Miniature flange force sensor 1000N small size flange mounted load cell 100kg

Miniature flange force sensor FFG is made of stainless steel utilizing strain gauge technology to deliver maximum 0.1% non-linearity of rated output.Miniature force sensor FFG offers 0-50N / 0-100N / 0-200N / 0-500N / 0-1000N / 0-2000N six rated capacities to choose from,this model is suitable for both tension tension and compression force measurement.Stainless steel construction, flange-to-flange mounting, compact size, bidirectional force measurement, high accuracy, competitive price, miniature force sensor FFG offers a perfect mixture for applications such as wire tension control, force distribution analysis, automated control, cylinder thrust measurement, assembly force monitoring, spring testing, ultrasonic welding clamp force control, hand press force verification,and so on. In addition to the standard specifications, Forsentek is also capable of and willing to provide custom design service to meet requirements of different applications.

Dimensions(in "mm")

Specifications

Miniature flange force sensor 1000N small size flange mounted load cell 100kg

Located in China,Forsentek Co., Limited has provided load cells,force sensors and measuring solutions to more than 30 countries all over the world.

At Forsentek,you can find universal products like:

• Compression load cell
• Force sensor force transducer
• Button load cell
• Micro load cell
• Strain gauge load cell
• Reaction torque sensor
• Rotary torque sensor

Forsentek is also an expert in customized force measurement products like:

Load pins for overload protection.

Bolt sensor for fastening force monitoring.

With experienced engineers in load cell and force sensor application field,Forsentek knows exactly what you need after you talk to us.Being expert in strain gauge based load cell manafuacturing technology and custom-made service,we are confident in providing the most suiablt products to meet your application perfectly.

Send us an inquiry,we'll get back with solutions.