AMCELLS Load Cell

XSGB-5kg load cell

Shape:S type point load cell
Material:alloy steel construction
Load direction：compression or tension
Model:XSGB-1kg,XSGB-2kg,XSGB-3kg,XSGB-5kg,XSGB-10kg,XSGB-20kg,XSGB-50kg,XSGB-100kg
Product description: XSGB-5kg is S type structure, can be used in tension and pressure; Single sensor can be used, also can be used with a number of sensors, easy to install, debugging, suitable for material testing machi
INQUIRY

Shenzhen Huanan Hengtai Industrial Co.,Ltd sale XSGB-5kg weighing sensor adopts elastomer as double connecting hole or shear s-beam structure, compact structure, used for tensile force and compression force measurement, strong lateral force resistance, high precision, tensile and compression output symmetry, stable and reliable performance, wide range, easy to install and use, applicable to hook scale, belt scale, batching system, packaging scale, mechanical and electrical combination scale and special force measuring device, hook scale, machine scale, hopper scale and other electronic weighing equipment.

【Support services】
Warranty period: 12 months
Provide sensor technology support and selection recommendation
【AMCELLS load cell XSGB-5kg information】
AMCELLS load cell XSGB-5kg is selling product in China, quality goods, after-sale protection. If you have any question, welcome to E-mail:sales@hnhtsz.com

Note: The following information is for reference, Please refer to AMCELLS version
AMCELLS load cell XSGB-5kg datasheet download：

AMCELLS load cell XSGB-5kg features：
S-type weighing sensor
Installation is simple, fast, stable and reliable
Suitable for material testing machine, batching scale, electromechanical combination scale and packaging scale

AMCELLS load cell XSGB-5kg Applications：

This is a high precision and cost-effective compression weighing solution, very suitable for a variety of applications, for pressure measurement, can be used with a single sensor, can also be used with multiple sensors, easy to install, debugging.

AMCELLS load cell XSGB-5kg selection：