GYHR probe is designed to operate at high ambient temperature up to 100°C, including sensor head.
Electronic parts inside are minimized, yet provide high performance and reliability in the application. Cable used has reinforced silicon rubber sheath which stands ambient temperatures up to 150°C. Max cable extension 100m.
GYHR probe can also be used in combination with GYHC and GYDC-05 controller ì, which provides velocity output or digital output.
The inside probe element can be detached from the outer housing (standard function for GYSE). Additionally, use of flexible element as an option makes the exchange process extremely easy even under small work space. Using two pcs of magnet on the probe as another option, makes detecting each magnet position or their relative distance possible.
With the captive software (GPM), zero and gain adjustment is possible at user side.
16 bit resolution, high performance analogue output.
The inside probe element can be detached from the outer housing (standard function for GYSE). Additionally, use of flexible element as an option makes the exchange process extremely easy even under small work space. Using two pcs of magnet on the probe as another option, makes detecting each magnet position or their relative distance possible.
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.
High performance, providing robustness against electrical noise. In combination with GYDC-05 controller is possible 1µm resolution
robust probe against vibration and shock. In combination with GYDC-05, resolution 1µm is possible.
High performance pan cake type. GYMR5 probe is used in combination with GYFC2 or GYHC controller, which provides digital output.
