LCF500 Flat Ring Torsion Spoke Type Compression Force Sensor
Features
1. Capacities (KN) 2.5 to 500
2. Compact structure, easy to install
3. Low deflection for high output
4. The capacity of anti-deviated load is very strong
5. High comprehensive precision, high stability
6. Anodized Aluminum Alloy, High quality alloy steel with nickel plating
7. Compression and tension load cell
8. Low profile, spherical designing
Applications
1. Material testing machine
2. Truck scale
3. Railway scale
4. Ground scale
5. Large capacity floor scale
6. Hopper scales, tank scales
Product Description
The spoke type load cell is a load cell made of a spoke type elastic body structure and using the principle of shear stress. Because its shape resembles a wheel with spokes, it is called a spoke sensor, and its height is very low, it can also be called a low-profile sensor. The LCF500 load cell adopts a spoke-type elastomer tension-compression structure, low cross-section, circular design, and has the advantages of impact resistance, lateral force resistance, and partial load resistance. The measuring range is wide, from 0.25t to 50t, and can also be customized according to customer needs. The material is made of aluminum alloy or alloy steel, with high comprehensive precision and good long-term stability.
Dimensions
Parameters
FAQ
1.What is your sample policy?
We can supply the sample with discount if we have ready parts in stock,and customer will pay for the courier cost.
2.How do you ensure quality of your products.
We have a complete quality control system,all of our products are fully checked by IQC、IPQC、FQC、OQC department before shipping it to our clients.
3.Are you a trade company or factory?
Our company is factory and directly sales.
4.Can I be your distributor?
Yes,we are looking for distributors in oversea market.
5.How to install?
English user manual(included all the details of each item)will be offered for installation and trouble shooting.Also free remote install technical assistance would be offered by our English engineers.
