SUMMIT/ANT RHP-X Elevator&lift car frame crosshead beam strain gauge link sensor deformation weighing force sensor

Strain force sensor: RHP-X
Description:
The strain gauge type pressure load cell RHP-X typically works with the bending of elevator car  steel frame and machine room steel crossbeams ,and it is also widely used for machines and vehicles force measures.
The load weighing Sensor RHP-X measures the load applied on a steel frame by measuring the proportional flexion strain.
Sensor designed for weighing depending on the deformations of steel beams in the motor bed frame or cabin frame.
Easy to install and suitable for any type of beam.
Application: load limitation on metallic structures, elevation systems (lifts, elevators, freight elevators...).
Application:
Field of application: load limitation on metallic structures, elevation systems (lifts, elevators, freight elevators...)

• load weighting device for new and modernized elevator cars and beams, for parking systems, cranes, machines tools, load control on vehicles, tank weighting etc.
• Determination of weight by measuring the deformation in the weight-bearing structure. This is a cost-effective way to retrofit existing construction, e.g. a silo, with a weight measurement.

Features:

• Designed to work on traction and compression,specially for weighing depending on the deformations of steel crossbeams, car frame
• Easy to install and suitable for any type of beam.
• Monitoring of loads at constructions and buildings in order to avoid critical overloading
• Measuring very small strains in rigid structures

 

Dimension:

 For traction elevator lifts, We SUMMIT provide a wide range of elevator load weighing device and it can suit different installation position requests, and usually there are 4 ways to mount it:

1. Under elevator cabin (cab load cells)
2. Clamped on the wire rope (wire rope load cells)
3. Between the wire rope hitch plate such as RHP-E, RHP-F, RHP-G and so on. the customized load cells are available on requests(rope hitch compression load cells)
4. Mounted on the elevator car frame to detect the beam deformation (tension link load cell, cross head load cell)