Encoders and tilt sensors SICK ATM90 SSI, EcoLine, etc.

Absolute encoders provide information about the position, angle and number of revolutions in specific angular steps. Each angular step (position) is assigned its own unique digital code. The number of unique digital codes per revolution determines the resolution of the encoder within a revolution.

• AFS/AFM60 EtherNet/IP, AFS/AFM60 EtherCAT, AFS/AFM60 SSI, AFS/AFM60 PROFINET, AFS/AFM60 Inox. A brief description.
• ATM60 PROFIBUS, ATM60 SSI, ATM60 CANopen, ATM60 DeviceNet. A brief description.
• AHS/AHM36 CANopen, AHS/AHM36 SSI, AHS/AHM36 IO-Link. A brief description.
• ATM90 SSI, ATM90 PROFIBUS. A brief description.
• ACM60. A brief description.
• A3M60 PROFIBUS. A brief description.
• ACS/ACM36. A brief description.
• ARS60 SSI/Parallel. A brief description.

Encoders with a cable drum combine a cable mechanism and encoders. The rotation of the drum, proportional to the length, is recorded and issued by the encoder. This allows positioning on linear measuring sections.

• EcoLine. A brief description.
• HighLine. A brief description.
• Compact. A brief description.

Roller encoders. Measuring wheel systems are measuring systems that determine linear movements using a wheel and convert this data into velocity or position values. The system does not require a base point on the measured surface.

• DBV50 Core. A brief description.
• DKV60. A brief description.
• DFV60. A brief description.
• DUV60. A brief description.

Linear encoders contactlessly register linear movements as an absolute positional value. The encoder, which is not subject to wear and does not require maintenance, does not require adjustment by base coordinates.

• TTK70. A brief description.
• KH53. A brief description.
• MAX48. A brief description.

Reliable DFS60S Pro encoders help with the implementation of safety functions, that is, ensuring the safe and efficient operation of machines.

• DFS60S Pro. A brief description.

Incremental encoders are used to determine the position of the shaft, speed, angular velocity. The resolution is determined by the number of strokes or pulses per revolution that the encoder transmits to the control system for each revolution.

• DFS2x. A brief description.
• DBS36 Core. A brief description.
• DFS60 Inox. A brief description.
• DKS40. A brief description.
• DBS60 Core, DBS60 Inox. A brief description.
• DGS34, DGS35. A brief description.
• DBS50 Core. A brief description.
• DUS60. A brief description.

Tilt sensors measure the angle of inclination of an object relative to the gravity vector in a non-contact way. Thanks to the use of capacitive MEMS technology, tilt sensors are characterized by very high accuracy and at the same time extremely durable.

• TMM55. A brief description.
• TMS/TMM61. A brief description.
• TMS/TMM88. A brief description.

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