SICK ANS58B Series Absolute Absolute Encoder 32V, 262144 ppr ppr, Solid Shaft Type, 15 mm Shaft

SICK ANS58B Series Absolute Encoder, 262144 Pulses Per Revolution, 15mm Diameter - ANS58B-BHNNB000000000AXX262144

This absolute encoder is designed to deliver accurate position tracking in various industrial applications. With a solid shaft diameter of 15mm, this sensor provides a resolution of 18 bits and can output up to 262,144 pulses per revolution. The device features a robust design with an enclosure rated at IP65, ensuring protection against dust and water ingress. It operates effectively within a temperature range of -40 °C to +85 °C, making it suitable for demanding environments.

Features & Benefits

• High-resolution output ensures precise position measurement
  Compact and Durable solid shaft design improves longevity
  Operates at supply voltages between 10 V and 32 V
  PROFINET compatibility enhances integration in automation systems
  Low power consumption under 3 W increases efficiency
  Built-in diagnostics for monitoring operational status and performance

Applications

• Used in automated machinery for accurate positioning
  Implemented in robotics for precise movement control
  Integrated in conveyor systems to track item locations
  Utilised in CNC machines for accurate Axis feedback

How does the encoder maintain accuracy in harsh environments?

The device is designed to withstand extreme temperatures ranging from -40 °C to +85 °C, coupled with an IP65 rating, ensuring reliable performance in dust-laden and wet conditions.

What type of connectors are used for the encoder's power supply?

It features a connection type with one male 4-pin M12 connector and two female connectors, facilitating straightforward integration into existing systems.

What is the significance of having 262,144 pulses per revolution?

This high Pulse count enables more precise positioning and movement feedback, essential for applications where accuracy is critical.

How does the encoder provide diagnostic information?

It incorporates built-in diagnostics that monitor parameters such as minimum and maximum temperature, operation hours, and error status to ensure optimal performance and ease of maintenance.