Absolute rotary encoder | Magnetic | AHS/AHM36

  • Simple mechanical installation thanks to the rotatable male connector or cable connection and various mounting hole patterns and shafts
  • Easy integration into various control environments with IO-Link, CANopen and SSI interfaces
  • Intelligent diagnostic functions evaluate maintenance intervals for the entire system
  • Thanks to the rugged, reliable, fully-magnetic sensors, they can also be used in harsh environments
  • High resistance to ambient influences due to stainless steel design and IP69K enclosure rating (Inox versions)
  • Space-saving and cost-effective design
  • High performance at a cost-efficient price
Manufacturer:
SICK

Description

AHS/AHM36 absolute encoders set standards when it comes to mechanical adaptation, communication and resistance to environmental influences. With their rotatable male connector or cable connection as well as various mounting hole patterns and adapter flanges, these encoders are suitable for nearly any application. The IO-Link, CANopen and SSI interfaces enable easy integration into various control environments. Encoder configuration can be adapted to individual needs using various tools. The rugged, reliable, fully magnetic sensor system provides a maximum resolution of 14 bits (singleturn) or 26 bits (multiturn). Due to the stainless-steel design and enclosure rating IP69K, the Inox versions are suitable for use under very harsh ambient conditions.

Attribute NameAttribute Value
Documentation from Manufacturer
Output Signal Type
Absolute
Revolutions - max. (rpm)
Not Specified
Shaft Diameter (mm)
6, 8, 10, 1/4'', 3/8''
Shaft Type
Solid, Blind hollow
Protection Rating Housing
IP67, IP69K
Measuring Principle
Magnetic
Housing Diameter (mm)
36
Connection
Cable, Connector
Housing Material
Stainless steel
Resolution Singleturn (bit)
14
Resolution Multiturn (bit)
12
Interface
IO-Link, CANopen, SSI
Approval
CE
Special Requirements
Harsh environment
Accuracy
Not specified

Contact

Address

Sweden, Solna, Signalistgatan 14, 16972.

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