Examples of using Each sensor in English and their translations into Swedish
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Colloquial
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Official
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Medicine
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Ecclesiastic
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Ecclesiastic
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Official/political
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Computer
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Programming
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Political
Consistent performance between each sensor.
Each sensor has its own lens
After storage can also each sensor be read.
Customize each sensor with a differentiating name and location.
The measuring system includes a control unit and a demodulator for each sensor.
Each sensor is continuously receiving(and spreading) information.
Detailed information about each sensor is available in the follow pages.
Each sensor is able to actively“listen” to 15 other sensors. .
power measurements require pairing with each sensor.
Each sensor can be monitored in real time and displayed on PXOC OSD.
This has been possible through the use of Otto's double magnetic system around each sensor.
Each sensor is tested to determine its unique,
A temperature drift is reduced to a minimum by the targeted compensation of each sensor.
Each sensor consists of multiple detectors in a circular arrangement around a kernel.
allows each sensor sensitivity, range
Each sensor node comprises an IR transmitter,
In this case, Smart computer measures by receiving signals directly from each sensor(speed, cadence,
By default, each sensor is named Sensor 1,
In Sensor Direct Mode, smart computer measures by receiving signals from each sensor(speed, cadence,
The thresholds for each sensor can be asigned to any system events ExternalManager‘ a, eg.
close a branch. Each sensor monitors a certain system value.
Each sensor features 10 zones that can be trained
Via a cable that you can assemble yourself, you can connect each sensor quickly and comfortably to the matching isolating amplifier outside of the Ex zone.
In general, each sensor corresponds to a specific detection gas,
According to the input information of each sensor, ECM controls the fuel injection
Each sensor is subject to continuous control,
In general, each sensor corresponds to a specific detection gas,
Each sensor can be used over two different measuring ranges denoted-L for long range and-S for short range(2 pF and 10 pF capacitances respectively).
Also, each sensor has a Pt 1000 RTD temperature element built into its tip for exceptionally fast response to changes in temperature with±0.1ºC accuracy.