Description Hengstler HSD37 Incremental encoder for extremely tough tasks in industrial applications can accept shaft diameters of up to 1″ (25.4 mm). It works reliably in a temperature range from -40° to +100°C. By employing a state-of-the-art Opto-ASIC, the rotary encoder is resistant to shocks and vibrations and is suitable for use in the chemicals, […]
Description Hengstler HD25 Incremental Encoder is a unit for high demands that exceed the requirements of IP66/IP67 and NEMA 6. Available with stainless steel housings, these rotary encoders are ideal for tough ambient conditions that require excellent resistance to high-pressure cleaners and corrosive chemicals. Large-sized bearings are designed to withstand high axial and radial forces […]
Description Hengstler HD 20 Incremental Encoder HD 20 is a compact unit for high demands that exceed the requirements of IP66/IP67 and NEMA 6. Available with stainless steel housings, these rotary encoders are ideal for tough ambient conditions that require excellent resistance to high-pressure cleaners and corrosive chemicals. Large-sized bearings are designed to withstand high […]
Description Hengstler ACURO AX73 Absolute Rotary Encoder with interfaces SSI/BiSS or Profibus. With the addition of AX73, our explosion-proof product range is complete! The optical scanning system of the AX73 encoder provides a highly accurate, high-resolution sensor signal that is also resistant to the strongest external magnetic fields. The connection concept of the AX73 allows […]
Description Hengstler ACURO AX71 Absolute Rotary Encoder with a stainless steel housing have been designed specifically for use in potentially explosive atmospheres. The pressure-resistant housing has been developed in compliance with the EN 60079 series of standards for use in explosive atmospheres and is permitted for use in environments where there is a risk of […]
Description Hengstler ACURO AX70 Absolute Rotary Encoder with an alumunium housing have been designed specifically for use in potentially explosive atmospheres. The pressure-resistant housing has been developed in compliance with the EN 60079 series of standards for use in explosive atmospheres and is permitted for use in environments where there is a risk of gas […]