Load Cell Solutions for Cranes and Lifting Equipment
Measure suspended loads, monitor rope tension and protect lifting equipment from overload. We support crane scales, hoists, winches, lifting points and structural load-monitoring systems.
Discuss Your Lifting ApplicationDesigned for Real Lifting Forces
Lifting systems experience acceleration, shock, side load, rotation and uneven rope tension. Sensor capacity and mounting must reflect the complete force path and applicable safety requirements.
Typical Lifting System
- Tension, S-type, load pin or compression sensor
- Shackles, clevises or engineered mounting
- Indicator, amplifier or safety controller
- Alarm, relay or crane-control interface
- Protected cabling or wireless transmission
- Calibration and proof-load procedure
Sensor Options for Lifting Systems
Crane Scale Load Cells
Tension and S-type designs for hook scales, hanging scales, hoists and suspended weighing.
Load Pins
Instrumented pins for sheaves, shackles, anchors, booms and machinery joints where force already passes through a pin.
Rope & Structural Monitoring
Custom tension and compression sensing for wire ropes, winches, lifting beams and overload protection.
Information Needed for Selection
| Parameter | Details to Confirm |
|---|---|
| Application | Crane scale, hoist, winch, load pin, rope tension or structural monitoring |
| Working Load | Normal load, maximum load, shock, proof load and required safety factor |
| Load Direction | Tension, compression, bidirectional force, side load and alignment |
| Installation | Available space, pin or shackle dimensions, drawings and connection method |
| Environment | Indoor/outdoor, corrosion, moisture, temperature, vibration and hazardous conditions |
| Output | Display, amplifier, relay, analog output, digital communication or wireless |
| Compliance | Accuracy, inspection, calibration and applicable lifting or machinery requirements |
Four Essential Design Checks
Include dynamic load, shock and appropriate safety factors.
Avoid bending and side forces not included in the sensor design.
Do not rely on the sensing element as the only load-retaining safeguard.
Calibrate and inspect the complete installed system at suitable intervals.
Crane and Lifting Load Cell FAQ
Which load cell is used in a crane scale?
Tension, S-type and purpose-built crane-scale sensors are common. Selection depends on capacity, connection method, safety margin and environment.
What is a load pin?
A load pin replaces a structural pin and measures the force passing through it, making it useful in sheaves, shackles, anchors and lifting machinery.
How should capacity be selected?
Consider working load, dynamic impact, uneven loading, proof load and the safety factor required by the equipment design and applicable rules.
Can the system trigger an overload alarm?
Yes. Suitable indicators or controllers can provide relay, analog or digital outputs for alarms and machine-control functions.
Can you customize dimensions?
Custom load pins and force sensors can be evaluated from drawings, load cases, installation space, output and quantity.
What is needed for a quotation?
Send the application, load range, drawings, mounting method, environment, required output, safety requirements, quantity and destination.
Need a Sensor for Lifting Equipment?
Send the load range, mounting drawing and operating conditions.