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Magnetic angle sensor 0 - 360 degrees in a 36 mm dia. housing
- With 10 mm shaft or 6 mm hollow shaft
- 36 mm dia. housing
- Protection class IP67/IP69K
- Magnetic measurement principle
- Output Voltage 0.5 ... 4.5 V, 0.5 ... 10 V; Current 4 ... 20 mA
- Redundant second channel as option
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Analogue AWS Angle Sensors for harsh industrial environments feature a long service life and simple evaluation options. They are supplied as potentiometers or with calibrated voltage or current outputs.
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These transducers are shaft encoders which give absolute measurements on more than one revolution of their shaft.
The encoders have a mechanic gear train which transmits the movement of its master disc to a series of slave discs for shaft revolution counting.
An electronic circuit cancels any mechanic backlash of the gear train, thus yielding a detection's.
They are mechanically strong and properly engineered in their electronics, optical and mechanic parts, being thus able to withstand heavy duty conditions.
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Lika's range includes absolute encoders for measurement of linear and angular movement, resolution up to 25 bit. Versions with shaft, hollow shaft and low profile are available.
Lika's range includes single turn and multi turn absolute encoders with Profibus-DP output. Programmable resolution up to 8192 x 4096, preset and offset.
Lika absolute encoders are also available with DeviceNet and CANopen outputs.
Moreover, SC1 is an absolute multiturn encoder, with digital indicator size and mounting, RS485 interface, Bus capable and reset button.
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Model 500 Series (Robust)
“Versatile” and “modular” are catchwords that differentiate the incremental and absolute encoders in the Model 500 Series of robust encoders. Used in many different types of industrial applications such as electric motors, cranes, elevators and general automation, the series’ mechanical, optical and electrical interfaces have become industry standard. If the standard selection of interfaces does not suit the application’s particular requirements, customised, cost-effective solutions may be provided with short lead times.
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To meet the increasing demand for reliable, low cost, high-speed rotary encoding, Renishaw has introduced a range of OnAxis magnetic encoders.
These high-speed rotary magnetic encoders are designed for use in harsh environments, such as marine, medical, print, converting, industrial automation, metal working, motor control, and instrumentation.
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Compact encoder
For industrial standard applications
The traditional type, but at the same time extremely flexible. Absolute encoder available with solid shaft, hollow shaft, blind shaft or integrated coupling.
Double encoder
For redundancy applications
Two redundant absolute encoders with a common shaft or two detection units with a central disc. Various combinations of interfaces possible.
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The wide diversity of knowledge and experience, built up over many years within the Wachendorff group of companies, has logically konsequent been used to integrate a new product series into the production program. This has resulted in an innovative range of absolute encoders for CANopen, “Made by Wachendorff in Germany”, that are based on the magnetic principle. They come in single or multiturn versions, with a clamping or synchro flange, or as blind hollow shaft encoders.
The WDGA series was first shown at the SPS/IPC/DRIVES 2008 exhibition in Nuremberg and met with a lot of interest.
The Wachendorff absolute encoders are designed in accordance with the communication profile CiA DS-301 and to the device profile for encoders CiA DS-406 V3.2 class C2. An LED is provided for status signalization as per DR303-3. The WDGA absolute encoders can be configured, without a bus cover, via LSS (layer setting services) to DS-308, or optionally via SDO (service data objects). They offer comprehensive CANopen functionality: position, speed and acceleration objects, limit switch and cam switch functions, up to four individually configurable Transmit-PDO (process data objects), Heartbeat and Nodeguarding as well as other comprehensive diagnostic possibilities, which take into account important aspects of safety.
As ever, the WDGA absolute encoders boast an industrially rugged construction, offer a high level of precision measurement and withstand high bearing loads.
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Incremental encoders
Solid shaft encoders
Incremental encoders generate a certain number of pulses per revolution. The number of pulses is a measure of the distance moved (angular or linear).
Hollow shaft encoder
Hollow shaft encoders are always used when reduced installation length is required or when precision is important where the drive is subjected to high acceleration.
Absolute encoders
Singleturn
Absolute encoders provide a specific numerical value (code value) for each angular position.
Multiturn
Multiturn encoders not only detect angular positions but also distinguish between several revolutions.
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The encoders of the FIELD BUSSES series are absolute Single-turn or Multi-turn rotary shaft encoders with an interface to connect to field bus systems according to the PROFIBUS, INTERBUS, CANopen, DeviceNet or Ethernet standard.
PROFIBUS: PROcess FIeldBUS (in according to EN50170 vol.2 Standard), was one of the first open bus for constructors. DP VERSION is oriented to fast switch of a reduced number of data in automation sector.
CANopen: Controller Area Network; transmission protocol to message oriented. Used in automotive sector.
DeviceNet: field bus similar to CANopen, but much more open and with more restrictive specifications.
InterBus: first open bus realized in the world ( in according to EN50254 and IEC 61158 Standard). It is able to realize real-time functions.
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Model 600 Series (Robust)
Field bus interfaces based on Ethernet, PROFIBUS or CAN are examples of the communication protocols often used in automation. These interfaces are available on the Model 600 Series absolute coded singleturn or multiturn encoders. A robust mechanical design in shaft or hollow shaft design ensures that installation and start-up of these models are always reduced to a minimum. Serial point-to-point interfaces such as EnDat or the popular SSI are examples of other communication interfaces often used for position feedback from absolute coded encoders.
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The prestigious Belgian institute ISSeP of Liege provided Elcis with the latest certifications ATEX II 2 G D Ex d II C T6 - Ex tD A21 IP 6x T85°C and Ex d II C T5 - Ex tD A21 IP 6x T100°C, according to CENELEC rules and CESI provided the Product Quality Assurance Notification.
This absolute encoder series is suitable for use on working environments with explosive atmosphere (except for mines with grisù) due to gas (G) and/or dust (D).
The available models are extremely sturdy; they are made in turned from rod metal with precision bearings and stainless steel shaft.
On request these encoders can be completely stainless steel.
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Geard potentiometers are well known for their robust analog technology. Measured values are recorded absolutely, which means there is no need for referencing.
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Model 800 Series (Heavy duty)
When the most robust, maintenance-free and cost-effective pulse encoder solution is sought after, the encoders in the Model 800 Series are the first choice of the majority of designers. The optional ADS™ (Advanced Diagnostic System) is a built-in system used for condition-based or preventative maintenance, guaranteeing the reliability of the application. Demanding environments and electrically or mechanically stressful installations are circumstances the encoders in the Model 800 Series are often exposed to and for which they are well-protected. Accessories and ready-made design solutions meant to guarantee operation and increase service life which reduce the total cost of the application are also offered as options for the encoder series.
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< Functional description of incremental encoders
< Mechanical connections for incremental encoders
< Connectivity for incremental encoders
< Different ways of mounting the encoder
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Pulses: 1.000, 1.024, 2.048, 2.500, 4.096
Housing: Ø 100 mm, L 37 mm
Continiuous hollow shaft: Ø 25-42 mm
Max. RPM: 3.500 U/min
Loading on shaft end: max 200 N radial, 100 N axial
Output channels: ABN, ABN inv.
Pulse frequency: 200 kHz
Power supply: 4.75 - 5.5 VDC, 10 - 30 VDC
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PRECILEC optical incremental encoders are designed with the same reliability than the RADIO-ENERGIE tacho generator. They measure with the highest accuracy the angular speed and position of rotating shafts in industrial environment : machine tools, specific machineries, robots, motor drives, lifts, handling, cranes, speed controllers, packing machines and various industries.
Main Characteristics of our encoder diameter 58, RCI 58 HS
PRECILEC encoders use a differential optical and ratio metric principle.
Their universal complementary push-pull output interface and their large supply voltage range make them very easy to connect to most of electronic control units.
Shaft type : 12, 14, 15mm and ½inch, stainless steel hollow through shaft.
Housing diameter : 58mm.
Pulses per turn : from 1 to 5400.
Fixation spring plate – Termination Radial cable, M23 and MS310 receptacle.
Operating temperature range (encoder body) : - 25° C / 85° C.
Electrical Characteristics :
Supply voltage : 4,5 to 30V DC with reverse polarity protection.
Output signals Universal complementary push pull, short circuit protected (7272) RS422 compatible with 5V supply voltage.
Mechanical Characteristics :
Max speed : 6000rpm.
Protection : IP64 at shaft end, IP 65 at housing (IEC60529).
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ELCIS range of incremental encoders is composed of more than 130 transducers with Ø 19 ÷ Ø 250 mm, with resolutions from 1 to 900000 pulses/revolution according to the model chosen (the Customer can multiply the resolution by two or by four).
There are several available output electronics and power supplies can be choosen from 5VDC to 30VDC.
Standard operating temperature is 0°C ÷ +70°C or -40°C ÷ +100°C upon request. Max frequency is available from 100kHz to 1MHz according to the model.
Elcis philosophy towards his customers is not limited to supply a reliable standard encoder, but also to design, at no extra cost, customized units based on their specific requirements.
Thanks to the extremely wide model range, proved quality and sturdiness, Elcis encoders are thus world-wide used.
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Lika develops innovative solutions to automation since 1982. Lika has a complete range of incremental encoders, ROTAPULS, for the measurement of linear and angular movement.
These devices cover many types of applications.
There are standard shaft and hollow shaft encoders. The hollow shaft encoders may have a diameter up to 44 mm.
Resolution up to 18000 PPR.
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Model 300 Series (Miniature)
The Model 300 series consists of robust and extremely reliable miniature encoders, 30 mm in diameter, designed for installation in applications where space is at a premium. Various types of incremental electrical interfaces including TTL, HTL and RS-422 are supported in the series. Some typical applications are in harvesting apparatus and industrial high-pressure washing equipment. The series' high encasement level, IP67 and the shock and vibration resistant design guarantee long life and ensure a durable sensor solution with high dependability.
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RIK Compact Series
Simple mounting with customer-friendly mounting conditions
Dynamic offset and amplitude control leads to high interpolation accuracy and further reduction of the contamination susceptibility.
integrated signal interpolation up to 100x
Signal processing electronics in the connector
also available as ultra high vacuum version
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Magnetic rotary encoders
To meet the increasing demand for reliable, low cost, high-speed rotary encoding, Renishaw has introduced a range of OnAxis™ magnetic encoders.
These high-speed rotary magnetic encoders are designed for use in harsh environments, such as marine, medical, print, converting, industrial automation, metal working, motor control, and instrumentation.
The magnetic encoder range is designed and manufactured by RLS d.o.o. in Slovenia, Renishaw's partner in encoder technology.
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Incremental encoder
Suitable for all applications where the basic functions of incremental position sensing is required.
The resolution of the hardware incremental encoder is set at TR, using a code disk with fixed number of pulses. These encoder are available with different sizes and of course with different mechanical connections such as solid shaft, hollow shaft, blind shaft or integrated coupling.
Housing options
For applications in explosion-risk areas, in aggressive media or in environments with heavy mechanical impacts on the encoder
Special housings such as EX-housing, stainless steel housing etc.
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Incremental encoders
Solid shaft encoders
Incremental encoders generate a certain number of pulses per revolution. The number of pulses is a measure of the distance moved (angular or linear).
Hollow shaft encoder
Hollow shaft encoders are always used when reduced installation length is required or when precision is important where the drive is subjected to high acceleration.
Absolute encoders
Singleturn
Absolute encoders provide a specific numerical value (code value) for each angular position.
Multiturn
Multiturn encoders not only detect angular positions but also distinguish between several revolutions.
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PRECILEC optical incremental encoders are designed with the same reliability than the RADIO-ENERGIE RE0444 tacho generator. They measure with the highest accuracy the angular speed and position of rotating shafts in industrial environment.
This encoder has the original RE.0444 flange. It perfectly fits to any tachometer generator from RADIO-ENERGIE range. This mounting type is more suitable than a tachometer generator for space saving purpose. Furthermore encoder technology avoid maintenance necessities. Applications are : machine tools, robots, motor drives, lifts, handling, cranes, speed controllers, packing machines and industries : textile, tyre, cable, plastic, automatic sorting, cement, windmill.
Main Characteristics :
Shaft type : 7, 11mm, stainless steel shaft
Housing diameter : 115 mm
Pulses per turn : from 1 to 5400
Fixation by RE.0444 tacho flange– Termination Radial cable, M23 and Mil receptacle
Operating temperature range (encoder body) -25°+85°C
Electrical & Mechanical Characteristics
Supply voltage : 4,5 to 30V DC with reverse polarity protection
Output signals Universal complementary push pull, short circuit protected (7272) RS422 compatible with 5V supply voltage
Max speed : 10000rpm
Protection : IP64 at shaft end, IP 65 at housing (IEC60529)
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POSIC introduces the world’s smallest incremental inductive encoder kit ID1101 for linear and rotary applications. It measures only 8.7 x 6.3 mm with a thickness of 0.8 mm and has an A quad B output stage that runs up to a frequency of 200 kHz. The linear/rotary target is a 0.8 mm thick strip/disc that comes in different lengths/diameters.
The linear resolution ranges from 1 um at a speed of 0.5 m/s to 150 um at 50 m/s.
The rotational resolution depends on the disc diameter and is for example 12 bits (1024 A-B pulses per revolution) with a 30 mm diameter disc.
Typical applications are in the motion-control domain with magnetic actuators like brushed and brushless motors, voice coil actuators, linear drives and more. Markets served include industrial, automotive, robotics, medical, instrumentation, laboratory automation, office equipment.
Evaluation kits with linear or rotational targets are available from stock.
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The encoders series EM/EMA operate according to the magnetic principle.
- They offer an excellent esistance to vibrations and shocks, and high protection against environmental agents
- Excellent price/performance ratio
- Available both in the incremental (series EM/REM) and in the single turn absolute type (named EMA/REMA)
- Many different mechanical versions
- Ppr No. for the incremental type: 8 to 2048
- Absolute encoder resolution: 10 to 13 bits binary code
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To meet the increasing demand for reliable, low cost, high-speed rotary encoding, Renishaw has introduced a range of OnAxis magnetic encoders.
These high-speed rotary magnetic encoders are designed for use in harsh environments, such as marine, medical, print, converting, industrial automation, metal working, motor control, and instrumentation.
The magnetic encoder range is designed and manufactured by RLS d.o.o. in Slovenia, Renishaw's partner in encoder technology.
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The WDG 58V shaft encoder has been specially developed by Wachendorff for use in the Food & Beverage and Pharmaceutical industries, where the demands for hygiene and cleanliness are top priority.
The housing and shaft are both manufactured from V4A stainless steel and PTFE was chosen for the deadroom-free radial shaft seals. The design and construction of these encoders comply with the most stringent regulatory requirements. The WDG 58 V thus achieves the high protection rating IP69K and has been certified by the independent institutions ECOLAB and EHEDG.
This all means that the WDG 58V is ideally suited to your outdoor applications.
The Wachendorff range of encoders will help you find solutions to a wide variety of your application tasks.
Wachendorff encoders excel with their exceptional ruggedness and resistance to vibration, for example with max. permissible bearing loads up to 400 N and a high protection rating up to IP69.
Wachendorff offers a 3 year warranty.
As a skilled, competent manufacturer, Wachendorff continues to come up efficiently with new ideas based on the building blocks of their experience, thus guaranteeing cost-effective quality - ‘Made in Germany’.
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Quiet, non-slip digital copying
Particularly quiet and smooth-running, thanks to special belts and low-noise suspension.
Use up to speeds of 4 m/sec.
User-friendly, reliable alternative to switches and sensors.
Accuracy in the shaft: - Incremental encoder WDG up to 0,08 mm at 5000 pulses. - Absolute encoder WDG multiturn, with 8192 steps/turn (13 Bit) and 4096 turns (12 Bit), with CANopen- Lift or SSI Interface.
Fast, flexible installation with complete set of mechanical parts.
Noticeably quieter in a noise comparison*: Conventional System: 92 db Silent Move: 68 db *measured directly at the idler pulley at 4 m/sec.
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