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ROTARY ENCODER ALTERNATIVES
You might also be interested in the following Rotary Encoders.
redundant
electronics
600 Ω
max. burden
±0.3°
Typical accuracy
12-bit
Resolution Signal Output
2 x CANopen
Signal output
–
Power output
–
Voltage output
–
Bus exit
500 V, 50 Hz, 1 min
test voltage
CAN bus
Signal alignment via
18V–33V
Feeding
<50 mA
power consumption
0.1° / 10 K
Temperature coefficient
EN 61 000-6-2
Interference immunity
EN 61 000-6-4
Interference emission
'-40°C to +85°C
Temperature range
1143Z01
Article master number
Datasheet
22.2 mm
Housing diameter
Aluminum, anodized
Housing material
approx. 41 mm
Case length
IP65
Enclosure protection class
stainless steel
Wave material
ball bearings
shaft bearing
1
Maximum revolutions.
36.5 mm
Maximum rotation angle.
360°
Maximum rotation angle.
6 mm
shaft diameter
36.5 mm
Maximum revolutions.
25 g, 6 ms
shock
4 g sine wave, 5–100 Hz
vibration
Cable
Connection type
Central mounting M10 x 0.75
fastening
25 g, 6 ms
life
Approval & functional safety
Side view left
Side view right
Front view
Mechanical data
Electrical data
encoder
MH609y-II-CAN
Redundant miniature Rotary Encoder
The MH609y-II-CAN series miniature Rotary Encoder features a redundant Hall sensor, enabling it to detect an angular range of 0–360°. Signal output is via two CAN bus interfaces using the CANopen protocol. Its compact design makes it particularly suitable for use in very confined spaces, such as for position detection in joysticks, command transmitters, or throttle switches.
2 x CANopen
Small design for confined installation spaces
Suitable for joysticks, drive switches, control devices, controllers
RECOMMENDED FOR THE FOLLOWING
AREAS OF APPLICATION
22.2 mm
diameter
|
Single turn
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Rotary Encoder
MH609y-II-CAN
