Characteristics

  • Absolute Multi-turn encoder EAM90-EU series
  • Robust metal housing
  • Hollow shaft 12 mm - 28 mm
  • Output circuit RS422
  • Protection class IP65
  • Resolution max. 16384 ppr (14 Bit)
  • Shock and vibration resistant
  • Different connection types optional

Description

The large hollow shaft multiturn absolute rotary encoder series EAM90L SS is applicable due to good resistance to mechanical damage in special industrial environments and is able to withstand high axial and radial loads. This rotary shaft series with continuous hollow shaft offers a large number of bore diameters to choose from.
The single-turn resolution reaches 16384 (14 bts).

Detailed information about the product and the article number can be found in the data sheet.

Specifications

Hollow shaft diameter (mm)

12 mm
15 mm
15.9 mm = 5/8"
20 mm
24 mm
28 mm

Protection class

IP65

Max. speed rpm

6000 rpm 1

Max. load capacity of the shaft

40 N axial, 80 N radial

Flange

Different types and mounting options (see datasheet)

Operating temperature

-20 °C ... +80 °C

Output circuit

RS422

Materials

Hollow shaft stainless steel
Housing aluminium alloy

Shock resistance

50 G / 11 ms

Vibration resistance

10 G / 10 - 2000 Hz

Connection options

1.5 m cable (customized cable length available, please send us your request)
M23 12 pin

ELCO 360°

Our all-round service for you!

We offer you a complete product portfolio — from data collection with our Automation products (sensors, encoders, connectors, I/O systems) via data connection with IoT hardware to data collection in our IoTHub and data visualization in the form of Industrial Apps — from our Business Unit Internet of Things. At Elco you get everything from one source!

We supplement our product portfolio with holistic services for you. We accompany and support your projects from start to finish — that's ELCO 360°.

Hardware

Hardware
Elco Hardware — built to satisfy

Software

Software
Software solutions for your application

Service

Service
We turn your ideas into a concept.