Home > Feedback >

RENISHAW - RLS : Incremental Magnetic Scales MS05B0100A0000
RENISHAW - RLS : Incremental Magnetic Scales  MS05B0100A0000
 
Renishaw


Price : $81.00

Quantity in Stock:1

Availability: Usually Ships in 3 to 5 Business Days
Order #: MS05B0100A0000
Qty:

Description Ordering Information Specifications and Drawings
 

RLS : Incremental Magnetic Scales MS05B0100A0000

The incremental RLS magnetic scales are compatible with RLS standard LM and component level RoLin readheads, which ensure reliable operation due to the non-contact design.

The robust RLS magnetic scales consist of a stainless steel carrier and an elastomer-bonded ferrite. The elasto-ferrite layer is magnetised with 2 mm, 2.032 mm or 5 mm long alternating magnetic poles that form an incremental magnetic pattern. Custom magnetisation is also possible.

Features

Compatible with incremental RLS readheads

Four accuracy grades available:
±10 μm/m, ±20 μm/m, ±40 μm/m, ±100 μm/m

Partial arc application possibility

Optional protective cover foil for heavy duty applications

Up to 150 m length

Benefits

Customer selectable position of reference mark

Excellent resistance to dirt, dust and humidity

Easy installation with adhesive tape, end clamps or track section

Product data

Accuracy grade for MS scales

±10 µm (available for lengths up to 20 m only), ±100 µm, ±20 µm, ±40 µm

Pole length

2 mm, 5 mm, 2.032 mm (DPI)

Maximum length for MS scale

150 m

RoHS

Compliant with EU Directive 2002/95/EC

Temperature

Operating: –40 °C to +100 °C (scale applied on the linear guide), –40 °C to +80 °C (scale applied on the curved surface), Storage: –40 °C to +60 °C

Configuration MS05B0100A0000

Series

05 - For use with Rolin encoders

Accuracy grade

B - ±40 μm/m

Scale length

100 - Length in cm (more than 1 m)

Options

A - Back-adhesion tape (standard)

Reference mark

0000 - No reference mark

MS10 magnetic scale installation
LM10 linear incremental magnetic encoder system

Share your knowledge of this product. Be the first to write a review »