Sick SKS/SKM36 Series Measuring Encoder, 128ppr ppr, Analogue Signal, Solid Type, 6mm Shaft

The SKS36/SKM36 Encoder is the first of a new generation of optical motor feedback systems. With 128 sine/cosine signals per revolution, this family represents the standard solution among the MFB systems with HIPERFACE®interface. Special feature of this generation: A very small code disk of only 2 mm code track radius allows for holistic scanning. In this, the unavoidable eccentricity errors of the code disk, ball bearing and shaft that occur with conventional systems are compensated for by the system. High angular speeds are no longer limited by the code disk due to the arrangement of the code disk in the middle of the rotary axle.

Absolute position indication with an increment number of 4,096 increments per revolution and a maximum of 4,096 revolutions. Storage of motor-specific data in the electronic type label and the programming are important features of this product family. The motor feedback systems certified to SIL2/PL d meet current requirements with regard to safety technology and make the certification process easier.

Motor feedback systems for the standard performance range
128 sine/cosine periods per revolution
Absolute position with a resolution of 4,096 increments per revolution and 4,096 revolutions with the multitier system
Programming of the position value and electronic type label
HIPERFACE®
interface
Integrated version and stand-alone design
Certified according to SIL2/PL d (only valid for SKS36S/SKM36S-H...)
Conforms to RoHs

The small dimension allows manufacturers of low-power and minimal-power motors to considerably reduce the size of their motors
The stand-alone version is ideally suited as a master and path encoders
The SKS/SKM36 motor feedback systems have strongly penetrated the drive technology market
The consistent mechanical components in SEK/SEL37 allow for a high degree of flexibility with various encoder systems

Safe motion monitoring of AGV systems and AGCs with one servo drive technology
Motion monitoring via HIPERFACE