FMS USA, Inc. Datasheets for Load Cells

Load cells are force sensors that often incorporate mechanical packaging to fit into testing and monitoring systems. They can be used for tension, compression, and/or shear measurement, and can be configured to measure force or load along one or more axes. 
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Product Name Notes
FMS force measuring rollers of the RMGZ100 series are used to measure the tension in ropes, cables, wires and narrow web materials. Features Advantages 10 times overload protection No recalibration...
FMS force measuring rollers of the RMGZ400/600 series are used to measure the tension in ropes, cables, wires and narrow web materials. Features Advantages Nominal forces from 60-4000 N Wide...
FMS force measuring rollers of the RMGZ800 series are used to measure the tension in ropes, cables, wires and narrow web materials - made for higher forces and stability Features...
SMGZ force sensors are used in difficult ambient conditions, e.g. hydrocarbon media like, rolling oils or in high temperatures environments. They can be used in virtually any metal strip process.
The AMGZ Series sensors are designed as dead shaft sensors to allow easy roller change in continuous material processing applications. Features Advantages 10 times overload protection No recalibration required 20:1...
The CA203 series is made for dead shaft applications. FMS dual flexion beam technology sensors set new benchmarks with regards to precision, reliability and economic efficiency. Features Advantages 10 times...
The DMGZ300 series load cells measure force in the direction of the center axis of the sensor. Features Advantages 10 times overload protection Recalibration is not required 20:1 force measuring...
The dual flexion beam sensors of the C203 series set new benchmarks with regards to precision, reliability and economic efficiency. Features Advantages 10 times overload protection No re-calibration required 20:1...
The force measuring journals of the CZ 205 Series undertake the tension measurement in all kinds of continuous material processing applications. Features Advantages 10 times overload protection No recalibration required...
The force measuring rollers of the CR 208, CR 210 and CR 212 Series are ideal devises to measure tensions in wires, cables and narrow flat materials. Features Advantages 10...
The LMGZ series tension sensors offer the highest accuracy, reliability, and durability in the industry. The ultra flat sensor can be used in the most stringent space conditions. Features Advantages...
The LMGZ.D double range force measuring bearing sensors offer the highest accuracy, reliability, and durability in the industry. Especially when processing widest kinds and widths of materials. Features Advantages Measurable...
The measuring sensors are integrated in the roller and measure the forces which are acting on the roller in an accuratly and effective manner. Features Advantages 10 times overload protection...
The RMGZ 300 Series force measuring roller is used to measure the tension in wires, cables and similar materials. This dedicated measuring roller family was developed to work in rotating...
The RMGZ900 series force measuring rollers are designed as self contained cantilever mount sensors that minimise machine space requirements in continuous material processing applications. Features Advantages 10 times overload protection...
The RMGZ900mini series sensors are designed as self contained cantilever mount sensors that minimise machine space requirements in narrow material processing applications. Features Advantages 10 times overload protection Recalibration is...
The UMGZ force measuring blocks are ruggedly constructed, accurate and very reliable. They are used in normal and dry ambient conditions. Features Advantages Overload protection, 10-times nominal measuring force No...
The ZMGZ series force measuring journals are used to measure the tension in continuous material processing. Force measuring journals are utilized with rollers that have an internal bearing. A bearing...
These force sensors are perfect for difficult ambient conditions, e.g. cooling water, wet paperpulp, high temperatures, humidity, acids and bases. They can be used in virtually any wet environment. Features...