Icuro RI30
Small rotary encoders for industrial applications featuring low current rating and high resistance to interference. Flexible connection options enable cable lengths of up to 100 m. Thanks to its high ingress protection rating of IP64, this encoder is suitable for use in e.g. CNC machines, manipulator attachments, motors, medical technology and textile machines.
Icuro RI36
Small rotary encoders for industrial applications featuring up to 3600 lines and high dependability. Thanks to its high ingress protection rating of IP64, this encoder is suitable for use in e.g. machine tools, robots, special-purpose machinery, and high-speed spoolers.
Icuro RI32
The RI32 incremental rotary encoder has been specially designed as an economical encoder for small devices. As a result of its ball-bearing mounted shaft, it achieves a high performance rating and has low start-up torque. It is typically used in laboratory machines, fitness machines and small machines.
Icuro RI38
Small incremental rotary encoder for universal fitting in front or rear panel. High-grade ball-bearings ensure high performance and small start-up torque. This encoder is particularly suitable for such fields of application as miniature motors, laboratory equipment, labelling machines, plotters, linear encoders.
Icuro RI41
Economical small encoder, well suited to use in woodworking machines, miniature motors, graphical machinery and table-top robots, because it can have up to 3600 lines and is designed for high performance.
Icuro RI42
Economical small encoder that can withstand aggressive ambient conditions thanks to its IP64 ingress protection. With up to 1024 lines and many different output signals, it is suitable for use in many industrial fields of application.
Icuro RI58
The universally applicable industrial incremental encoders in the RI58 family are characterised by being particularly flexible. There are a number of different versions offering a range of flanges and connections. These encoders are suitable for high shock loads and feature high signal accuracy and up to 40,000 steps with 10,000 marks and are particularly well suited to use in machine tools, CNC axes, packaging machines, motors / drives, injection moulding machines and sawing machines.
Icuro RI59
The universally applicable industrial incremental encoders in the RI58 family are characterised by being particularly flexible. There are a number of different versions offering a range of flanges and connections. These encoders are suitable for high shock loads and feature high signal accuracy and up to 40,000 steps with 10,000 marks and are particularly well suited to use in machine tools, CNC axes, packaging machines, motors / drives, injection moulding machines and sawing machines.
Icuro RI64
The robust, economical RI64 hollow shaft incremental encoder stands out because it is the best value for money in its class. The insulated shaft coated with hard ceramic protects the bearings effectively against motor currents. The high ingress protection, IP67, also applies to through hollow shafts and, together with the unit's high resistance to impacts and vibrations, is suitable for use in tough ambient conditions. With a line count of up to 5000, this robust encoder is suitable not only for many industrial applications but, in particular, for use as a feedback encoder for asynchronous motors.
Icuro RI76
The high-accuracy RI76 hollow shaft incremental encoder has been specially designed for large shaft diameters up to 42 mm. The housing diameter is only 76 mm, which makes this encoder ideal for use in motors, lifts and printing machines.
Icuro RX70
Explosion-proof RX70 incremental encoders with an aluminium 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 or dust explosion, zones 1 and 21.
Icuro RX71
Explosion-proof RX71 incremental encoders 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 gas or dust explosion, zones 1 and 21.
HS35R
Phased Array Sensor for Reliable Signal Output Rugged Design Withstands up to 400g Shock Unbreakable Code Disc up to 5000PPR Improved Seal Design for Increased Moisture Resistance
Data Sheet On Request
HD20
The optical HD20 incremental rotary encoder is a compact unit for high demands that exceeds 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 up to 440 N. The HD20 series of rotary encoders also includes intrinsically safe ATEX variants for use in potentially explosive atmospheres.
HD25
The optical HD25 incremental rotary encoder is a unit for high demands that exceeds 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 up to 440 N. The HD25 series of rotary encoders also includes intrinsically safe ATEX variants for use in potentially explosive atmospheres.
HSD25
The optical HSD25 hollow shaft rotary encoder with up to 19.05 mm shaft diameter will work reliably within a temperature range from -40°C to +100°C. This type of rotary encoder with its hard anodised housing outlet exceeds the requirements of IP66/IP67 nd NEMA 6. By employing a state-of-the-art opto-ASIC, the rotary encoder is resistant to shocks and vibrations. The HSD25 rotary encoder can easily be installed in conjunction with motors and thus provides reliable feedback signals even in tough ambient conditions. The HSD25 series of rotary encoders also includes intrinsically safe ATEX variants for use in potentially explosive atmospheres.
HSD37
The HSD37 hollow-shaft rotary 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, food-processing, oil and gas, paper and steel industries. The HSD37 series of rotary encoders also includes intrinsically safe ATEX variants for use in potentially explosive atmospheres.
HSD38
The HSD38 hollow-shaft rotary 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, and is suitable for use in the chemicals, food-processing, oil and gas, paper and steel industries.
HSD44T
A peep at some distant orb has power to raise and purify our thoughts like a strain of sacred music, or a noble picture, or a passage from the grander poets. It always does one good.
HSD25 / ISD25
The intrinsically safe optical ATEX hollow shaft encoder ISD25 with up to 19.05 mm shaft diameter operates reliably in the temperature range from -40 °C to +100 °C. This encoder type with hard-anodized housing design exceeds the requirements of protection class IP66/IP67 and NEMA 6. By using an OptoASIC of the latest technology, the encoder is insensitive to shock and vibration. The encoder type HSD25 can be easily installed on the motor and thus enables reliable feedback signals under harsh environmental conditions.
HSD37 / ISD37
The intrinsically safe optical ATEX hollow shaft encoder ISD37 for extremely high stress in industrial applications is suitable for shaft diameters up to 1" (25.4 mm). It operates reliably in the temperature range from -40 to +100 °C. Using a latest technology OptoASIC, the encoder is insensitive to shock and vibration and is ideal for use in the chemical, food, oil & gas, paper and steel industries. The HSD37 encoder series also includes intrinsically safe ATEX versions for use in hazardous areas.
HS35iQ
Introducing the HS35iQ Encoder with PulseIQ™ Technology. Minimize troubleshooting efforts so you can get back up and running faster. Get visual indication of encoder health through fault lights and digital output. This solution can specifically indicate common issues with recommended corrective action to help fix the root cause and avoid repeat downtime.
Data Sheet Coming