If you cannot find a suitable product, you can deepen your search using the Rotary Encoder finder, or contact us.

We would be happy to send you further product information or prepare a customized offer for you.

Didn't find what you were looking for?

ROTARY ENCODER ALTERNATIVES

You might also be interested in the following Rotary Encoders.

redundant

electronics

500 Ω

max. burden

< ± 3°

Typical accuracy

14-bit

Resolution Signal Output

4–20 mA

Signal output

4–20 mA, 2-wire technology

Power output

–

Voltage output

–

Bus exit

500 V, 50 Hz, 1 min

test voltage

Fixed adjustment

Signal alignment via

9 V–26 V DC

Feeding

4–20 mA

power consumption

> 0.1° / 10K

Temperature coefficient

EN 61 000-6-2

Interference immunity

EN 61 000-6-4

Interference emission

'-20°C to +60°C

Temperature range

5885F01

Article master number

Datasheet

63 mm

Housing diameter

stainless steel

Housing material

approx. 60 mm

Case length

IP67

Enclosure protection class

stainless steel

Wave material

ball bearings

shaft bearing

Maximum revolutions.

36.5 mm

Maximum rotation angle.

2880°

Maximum rotation angle.

10 mm

shaft diameter

36.5 mm

Maximum revolutions.

25 g, 6 ms

shock

2 g sine wave, 5–150 Hz

vibration

Cable

Connection type

4 x bore, Ø 5.2 mm

fastening

25 g, 6 ms

life

Approval & functional safety

Side view left

Side view right

Front view

Mechanical data

Electrical data

SIGNAL OUTPUT

4–20 mA

HOUSING Ø

63 mm

STANDARD FUNCTION

Multiturn

encoder

MH8-II-MU-i-GS63

Robust safety Rotary Encoder for potentially explosive atmospheres

The intrinsically safe MH8-II-MU-i-GS63 series multiturn Rotary Encoder features a magnetically redundant measuring system and is designed for angle measurement up to 2880°. Signal output is via a single-channel 4–20 mA current interface using 2-wire technology. With its IECEx and SIL2 certifications, the Rotary Encoder is intended for safety-critical applications in potentially explosive atmospheres. The robust stainless steel housing is designed for particularly demanding environmental conditions and is resistant to temporary immersion.