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Load detection in washing machines
The displacement sensor ILU (Integrated Load and Unbalance Sensor) measures the depression of the suds container when the washing machine is loaded and its deviation during the spinning stage. Due to the inductive measurement principle, the sensor provides absolute position acquisition for static and dynamic processes.
The current load status is continuously displayed and thus enables optimum and maximum loading of the washer drum. The necessary load-dependent detergent quantity is calculated and displayed in parallel.
Details
Inductive measuring principle
Static and dynamically effective measuring principle
Low-cost VIP electronics
Sensor can be integrated in the friction damper
Optimized load status
Improved detergent consumption
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MSC710 controller for induSENSOR LVDT
The MSC710 is a single-channel miniature sensor controller for the operation of inductive displacement sensors based on the LVDT principle. Its compact, but rugged design, makes it suitable for both industrial and laboratory applications. Easily accessible and simple to operate, by using DIP-switches. The electronic unit can be matched to a wide range of sensors.
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Display units and process indicators
The analog display, DD241PC, has an analog input and is typically used for distance monitoring or for position control. If two analog signals have to be evaluated together, the DD245PC model is available. The DD245PC is ideal for applications such as static thickness measurement, where a new output signal must be calculated from two input signals. The process display DD214NE is used for digital incremental sensors and, like its analog counterpart, can evaluate both signals and output as one signal. The DD202TA is used for displaying revolutions or speed. The DD214NA is used for the position display with SSI output sensors.
Details
Low cost Process indicators
Visualization of various sensor signals
6-digit 7-segment display
For digital or analog displacement signals, speeds and revolutions
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Edge Sensor for mirror segments
The Edge Sensor has specifically been developed for the measurement of mirror segments for large telescopes. In order to enable a highly precise positioning of the individual segments, the Edge Sensor detects quantities such as piston, gap and shear in nanometre resolution. The active temperature compensation reduces temperature-driven disturbances to a minimum. Due to its universal concept, the Edge Sensor can be applied in numerous fields of applications for the measurement of distance, displacement and position where high accuracies and resolutions are required.
Measuring ranges:
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Piston ±1400µm
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Gap 2000 - 700µm
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Shear ±1500 µm
Special features:
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Measurement of gap, displacement and tilt
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Highest resolution and accuracy
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Active temperature compensation
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Non-contact and wear-free measurement
