Fiches techniques de codeurs laser

Fiches techniques RMI

Data sheet: RLU10 laser unit [en]

Data sheet: RLU10 laser unit

The RLE system comprises an RLU laser unit and one or two RLD detector heads. This data sheet describes the RLU10 laser unit.
[239kB]
Data sheet: RLU20 laser unit [en]

Data sheet: RLU20 laser unit

The RLE system cormprises an RLU laser unit and one or two RLD detector heads. This data sheet describes the RLU20, a laser unit with enhanced frequency stability.
[241kB]
Data sheet: RLE system performance [en]

Data sheet: RLE system performance

Data sheet describes the RLE system which provides the positioning performance expected from an interferometer, with ease of installation and use.
[734kB]
Data sheet: RLD10 0 degree detector head [en]

Data sheet: RLD10 0 degree detector head

The RLE system comprises an RLU laser unit and one or two RLD detector heads. This data sheet describes the 0º detector head.
[149kB]
Data sheet: RLD10 90 degree detector head [en]

Data sheet: RLD10 90 degree detector head

The RLE system comprises an RLU laser unit and one or two RLD detector heads. This data sheet describes the 90º detector head.
[154kB]
Data sheet: RLD10 DI (differential interferometer) detector head [en]

Data sheet: RLD10 DI (differential interferometer) detector head

This data sheet describes the RLD10-X3-DI differential interferometer detector head, which measures the relative displacement between a fixed, reference mirror, and a moving measurement mirror.
[258kB]
Data sheet: Low power RLD detector heads [en]

Data sheet: Low power RLD detector heads

The RLE system comprises an RLU laser unit and one or two RLD detector heads. Detector heads are available in low power options for applications requiring a power dissipation lower than the specified < 2 W of the standard RLD.
[255kB]
Data sheet: RCU10 real time quadrature compensation system [en]

Data sheet: RCU10 real time quadrature compensation system

This data sheet describes how the Renishaw RCU10, a dedicated single axis real-time quadrature compensation system, can compensate for environmental variations.
[444kB]
Data sheet: RPI30 parallel interface [en]

Data sheet: RPI30 parallel interface

This data sheet contains an overview and specification of the Renishaw RPI30 parallel interface.
[451kB]
Data sheet: RLI20-P Panasonic interface [en]

Data sheet: RLI20-P Panasonic interface

The RPI20-P provides an interface between a Renishaw laser encoder system (RLE and HS20) and a Panasonic controller. This data sheet contains an overview and specification of the RLI20-P Panasonic interface.
[540kB]
Data sheet: RSU10 USB interface [en]

Data sheet: RSU10 USB interface

Data sheet provides an overview and specifications for the Renishaw RSU10 USB (serial) interface.
[57kB]
Data sheet: Plane mirrors and mirror mounts [en]

Data sheet: Plane mirrors and mirror mounts

Data sheet provides specification details for plane mirrors and mirror mounts, used with an RLE system, to complete the interferometer configuration.
[896kB]
Data sheet: RVI20 Vacuum compatible plane mirror interferometer [en]

Data sheet: RVI20 Vacuum compatible plane mirror interferometer

The RLE fibre optic laser encoder uses interferometry to provide high resolution, high linearity position feedback. This data sheet describes the vacuum compatible plane mirror interferometer.
[161kB]
Data sheet: 39 mm vacuum chamber window [en]

Data sheet: 39 mm vacuum chamber window

The differential interferometer head (RLD10-X3-DI) is designed to mount onto the vacuum chamber wall. A vacuum chamber window then allows the laser beams to pass between the detector head and the measurement mirror. Vacuum chamber windows can also be used with other interferometer head variants where the RLD is required to measure within a vacuum chamber, such as RVI20 vacuum compatible interferometer.
[80kB]
Data sheet: RMAP-3A multi-axis periscope [en]

Data sheet: RMAP-3A multi-axis periscope

The multi-axis periscope has been designed to enable three RLD10-X3-DI detector heads to measure the linear position, pitch and yaw along a single axis.
[144kB]

Fiches techniques HS20

Data sheet: HS20 laser head [en]

Data sheet: HS20 laser head

The Renishaw HS20 laser head in combination with an external linear optics kit, forms a non-contact interferometric based encoder system for long axis, high accuracy, linear position feedback applications.
[524kB]
Data sheet: RCU10 real time quadrature compensation system [en]

Data sheet: RCU10 real time quadrature compensation system

This data sheet describes how the Renishaw RCU10, a dedicated single axis real-time quadrature compensation system, can compensate for environmental variations.
[444kB]