| Plane mirrors and mirror mounts
Upon request Renishaw can supply plane mirror target optics with a cross section of 25 mm x 25 mm with optical apertures of up to 300 mm. Mirror mounts are available for mirrors with cross section of 25 mm x 25 mm and overall lengths of 350 mm. [16 kB] | |
| X-Y (plane mirror) system
Renishaw's RLE laser interferometer-based X-Y encoder system [15 kB] | |
| X-Y system configuration
Part numbers of common X-Y Renishaw RLU / RLD system configurations [15 kB] | |
| Linear system configuration
Part numbers of common linear Renishaw RLU / RLD system configurations [15 kB] | |
| Laser encoders
Interferometer encoders provide the ultimate accuracy in linear position feedback. [12 kB] | |
| Optics
A number of optical accessories are available to ease set-up, alignment and operation of your Renishaw laser measurement system. [20 kB] | |
| RPI20 parallel interface
Renishaw's RPI20 parallel interface unit takes analogue output signals are interpolates by 4096 to provide an output in parallel word format with up to 36-bits of position data being available [16 kB] | |
| Laser encoders overview
Introduction and overview of Renishaw's RLE laser interferometer-based position feedback system, and the HS10 long-range laser scale. [17 kB] | |
| RGE interpolators
In addition to the RPI20 parallel interface, RLE output resolution can be refined via the use of an RGE interpolator unit. [16 kB] | |
| Linear (retroreflector) system
Renishaw's RLE laser interferometer-based linear encoder system [15 kB] | |
| Accessories
System accessories for Renishaw's RLE laser interferometer-based encoder system [16 kB] | |
| RSU10 USB interface
You are here: RSU10 USB interface The RSU10 USB interface accepts 1 Vpp sine / cosine signals from an RLE system, interpolates by 16,384 and provides a position reading via a USB port. These signals can be displayed using established Renishaw calibration software... [15 kB] | |
| FAQs
FAQs - product support questions associated with Renishaw's RLE laser interferometer-based position feedback system [16 kB] | |