Catalogue Measuring Systems for Vehicle Development - Measuring Wheels and Hubs, Crash Barriers, Force Sensors
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jv| Measuring Wheels and Measuring Hubs
With its RoaDyn® product line Kistler now offers a complete line of measuring wheels for a wide spectrum of applications and all common vehicle types, as well as various measuring hubs for test stand applications. The individual systems differ in terms of not only their measuring principle (piezo­electric or strain gage sensors), but also their design, number and direction of mea­sured forces and torques. While the piezo­electric measuring wheel systems have an integral wheel force sensor, their strain gage based counterparts use several indi­vidual 3-component load cells to allow flexible integration into the mechanical structure of the wheel. The number of these 3-component sensors used determi­nes the maximum permissible load.
Kistler has specialized in wheel force mea­surement technology since the early 70s. About ten years after measuring hubs first found their way into the laboratories of the automobile manufacturers and related supply industry, the first piezoelectric-based measuring wheels that could also be used on vehicles were developed. Even these initial models were assembled using individual 3-component quartz sensors. Over the years these systems underwent continuous development and were com­plemented with other systems based on strain gages.
Design of measuring wheel systems
Kistler RoaDyn measuring wheels are mo­dular in design. Appropriate mechanical adapters are used to integrate the sensors into the force distribution. Modification of these adapters allows the same sensors to be used to manufacture measuring wheels for different rim sizes, wheel offsets and hub hole patterns.
Mechanical adaptation of measuring wheels
While the stationary conditions on a test stand often make adaptation easier, more involved adaptation is generally necessary for mounting on a vehicle. In the latter case it is particularly important to repro­duce the specifications of the standard
Design of a one-piece rim
It is essential for measuring wheels to reproduce the geometric specifi­cations of the standard wheels.
2 3
1
"31 Centerhole 0
5
Hub flange 0
7
Outside part
3 Wheel offset
6
Rim 0
8
Measuring element (quartz or strain gage)
10
1 Clear width _2 Stud pitch circle 0
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