A absolute encoder, also called a absolute shaft encoder, is an electro-mechanical device that converis the angular position or motion of a shaf or axleto an analog or digital code.
There are two main types: absolute and incremental (relative). The output of absolute encoders indicates the curent position of the shaftmaking them angle transducers. The output of incremental encoders provides information about the motion of the shaf, which is typicallyfurther processed elsewhere into information such as speed, distance and position.
*Application
Rotary encoders are used in many applicaions that reauire precise shat unlimited rotaion-incuding industrial controls. robotics. speciapurpose photographic lenses,computer input devices (such as optomechanical mice and trackballs), controlled stress rheometers, and
rotating radar platforms.
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Specifications |
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Standard |
BXS38(single turn) |
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Operating Voltage |
24VDC |
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Consumption Currunt |
<100mA (24Vdc) |
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Output Interface |
PNP |
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Revolution direction |
1024 |
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Output Code System |
Binary Code |
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Carry Dirction |
The Axial Rotation Increases Clockwise |
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Repeatability |
Repeatability ±2BI (actual accuracy is related to installation accuracy and shaft concentricity) |
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Vibration Impact |
20g, 10~2000Hz |
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Operating Temperature |
-25 to 80℃ |
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Storage Temperature |
-40 to 80 ℃ |
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Connecting Cable |
20g, 10~2000Hz |
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Shape Structure |
Shape Structure |
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Color |
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Color |
Red |
Black |
Green |
Green -and -White |
Grey |
Grey -and-White |
Yellow |
Yellow-and-White |
Brown |
Brown-and-White |
Blue |
Blue-and-White |
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Signal |
24V |
0V |
2^0 |
2^1 |
2^2 |
2^3 |
2^4 |
2^5 |
2^6 |
2^7 |
2^8 |
2^9 |
Product Image
