ProductsForce GaugesLoad cell (Force Sensors)Force test Stands (Force Tester)Torque Gauges/Torque TestersOther Force testing SystemAttachmentsCablesOther EquipmentCustom make Force is generally measured by using it come a calibrated measuring tool which resists the force and indicates or documents its magnitude.

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A force gauge is a small measuring instrument used throughout all industries to measure the force. It can be offered for product characteristic evaluation, tactile, operability that accelerator/brake pedal tests and also so on.

Click below for details of pressure Gauges >> In physics, pressure is a quantitative description of an interaction that reasons a adjust in one object’s motion. Pressure is a vector quantity, v both direction and also magnitude. The is characterized as mass x Acceleration = Force. The SI unit of force is the newton (N); characterized as the unit of force which would offer to a fixed of one kilogram one acceleration the 1 meter per 2nd squared. There room a many force varieties including tension, compression, shearing, bending, and also friction.

Newton’s Universal regulation of Gravitation claims that any type of two objects exert a gravitational force of attraction on each other. The gravitational acceleration of planet is defined as g＝9.80665m/s2 (standard value) by worldwide Committee of Weights and Measures. For example, the load of 1kg massive at earth is nearly equal come 1(kg)×9.8(m/s2)＝9.8(N). Torque is a measure up of how much a force acting on things causes the object come rotate. Speak is characterized as pressure (F) x street (r) = Torque. The street (r) is native the pivot allude to the point where the pressure acts. The SI units of torque is a Newton-meter (N･m).

Imagine advertise a door to open it. The pressure of your press (F) reasons the door to rotate about its hinges (the pivot point). How difficult you must push relies on the distance you space from the hinges (r). The closer you space to the hinges (i.e. The smaller sized r is), the harder that is come push.

Click right here for details of talk Gauges/Torque Testers >> It is stated that a brothers physicist Isaac Newton come up v the regulation of global Gravitation, watching an apologize falling. It appears not true the the fall apple led that the idea, however “Newton” together a unit of force was named to respect his contribution to breakthrough of science. In Japan, “N(Newton)” is only enabled to usage in force measurement as result of Measurement plot of Japan. However, kgf (kilogram force), lbf (pound force), and ozf (ounce-force) are also used in various other countries.

For instance 1kgf ≒ 9.8N（Approx. 10 times）

1N ≒ 0.2248lbf

1lbf ≒ 16ozf

### ●Unit that Torque: N･m （Newton meter）

In Japan, “N･m” and “N･cm” are enabled to use in talk measurement because of Measurement plot of Japan. However, kgf･m and lbf･in are likewise used in other countries.

For example 1N･m ＝ 100N･cm

1N･m ≒ 0.1kgf･m

1N･m ≒ 8.85lbf･in（1in ＝ 0.254m）

### ●Measurement Unit（N）by Measurement plot in Japan

The followings are units i m sorry are listed by Measurement plot in Japan.

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 Quantity that state ofphysical phenomena Symbol Measurement Unit Force N Newton Moment of force N・m Newton meter Pressure Pa, N/m2, bar Pascal, Newton per square meter, and also Bar Stress Pa, N/m2 Pascal, Newton every square meter Viscosity Pa・s, N・s/m2 Pascal second, Newton 2nd per square meter
* force conversion 1kgf=9.80665N

### ●SI Prefix

To protect against the consistent use of very long numbers, SI (the worldwide system the units) encourages the usage of multiples the 1 000, (expressed as 103 in scientific notation) for big numbers, and multiples of 0.001 (or 10-3) for small numbers. Each of these multiplying factors has a particular symbol, some of which are presented in the below table.

 Symbol SI prefix Scientific notation N nano 10-9 μ micro 10-6 m milli 10-3 c centi 10-2 da deca 10 k kilo 103 M Mega 106 G Giga 109

For example 1N ＝ 100cN ＝ 0.1daN