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Absolute rotary encoders
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Single-turn absolute rotary encoder / magnetic / without bearings - max. 20 bit, SSI | HDmag flex series
The new HDmag flex magnetic belt encoder uncovers a complete new approach in precise angle measurement and speed feedback of large shafts. The pre-designd HDmag flex is suitable...
Single-turn absolute rotary encoder / magnetic / without bearings - max. 20 bit, SSI | HDmag flex series
The new HDmag flex magnetic belt encoder uncovers a complete new approach in precise angle measurement and speed feedback of large shafts. The pre-designd HDmag flex is suitable for virtually unlimited shaft diameter. Almost any encoder variant is immediately available, even single of units without causing initial cost.
The magnetic belt with high-precision encoding is custom designed in the factory in line with the shaft diameter. The device is tightly wound up in the packaging for safe transport. The magnetic belt is buckled like a belt and secured by snap lock on the drive or generator shaft. Since the shaft remains in place, any detachment and re-adjustment cost is significantly saved.
The magnetic belt with high-precision encoding is custom designed in the factory in line with the shaft diameter. The device is tightly wound up in the packaging for safe transport. The magnetic belt is buckled like a belt and secured by snap lock on the drive or generator shaft. Since the shaft remains in place, any detachment and re-adjustment cost is significantly saved.
Multiturn absolute rotary encoder / absolute / optical / hollow-shaft - ø 58 mm, 16 bit | ATD 2A A 4 Y 7
The absolute encoders analogue with a hallow shaft is characterized by the following features:...
Multiturn absolute rotary encoder / absolute / optical / hollow-shaft - ø 58 mm, 16 bit | ATD 2A A 4 Y 7
The absolute encoders analogue with a hallow shaft is characterized by the following features: it is equipped with an optical single or multiturn encoder with analogue output, control inputs reset and rotating direction, it is self-diagnostic, has an optical sensing with a total resolution of 16 bit, a factory-set adjustable angle and a flange socket radial.
Single-turn absolute rotary encoder / optical - ø 58 mm, 14 bit | ATD 2A B14 Y 1
This Absolute encoder ATD 2A B14 Y 1 has a voltage supply that can range up to 12-30...
Single-turn absolute rotary encoder / optical - ø 58 mm, 14 bit | ATD 2A B14 Y 1
This Absolute encoder ATD 2A B14 Y 1 has a voltage supply that can range up to 12-30...
Absolute rotary encoder / optical / hollow-shaft - ø 58 mm, 16 - 17 bit, EtherCAT | ATD 2B A 4 Y26
ATD 2B A 4 Y26 - Absolute encoders operate with a voltage supply of...
Absolute rotary encoder / optical / hollow-shaft - ø 58 mm, 16 - 17 bit, EtherCAT | ATD 2B A 4 Y26
ATD 2B A 4 Y26 - Absolute encoders operate with a voltage supply of 10-30 VDC. Without a load, it consumes up to 150 mA (24 VDC). The ATD 2B A 4 Y26 uses an EtherCAT interface and has a multiturn function. The model is designed with reverse polarity protection.
Absolute rotary encoder / optical - ø 58 mm, 16 - 17 bit, EtherCAT | ATD 2B B14 Y22
This optical sensing encoder comes in single or multi-turn models. It also features...
Absolute rotary encoder / optical - ø 58 mm, 16 - 17 bit, EtherCAT | ATD 2B B14 Y22
This optical sensing encoder comes in single or multi-turn models. It also features both EtherCAT and self-diagnostic mechanisms.
The point adjustment is set to electronic zero. It has a cycle time of up to 62.5μs. The resolution measures 16 bit on multi-turn models and 17 bit on single-turn models.
The point adjustment is set to electronic zero. It has a cycle time of up to 62.5μs. The resolution measures 16 bit on multi-turn models and 17 bit on single-turn models.
Absolute rotary encoder / optical / hollow-shaft - 12 - 17 bit | AC36
The ACURO AC36 is a device that features a single-turn resolution up to 17 bits with...
Absolute rotary encoder / optical / hollow-shaft - 12 - 17 bit | AC36
The ACURO AC36 is a device that features a single-turn resolution up to 17 bits with...
Absolute rotary encoder / hollow-shaft - 10 - 17 bit | AC58
Acuro AC58 Absolute encoder by Hengstler features multi-turn and single turn absolute...
Absolute rotary encoder / hollow-shaft - 10 - 17 bit | AC58
Acuro AC58 Absolute encoder by Hengstler features multi-turn and single turn absolute...
Single-turn absolute rotary encoder / with square flange - 13 bit | AC59
ACURO AC59 has a highly robust compact construction, a high degree of corrosion...
Single-turn absolute rotary encoder / with square flange - 13 bit | AC59
ACURO AC59 has a highly robust compact construction, a high degree of corrosion resistance, an ingress class protection of IP67 and its resolution of 29 bits (17 bits ST- 12 bits MT). Several cables can be connected to have various connections and can be applied on packaging machines for foods.
Absolute rotary encoder / programmable - 10 - 14 bit | AC61
The Acuro AC61 manufactured by Hengstler is an absolute rotary encoder that features an optical...
Absolute rotary encoder / programmable - 10 - 14 bit | AC61
The Acuro AC61 manufactured by Hengstler is an absolute rotary encoder that features an optical technology characterized by varieties of bus connections such as SSI, BiSS, Profibus, CANopen, CANopen, CANlayer2 and Interbus. The encoder is designed with a densed structure highlighting its sturdy quality that features great suppression against corrosion.
Absolute rotary encoder / hollow-shaft - 12 - 19 bit | AD34
The ACURO AD34 by Hengstler, used for brush free servo motors has a unique concept for installation...
Absolute rotary encoder / hollow-shaft - 12 - 19 bit | AD34
The ACURO AD34 by Hengstler, used for brush free servo motors has a unique concept for installation...
Absolute rotary encoder / with fieldbus interface - ø 2 - 12 mm, 13 - 25 bit, Profibus, ProfiNet | RM, RN series
The new absolute encoders are single and multiturn encoders which feature easy wiring and programming. They have solid and hollow shafts and a stainless steel version is available. They can be used with all common...
Absolute rotary encoder / with fieldbus interface - ø 2 - 12 mm, 13 - 25 bit, Profibus, ProfiNet | RM, RN series
The new absolute encoders are single and multiturn encoders which feature easy wiring and programming. They have solid and hollow shafts and a stainless steel version is available. They can be used with all common bus interfaces such as Profibus DPV1/2, DeviceNet, ProfiNet and CANopen interface EtherNet/IP, and Modbus which are provided. Extra functions are available at favorable prices.
The new photoelectric absolute encodes with SSI interface are used in automated plant and machinery to detect angle, speed, position and distance. They complement the ifm product family, offering additional interfaces and extended functionality as well as a convincing performance/price ratio. Stainless steel versions are available.
Easy wiring and programming is ensured by the removable bus connection cap and additional interfaces.
The new photoelectric absolute encodes with SSI interface are used in automated plant and machinery to detect angle, speed, position and distance. They complement the ifm product family, offering additional interfaces and extended functionality as well as a convincing performance/price ratio. Stainless steel versions are available.
Easy wiring and programming is ensured by the removable bus connection cap and additional interfaces.
Multiturn absolute rotary encoder / magnetic - 25 bit | RM series
Absolute multiturn encoders for industrial environments from ifm are the latest versions of the magnetic encoder.
The use of magnetic sensing principles achieve a very compact design in comparison to optical encoders....
The use of magnetic sensing principles achieve a very compact design in comparison to optical encoders....
Multiturn absolute rotary encoder / magnetic - 25 bit | RM series
Absolute multiturn encoders for industrial environments from ifm are the latest versions of the magnetic encoder.
The use of magnetic sensing principles achieve a very compact design in comparison to optical encoders. At the same time, there is no compromise on any of the widely-accepted features of the absolute multiturn encoder.
The encoder allows conversion of 8,192 revolutions into a single absolute position value. It features a 25-bit resolution, 4,096 steps and a SSI communication interface.
The gearless system employs the Wiegand effect. In the event of a power failure, even without battery buffer it allows the position values to stay on. This ensures passing on of the exact position to the controller with no need of referencing.
Two solid shaft versions are available. One version has the hollow shaft opening into one side.
The use of magnetic sensing principles achieve a very compact design in comparison to optical encoders. At the same time, there is no compromise on any of the widely-accepted features of the absolute multiturn encoder.
The encoder allows conversion of 8,192 revolutions into a single absolute position value. It features a 25-bit resolution, 4,096 steps and a SSI communication interface.
The gearless system employs the Wiegand effect. In the event of a power failure, even without battery buffer it allows the position values to stay on. This ensures passing on of the exact position to the controller with no need of referencing.
Two solid shaft versions are available. One version has the hollow shaft opening into one side.
Multiturn absolute rotary encoder - 24 bit | RM9000
This equipment is excellently positioned for encoders for mobile applications and can be connected easily through M12 connector. Its LED screen calls for clear display. The parameters of the software included can be set up through CAN interface. It enjoys amazing...
Multiturn absolute rotary encoder - 24 bit | RM9000
This equipment is excellently positioned for encoders for mobile applications and can be connected easily through M12 connector. Its LED screen calls for clear display. The parameters of the software included can be set up through CAN interface. It enjoys amazing compactness through 24 bit resolution; 4096 revolutions and steps.
More of its benefits and features include the multiturn encoder that helps in conversion of 4096 revolutions in single absolute positional value. Its system is free of gear and makes use of Wiegand effect. This effect keeps the positional values stored in the situation of a power failure without any battery backup and also eliminates the need of referencing by passing on the exact position to the controller.
CAN bus of the external electronics and the multiturn encoder can be connected with the help of M12 connector. The need for critical environments can be fulfilled via high protection rating . This equipment finds relevant applications in rotary movements even under tough conditions.
More of its benefits and features include the multiturn encoder that helps in conversion of 4096 revolutions in single absolute positional value. Its system is free of gear and makes use of Wiegand effect. This effect keeps the positional values stored in the situation of a power failure without any battery backup and also eliminates the need of referencing by passing on the exact position to the controller.
CAN bus of the external electronics and the multiturn encoder can be connected with the help of M12 connector. The need for critical environments can be fulfilled via high protection rating . This equipment finds relevant applications in rotary movements even under tough conditions.
Absolute rotary encoder / optical / with CANopen interface - 25 bit, IP66/67 | RN700x, RM700x series
The RN700x, and the RM700x series, which are manufactured by Ifm, are CANopen encoders that provides the position value of each angular position. The value is...
Absolute rotary encoder / optical / with CANopen interface - 25 bit, IP66/67 | RN700x, RM700x series
The RN700x, and the RM700x series, which are manufactured by Ifm, are CANopen encoders that provides the position value of each angular position. The value is available even after the occurrence of a power failure. The absolute encoders are available in either synchro flange or in clamp flange. Both versions would have single turn or in multi-turn types.
The single turn determines that revolution of the shaft, while the multi-turn has the capacity of determining up to 4,096 revolutions in addition. It has a robust design, and is integrated with a housing made of aluminum, and a shaft made of stainless steel.
The single turn determines that revolution of the shaft, while the multi-turn has the capacity of determining up to 4,096 revolutions in addition. It has a robust design, and is integrated with a housing made of aluminum, and a shaft made of stainless steel.