Sensata - BEI Sensors 01002-9607
Encoder, Incremental, Optical, 5-28VDC, 3/8" Shaft, 3600 Cycles/turn, 2 Channel
Mfr. Part #: 01002-9607 / RS Stock #: 70527404
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Price
Qty.
Standard Price
1
$885.98
Additional Inventory
On order:
1
Manufacturer Lead Time:
12 weeks
Estimated manufacturer lead time is for quantities greater than shown above.
Bulk pricing available
Product Specifications
Product Attribute
Attribute Value
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Alternate Mfr Part Number
XH25E-F1-SS-3600-ABZC-28V/V-EM18
IP Rating
IP66
Mounting Type
Face Mount
NEMA Rating
4 ; 13
Number of Channels
2
Orientation
End
Output Type
Quadrature
Pulse Per Revolution
3600 PPR
Rotational Life
200 M Cycles
Shaft Size
0.3800 in
Special Features
Dual Channel w/Index ; End Termination
Supply Voltage
5-28 V
Technology
Optical
Termination
M18
Type
Incremental
Overview
BEI Model H25 Incremental Encoders
H25 Incremental Optical Encoders are the flagship of the BEI Sensors product line. Designed from the ground up, they provide instantaneous information on the position of a rotating shaft by producing one square wave cycle per increment of shaft movement. This increment is referred to as the resolution of the encoder and is built directly into the internal hardware of the device on the code disc. By rotating this code disc in the path of a light source, it acts like a shutter and alternately shuts off or transmits the light to a photodetector. By counting this number of cycles, you can tell the position of the shaft, relative to its starting position.
Features:
EMI shielding
40 lb. ABEC 7 bearings
Matched thermal coefficients on critical components
Custom high-efficiency optics
NEMA 4 and 13 requirements (when ordered with the shaft seal or cable gland)
Applications:
Machine control
Process control
Wood processing
Oil well logging
Industrial weighing
Agricultural machinery
Textile
Equipment
Web process control
Robotics
Food processing
H25 Incremental Optical Encoders are the flagship of the BEI Sensors product line. Designed from the ground up, they provide instantaneous information on the position of a rotating shaft by producing one square wave cycle per increment of shaft movement. This increment is referred to as the resolution of the encoder and is built directly into the internal hardware of the device on the code disc. By rotating this code disc in the path of a light source, it acts like a shutter and alternately shuts off or transmits the light to a photodetector. By counting this number of cycles, you can tell the position of the shaft, relative to its starting position.
Features:
Applications:
