Product category:
Rotary Position, Tilt and Angular Sensors
News Release from: Sick Stegmann | Subject: VFS 60 motor feedback systems
Edited by the Engineeringtalk Editorial
Team on 13 March 2008
Hollow shaft encoders suit dirty
environments
Blind hollow shaft encoders have just one point of potential access, which significantly reduces the potential for contamination by dust, dirt or water.
VFS 60 motor feedback systems from Sick Stegmann are now available in blind hollow shaft configurations Blind hollow shaft encoders have just one point of potential access, which significantly reduces the potential for contamination by dust, dirt or water compared with standard hollow shaft encoders, making them well suited for use in dirty or dusty environments with water washdown cleansing
This article was originally published on Engineeringtalk on 10 Oct 2007 at 8.00am (UK)
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"Hollow shaft clamping provides substantial increases in overall encoder reliability and immunity to electrical interference, especially when mounting to asynchronous motors, due to electrical isolation between the motor shaft and encoder".
"Hollow shaft clamping also provides easy mounting while minimising run out problems with collets", says Scott Hewitt, President, Sick Stegmann.
VFS 60 blind hollow shaft encoders feature a nickel code disc that provides robust operation in harsh industrial environments and tolerance to temperatures as high as 100C.
They are IP65 rated in an industry-standard 60mm housing.
The ball bearings that support the encoder shaft are spaced 30mm apart for excellent concentricity (+/- 0.3 of +/- 0.1mm radial; +/- 0.5 or +/-0.2mm axial) and robustness and minimum encoder vibration.
A radial/axial cable outlet reduces installation depth and allows a single encoder type to be used for a number of applications.
They are available with a TTL or HTL interface.
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