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You searched for: bei industrial encoders
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Incremental encoder | Omnicoder allows users to easily program resolution anywhere between 1 and 10,000 counts per turn
Dec 01, 2009, Motion System Design
Omnicoder allows users to easily program resolution anywhere between 1 and 10,000 counts per turn

Cable transducers
Apr 01, 2010, Motion System Design
Model LT25 linear cable transducers provide digital position and speed feedback in a rugged, easy-to-install package

Encoders | Miniature encoders R22i optical incremental encoders provide position feedback with optional commutation signals for brushless motors | Nov 2008
Nov 01, 2008, Motion System Design
Miniature encoders R22i optical incremental encoders provide position feedback with optional commutation signals for brushless motors. Features & benefits 22 mm diameter by 15 mm long; fits motor shafts to 4 mm Optional 3-phase commutation outputs available for 4, 6, 8, and 10-pole brushless motors Resolutions of 100 to 1,024 line counts available with A, B, and Z reference channels Operates from

New Products
Aug 01, 2008, Motion System Design
Shock-resistant encoders Sendix encoders with 12-bit analog and 14-bit CANopen outputs are designed for applications requiring rugged, high-resolution encoders. Features & benefits Die-cast housings, resistance to humidity, IP69K protection Sensor-Protect technology delivers fully encapsulated electronics and separated mechanical assembly for high resistance to shock (rated to 500 g) and vibration

Optimizing precision and accuracy | Jul 2007
Jul 01, 2007, Motion System Design
Remember the dartboard analogy? Darts landing near the bull's eye mean accuracy, whereas misfires landing close together, but far from the bull's eye, are more indicative of precision or repeatability. Today's motion systems, of course, usually demand both. Consider these tactics and tools for hitting the mark each and every time. Compact controller AMKASYN controllers contain a real-time-capable

Handling harsh environments | Sept 2007
Sep 01, 2007, Motion System Design
If it's not one thing, it's another. Whether your designs are fighting off flying debris, holding their breath in a caustic chemical immersion, or surviving the rigors of extreme heat and humidity, it's your job to protect them. Following are some expert tips and tools to help your designs stand up to the harsh environments they're headed into. Enclosed cable carriers Energy Tubes prevent damage to

New Products | Dec 2008
Dec 01, 2008, Motion System Design
Worm gearboxes Gearboxes are constructed of cast iron one-piece housings and feature a C-flange input and carbon steel shaft with either right-hand or dual-shaft output. Features & benefits Suitable for electric motors to reduce output speed, increase torque, change driving directions, or run two loads from one motor Four frame sizes and six gear ratios from 5:1 to 60:1 Double-lipped embedded oil

New Products | Jan 2009
Jan 01, 2009, Motion System Design
Caged ball LM guide SRS5M/WM caged technology in a miniature LM guide eliminates the need for frequent lubrication and gives maintenance-free performance. Features & benefits Low particle generation makes it suitable for precision equipment applications including medical, semiconductor equipment, and measuring instruments Offers minimal rolling resistance and 4-way equal load ratings with heights

Making sense of position sensors | Sensor selection How does sensor selection contribute to productivity in today's motion-centric automation environment? | Oct 2008
Oct 01, 2008, Motion System Design
Sensor selection How does sensor selection contribute to productivity in today's motion-centric automation environment? Michelle BEI: Selecting the correct environmental, mechanical, and electrical sensor specifications for your application will provide the longest life for your position sensor and will also help reduce system downtime. It's important not to over-specify or under-specify the sensor.

New Products
Apr 01, 2010, Motion System Design
Screw-driven linear actuator HepcoMotion PSD80 Profile actuator features high-efficiency Herculane wheels, which mount to an adjustable carriage. Features & benefits Single or multiple carriages, loads to 500 N; stainless leadscrew with pitch of 4, 15, 25, and 70 mm 25-mm lead useful in Z-axis applications; 70-mm screw pitch handles speedy pick-and-place requirements and allows speeds to 1 m/sec,

Products
Dec 01, 2006, Motion System Design
Digital ac servo drive ACS300 low voltage, all-digital brushless ac servo amplifiers use DSP-based architecture for software selectable torque, velocity, or position mode operation. Features & benefits Ac servo (flux vector) control algorithm provides high dynamic response and noise immunity 1.8 kW peak power output; operates on input of 12 to 48 Vdc for motor power Rates at 15 A continuous output

Out with the glass, in with the steel | Rotary and linear encoders are standard equipment in today's automated motion systems
May 01, 2006, Motion System Design, Jon Trudeau Applications Specialist BEI Technologies Inc. Sylmar, Calif.
Rotary and linear encoders are standard equipment in today's automated motion systems. Both types, generally, are optically based, relying on light passing through or reflecting off a scale and then interpreted by opto-electronics. For rotary sensing, this works well, but the same cannot be said of optical technology when it's used in linear motion applications. One lingering problem stems from the

Addressing encoder error | Jan 2007
Jan 01, 2007, Motion System Design
Encoders are widely used to help control machine position and speed. Typical encoder output, a series of quadrature signals, consists of two full square waves, offset by 90 in phase. The number of quadrature cycles an encoder generates per revolution determines its resolution the smallest positional change it can measure. Particularly for position feedback, it's common practice to specify an encoder

May 1, 2006
May 01, 2006, Motion System Design

Out with the glass, in with the steel | Rotary and linear encoders are standard equipment in today's automated motion systems
May 01, 2006, Motion System Design, Jon Trudeau Applications Specialist BEI Technologies Inc. Sylmar, Calif.
Rotary and linear encoders are standard equipment in today's automated motion systems. Both types, generally, are optically based, relying on light passing through or reflecting off a scale and then interpreted by opto-electronics. For rotary sensing, this works well, but the same cannot be said of optical technology when it's used in linear motion applications. One lingering problem stems from the

New Products | Jan 2010
Jan 01, 2010, Motion System Design
High-performance BLDC motor Size 23 BLDC motor features customized housing and shaft. Features & benefits Standard high-torque density design (P/N DIH23-30-BFNA) delivers continuous power at levels approaching 1-hp at speeds up to 20K rpm; 2.3-in. OD 3.0 in. Meets requirements for a cast-removal system to reduce pediatric-patient trauma; efficiencies exceed 85% BEI Kimco Magnetics(800) 572-7560www.beikimco.com

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