesses and ensure structural stability.

Practical Example

Take large - scale testing setups, for example. Here, multiple compression load cells are strategically positioned to measure forces on different parts of a structure or machine under load. This comprehensive approach provides detailed insights into how each component behaves under stress, offering a more complete understanding of the overall force distribution and performance of the entire system.