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IGP Series
Using this potentiometer a maximum angular rotation of 3800° can be converted into a voltage proportional to the angle of rotation, through the medium of a conductive-plastic potentiometer.
This special "heavy-duty" version is designed to measure angular or linear displacement under the most difficult of enviromentat conditions. Simply yet robustly built, these units are suitable for use in all manner of industrial applications and engineering industry.
The cast housing is watertight. The single stage gearing is exceptionally backlash-free. Heavy-duty bearings allow for high axial loading on the shaft; gearwheels or even chain drives may be used directly drive the shaft.
Sealing is achieved through the use of a stepped bush whilst electrical connections are made via plug and socket mounted on the side of the unit.
Special features
- reduction gearing 3:1, 5:1, 10:1
- good linearity 0.1 % (standard)
- long life typically 100 x 106 movements
- mechanical rotation
- robust construction with 10 mm shaft
- Protection class IP 65
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Rotary Shaft Encoders are ideal for use on any rotating shaft to provide a digital output signal to tachometers, counters, speed switches, motor controls, or anything requiring a pulse input. Flexible shaft couplings are available as an option to compensate for shaft misalignment, and are recommended for most applications.
Electro-Sensors Rotary Shaft Encoders convert shaft rotation into square wave output pulses. They provide an accurate means of transmitting actual speed information for detecting rate, position, or direction of rotation. The shaft encoder produces an output signal by rotating a disc with clear and opaque segments between a light emitting diode and a photo-transistor sensor. The output signal from the encoder is then converted into a square wave signal by an internal squaring circuit. The number of output pulses per shaft revolution is determined by the number of clear and opaque segments on the disc. Quadrature (bi-directional) models have a second LED and sensor positioned 90-degrees apart to produce two square wave signals.
Features:
- Ideal for Use on Slow Speed Applications
- Provides Precise Pulse Train for use with Tachometers, Counters, Speed Switches and Speed to Analog Converters
- Multiple Mounting Configuration for easy Installation
- Wide Variety of Pulse per Revolution Counts are Available
- Please Specify PULSES PER REVOLUTION (PPR) When Ordering
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The Series 9x25 is a family of optical incremental encoders designed for industrial-grade
applications that require high resolution and high accuracy. All 9x25s share these features:
- LED illumination for long life (>100,000 hours)
- Differential photo-detectors for signal stability
- Single-board, surface-mount electronics for reliability
- RS-422 differential line driver output for noise immunity
- Zero index signal
- SealedABEC7 bearings for contamination resistance.
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3.5" dia x 2.4" long body; fits shafts up
to 1.20" dia
- Internal bellows-type precision flexible
shaft coupling
- Up to 90,000 cycles/rev (A quad B) at
500 kHz with internal electronics
- Up to 225,000 cycles/rev (A quad B) at
1 MHz with external electronics
- Buffered sinusoid (11,250 cycles/rev
Max), TTL, open collector or RS-422
output
- Three accuracy grades
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Incremental Encoder HS15
Performance Benefits:
With high-performance, high-resolution digital feedback in an extremely small package, the new DataTorque HS15 combines the resolution and performance common with much larger encoder packages with the stability of a bearing encoder design.
The HS15 provides a bearing design that simplifies encoder attachment, resulting in a longer service life with less downtime (from feedback device failure). It delivers high noise immunity. In addition, the DataTorque HS15 is cost competitive with modular encoders.
Design Features:
The DataTorque HS15 is miniature in size, only 1.5 inches (38 mm) in diameter and low profile, only 0.87 inches (22 mm) in assemble height, yet it provides resolutions up to 5,000 lines with or without commutation. Output options are single-ended or differential line driver.
The DataTorque HS15 has low supply current requirements. The optional 5 to 26 VDC can help reduce inventory. It is constructed of a conductive carbon fiber composite that provides the EMI shielding of an all-metal housing and the performance of a lightweight robust assembly.
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The incremental coder is planned for demanding applications relating to the detection of angles, direction of rotation and speeds. It delivers a signal whose values are in relative connection with the position of reference zero.
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G080
Contact load <30 W (100 VA)
<230 V (approx. 2 A)
Operating mode Impulse emission in both rotating directions
Output frequency <0.025 kHz
Output signals Contact
Resolution (steps/turn) 0.2...15
Supply voltage range 12...220 V
Other products available:
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Incremental encoder is the term given to sensors for recording changes in position (linear or rotating) that can measure both the distance and direction of travel.
They are also known as optical encoders.
Unlike measuring systems that work continuously, incremental encoders have a solid measure with a repeating periodic counting track. The measurement is based on a directional reference and a count.
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Incremental encoders have output signals that repeat over the full range of motion. When the incremental encoder is turned on, the position of an incremental encoder is not known since the output signals are not unique to any singular position.
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The encoders contain a contact-less magnetic sensor system and a precision toothed wheel. The sensor’s magnetic field is modulated by the passing of the teeth of the measuring wheel.
The resulting sinusoidal and co-sinusoidal voltage is evaluated by the integrated electronic and converted to an incremental output and optionally to an additional analogue current output.
Advantages of the magnetic system:
* Unaffected by condensation on the measuring wheel and is therefore the preferred choice for applications, where ambient temperatures change or where the relative humidity is high. (e.g. outdoors)
* Unaffected by oil or dirt penetration.
* The steel measuring wheel is highly resistant to shock and vibration, unlike glass or plastic graduated discs in other systems.
* Excellent reliability over a very long life because it does not suffer from the ageing effect common to optical systems.
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Our product range contains of course a plenty of customized solutions as for example extended reference impulse, assemblies with slip rings as well as special dimensions. In addition, we offer solutions with which can be evaluated at the same time up to 8 independent traces.
G24
Outer Ø: 24 mm
Shaft Ø: 4,5,6 mm or M6 thread
Hollow shaft Ø : 4 mm
Specification:
No. of increments: 512 max.
Output signals:
OC: 5...24 V
TL: 5...24 V
PP: 8...24 V
LD (RS422): 5 V
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Incremental Encoders
At Cleveland Motion Controls, we offer a wide selection of Rotary Incremental Encoders, providing you numerous solutions for a wide range of position and control application requirements.
Many of our customers first find us because their old suppliers furnished them with off the shelf products. That way of doing business caused them to force-fit other vendors' products into their applications. Force fitting a product to a design limits the performance of an application.
Incremental Encoder Light Industrial SM15
Performance Benefits:
By combining high performance, advanced design, proven reliability and low cost, the DataTorque SM15 is an ideal industrial encoder to meet a wide variety of application requirements. It meets all of the requirements of EIA standard RS-422 while retaining low power characteristics of CMOS, enabling the construction of serial and terminal interfaces while maintaining minimal power consumption.
All DataTorque Encoders can be custom configured to meet specific, high volume OEM requirements. We can accommodate many specialized combinations of electrical and mechanical interfaces. Please consult our experienced team of application engineers for details on custom OEM products.
Design Features:
The DataTorque SM15 Encoder is manufactured with precision surface mount technology. It utilizes high precision, spindle grade ball bearings (shielded), providing a rugged encoder within its design.
The DataTorque SM15 Encoder incorporates the 2631 series quad differential line driver, designed for digital data transmission over balanced lines.
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AC 58-CANopen (Solid shaft) :
Resolution: Singleturn 10 to 14 Bit, Multiturn up to 26 Bit
Shaft diameter: 6 mm, 9.52 mm, 10 mm, 12 mm
Flange: synchro flange; clamping flange; square flange
Protection class: IP 64 or IP 67
Housing diameter: 58 mm
Supply voltage: DC10 - 30 V
Connection: Bus cover, cable or Conin
RoHS compatible: Yes
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Encoders ROD 436 are designed to measure an angular displacement or a rotation speed.
They provide 4 impulsion gears :
- 2 incremental dephased of 90° to realize up/down
The use of a conditioning card ref. ME 26 CO permits to obtain an analogic output +/- 10 V according to the full scale of the angular rotation.
The use of a conversion card (Frequency / Voltage) ref. ME 26 F/U permits to obtain an analogic output 0 - 10 V according to the rotation speed.
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Incremental Encoder Shaft version
MICRONOR incremental encoders are used in all imaginable industrial processes for recording actual values. We have a large selection of shaft encoders and interfaces available. In order to simplify the selection process for you, we have compiled the following list.
ESI indicates the shaft version, and size, e.g. 18, 38, 58, represents the housing diameter.
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Incremental encoders for relative positioning applications.
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MIG – Incremental magnetic pulse generator
STRÖTER has developed an „intelligent“ intermediate flange which considerably simplifies the measurement of speed and sense of rotation as well as the connection with coordinating
control systems. What was previously only possible with time-consuming assembly and addons to drive systems is now possible in an easy and economical way both in new and existing installations.
This MIG magnetic incremental rotary transmitter is designed as an intermediate flange which is simply installed between the motor and the machine flange. This makes the integration of incremental position encoders in drive systems much easier – no matter whether you use it for speed measurement, for positioning control, dosage control or for synchronisation control.
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Our manufacturing facility is uniquely equipped to produce small quantities of a wide range of products. The result: high performance, low cost encoders. Small economical shaft encoder series. Suitable application uses include; Industrial machines, elevetors, robots, plotters, cutting machines, injection moulding machines,machines tools, measuring instruments, rotary x-y table, NC machine and other position or angle measurement.
- 4 - 8 - 12 .... 512 ( increases four each until 512 Pulse) and 1024 , 2048 4096 pulse
- Magnetic Measurement System
- PUSH PULL or TTL RS 422 Line Driver Output
- Signal out types AB , ABZ , AB /A /B , ABZ /A /B /Z
- ** NPN + PNP
- Input Voltage 10...30VDC or 5VDC
- Housing Diameter 50 mm ( optional 40 mm )
- Shaft Diameter 8 mm ( optional 6 or 10 mm )
- IP54 Protection Class
- Frequency response max.100 KHZ
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- The DIGISINETM is the 58mm reference encoder of the european market.
- The 40mm COMPACTISTM range has been developped to answer your expectation in tearms of compactness.
- Shocks, vibrations, high temperature, aggressive environment, sealing..., particular studies have been made to developp the 90mm ROBUSTECHTM in a way that they answer to severe renowned applications.
- The 200mm MAXXTM encoder is the perfect mechanic for speed and positionning measure in heavy duty applications (glass mill, steel mill, locks...).
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general data sensing method optical
pulse tolerance 10 % ( 5000 pulses)
resolution (steps/turn) 10 ... 5000
electrical data interface square wave signal
allowable el. rot. speed depending on pulse range
switching frequency fmax. 300 kHz
mechanical data shaft type shaft
shaft diameter 10 mm
housing diameter 55 mm
flange clamping
mounting depth 36,5 ... 46 mm
housing/flange material steel / aluminum
mech. rotational speed < 12000 rev/min
ambient conditions protection classes shaft IP 42
IP 65
protection class housing IP 65
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Type 15.22
- 10-30 VDC
- max. 500 pulses/revolution
- max. 10 KHz (more on request)
- steel shaft 6mm (on request stainless)
- Double ball bearing
- IP54 (IP64 as option)
- Weight 0.5 Kg
- Dimensions 75 x70 mm
- Massive zinc die cast
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The flexible encoder for every task
Simple zero pulse teach-in at the press of a button on the device
Any line number between 1 and 8,192 and zero pulse width individually programmable
Ideal solution for end-users, resellers, engineering offices and system integrators
Maximum reliability
Modular design for highly varied individual solutions
Plug or cable exit
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Based on DIGISINE® technology, these intrinsically safe encoders are certified ATEX Ex II 1G/D, EEx ia IIC/B T4 for explosive atmospheres (gas and dust, zone 0 and 20). A complete intrinsic safety system (encoders, barriers and cable assembly) is proposed.
With outer diameter of 58 mm, INTRATEX™ are available in shafted (IHM5) and hollow-shaft (IHO5) version. A version in diameter 90 mm and solid shaft (IHM9) has been certified for heavy-duty applications.
Three standard electronics are available: push-pull with supply 8 to 12V; line driver RS422 with supply 4.5-6V for very high resolutions, one line driver RS422 with supply 4.5-8 V for standard resolutions.
The resolution, which could be very high (max. 96000 cpt) can be programmed with special electronics. The frequency response could reach 1 MHz.
The operating temperatures lies between -40°C to +70°C, the broadest available on the market.
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Incremental Encoder
Body Diameter 120mm
Hollow Shaft Diameter from 40 to 65mm
Cable or Connector
Signals A,B,0 and Complimentary
Up to 50.000 Pulses per Revolution
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AC 110-BiSS/SSI:
Resolution: Singleturn 10 to 17 Bit
Shaft diameter: up to 50 mm
Protection class: IP50 or IP64
Housing diameter: 110 mm
Supply voltage: DC 5 V -5% / +10% or DC 10-30 V
Connection: Cable
RoHS compatible: Yes
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The series m122 magnetic rotary encoders are designed for
light industrial applications that require up to thirteen
bits of resolution (8192 words or counts/turn) in a very
small package.
The four models share these features:
- Non-contact; frictionless; bi-directional
- Maximum rotating speed: 30,000RPM
- Protection: IP64 standard (IP 68 optional)
Shock: 000 m/s ; ms
Vibration: 100 m/s²; 55 to 2000 Hz
- 22-mm body; blind hollow-shaft
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Magnetic Encoders
As market conditions become increasingly competitive, magnetic encoders are seen as a promising incumbent, offering engineers an encoder solution that is small, robust, yet, priced significantly lower than existing absolute encoders in the market today.
A magnetic encoder typically uses Hall effect or magneto-resistive (MR) effect to sense positional information. Avago's magentic encoder with integrated Hall sensors requires a permanent magnet that is firmly mounted on the rotating shaft of a motor. A magnetic encoder operates on a non-contact basis. Thus, mechanical wear is not a consideration.
Avago’s magnetic encoder solution is high performance, designed for use in a wide range of industries that includes industrial and office automation, as well as, consumer applications. Its typical applications includes test and measurement equipment, surveillance and security, printers, fax machines and copiers, white goods and appliances, cable and satellite dish, toys and games, and much more.
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Phoenix America Inc. rotary magnetic encoders employ magnetic based technology reaching multiple channel outputs with resolutions topping 10,000 counts per revolution. Phoenix America Inc.'s unique magnetic encoder design eliminates the challenge and expense of conventional encoder bearing systems aling with associated brackets, couplers and mounts. You won't find specifications on Bearing Materials and Bearing Life on Phoenix America Inc. magnetic encoders since they don't need to employ a separate bearing system. Your shaft and bearing system is all that is necessary.
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Model A19 True Absolute Rotary Encoder
- 13-bit resolution
- 19 mm diameter
- Shaft or blind hollow-shaft
configurations
- Gray code or natural binary
- SSI output format
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The Models R112S and R112B optical incremental encoders are designed for light industrial
applications that require high resolution in a very small package.
The two models share these features:
- Either shafted or blind-hollow shaft version
- LED illumination for long life (>100,000 hours)
- Differential photo-detectors for signal stability
- Single-board, surface-mount electronics for reliability
- RS-422 differential line driver output for noise immunity
- Zero index signal
- Monolithic integrated ASIC for internally interpolated resolutions up to 8,000
- cycles/rev (32,000 counts/rev)
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