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Closed-Loop Motor Controller
MS196
Pulse-locked Master and zero-cumulative-error Ratio-Follower (electronic gearing) modes. Features include multiple setpoints, contact-closure input and NPN output functions. Works with incremental shaft encoders.
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Closed-Loop Motor Controller
MS332
Modes include zero-cumulative-error Ratio-Follower (electronic gearing) and zero-cumulative-error Index-Follower (mechanical event/phase synchronization). Features include Forward-only and Forward/Reverse settings for uni/ bi-directional control, multiple setpoints and many programmable contact-closure input and NPN output functions. Builds numerous machine synchronizing / follower processes. Works with quadrature incremental shaft encoders (all modes) and prox, photo-eye and other presence/event sensors (Index-Follower mode).
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Encoders
*Designs to proven industrial standard*Compact and robust housing*Hollow shaft encoder for direct mounting on actuators*Versions with integrated fieldbus interface*Cable entry for axial and radial use
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FPGA Workbench and I/O Cards
FPGA Workbench software provides a complete development environment for building customized solutions based on Concurrent’s programmable FPGA cards. FPGA Workbench includes a powerful GUI for selecting and configuring a wide range of pre-developed data acquisition and industry-specific modules to meet your application requirements. The library of functional IP modules includes pulse width modulation, analog I/O, digital I/O, SENT protocol, encoder, ignition, injection, crank/cam shaft, wheel speed sensor and change-of-state.
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Incremental > EX-Proof Encoders - Hollow Shaft
Incremental > EX-Proof Encoders - Hollow Shaft
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Incremental > Heavy Duty Encoders - Hollow Shaft
Incremental > Heavy Duty Encoders - Hollow Shaft
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Incremental > Standard Encoders - Hollow Shaft
Incremental > Standard Encoders - Hollow Shaft
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Miniature Absolute Magnetic Shaft Encoder
MA3
The MA3 is a miniature rotary absolute shaft encoder that reports the shaft position over 360 with no stops or gaps. The MA3 is available with an analog or a pulse width modulated (PWM) digital output.
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Quadrature Position & Rate Meter
Accepts low-level differential or single-ended 5 V logic level quadrature signals from shaft encoders to display scaled position or scaled rate. One, two or four transitions may be counted at a maximum combined rate of 250 kHz and be mathematically scaled to display in engineering units from -999,999 to +999,999. An analog output scaled to the display and relay outputs are optional.
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Rotary Encoders
Our proven rotary encoder and resolver solutions are used worldwide in a variety of industries such as Medical, Oil & Gas, Aerospace, Packaging, Robotics, Paper and Steel, to name a few. Dynapar''''s vast product portfolio offers a wide selection of incremental and absolute encoders engineered with cutting edge optical or magnetic technology, brushed and frameless resolvers, and accessories. Dynapar offers a wide variety of optical or magnetic shaft encoders and resolvers, as well as any resolver or encoder product your particular application may require.
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Speed Switch
UDS1000
Features • Works with remote / external quadrature pulse frequency output sensor / incremental encoder (NPN or PNP) • DPDT relay changes state when shaft direction reverses • Reverse-over-speed setpoint adjustment from 0.5-5,000 rpm • Relay resets when reverse motion stops • 115, 230 VAC (50-60 Hz) and 12, 24 VDC power options • Explosion proof/NEMA 4X housing • UL Listed Class I, Div I (C, D) Class II, Div I (E, F, G)
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Transmissive Rotary Codewheel
HUBDISK-1
US Digital offers a wide variety of standard hub / disk assemblies (optical encoder disks attached to an aluminum hub) to aid with mounting on a shaft. Encoder disks may also be ordered as a stand alone item (see the Disks page). These rotary encoder disks are made from mylar polyester film. This material allows for a wide temperature range and is virtually unbreakable.
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Transmissive Rotary Codewheel
HUBDISK-2
US Digital offers a wide variety of standard hub / disk assemblies (optical encoder disks attached to an aluminum hub) to aid with mounting on a shaft. Encoder disks may also be ordered as a stand alone item (see the Disks page). These rotary encoder disks are made from mylar polyester film. This material allows for a wide temperature range and is virtually unbreakable.
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Laser Trackers
Radian Series
The smallest, lightest, most accurate laser measurement tool. API’s compact and rigid UNIBODY tracker design allows for shaft mounted motors, encoders and laser. The UNIBODY shaft mounted laser innovation minimizes Abbe offset errors, while also housing laser source, optics, camera and major head electronics in the center of the tracker body.
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Absolute Encoders
US Digital designs and manufactures absolute encoders in both optical configurations, for the highest possible resolution and accuracy, and magnetic versions for demanding environments. In either case, absolute encoders report a shaft angle within a single 360-degree shaft rotation without stops or gaps. Unlike incremental (sometimes called "relative") encoders, absolute encoders provide true (absolute) shaft position, eliminating the need for a "home" or "zero" cycle after a supply-voltage power cycle.
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Absolute Magnetic Kit Encoder
MAE3
The MAE3 is an absolute magnetic kit encoder that provides shaft position information over 360 of rotation with no stops or gaps. This magnetic encoder is designed to easily mount to, and dismount from, an existing shaft to provide digital feedback information. The MAE3 is available with an analog or a pulse width modulated (PWM) digital output.
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Absolute Optical Encoder
A2
Product DescriptionRestriction of Hazardous SubstancesThe A2 absolute encoder is a non-contacting optical rotary position sensor which reports the shaft angle within a 360 deg. range. As opposed to incremental encoders, the A2 reports the absolute position rather than the change in position. When powered up, it does not require a home cycle, even if the shaft was rotated while the power was off. In multi-turn mode, it tracks the position in a 32-bit counter as long as the power supply is maintained. Internally, an infrared LED flashes through a circular bar code onto a linear array sensor. The microcontroller decodes the image into a unique position. All user programmable parameters such as resolution, origin, direction and mode are permanently stored in an internal EEPROM
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Absolute Optical Encoder Kit Version
A2K
The A2K absolute encoder is a non-contacting optical rotary position sensor which reports the shaft angle within a 360 deg. range. As opposed to incremental encoders, the A2K reports the absolute position rather than the change in position. When powered up, it does not require a home cycle, even if the shaft was rotated while the power was off. In multi-turn mode, it tracks the position in a 32-bit counter as long as the power supply is maintained. Internally, an infrared LED flashes through a circular bar code onto a linear array sensor. The microcontroller decodes the image into a unique position. All user programmable parameters such as resolution, origin, direction and mode are permanently stored in an internal EEPROM
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Open Optical Encoders
An optical encoder is an electromechanical device which produces an electrical signal output proportional to the linear displacement of a linear guide or the angular position of an input shaft.Open encoders are exposed and feature no external integrated enclosure. The advantages of open optical encoders include the effective elimination of backlash, shaft wind-up (torsion) and other mechanical hysteresis errors.A rotary open optical encoder consists of a position measurement readhead and an accurate rotary scale marked either on the periphery of a ring or on the face of a disc.The readhead measures position by optically sensing the regularly-spaced scale markings and outputs this information as an analogue or digital signal.The signal is subsequently converted into a position reading by a digital readout (DRO) or motion controller.
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Water Level, Stage, and Flow Sensors
Campbell Scientific offers a variety of sensors to measure water level, stage, and flow: pressure transducers, shaft encoders, radar ranging sensors, sonic ranging sensors, and bubblers. Users often select their sensors based on the site location, required accuracy level, and ease of installation.
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Incremental Encoder Simulator
ENC-SIM01
Plant Control and Automation Pty Ltd
This instrument is designed to simulate the function of most types of incremental encoders; it allows the engineer to fully test a control system that uses a rotary or linear shaft encoder, without the need for any mechanical movement.
