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Sensor, Digital position indicator, Encoder, Optical encoder, Signal conditioner
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Extremely robust and designed for direct angle and
speed measurement – the typical applications of
MagLine Roto profit in more ways than one from the
contactless magnetic measuring processes.
The compact design
of the scale and corresponding
sensors
permits simple and
inconspicuous integration
into almost
any guide unit.
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5 MagLine | 5.0 Product Overview www.siko.de
MagLine Macro
Resolution: standard 1 mm, max. 0.25 mm
System accuracy ±1 mm
Repeat accuracy of ±1 mm
Sensor/band gap max. 20 mm
MagLine Roto
Max. resolution 200 000 pulses/revolution
System accuracy ±0.1°
Repeat accuracy of ±1 increment
Sensor/band gap max. 2 mm
MagLine Macro
Macro is specially designed for very
long distances with both absolute and
incremental measurement. The systems
provide a reading distance of up to
20 mm, e.g., to compensate for height
variations, and accuracy data also designed
for particularly long tracking
paths e.g., in storage and conveying
technology.
Standardized interfaces allow problemfree
integration in controls. Central
setting and monitoring is, for example,
particularly important in stage and studio
applications. MagLine Macro ensures
reliable position tracking down to the
last millimeter with the complex interaction
of a number of moving units.
MagLine Roto
The Roto range is an ideal alternative to
conventional optical encoder systems,
especially when exact speed or angle
measurement is required under difficult
ambient conditions such as on balancing
machines. The system even runs reliably
in an oil bath, for example in a hydraulic
pump.
Durability is also a feature of the Roto
principle: The contactless measuring
principle is also advantageous for elevators,
as the extreme mechanical stresses
in long-term operation are not transmitted
to the measuring system.
As the sensors are fully encapsulated,
MagLine Macro is suitable for use in extreme
conditions such as stone processing.
The advantages of the high protection
category (IP67) and its resistance to
even extremely dirty conditions are fully
revealed in such applications.
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