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MKT-92
Fagor Automation Encoders, M Series
Product Description
M Scale
Specifications
Specifications
Measurement Type
Incremental
Measuring Length
920 mm
Resolution
5 µm
Accuracy
10 µm
Supply Voltage
5 V
Output Signal
5 um TTL
IP Rating
IP53
Maximum Cable Length
20 m
Availability
Order by 5:00 PM ET and your package will ship the same day.
MKT-102
Fagor Automation Encoders, M Series
Product Description
M Scale
Specifications
Specifications
Measurement Type
Incremental
Measuring Length
1,020 mm
Resolution
5 µm
Accuracy
10 µm
Supply Voltage
5 V
Output Signal
5 um TTL
IP Rating
IP53
Maximum Cable Length
20 m
Availability
Order by 5:00 PM ET and your package will ship the same day.
MKT-32
Fagor Automation Encoders, M Series
Product Description
M Scale
Specifications
Specifications
Measurement Type
Incremental
Measuring Length
320 mm
Resolution
5 µm
Accuracy
10 µm
Supply Voltage
5 V
Output Signal
5 um TTL
IP Rating
IP53
Maximum Cable Length
20 m
Availability
Order by 5:00 PM ET and your package will ship the same day.
MKT-42
Fagor Automation Encoders, M Series
Product Description
M Scale
Specifications
Specifications
Measurement Type
Incremental
Measuring Length
420 mm
Resolution
5 µm
Accuracy
10 µm
Supply Voltage
5 V
Output Signal
5 um TTL
IP Rating
IP53
Maximum Cable Length
20 m
Availability
Order by 5:00 PM ET and your package will ship the same day.
MKT-77
Fagor Automation Encoders, M Series
Product Description
M Scale
Specifications
Specifications
Measurement Type
Incremental
Measuring Length
770 mm
Resolution
5 µm
Accuracy
10 µm
Supply Voltage
5 V
Output Signal
5 um TTL
IP Rating
IP53
Maximum Cable Length
20 m
Availability
Order by 5:00 PM ET and your package will ship the same day.
MFG Item Number
31196-001
Product Description
Measuring Wheel Assy, 3/8
Availability
Order by 5:00 PM ET and your package will ship the same day.
GAF-640-5
Fagor Automation Encoders, GA Series
MFG Item Number
GAF-640-5
Product Description
Linear Scale
Specifications
Specifications
Measurement Type
Absolute
Measuring Length
640 mm
Resolution
0.05 µm
Accuracy
5 µm
Supply Voltage
5 V
Output Signal
FANUC 01 and 02
IP Rating
IP53
Maximum Cable Length
30 m
Availability
Order by 5:00 PM ET and your package will ship the same day.
MKT-37
Fagor Automation Encoders, M Series
Product Description
M Scale
Specifications
Specifications
Measurement Type
Incremental
Measuring Length
370 mm
Resolution
5 µm
Accuracy
10 µm
Supply Voltage
5 V
Output Signal
5 um TTL
IP Rating
IP53
Maximum Cable Length
20 m
Availability
Order by 5:00 PM ET and your package will ship the same day.
MOX-175
Fagor Automation Encoders, M Series
Product Description
M Scale Coded
Specifications
Specifications
Measurement Type
Incremental
Measuring Length
170 mm
Resolution
1 µm
Accuracy
5 µm
Supply Voltage
5 V
Output Signal
1 um Differential TTL
IP Rating
IP53
Maximum Cable Length
50 m
Availability
Order by 5:00 PM ET and your package will ship the same day.
MOX-375
Fagor Automation Encoders, M Series
Product Description
M Scale Coded
Specifications
Specifications
Measurement Type
Incremental
Measuring Length
370 mm
Resolution
1 µm
Accuracy
5 µm
Supply Voltage
5 V
Output Signal
1 um Differential TTL
IP Rating
IP53
Maximum Cable Length
50 m
Availability
Order by 5:00 PM ET and your package will ship the same day.
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Linear Encoders
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Encoders An encoder is a device used to sense position or orientation for active feedback and position control. There are two primary types of encoders: rotary encoders and linear encoders. Both detect and convert the position into an electronic signal.
Rotary encoders convert the angular position or motion of a shaft into an electronic signal. These encoders are specifically designed for applications that require precise rates of rotation. Linear encoders are paired with a scale to encode position along a linear path. These encoders are widely used in applications that require accurate, high-speed movement along a fixed path.
Both encoders can either be absolute or incremental. Absolute encoders maintain absolute position even when removed from a power source and do not have a "home" position. Linear encoders, alternatively, require a reference point to report position at certain intervals. Both provide the same accuracy, but absolute encoders are more resistant to power or signal loss.
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