|
|
||
Welcome to GlobalSpec!
Find parts, products, suppliers, datasheets, and more for:
Distributed Motion Control Systems
Find Suppliers by Category
Motor controllers receive supply voltages and provide signals to motor drives that are interfaced to motors. They include a power supply, amplifier, user interface, and position control circuitry.
Search by Specification |
Learn More
-
Supplier: Nymotion LLCDescription: development applications. At the next level, the NYT2X-AP is a full featured embedded host that integrates the two modules, expands on the IO, features and distributed motion control functions. Full featured, 1 - 2 axis lab-automation, microscopy and vision applications can be easily implemented
- Specialty Control Systems: Combination Controller / Drive, Multi-axis Controller, Robotic Motion Controller, PC-based Motion Control / Drive, DSP-based
- Drive Type: DC Brushed Motor, DC Brushless Motor, DC Servomotor, Bipolar Stepper Motor, Permanent Magnet Stepper Motor, Variable Reluctance Stepper Motor, Hybrid Stepper Motor, Full Step Motor, Half Step Motor, Microstepping Motor, Linear Motor, Voice Coil Motor
- Setup & Control: Computer Interface
- Mode of Operation: Digital Position Feedback, Analog Feedback, Velocity Mode, Voltage (BEMF / Open Loop) Mode, Current (Torque) Mode, Encoder Following / Slave
-
Supplier: Nymotion LLCDescription: development applications. At the next level, the NYT2X-AP is a full featured embedded host that integrates the two modules, expands on the IO, features and distributed motion control functions. Full featured, 1 – 2 axis lab-automation, microscopy and vision applications can be easily implemented
- Form Factor: DIN Rail, Other
- Features: Encoder Feedback, Optically Isolated
- Setup and Control: Computer Interface, Joystick
- Communication Standards: CANopen, RS232, RS485, Other
-
Supplier: Delta Tau Data Systems, Inc.Description: By simply changing the CPU card in a UMAC Turbo system to a MACRO CPU, you can change the personality of UMAC system to a UMAC MACRO station. Working with a Turbo PMAC2 Ultralite or another UMAC Turbo with MACRO Interface, the UMAC MACRO station can be distributed to a local area on the MACRO ring
- Specialty Control Systems: Multi-axis Controller, PC-based Motion Control / Drive
- Computer Bus (if PC-Based): ISA / EISA, PCI / PCI-X, VMEbus
- Drive Type: Bipolar Stepper Motor
- Setup & Control: Joystick
-
Supplier: ElectromateDescription: The CDS-3310 is a single-axis controller and drive system for precisely controlling a brush or brushless servo motor. It combines a high-performance, programmable motion controller with a 500W PWM drive in a compact, cost-effective package. The CDS-3310 provides a 10/100 Base-T Ethernet port and up
- Specialty Control Systems: Combination Controller / Drive, PC-based Motion Control / Drive, Microcontroller Based
- Drive Type: DC Brushed Motor, DC Brushless Motor, DC Servomotor, AC Servo / Brushless Motor, Microstepping Motor, Linear Motor
- Setup & Control: Manual, Joystick, Computer Interface, Control Panel, Handheld Controller / Programmer
- Mode of Operation: Digital Position Feedback, Analog Feedback, Velocity Mode, Current (Torque) Mode, Encoder Following / Slave
-
Supplier: Danfoss North America Motion ControlsDescription: With the VLT® OneGearDrive concept, Danfoss has developed a more flexible, more efficient drive system that significantly reduces the number of drive variants across a typical food & beverage or materials handling process plant, resulting in greatly reduced operating costs and substantial
-
Supplier: Nymotion LLCDescription: development applications. At the next level, the NYT2X-AP is a full featured embedded host that integrates the two modules, expands on the IO, features and distributed motion control functions. Full featured, 1 – 2 axis lab-automation, microscopy and vision applications can be easily implemented
- Applications: Motion Control, Machine Vision, Machine Control
- Ports / Interfaces: RS232, RS485
- Standards and Compliance: RoHS Compliant
-
Supplier: Delta Tau Data Systems, Inc.Description: are commanded by either a Turbo PMAC2 Ultralite board, UMAC or QMAC System, providing a convenient solution for distributed or centralized control using a fiber optics connection or RJ45.
- Motor(s) / System(s) Controlled: DC Brushless Motor, DC Servomotor, AC Servo / Brushless Motor
- Integral Motor Drive: Yes
- Specialty Controllers: Multi-axis Controller, PC-based Motion Control / Drive, DSP-based
- Computer Bus (if PC-Based): PCI / PCI-X
-
Supplier: Aerotech, Inc.Description: , high performance distributed control architecture to produce a truly state-of-the-art motion, vision, PLC, robotics, and I/O platform.
- Drive Type: Unipolar Stepper Motor, Bipolar Stepper Motor, Microstepping Motor
- Motor Technology: Permanent Magnet Stepper Motor, Hybrid Stepper Motor
- Setup & Control: Other
- Mode of Operation: Digital Position Feedback, Velocity Mode, Current (Torque) Mode, Encoder Following / Slave
-
Supplier: Kinetek, Inc.Description: Tricon by MCE is a state of the art, distributed control system, designed for geared applications with AC flux vector motors that serve up to 32 single or double openings, with cars traveling up to 300 fpm.Superior Performance and Reduced CostsTricon provides superior performance and reduced
- Drive Type: AC Vector / Feedback Drive
- Integral Motion Controller: Yes
- Application Categories: Multi-axis Controller, Motor Speed Controller, Variable Speed Drive
- Configuration: Stand Alone
-
Supplier: Galil Motion ControlDescription: The CDS-3310 is a single-axis controller and drive system for precisely controlling a brush or brushless servo motor. It combines a high-performance, programmable motion controller with a 500W PWM drive in a compact, cost-effective package. The CDS-3310 provides a 10/100 Base-T Ethernet port and up
- Drive Type: DC Brushed Motor, DC Brushless Motor, DC Servomotor, Linear Motor
- Integral Motion Controller: Yes
- Application Categories: Servo Amplifier, PWM Drive, Microcontroller Based
- Configuration: PC Board, OEM Module, Stand Alone, Panel Mount, DIN Rail
Featured Products for Distributed Motion Control Systems Top
-
to the "Demonstration of Motion Control", Tal has recorded several other motion control tutorials, all of which can be viewed for free on Galils website under training. A small sampling of topics include "Tuning Servo Systems for Optimum Performance," "Modes of Motion," "Optimal Design of Motion Control Systems," "Ethernet Distributed Control Systems," and "Step Motor Control". For more information about the free "Demonstration of Motion Control" video that's available online, contact Lisa Wade... (read more)Browse Motion Controllers Datasheets for Galil Motion Control -
Control of Web Processing Systems" Using electronic gearing to precisely control tension. "Optimal Design of Motion Control Systems"Optimization of velocity profile, optimization of mechanical couplings and method for selecting best motor for minimum power dissipation. Ethernet: "DMC-21x3 Ethernet Controller n' Drive Sandwiches" Introduces Galil's low-cost, Ethernet motion controllers and attached multi-axis drives. "Flexible-Distributed Control Systems" Discussion of flexible, Ethernet-based... (read more)Browse Motion Control Software Datasheets for Galil Motion Control
-
Performance with Distributed Architecture. Cabling reduction. Faster Installation. Higher Reliability. Single Communications Point to Entire Motion Control System. ETHERNET Powerlink systems combine the high performance of centralized motion control with the lower costs of distributed machine architectures. System design and machine installation times are greatly reduced due to the simplified, inexpensive and readily available Ethernet cables that replace traditional, expensive analog control... (read more)Browse Motion Control Systems Datasheets for Parker Hannifin/Electromechanical Automation
-
and servo axes eliminates the programming overhead associated with gluing together two separate control systems, resulting in reduced implementation time and increased marking efficiency. Scanner motion can be combined with rotary axis motion to mark on the face or edge of cylindrical profiles. Rectangular bitmaps that exceed the scanner field of view width can be marked in one continuous operation. Complex operations comprised of many small features distributed across a large area can be marked... (read more)Browse Motion Control Software Datasheets for Aerotech, Inc.
-
development environment for easy creation of rich graphics and multimedia applications. Xpress revolutionizes Level 1 HMI by allowing you to run, view and edit applications in any Internet Explorer(TM) browser. This architecture is ideal for distributed applications where multiple HMI''s are deployed on a single machine or across several remote stations. Learn more about our entire line of Motion Control Products. Ball Screw and Lead Screw Tables. Belt Driven Linear Actuators. Cartesian Robots... (read more)Browse Motion Control Systems Datasheets for Parker Hannifin/Electromechanical Automation
-
. A Windows® XP PRO or Windows® 7 operating system is standard. Aerotech's ground-breaking motion, vision, PLC, robotics and I/O platform, the Automation 3200 Multi-Axis Machine Controller (A3200), is used in many applications in semiconductor, data storage, medical laser processing, automotive and machine tool industries. The system features a high-performance, software-only motion controller that offers 32 axes of synchronized motion control. The advanced, high-performance distributed control... (read more)Browse Motion Controllers Datasheets for Aerotech, Inc.
-
of materials can be reduced as the module can eliminate the need for a separate standalone system controller. It also eliminates the cabling, power supply, and panel space that would otherwise be required. Plugging a controller into the drive itself still provides machine builders with complete flexibility of control system architecture, as the drive can be used as a standalone intelligent automation solution, or as a distributed element of a larger Powerlink network, or a complete multi-axis motion... (read more)Browse Motion Controllers Datasheets for Baldor Electric Company
-
inspection. Tracking ad trending of grate wear for improved predictive maintenance can be accomplished by transmitting the data collected by CTM to the plant;s DCS (distributed control system). Increasing Your Competitive Edge. The Stoker Grate Drive System is another example of the Alstom commitment to provide products and services to improve performance and reduce maintenance, thereby increasing your competitive edge. (read more)Browse Grates Datasheets for Alstom
-
expand the capabilities of hardware you're using now by merging features of more traditional PLC , DCS (Distributed Control System) , and RTU systems, plus adding some capabilities from personal computers. So, what is a PAC?. ARC defines a PAC as having the following characteristics: • Operate using a single platform in multiple domains, including logic, motion, drives, and process control. Because a single PAC can do all types of control, monitoring, and data acquisition, system expansion... (read more)Browse Programmable Automation Controller (PAC) Systems Datasheets for Opto 22
-
for the product to be dropped off for manual retrieval or temporarily held in a bath while the transfer arm performs another function. Distributed Control and Network Communications. JST uses distributed control technology to control the processes within its robotic transfers. Each station is designed with an Allen Bradley Programmable Logic Controller (PLC) as the central process controller. Each station has a touch screen display to allow local display and control. Process recipe modes use... (read more)Browse Industrial Workbenches and Industrial Workstations Datasheets for JST Manufacturing, Inc.
Conduct Research Top
-
Effective distributed motion-control systems
electromagnetic interference with other systems and provides substantial overall system cost reductions and greatly improved diagnostics. A distributed-motion-control system also accommodates preventative-maintenance features. For example, an integrated control and drive can monitor machine wear by comparing
-
Ethernet Paves The Way For Simpler Distributed Motion-Control Systems
of the high-performance motion-control systems now use this architecture. But, the picture is quickly changing, as many new devices are becoming available for easy-to-assemble and moreefficient distributed-control systems. A typical central-control-system approach contains an embedded motion controller
-
Save with the Right Distributed Motion Control
In today's automation applications, it seems there's no room for dumb machines and there's plenty of space for intelligent choices. A case in point is distributed motion control, in which intelligence and control are pushed out from a central server to the edges of an automation system
-
Ethernet Motion Control (.pdf)
In the search for the ideal distributed motion control system, the Ethernet seems to offer a very good choice. First, it offers the basic benefits of any distributed system-namely, reduced wiring length. In addition, Ethernet-based components are low cost due to their high volume use. Also
-
Flexible Distributed Motion Control
This paper is an abstract for the "Flexible-Distributed Control Systems" on-line tutorial. The complete tutorial with audio can be viewed at http://www.galilmc.com/training/webconf.html This course considers various structures of a control system and discusses their relative merits. It starts
-
Distributed Ethernet Control Options (.pdf)
machine design. This application note describes the implementation of three general styles of distributed Ethernet control. Application Note #1242. Application Note #5467. Distributed Ethernet Control Options. Introduction. The design of an Ethernet-based control system requires the engineer to choose
-
Motion Control Over The Ethernet
sit between the users application and the Ethernet network and with its advanced buffering technology, does not require a realtime operating system extension to keep the communications flowing properly and quickly. Three of the four key ingredients needed for the next generation of motion control
-
Single sourcing motion control
Following a few rules when selecting a single-source supplier makes putting together a motion-control system a snap. Coreless dc motors are used in a prosthetic hand. Gold-alloy brushes ensure fluidity of motion and low noise actuation. The rubber skin coating provides feedback to the motor
Engineering Web Search: Distributed Motion Control Systems Top
-
Control theory - Wikipedia, the free encyclopedia
Control theory is an interdisciplinary branch of engineering and mathematics that deals with the behavior of dynamical systems.
-
Control system - Wikipedia, the free encyclopedia
In the case of linear feedback systems, a control loop, including sensors, control algorithms and actuators, is arranged in such a fashion as to try
-
Supercomputing and Parallel Computing Research Groups
Scheduling agents for resource control on production heterogeneous systems.
- DISC - home
-
Effective distributed motion-control systems On GlobalSpec
Home > Technical Library > Effective distributed motion-control systems Effective distributed motion-control systems
-
SimLabs
Air Traffic Control Research at the Crew-Vehicle Systems Research Facility
-
QNX Realtime Operating System (RTOS) software, middleware,...
Operating systems, development tools, and professional services for connected embedded systems Operating Systems Multimedia + Acoustics
-
Literature Library
Critical Process Control & Safety Systems (ICS Triplex) Panel Connection Systems Panel Connection Systems
