203,06 €
Price excl. VAT &. delivery
Thanks to its small dimensions, the miniature force sensor is easy to use on hard-to-reach measuring points. The height in particular is something special with this force sensor. With a diameter of only 10 mm, this force sensor is smaller in diameter than a 1 cent coin.
The miniature force sensor can be used in many applications due to its compact dimensions. With a small force application surface, the miniature force transducer enables force measurement at small contact surfaces.
This is a pressure cell as a force sensor with a high measuring range with small dimensions. The dimensions of the force sensor are only 9 mm in height and 19 mm in diameter.
A force sensor made of stainless steel with a measurement uncertainty of only 0.5%. With the dimensions of Ø 13 mm and a height of 7 mm, the force sensor is very versatile.
Due to its ball bearing, the load cell has a special resistance against lateral forces. The load cell has a strong output signal of approx. 4 mV / V and works with a measurement uncertainty of 0.03% F.S.. The load cell is used especially in harsh environments such as truck scales, train scales, machine weighing, etc..
Force sensor nominal load selectable! If require 50 t or 100 t please select variant.
The flat miniature force sensor has a height of only 4 mm. With a diameter of 12 mm, this miniature force sensor is very compact. This force sensor achieves a measurement uncertainty of only 0.5%.
The flat miniature force sensor has a height of only 11 mm. With a diameter of 20 mm, this miniature force sensor is very compact. This force sensor achieves a measurement uncertainty of only 0.5%.
Due to its ball bearing, the load cell has a special resistance against lateral forces. The load cell has a strong output signal of approx. 4 mV / V and works with a measurement uncertainty of 0.03% F.S.. The load cell is used especially in harsh environments such as truck scales, train scales, machine weighing, etc..
Other force sensor nominal loads available - see variants!
A tension dynamometer is based on the principle that the force acting on the pressure adapter is measured hydraulically. The hydraulic pressure generated is displayed by the tension dynamometer on a scale in Newtons.
A tension dynamometer is based on the principle that the force acting on the pressure adapter is measured hydraulically. The hydraulic pressure generated is displayed by the tension dynamometer on a scale in Newtons.
A tension dynamometer is based on the principle that the force acting on the pressure adapter is measured hydraulically. The hydraulic pressure generated is displayed by the tension dynamometer on a scale in Newtons.
A tension dynamometer is based on the principle that the force acting on the pressure adapter is measured hydraulically. The hydraulic pressure generated is displayed by the tension dynamometer on a scale in Newtons.
A tension dynamometer is based on the principle that the force acting on the pressure adapter is measured hydraulically. The hydraulic pressure generated is displayed by the tension dynamometer on a scale in Newtons.
A tension dynamometer is based on the principle that the force acting on the pressure adapter is measured hydraulically. The hydraulic pressure generated is displayed by the tension dynamometer on a scale in Newtons.
A tension dynamometer is based on the principle that the force acting on the pressure adapter is measured hydraulically. The hydraulic pressure generated is displayed by the tension dynamometer on a scale in Newtons.
A tension dynamometer is based on the principle that the force acting on the pressure adapter is measured hydraulically. The hydraulic pressure generated is displayed by the tension dynamometer on a scale in Newtons.
A tension dynamometer is based on the principle that the force acting on the pressure adapter is measured hydraulically. The hydraulic pressure generated is displayed by the tension dynamometer on a scale in Newtons.
A tension dynamometer is based on the principle that the force acting on the pressure adapter is measured hydraulically. The hydraulic pressure generated is displayed by the tension dynamometer on a scale in Newtons.
A tension dynamometer is based on the principle that the force acting on the pressure adapter is measured hydraulically. The hydraulic pressure generated is displayed by the tension dynamometer on a scale in Newtons.
A tension dynamometer is based on the principle that the force acting on the pressure adapter is measured hydraulically. The hydraulic pressure generated is displayed by the tension dynamometer on a scale in Newtons.
The tension load cell is ideal for mobile tensile measurements, such as those carried out by surveyors. Quality materials are used in the manufacture of the tension load cell. Despite the high measuring capacity, these materials enable a compact design with a low weight.
The tension load cell is ideal for mobile tensile measurements, such as those carried out by surveyors. Quality materials are used in the manufacture of the tension load cell. Despite the high measuring capacity, these materials enable a compact design with a low weight.
