GYSE-P
This magnetostrictive transducer uses a Profibus DP interface and allows the use of a maximum of 32 magnet on the same probe.
The element of the probe are detachable from the housing.
This magnetostrictive transducer uses a Profibus DP interface and allows the use of a maximum of 32 magnet on the same probe.
The element of the probe are detachable from the housing.
Resolution min. 1 µm, Profibus DP interface, detachable probe element, magnet max.32 pcs
Setting parameters (resolution, output) through profibus is possible.
Resolution Min. 1µm, A/B pulse incremental output, detachable probe element.
The working principle is based on a sampling detection method, in which pulse frequency is fixed to 250 kHz (Standard)
Resolution min. 1 µm, A/B pulse incremental output, detachable probe element.
The working principle is based on a sampling detection method, in which pulse frequency is fixed to 250 kHz (Standard)
Between probe and controller, RS422 differential line driver transmission, providing robustness against electrical noise, is used. In combination with GYDC-05 controller, Min. 1 µm m resolution is possible.
Thanks to the Surface Mount Technology, the entire signal processing electronics of GYcAT series is integrated intothe transducer's head.
GYcAT series have alarmoutput and is equipped with noise cancellation functions.
High performance, providing robustness against electrical noise. In combination with GYDC-05 controller is possible 1µm resolution
High performance, providing robustness against electrical noise. In combination with GYDC-05 controller is possible 1µm resolution
GYDC-05 controller enables digital output of 1 m resolution and also analogue output.
Other features are as options,
-Additional analogue output of magnet velocity
-SSI output and incremental output
GYDC-05 controller can be used with:
GYcRS/GYMR5/GYFRS/GYGS/GYPM/GYHR/GYcRP probes.
GYFC2/3 controller outputs 0-10V or 4-20mA for position and +/-10V for velocity. Having alarm output for cable cut and missing magnet (standard function)