A Force Gage is based on the principle that the force acting on the pressure adapter is measured hydraulically. The hydraulic pressure generated is displayed by the Force Gage 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 hydraulic force gauges is based on the principle that the force acting on the pressure adapter is measured hydraulically. The hydraulic pressure generated is displayed by the hydraulic force gauges on a scale in Newtons.
A force gauge is based on the principle that the force acting on the pressure adapter is measured hydraulically. The hydraulic pressure generated is displayed by the force gauge on a scale in Newtons.
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!
The panel meter is well suited for monitoring and displaying air pressure and water pressure. Thanks to its high measuring resolution and high accuracy, this panel meter is versatile.