Canon X-1M 브로셔
LASER ROTARY ENCODER
Precautions When Installing
1.Maximum Load on the Shaft and Coupling
When a rotary encoder is connected to the drive shaft
of anotherdevice, any sliding of the shaft core,
vibration of the drive shaft,or a thrust change would
affect the bearing that receives theforce, resulting in a
decreased level of precision, shorter life,and/or
damage Please use the unit within the maximum
of anotherdevice, any sliding of the shaft core,
vibration of the drive shaft,or a thrust change would
affect the bearing that receives theforce, resulting in a
decreased level of precision, shorter life,and/or
damage Please use the unit within the maximum
Model
Radial
Thrust
R-1SL/SO/P32
0.4kgf
1.0kgf
M-1S
1.5kgf
2.0kgf
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.Maximum Load
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l (R 1)
damage. Please use the unit within the maximum
load.If the unit is used with rigid connection, the
centering offset andthrust change must not exceed
2mm and 1mm, respectively. Ifprecise centering is
difficult, use flexible coupling to absorb thecentering
offset, contact with the drive shaft, and thrust
changes.Flexible coupling works well in a still state (at
rest) even if theload due to eccentricity and/or tilting of
the drive shaft exceedsthe maximum limit; however,
load.If the unit is used with rigid connection, the
centering offset andthrust change must not exceed
2mm and 1mm, respectively. Ifprecise centering is
difficult, use flexible coupling to absorb thecentering
offset, contact with the drive shaft, and thrust
changes.Flexible coupling works well in a still state (at
rest) even if theload due to eccentricity and/or tilting of
the drive shaft exceedsthe maximum limit; however,
To attain a transfer precision of 10 seconds with U-
2type coupling (manufactured by Daido
SeimitsuKogyo K.K.): The mounting eccentricity shall
be within 0.03mm.
2type coupling (manufactured by Daido
SeimitsuKogyo K.K.): The mounting eccentricity shall
be within 0.03mm.
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Application Example (R-1)
the drive shaft exceedsthe maximum limit; however,
care must be taken during rotationas an unreasonable
amount of force may cause damage.
care must be taken during rotationas an unreasonable
amount of force may cause damage.
2. Effects of Noise from Peripheral Devices
Pulse-type noises generated by motors, motor drivers,
powersupplies, relays, and other devices could cause
powersupplies, relays, and other devices could cause
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adverse effectson the encoder, resulting in
malfunctioning. In particular, com-mon-mode (same
phase) noise could affect the unit through themotor,
encoder itself, power-supply line, and shield lines;
there-fore, measures must be taken with full
understanding of the pathof the electric current. Here
is an example to reduce the effectsof the noise.
malfunctioning. In particular, com-mon-mode (same
phase) noise could affect the unit through themotor,
encoder itself, power-supply line, and shield lines;
there-fore, measures must be taken with full
understanding of the pathof the electric current. Here
is an example to reduce the effectsof the noise.