Encoder Digitized Resolver is suitable for beamline facilities.
Press Release Summary:
Encoder Digitized Resolver is used for providing feedback from each station into Ethernet network for tracking multiple units on single cable. Consisting of 110-220 V isolated power supply and memory for identifying last location, unit produces real-time Quadrature pulses to reduce delays in communication.
Original Press Release:
Empire Magnetics Introduces New Model Encoder Digitized Resolver
Significantly increases efficiency and reduces cabling costs for beamline and other facilities
Empire Magnetics Inc., introduces the Encoder Digitized Resolver (ERD). The ERD is ideal for beamline facilities, but can be used for any multi-station automated system with centralized control. The ERD significantly reduces cabling costs through its ability to provide feedback from each station/device into an Ethernet network. Each device has selectable addressing, so the control room can easily track multiple units on a single cable, and display current data with certainty of its origin. This greatly reduces the number of cables needed to connect work stations to the control room. The ERD unit includes an isolated 110-220 Volt power supply and has a memory to keep track of the last location, eliminating the concern of losing positional information in the event of a power outage or other disruption.
“We built the ERD to address specific issues our customers were facing. Some facilities have upwards of 250 work stations, with cabling covering 500+ ft. to the control room and installed cable at $1/ft. or more. Add in signal conditioning and you’ve got a significant expense that still leaves you with operational concerns,” said Richard Halstead, President of Empire Magnetics. “Multiplexing multiple ERDs on a network is superior to traditional dedicated cabling in terms of cost reduction, but offers other advantages as well.”
The primary market for the ERD is large beamline facilities such as: Large Hadron Collider at CERN, Stanford Linear Accelerator, and the National Ignition Facility at LLNL, where beams of particles or high-energy photons are generated for research purposes. For efficiency, automated equipment is needed to position samples and sensors in the beam. Because these are subatomic particles or very short wave photons, high-precision equipment is needed. Frequently, equipment is also required to operate in vacuum, or subject to high-intensity radiation, or both. The ability of the control room to request and display the up/down counter, via Ethernet addresses facility control, but the delays in the communication are not acceptable for real-time closed loop. The ERD resolves this issue by producing real-time Quadrature pulses compatible with most encoder-based controls.
About Empire Magnetics, Inc.
Empire Magnetics provides specialty motor products and motion control systems designed to perform in environments and applications where ordinary motors are unsuitable. Empire Magnetics motors can be found in space, deep sea, and high-radiation environments around the globe, often for government and defense applications. Types of motors include: weatherproof, waterproof, cryogenic, hazardous area, radiation-hardened, vacuum-rated, and general industrial. Products are distributed through a network of motion control professionals around the world.
Contact:
Richard Halstead
Empire Magnetics
5830 Commerce Blvd.,
Rohnert Park, CA 94928
Phone: 707.584.2801
