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RGH40 READHEADSRenishaw’s RGH40 readhead offers all the benefits of the market proven RG4 linear encoder system - high-speed, non-contact performance with filtering optics to guarantee reliable performance over light oils, dust and scratches.The RGH40 readhead is designed for use with Renishaw’s RGS40-G (40 µm pitch chrome grating) glass scale and RESR angle encoder. Enclosed within a rugged, die-cast housing, the readhead uses proven solid state components to give outstanding reliability.
The RGH40 series readheads have been designed to the relevant EMC standards, but must be correctly integrated to achieve EMC compliance. In particular, attention to shielding and earthing arrangements is essential.The RG2 and RG4 incremental encoder systems have a strong reputation established over many years for providing reliable and robust position feedback for a wide variety of applications. However, Renishaw is continually developing innovative incremental and absolute encoder technologies and our latest encoder systems offer a range of additional benefits including enhanced metrology, smaller package size, easier installation and detailed diagnostics. Therefore, the RG2 and RG4 series are not recommended for new designs.
RG4 READHEADS FOR RGS40-G
Also for use with RESR40U
RGH40 READHEADS
Connectors: L - Analogue 15 D type; F - Flying leads; V - Analogue 12 pin circular plug;
W = Analogue 12 pin circular coupling; D - Digital 15 pin D type
In-line connector X is available for an additional cost above the F connector price - please contact Renishaw
Options: 00 - Analogue, no alarm; 05 - alarm line; 06 - 3-state
Options: 61 - 20 MHz customer clock, 62 - 10 MHz, 63 - 5 MHz,Scale type: G - RGS40-G, R - 40 µm RESR
N, W, Y, H readheads available with alarm line only
Part numbers
Series
Type
Cable
Connector
Options
Scale type
Price US$
RGH40 0.4 µm digital, dual limit
RGH40N30F63R
RGH40
N
05 / 10 / 15 / 30
D / F
61 / 62 / 63
G / R
711
RGH40N50F63R
50
740
RGH40 0.2 µm digital, dual limit
RGH40W30F63R
W
826
RGH40W50F63R
855
RGH40 0.1 µm digital, dual limit
RGH40Y30F63R
Y
891
RGH40Y50F63R
920
RGH40 50 nm digital, dual limit
RGH40H30F63R
H
904
RGH40H50F63R
933