Load Cell

ATO Load Cell Selection Guide

Choosing the right load cell depends on the type of force measurement, required capacity, installation structure, output signal, accuracy level, and whether the sensor will be used for weighing systems, industrial automation, force testing, crane monitoring, hopper scales, robotics, or embedded equipment.
ATO offers different types of load cells, including single-point load cells, S-type load cells, tension and compression load cells, micro load cells, digital load cells, compression load cells, pancake load cells, low profile load cells, crane load cells, and wire rope tension sensors. The table below can help buyers quickly choose the right ATO load cell for their application.

ATO Load Cell Selection Table

The table below summarizes key ATO load cell models, their main detection parameters (range and special features), accuracy/output options, typical applications, and the best choice for each scenario. Use this as a quick reference to narrow down your options.

How to Choose the Right ATO Load Cell

Choosing the right load cell depends on the type of force you need to measure, the capacity, installation space, and the application environment. ATO offers a wide range of load cells, including single-point, S-type, S-beam, digital, miniature, low-profile, tension, compression, and wire rope load cells. The following guide helps you quickly identify the best ATO load cell for your application.

1. For Weighing Scales and Platform Scales
   For pricing scales, bench scales, packaging machines, and low-profile weighing platforms, choose a single-point or parallel beam load cell. Recommended models include ATO-LC-SP01 and ATO-LC-GPB180.
   These models are suitable when users need high accuracy, good output symmetry, low temperature drift, and overload protection in a flat and compact design.
   
   
2. For Tension and Compression Measurement (S-Type)
   For batching scales, crane scales, hopper scales, spring test benches, and general force measurement, choose an S-type load cell. Recommended models include ATO-LC-S02, ATO-LC-S01, ATO-LC-TSC, and ATO-LC-TSH.
   If the application requires both tension and compression forces, S-type load cells provide good output symmetry, compact structure, and high accuracy. For harsh environments, choose the stainless steel version (ATO-LC-TSH).
   
   
3. For Miniature and Restricted Space Applications
   For manipulators, robots, button testers, force gauges, small force testers, and embedded systems, choose a miniature load cell. Recommended models include ATO-LC-S03, ATO-LC-S04, ATO-LC-TC01, and ATO-LC-TC02.
   These models are suitable when physical space is limited (e.g., 5×16×19.1mm for ATO-LC-S04) and high accuracy is still required.
   
   
4. For Heavy Lifting and Crane Applications
   For crane scales, hook scales, port lifting equipment, wire rope tension measurement, and high-capacity hoisting, choose heavy-duty tension load cells or column-type load cells. Recommended models include ATO-LC-T01, ATO-LC-T02, and ATO-LC-ZL107.
   The ATO-LC-T01 offers IP67 protection and capacities up to 70 tons, while ATO-LC-T02 reaches up to 200 tons. For wire rope tension, the ATO-LC-ZL107 provides built-in overload protection and high dynamic response.
   
   
5. For Compression-Only and Low Profile (Pancake) Applications
   For platform scales, truck scales, rail weighbridges, warehouse level control, force measurement in automated systems, and overhead weighing, choose compression or low-profile load cells. Recommended models include ATO-LC-P01, ATO-LC-P02, and ATO-LC-LF104.
   These models feature low height, an all-sealed structure, good anti-eccentric load performance, and are ideal for applications where height is restricted.
   
   
6. For Digital Output and IoT Integration
   For intelligent shelves, gravity cabinets, garbage collection systems, and industrial automation requiring direct data transmission, choose digital load cells. Recommended model: ATO-LC-GPB.
   The ATO-LC-GPB supports RS232 or RS485 output with digital temperature compensation and intelligent creep compensation, making it suitable for smart weighing and IoT force monitoring.
   
   

Quick Recommendation by Application

This table helps buyers who already know their application but are not sure which ATO model to choose. By matching the use case with the recommended model, users can narrow down their selection more efficiently.

 
Conclusion

ATO load cells cover a wide range of force and weight measurement needs, from miniature S-type sensors for robotics and button testers to heavy-duty tension load cells for cranes up to 200 tons. Whether you need a single point load cell for a pricing scale, a digital load cell for an intelligent shelf, a stainless steel S-type for harsh environments, or a low profile pancake load cell for a truck scale, ATO provides reliable, cost-effective solutions with multiple output options and protection grades.