Products

For use with AksIM™ MBA-type encoders with BiSS or SSI communication interfaces to allow connection to RS422 compatible controllers or encoder interfaces. Integrated voltage protection limits voltage spikes to maximum 5.6 V. Differential lines are terminated with RC circuits for lower current consumption. Available with or without housing. 

Molex Premo-Flex™ FFC Jumper, 6 Circuits, 152 mm, 1 mm pitch. This cable can be used with AksIM-1 MBA encoder.

Cable assembly Molex 12 pin, flying leads, 12 wire, twisted pairs, shielded, 1 m. Suitable to connect AksIM-2 Redundant variant MB039xxxxxxRRT00. For details and pinout see AksIM-2 Redundant datasheet. Cable assembly Molex 12 pin, flying leads, 12 wire, twisted pairs, shielded, 1 m. Suitable to connect AksIM-2 Redundant variant MB039xxxxxxRRT00 and the Artos system. For details and pinout, see the respective datasheets for AksIM-2 Redundant and Artos systems.

Cable Assembly Molex 11 pin, flying lead, 1 m.

Cable Assembly Molex 11 pin, DB9, 1 m. For connection to E201.

Molex Premo-Flex™ FFC Jumper, 6 Circuits, 203 mm, 0.5 mm pitch. This cable can be used with RMB14SC encoder.

Molex Premo-Flex™ FFC Jumper, 8 Circuits, 203 mm, 0.5 mm pitch. This cable can be used with RMB14IC encoder.

FFC Cable, 20 Core, 0.5 mm pitch, Same Sided Contacts, 152 mm (6 inch) length. This encoder can be used with AksIM-2 redundant encoder.

Breakout board FFC 20 pin, 0.5 mm TO 2X FCI8 Pin and soldering holes. This breakout board can be used with AksIM-2 redundant encoder.

Cable Assembly Molex 11 pin to Flying Leads, 1 m, OD 6.2 mm, max.temp 80 °C. Suitable to connect Orbis encoders. For details and pinout see Orbis datasheet.

Cable assembly FCI 8 pin, flying leads, 8 wire, single shield, 1 m, OD 6.2 mm, max.temp 80 °C. Suitable to connect AksIM-2 encoder. For details and pinout see AksIM-2 datasheet.

ACC050 - 76.2 mm long

ACC051 - 152.4 mm long

ACC052 - 304.8 mm long

ACC053 - 609.6 mm long

Cable assembly FCI 8 pin, D-sub 9 pin, single shield, 1 m, OD 6.2 mm, max. temp 80 °C. Suitable to connect AksIM-2 encoder to E201 interface. For details and pinout see AksIM-2 datasheet.

Cable Assembly Molex 11 pin to Flying Leads, 3 m, OD 6.2 mm, max. temp 80 °C. Suitable to connect Orbis encoders. For details and pinout see Orbis datasheet.

Cable assembly Molex 11 pin, D-sub 9 pin, single shield, 1 m. OD 6.2 mm, max. temperature 80 °C. Suitable to connect Orbis encoders to E201 interface. For details and pinout see Orbis datasheet.

Cable assembly Molex 11 pin, BB, Flying leads, single shield, 1 m. OD 6.2 mm, max. temperature 80 °C. Suitable to connect Orbis Battery Backup Multiturn encoder. For details and pinout see Orbis Battery Backup Multiturn datasheet.

Cable assembly Molex 11 pin, BB, D-sub 9 pin, single shield, 1 m. OD 6.2 mm, max. temperature 80 °C. Suitable to connect Orbis Battery Backup Multiturn encoder. For details and pinout see Orbis Battery Backup Multiturn datasheet.

Cable assembly FCI 8 pin, flying leads, 8 wire, single shield, 3 m, OD 6.2 mm, max. temperature 80 °C. Suitable to connect AksIM-2 encoder. For details and pinout see AksIM-2 datasheet.

Installation Accessory set for RM16 & RE16.

Cable assembly, 4 pin, 0.5 m, dual ended JST connectors. Compatible with RMB14Vx with header connector.

Cable assembly, 4 pin, 1 m, dual ended JST connectors. Compatible with RMB14Vx with header connector.

Aluminium flat bracket for the Artos DBR and DBL readhead.

Aluminium angled bracket for the Artos DBR and DBL readhead.

Rolling tool for FlexAB DHF.

Rolling tool for FlexAB DBR with ACC080.

Rolling tool for FlexAB DBR.

AksIM-2™ is a non-contact high performance off-axis absolute rotary encoder designed for applications with limited installation space. The compact, low profile readhead detects and evaluates the magnetic field of a thin, axially magnetized ring.

The AksIM-2 encoder has a built-in advanced self-monitoring function that continuously checks several internal parameters. Error reports, warnings and other status signals are available on all communication interfaces and are with the on-board LED. Redundant readheads consist of two identical, completely independent and electrically isolated readheads. These are suitable for advanced applications that require a higher level of security. This configuration can be used to monitor the encoder position via two independent channels. The difference between the channels is about 180°. Due to the digital barcode magnetization on the ring, the encoder is fully redundant even when using a single ring.

AksIM-4™ is a non-contact, high performance off-axis absolute rotary encoder designed for integration into applications with limited space and systems with larger diameters. A hollow ring, absolute functionality, and high accuracy make this encoder suitable for many applications. The AksIM-4™ encoder system consists of an axially magnetised ring and a readhead. The encoders are equipped with BiSS communication interface and offer binary resolutions up to 21 bits per revolution and high accuracy.

The AksIM-4™ Dual Concentric high-performance encoder integrates two non-contact absolute rotary sensors in a single device. This innovative solution provides simultaneous motor and reducer position feedback in a robot joint for exceptionally smooth, synchronised, and accurate motion control. Its compact, space-saving design makes it perfect for advanced robotics and other applications where installation space is limited, without sacrificing accuracy, reliability, or performance.

AksIM-4™ is a non-contact, high performance off-axis absolute rotary encoder. It is designed for integration into applications with limited space. A hollow ring, true absolute functionality and Hiperface DSL protocol make this encoder suitable for compact servo motor applications. The AksIM-4 encoder system consists of an axially magnetised ring and a readhead.

The AksIM™ is a non-contact high performance off-axis absolute rotary encoder designed for applications with limited installation space. The compact, low profile readhead detects and evaluates the magnetic field of a thin, axially magnetized ring.

Not recommended for new design. Please go to AksIM-2™ off-axis rotary absolute encoder.

Not recommended for new design. The IC senses the angular position of a permanent magnet placed above the chip. The permanent magnet must be diametrically polarized and of cylindrical shape. The AM256 uses Hall sensor technology to detect the magnetic flux density distribution at the surface of the silicon. Hall sensors are placed in a circular array around the center of the IC and deliver a voltage representation of magnetic field distribution.

Within the miniature chip is the processing circuitry to provide outputs in absolute SSI, incremental, linear voltage, tacho and UVW formats with resolutions to 12 bit. The zero position can also be selected at point of installation. The AM4096 can be used in a wide range of non-contact position or velocity measurements, such as motor motion control and commutation, robotics, camera positioning, various encoder applications, battery powered devices and other demanding high resolution applications.

Not recommended for new design. The IC senses the angular position of a permanent magnet placed above the chip. The permanent magnet must be diametrically polarized and of cylindrical shape. The AM512B uses Hall sensor technology to detect the magnetic flux density distribution at the surface of the silicon. Hall sensors are placed in a circular array around the center of the IC and deliver a voltage representation of magnetic field distribution.

Not recommended for new design. The cylindrically shaped high quality magnet is diametrically polarized and factory selected to ensure best accuracy performance. Sine and cosine voltage outputs from the Hall sensor array vary with magnet position. Analogue signals are then converted to position data using a configurableinterpolator (up to 13 bit).

This applicator tool can be mounted in place of any RLS LM10 readhead and uses motion of the axis to apply the MS magnetic scale parallel to the guideway. Part number: LM10ASC00

Applicator tool LMA10ASC00 for magnetic scale and cover foil. Part number: LMA10ASC00

This applicator tool can be mounted in place of any RLS LM13 readhead and uses motion of the axis to apply the MS tape scale parallel to the guideway. Part number: LM13ASC00

Applicator Tool for Magnetic Scale with HiLin.

This applicator tool helps you to position the stick-on reference mark at the required position. Part number: LM10ARM00

Fasteners for DS19 absolute magnetic scale.

Artos™ is an absolute magnetic encoder system designed for motion control applications as a feedback element for angle/position and velocity control loops. A highly reliable measurement principle and processing ensure low position latency, high resolution and angular/linear velocity. The compact PCB-A design and low weight of the encoder system make it suitable for applications with limited space in relatively clean environments.

Artos™ is an absolute magnetic encoder system designed for motion control applications as a feedback element for angle/position and velocity control loops. A highly reliable measurement principle and processing ensure low position latency, high resolution and angular/linear velocity. The compact PCB-A design and low weight of the encoder system make it suitable for applications with limited space in relatively clean environments.

Artos™ is an absolute magnetic encoder system designed for motion control applications as a feedback element for angle and velocity control loops. A highly reliable measurement principle and processing ensure low position latency, high resolution and angular velocity. The compact PCB-A design and low weight of the encoder system make it suitable for applications with limited space in relatively clean environments.

Artos™ is an absolute magnetic encoder system designed for motion control applications as a feedback element for angle/position and velocity control loops. A highly reliable measurement principle and processing provide low position latency, high resolution and angular/linear velocity. The robust design protects the readhead from liquid ingress and high temperatures, so it remains undamaged even in extremely contaminated and hot environments.

Artos™ is an absolute magnetic encoder system designed for motion control applications as a feedback element for angle/position and velocity control loops. A highly reliable measurement principle and processing provide low position latency, high resolution and angular/linear velocity. The robust design protects the readhead from liquid ingress and high temperatures, so it remains undamaged even in extremely contaminated and hot environments.

Artos™ is an absolute magnetic encoder system designed for motion control applications as a feedback element for angle and velocity control loops. A highly reliable measurement principle and processing provide low position latency, high resolution and angular velocity. The robust design protects the readhead and magnetic ring from liquid ingress and high temperatures, so they remain undamaged even in extremely contaminated and hot environments.

The robust AS absolute magnetic scales consist of a stainless steel carrier and an elastomer-bonded ferrite. The elasto-ferrite layer is magnetised with an incremental magnetic pattern and a pseudo-random code for reliable absolute position sensing.

The robust RLS axial magnetic incremental rings consist of an elastoferrite layer and a stainless steel hub. The elasto-ferrite layer is magnetised with 2 mm long alternating magnetic poles, which form an incremental magnetic pattern. A unique reference mark can also be added to the incremental magnetic pattern.

The robust RLS radial magnetic incremental rings consist of an elasto-ferrite layer firmly bonded on a stainless steel hub. The elasto-ferrite layer is magnetised with 2 mm long alternating magnetic poles, which form an incremental magnetic pattern.

CAACC001 - Installation accessory set for LinACE with 8 mm shaft diameter

CAACC003 - Installation accessory set for LinACE with 12 mm shaft diameter

CAACC004 - Installation accessory set for LinACE with 6 mm shaft diameter.

Cable assembly ACC054, Molex connector, flying leads, length 1 m. Suitable to connect RLC2IC encoder with connector option 12 - Molex 5015681107.

Cable assembly ACC055, Molex connector, DB-9 connector, length 1 m. Suitable to connect RLC2IC encoder with connector option 12 - Molex 5015681107.

Cable assembly ACC056, Amphenol connector, flying leads, length 1 m. Suitable to connect RLC2IC encoder with connector option 20 - Connector AMPHENOL 10114828-11108LF.

Cable assembly ACC057, Amphenol connector, DB-9 connector, length 1 m. Suitable to connect RLC2IC encoder with connector option 20 - Connector AMPHENOL 10114828-11108LF.

Cable assembly ACC058, FFC connector, length 152 mm. Suitable to connect RLC2IC encoder with connector option 13 - Connector Molex 527451197.

Cable assembly ACC059, FFC connector, length 305 mm.

Cable assembly FCI 8 pin, flying leads, 8 wire, single shield, 1 m. Suitable to connect AksIM-2 encoder. For details and pinout see AksIM-2 datasheet.

Cable assembly FCI 8 pin, flying leads, 8 wire, single shield, 3 m. Suitable to connect AksIM-2 encoder. For details and pinout see AksIM-2 datasheet.

Cable assembly FCI 8 pin, D-sub 9 pin, single shield, 1m. Suitable to connect AksIM-2 encoder to E201 interface. For details and pinout see AksIM-2 datasheet.

Cable assembly Molex 11 pin, D-sub 9 pin, single shield, 1 m. Suitable to connect Orbis encoders to E201 interface. For details and pinout see Orbis datasheet.

Cable assembly Molex 11 pin, flying leads, 8 wire, single shield, 3 m. Suitable to connect AksIM-2 and Orbis encoders. For details and pinout see Orbis datasheet.

Cable assembly for connection of MOLEX 501330-1100, 12 core. It exists in 3 options (depending on lengths: 30, 50, 100 cm).

Cable assembly with 11 pin Molex connector (PN: 501330-1100), 8 core 1 m long. Suitable to connect Orbis encoders. For details and pinout see Orbis datasheet.

Cable assembly with dual ended JST connectors - SSI output. For use with LDB02 and RMB14 SSI output , please choose 6 pin.

Cable assembly with dual ended JST connectors - SSI output. For use with LDB02 and RMB14 SSI output , please choose 6 pin.

Cable assembly with dual ended JST connectors - incremental output. For use with LDB01, please chose pin 8.

Cable assembly with dual ended JST connectors - incremental output. For use with LDB01, please chose pin 8.

Cable assembly Molex 15133-0603 for connection with Molex 501568-0607. This cable can be used with RMB20Sx_96 encoder.

The DS19 absolute magnetic scale is engineered for high precision and durability, featuring a stainless steel carrier bonded with an elastomer-ferrite composite. This 15 mm wide scale is designed for flexibility and strength, ensuring it can withstand demanding environments while providing accurate measurements. Ideal for precise positioning tasks, the DS19 is a reliable choice for a wide range of industrial applications.

The E201-9B interrogates a BiSS C encoder and allows data to be read by a PC with simple ASCII commands via a USB connection and a virtual COM port. E201-9B supports BiSS C bidirectional encoders. For use with: AksIM-2 & AksIM-4 Orbis Software notice: For manual USB drivers setup please download the setup file.

For use with absolute encoders with SPI or PWM communication interface EncoSight software available under Download Electronic data sheet, encoder status, position, configuration and calibration are easy accessible via EncoSight application The E201-9P interrogates a SPI or PWM encoder and allows the data to be read by a PC using simple ASCII commands over the USB connection. Also supports complete functionality of the EncoLink protocol over SPI interface. For use with: AksIM-2 & AksIM-4 LA11 Orbis Software notice: USB drivers For Windows 10 or newer use Windows Update to install “inbox drivers”. More information is on this link. For Windows 8 or older, drivers will be installed together with the software. USB drivers will be installed together with the E201-9P software. For manual USB drivers setup please download the setup file.

The E201-9Q counts edges from 5 V incremental encoders and allows the count value to be read by a PC using simple ASCII commands over the USB connection. For use with: Artos (Only with PCB-A for DI and SI option) LM10/13/15 RE22/36 RLB RLM RM22/36 RM44/58 SpinCo HiLin FlexIN Software notice: USB drivers For Windows 10 or newer use Windows Update to install “inbox drivers”. More information is on this link. For Windows 8 or older, drivers will be installed together with the software. For manual USB drivers setup please download the setup file.

The E201-9S interrogates an SSI or BiSS encoder and allows the data to be read by a PC using simple ASCII commands over the USB connection. E201-9S supports unidirectional communication for absolute SSI and BiSS C encoders (without register access). For use with: AksIM-2 & AksIM-4 Artos LA11 LinACE Orbis RE22/36 RM22/36 RM44/58 Software notice: USB drivers For Windows 10 or newer use Windows Update to install “inbox drivers”. More information is on this link. For Windows 8 or older, drivers will be installed together with the software. For manual USB drivers setup please download the setup file.

An extension cable for the DHR and DHL Artos™ readhead. The encoder side of the extension cable is equipped with the M12 connector. The termination on the controller side is selectable (flying leads, M12 or D-SUB 9 pin connector).

 The end clamps have been designed to anchor the ends of the MS magnetic scale. Part number: LM10ECL00

FlexAB is a rubber-supported magnetic scale system with built-in tensioning mechanism compatible with Artos absolute rotary readheads. It is designed for installation on large shafts as an element of the position and speed control loop. The compact readhead has wide installation tolerances and offers industry-standard output types (SSI or BiSS) and parallel ABZ incremental signals for highly dynamic applications. The non-contact measuring principle ensures high reliability in demanding applications.

FlexIN is a rubber-supported system with built-in tensioning mechanism compatible with a magnetised scale MS and an LM10 or LM15 incremental encoder. It is designed for installation onto large shafts as an element of the position and speed control loop. The compact readhead has wide installation tolerances and offers industry standard output types and a reference pulse for relative position. The non-contact measuring principle and IP68 protection ensure high reliability in demanding applications.

The HiLin™ series of highest performance general purpose robust magnetic encoders is a family of linear incremental systems suitable for a variety of demanding applications. The incremental encoder system consists of a compact sealed readhead and a separate magnetic scale. Read more about HiLin

Measuring a partial arc of rotation with flexible tape scale

Measuring a partial arc of rotation with flexible tape scale

A special installation tool can be supplied for easier, more reliable and time-saving installation of the readhead in relation to the ring. The installation tool limits the readhead in 6 directions (ride height/radial offset, centerline/tangential, yaw, axial/lateral, pitch and roll offset) and thus ensures precise alignment of the readhead, guaranteeing optimal performance. A dedicated mounting tool is required for each SAR ring to adjust the diameter of the ring. Please check the part number diagram to select the correct installation tool for the selected ring.

Not recommended for new design. Please go to Artos™ DHL or Artos™ DBL linear absolute magnetic encoder systems. LA11 is an absolute magnetic linear encoder system designed for motion control applications as a position and velocity control loop feedback element. The encoder system is highly reliable due to contactless absolute measuring principle, built-in safety algorithms and high quality materials/components used. For applications which demand that the AS scale can be removed easily please consider TRS track system.

LA12 is a true absolute magnetic encoder system designed for motion control applications as a position and velocity control loop feedback element. The encoder readhead is sealed to IP67 providing reliable operation with resolutions up to 0.244 µm and supports Mitsubishi, Yaskawa and Fanuc serial communication.

LinACE™ is an extremely robust absolute linear cylindrical encoder system designed to be integrated into the servomechanism as a transducer, providing accurate measurements with excellent resolution and repeatability. It can be used as a control device or integrated directly into hydraulic, pneumatic, electromechanical actuators and linear motors as a position or velocity feedback element. Read more about LinACE

LinACE™ flat-board is a board-level absolute linear magnetic encoder system designed for motion control applications as a position and velocity control loop element. The readhead length only 30 mm and low weight of the encoder system make it suitable for applications with limited space. LinACE™ flat-board provides accurate measurements with excellent resolution and repeatability. The encoders are available in asynchronous serial over RS422, SSI and BiSS C output versions and offer a range of selectable resolutions from 10 μm to 0.5 μm with speeds up to 5 m/s. The position of the encoder is maintained even if the shaft rotates during forward and backward movement.

Line driver board for incremental output. Connector type: JST_SM08B-SURS-TF, 0.8mm pitch

Line driver board for SSI output. Connector type: JST SM06B-SURS-TF

The LM10 is a contactless high-speed magnetic encoder designed for linear or rotary motion sensing in harsh environments. The LM10 features a compact sealed readhead that rides at up to 1.0 mm from the self-adhesive magnetic scale or ring.

The LM13 is a contactless high-speed linear magnetic system designed for linear or rotary motion sensing in harsh environments. The system consists of a compact readhead and a separate selfadhesive magnetic scale or ring.

The LM15 is a contactless high-speed magnetic encoder designed for linear motion sensing in harsh environments. The LM15 features a compact sealed readhead that rides at up to 3.0 mm from the self-adhesive magnetic scale.

SmCo magnets.  Fixing: Glue (recommended – LOCTITE 648)

Magnetic actuators for RLS encoders.

Magnets for use with Orbis™ absolute rotary encoder.

The magnetic field viewer MM001 offers the easiest and fastest way to view the magnetised pattern of magnetic scales or rings. Above the magnetic field viewer foil there is a ruler with which the magnetic poles per cm of a magnet can be measured.

The mounting bracket made of aluminium can be used for easy mounting and fixing of the RoLin™ readhead. Part number: RLMMB01

Mounting bracket for RM08 super small non-contact rotary encoder. This mounting bracket can be used with RM08 encoder.

The robust RLS magnetic scales consist of a stainless steel carrier and an elastomer-bonded ferrite. The elasto-ferrite layer is magnetised with 2 mm, 2.032 mm or 5 mm long alternating magnetic poles that form an incremental magnetic pattern. Custom magnetisation is also possible.

The robust RLS magnetic scales consist of a stainless steel carrier and an elastomer-bonded ferrite. The elasto-ferrite layer is magnetised with 2 mm, 2.032 mm or 5 mm long alternating magnetic poles that form an incremental magnetic pattern. Custom magnetisation is also possible. TRS system is designed for applications that require an easily removable scale. The track system consists of aluminium guide rails and a scale clamp element. It holds the magnetic scale securely while allowing it to expand and contract freely. The scale clamp provides a fixed point from which the MS scale can expand.Read more about TRS system

The robust RLS radial and axial magnetic rings consist of an elasto-ferrite layer which is bonded to a steel hub. The elasto-ferrite layer is magnetised with nonius magnetisation with different pole lengths and different numbers of magnetic periods. If you’re looking for superior performance absolute rotary encoder, RLS also offers our own proprietary technology based AksIM encoder. For more information and comparison visit here.

Not recommended for new design. Please go to Orbis™ Battery Backup Multiturn. . Orbis™ is an absolute, through-hole rotary encoder suitable for applications where a typical OnAxis encoder cannot be mounted at the end of the rotating shaft due to space constraints. Orbis™ through-hole measuring principle allows customisation, with various board and magnet sizes to suit your application. Battery powered multiturn counter allows encoder to count shaft rotations even when main power is not available. -->

Orbis™ Battery Backup Multiturn is an absolute rotary encoder with a battery-powered multiturn counter that allows the encoder to count shaft rotations even when the main power supply is unavailable.

Orbis™ housed through-hole rotary encoder is an encoder for mounting on electric motors or other devices for measuring shaft position and speed. The solid metal housing offers high IP67 protection and high EMC immunity and best possible shock and vibration resistance.

Orbis™ is a non-contact through-hole rotary encoder designed for applications where a typical OnAxis encoder cannot be mounted at the end of the rotating shaft due to space constraints. Orbis™ through-hole encoder system consists of a readhead and diametrically magnetised permanent magnet ring. Output signals are provided in industry standard absolute, incremental, and analogue sinusoidal (sin/cos) signals. For BISS-C, SPI, SSI, Asynchronous serial and PWM communication please refer to BRD01 Data sheet. For Analogue sin/cos, commutation and incremental outputs please refer to BRD14 Data sheet.

The photosensor consists of 6-chip photodiodes produced in planar technology. The photodiodes are passivated with silicon-nitride which acts as an antireflective layer. They are then bonded to the PCB and protected with transparent epoxy glue. The Array can be used in photovoltaic or photoconductive mode.

The photosensor consists of 6-chip photodiodes produced in planar technology. The photodiodes are passivated with silicon-nitride which acts as an antireflective layer. They are then bonded to the PCB and protected with transparent epoxy glue. The Array can be used in photovoltaic or photoconductive mode.

The photosensor consists of 6-chip photodiodes produced in planar technology. The photodiodes are passivated with silicon-nitride which acts as an antireflective layer. They are then bonded to the PCB and protected with transparent epoxy glue. The Array can be used in photovoltaic or photoconductive mode.

MHA7TACC01 Alignment tool for MHA7 readhead / MRA7 ring radial positioning MHA8TACC01 Alignment tool for MHA8 readhead / MRA8 ring radial positioning

The RE16 is a compact, sealed, miniature, high speed rotary magnetic encoder designed for use in space limited applications. The encoder body is just 16 mm in diameter in aluminum housing.

The RE22 is a compact, high-speed rotary magnetic encoder designed for use in harsh environments. The traditional design allows for easy integration to existing machines. The compact encoder body is just 22 mm in diameter and provides dirt immunity to IP53. The RE22 can be used in a wide range of applications including marine, medical, print, converting, industrial automation, metal working and instrumentation.

The RE36 is a high-speed rotary magnetic encoder designed for use in harsh environments. The traditional design allows for easy integration to existing machines. The compact encoder body is just 36 mm in diameter and provides dirt immunity to IP53. The RE36 can be used in a wide range of applications including marine, medical, print, converting, industrial automation, metal working and instrumentation.

The RE58 is a robust industrial standard rotary magnetic encoder consisting of two parts: the RM44 magnetic encoder and various 58 mm flanges.

The RE58 is a modular bearing/shaft encoder system that has been designed for easy integration to existing 58 mm synchro flange and clamp applications.

RLB is a PCB level incremental encoder sensor system consisting of a PCB sensor and magnetic scale or ring. It has been designed for embedded motion control applications as a position control loop feedback element in space constraint applications.

RLC2HD is a PCB level incremental encoder sensor system consisting of a PCB sensor and magnetic scale or ring. It has been designed for embedded motion control applications as a position control loop feedback element in space constraint applications.

RLC2IA is a PCB-level encoder with a 24 V incremental push-pull output signal. Encoder system consists of a PCB sensor and a magnetic scale or ring. It is designed for embedded motion control applications as a position control loop element in applications with limited space. It guarantees a highly repeatable position measurement under wide mounting tolerances and temperature ranges.

RLC2IC is a PCB level incremental encoder sensor system consisting of a PCB sensor and a magnetic scale or a ring. It has been designed for embedded motion control applications as a position control loop feedback element in space-constrained applications. The information carrier is a periodically magnetised scale with a pole length of 2 mm. Radial or axial reading of the ring is possible.

RLACC connector adapter is a tool for connecting any readhead from RoLin product family to an E201 communication interface or similar subsequent electronics. It enables easy connection between RoLin’s 10 or 6 pin flex cable and 9 pin D type connector.

RLM is a component-level encoder system consisting of a RLM readhead and a magnetic scale or ring. It is designed as a position control loop element for embedded motion control applications. The encoder also has a self-diagnostic function for error detection.

The monolithic CMOS integrated circuit converts the input sine and cosine signals, as well as the analogue reference signal into digital signals with adjustable subdividing factor (1, 2, 3, 4, 5, 8, 10). The reference signal pulse width is selectable between 90° and 180° electrically.

The RM08 is a compact, super small high-speed rotary magnetic encoder designed for use in harsh environments. The non-contact two part design removes the need for seals or bearings ensuring long-term reliability and simple installation. The RM08 encoder has been designed for direct integration to high volume OEM applications and can be used in a wide range of applications including motor control and industrial automation.

The RM16 is a compact, sealed, miniature, high speed rotary magnetic encoder designed for use in space limited applications. The encoder body is just 16 mm in diameter in aluminum housing.

The RM22 is a compact, high-speed rotary magnetic encoder designed for use in harsh environments. The non-contact two part design removes the need for seals or bearings ensuring long-term reliability and simple installation. The compact encoder body is just 22 mm in diameter and provides dirt immunity to IP68. The RM22 can be used in a wide range of applications including marine, medical, print, converting, industrial automation, metal working, motor control and instrumentation.

The RM36 is a high-speed magnetic rotary encoder designed for use in harsh industrial environments. The non-contact two part design removes the need for seals or bearings ensuring long-term reliability and simple installation. The compact encoder body is just 36 mm in diameter and provides dirt immunity to IP68. The RM36 can be used in a wide range of applications including marine, medical, print, converting, industrial automation, metal working, motor control and instrumentation.

The RM44 / RM58 is an encoder for mounting on electric motors or other devices for measuring shaft position and speed. The solid metal housing offers highest IP protection classes, high EMC immunity, an extended operating temperature range and best possible shock and vibration resistance. Output signals are provided in industry standard absolute, incremental, analogue sinusoidal and linear voltage formats. The RM44 / RM58 with external zeroing is designed for setting the encoder zero position by using a zero pen. It is designed for a supply voltage of 5 V only. The RM44 / RM58 with base unit offers resolutions up to 14 bit and some decimal resolutions, installation air gap of ±0.1 mm and economic price. The RM44 / RM58 with AM4096 offers only binary resolutions from 5 to 12bit, installation air gap of ±0.5 mm and has lower price than RM44 / RM58 with base unit.

The RM44 / RM58 is a non-contact magnetic encoder with two independent outputs and no common connections between two devices. The redundancy is realized only on the sensor and driver side. The encoder uses only one magnet (D7xH4 mm). The encoders are suitable for demanding applications that require a higher level of safety. *This is preliminary product information and as such is subject to change. -->

The RMB14 is compact, absolute, high-speed encoder module. With a PCB diameter of only 14 mm the module fits into miniature designs. The encoder module consists of a magnetic actuator and a separate sensor board. Rotation of the magnetic actuator is read by a custom encoder chip mounted on the sensor board, and processed to give the required output format. Output signals are provided in industry standard absolute and incremental formats. The RMB14 can be used in a wide range of applications including robotic grippers, marine, medical, print, converting, industrial automation, motor control and instrumentation.

The RMB20 encoder module provides the functionality of the RM22 encoder in a compact component format for simple customer integration. With a PCB diameter of only 20 mm the module fits into miniature designs.

The RMB20 encoder module provides the functionality of the RM22 encoder in a compact component format for simple customer integration. With a PCB diameter of only 20 mm the module fits into miniature designs.

The RMB23 is compact, absolute, high-speed encoder module. With a PCB diameter of only 23 mm the module fits into miniature designs. The encoder module consists of a magnetic actuator and a separate sensor board. Rotation of the magnetic actuator is read by a custom encoder chip mounted on the sensor board, and processed to give the required output format. Output signals are provided in industry standard absolute and incremental formats. The RMB23 can be used in a wide range of applications including robotic grippers, marine, medical, print, converting, industrial automation, motor control and instrumentation.

RMB28 / RMF44 / RMF58 encoder modules are designed for direct integration to high volume OEM applications. The low cost 28 mm square PCB can also be provided with a connector for easy installation. RMB28 / RMF44 / RMF58 can be used in a wide range of applications including motor control and industrial automation.

The RMB28 / RMF44 / RMF58 encoder modules are designed for direct integration to high volume OEM applications. The low cost 28 mm square PCB can also be provided with a connector for easy installation. The RMB28 / RMF44 / RMF58 can be used in a wide range of applications including motor control and industrial automation.

SATI interface improves the encoder accuracy to +/-0.2°. The RMB28 encoder module is a 28 mm square PCB which can also be provided with a connector for easy installation. The RMB28 can be used in a wide range of applications including motor control and industrial automation. Read more about SATI interface

The RMB29 analogue encoder module is designed for direct integration to high volume OEM applications. The low cost 29 mm square PCB is provided with a connector for easy installation. The encoder module consists of a magnetic actuator and a separate sensor board. Rotation of the magnetic actuator is sensed by a custom encoder chip mounted on the sensor board, and processed to give one sine/cosine wave per revolution. The RMB29 can be used in a wide range of applications including motor control and industrial automation.

The RMB30 encoder module provides the functionality of the RM36 encoder in a compact component format for simple customer integration. With a large range of outputs and both 5 V and 24 V power supply variants the unit is easily integrated to existing electronics.

The RMC22 is designed for use in motor feedback applications requiring both A, B, Z incremental and U, V, W commutation signals. Robust non-contact OnAxis™ sensor technology provides ultimate long term reliability and with simple installation costs of ownership are minimal.

The RMC35 is designed for use in motor feedback applications requiring both A, B, Z incremental and U, V, W signals. Robust non-contact OnAxis™ sensor technology provides ultimate long term reliability and with simple installation costs of ownership are minimal.

The RMF44 /RMF58 is a non-contact magnetic encoder with two independent outputs and no common connections between two devices. The redundancy is realized only on the sensor and driver side. The encoder uses only one magnet (D7xH4 mm). The encoders are suitable for demanding applications that require a higher level of safety. *This is preliminary product information and as such is subject to change. -->

AM4096 on a PCB with all necessary components and a magnet, delivered in an antistatic box. RMK4 has all outputs available, by default it is configured for 5 V supply voltage and with 12 bit resolution. RMK4 is evaluation board, not suitable for mass production. RMK4KIT is a custom made demo kit consisting of RMH06 magnetic actuator and RMK4 PCB on acrylic base with prefabricated hole to allow the magnet to be positioned inside tolerance according to the AM4096 datasheet.

The RTB20 high-resolution magnetic encoder features 18-bit resolution in an ultra-compact Ø20 mm encoder board, delivering exceptional precision in the smallest footprint. Its compact and lightweight design makes it ideal for applications such as printing, industrial automation, motor control and instrumentation.

Absolute radial magnetic rings are compatible with the Artos™ readhead and are suitable for most demanding applications. The robust design protects the magnetic ring against the ingress of liquids and high temperatures, so that it remains undamaged even in extremely contaminated and hot environments.

The robust absolute magnetic scale consist of a stainless steel carrier and an elastomer-bonded ferrite. The SAS10 is a solid scale available in predefined lengths. It can be fully enclosed making it suitable for harsh environments where oils or coolants are present.

The robust absolute magnetic scale consists of a stainless steel carrier and an elastomer-bonded ferrite. The SAS19 is a solid scale available in predefined lengths. It can be fully enclosed making it suitable for harsh environments where oils or coolants are present. It is designed for compatibility with Artos readheads.

SATI stands for Stand Alone Trimming Interface. It enables zeroing and trimming of the encoder after it has already been installed. Successful trimming process done with SATI improves the system’s absolute position error down to ±0.2°. It can be used for encoders made with RLS AM4096 sensor ICs only. Read more about SATI interface

Aluminium scale clamp securely retains the magnetic scale and provides a fixed point from which the MS scale can expand.  For additional information see MS Incremental Magnetic scales data sheet, which can be found in the Downloads section.

Joining element enables joining the ends of two magnetic scales easily and thereby reaching system lengths longer than 100 m.  For additional information see datasheet LM10D18, which can be found in the Downloads.

Shims for adjusting ride height during AksIM-2 mounting. *Shims are available in multiples of 5.

Shims for adjusting ride height during AksIM-4 mounting. *Shims are available in multiples of 5.

SpinCo™ is an incremental magnetic encoder system designed for use as primary position and speed feedback sensor for machine tool spindles. It consists of two key elements, a readhead and a magnetic ring with welded cover foil.

The stick-on reference mark can be easily applied to the magnetic scale. Part number: LM10SRM00

A set of one fastener and one washer for mounting Track system elements. The number of required sets varies based on mounting method.  For additional information see datasheet LM10D18, which can be found in the Downloads.

Double screw fix for DS19/MS19.

Aluminium guide rail, 1 meter long for easy magnetic scale fitting/refitting which allows the scale to expand and contract freely.  For additional information see datasheet LM10D18, which can be found in the Downloads. Read more about TRS system NOTE – ordered scale must be TRS track system compatible

Aluminium guide rail, 2 meters long for easy magnetic scale fitting/refitting which allows the scale to expand and contract freely.  For additional information see datasheet LM10D18, which can be found in the Downloads. Read more about TRS system NOTE – ordered scale must be TRS track system compatible

1 m long track section system for MS19/DS19.

2 m long track section system for MS19/DS19.

The UPRG01 is a programming interface for use with compatible encoders from RLS. The encoders which support this functionality are the LM10 linear encoder, LM15 linear encoder, LM13 linear encoder and LM13 ring encoder. Note that a special option of the encoders must be ordered with this programmability enabled. The software allows the resolution, edge separation and count direction to be changed for both linear and ring encoders. The interface connects simply to a computer via a USB port.

The UPRGAM4096 is a programming interface for use with AM4096 rotary magnetic encoder chip and RMK4 evaluation board. The interface allows the user via a PC to communicate and program the internal memory of the AM4096 via the I2C protocol. A simple software interface is provided to allow easy adjustment of the available parameters as well as providing a graphical display of the position information and status of the encoder chip. The interface connects simply to a computer via a USB port.

Washer for SAS and HMS scales.

Zeroing pen for RM44 rotary magnetic encoder.