DFS60 Incremental-Encoder
Free programmable Incremental-Encoder
Electrical Interface 5 bis 32V,
TTL/HTL free programmable
Any resolution from1to 65536 Increments is programmable
Electric Isolation between motor and encodershaft
Protection Class IP 65
Free programmable Incremental-Encoder
Electrical Interface 5 bis 32V,
TTL/HTL free programmable
Any resolution from1to 65536 Increments is programmable
Electric Isolation between motor and encodershaft
Protection Class IP 65
Advanced technology and high flexibility are the essential features of our incremental and absolute encoders.
2000 Increments for
8mm and 9,525mm
shaft
available from stock
8mm and 9,525mm
shaft
available from stock
Motorfeedback Encoder M21
Incremental encoder in many resolutions
500, 1000, 1024, 2000 und 2048 Increments
For mounting on Servo and Step Motors
Electrical Interface: 5VDC RS422
Incremental encoder in many resolutions
500, 1000, 1024, 2000 und 2048 Increments
For mounting on Servo and Step Motors
Electrical Interface: 5VDC RS422
DFS60B with 12mm Hollow shaft and 1,5m cable are available from stock
ACURO®
The ACURO® family of encoders made by Hengstler has established itself thanks to its high precision and reliability.
With the new AC58-I, we have added another member to this family and developed an encoder which can be used both for positioning and feedback applications.
In many drive and positioning applications, electric motors are frequently used, with an incremental encoder assuming the feedback and absolute encoders assuming the rotor positioning. Up until now, two encoders had to be integrated in order to attain the desired output signals. Not only did this increase the overall system cost, but narrowed the freedom of engineers in their constructive design.
The ACURO® family of encoders made by Hengstler has established itself thanks to its high precision and reliability.
With the new AC58-I, we have added another member to this family and developed an encoder which can be used both for positioning and feedback applications.
In many drive and positioning applications, electric motors are frequently used, with an incremental encoder assuming the feedback and absolute encoders assuming the rotor positioning. Up until now, two encoders had to be integrated in order to attain the desired output signals. Not only did this increase the overall system cost, but narrowed the freedom of engineers in their constructive design.

We also have the Harowe Resolver from Danaher – Dynapar – Hengstler in our product Portfolio.
All feedback systems from different producers are compatible with our motors.
All feedback systems from different producers are compatible with our motors.
Resolver
Encoder
CamCoder
Absolut shaft encoders Singleturn
Absolut shaft encoders Multiturn
Encoder
CamCoder
Absolut shaft encoders Singleturn
Absolut shaft encoders Multiturn
