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The MSX-Box is a real-time PAC system (Programmable Automation Controller) based on open source. The system is optimized for industrial industrial measurement, control and regulation tasks in real time.
- No need to take care of updates, no software license costs: Operating system Linux with RTAI real-time extention
- Full machine time only for your application
- Individual application design through free access to the source code
- Free development tools
- Standard components such as PCI backplane, standard Ethernet, …
- For all PCI boards with Linux drivers
- Secured investment: long-term product availability
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Programmable Automation Control MAC-3500
The MAC-3500 Series are powerful modules for analog an d logic control, friendly programmables by Function Blocks for an easy realization of infinity of projects. The MAC-3500 Series allows to work as RIO (Remote Input Output) or directly like a PLC. Optionally, can be transmit by Radio, Ethernet cable or WiFi.
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IP-44 compliant 3.5" or 5.7" TFT LCD panel with 24/6 keys rubber keypad
SME-573 LCD is with touch panel
Embedded PXA 270 CPU, audio with MIC-In and Line-Out and 3 slots for
high profile I/O modules with expansion ability
(Ethernet, RS-232/422/485, CAN bus)
Comes with 64-bit hardware serial number for software protection
Embedded Windows CE.NET 5.0
Easy remote maintenance via Ethernet and built-in OPC Server for SCADA software
Integrates local/remote I/O modules via RS-232/485 or Ethernet
Supports Modbus protocols
Dual battery backup 512KB SRAM
Supports operating temperature: -20 to 70°C
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The INGESYS® IC3 process controller meets the automation requirements of all types of applications, from the most simple to the most demanding in terms of processing, performance, reliability and cost.
INGESYS® IC3 offers high-performance automation solutions with a wide range of connectivity options, combining functioning powers, reliability and user-friendliness with features for speeding up commissioning and system maintenance.
INGESYS® IC3 provides you with a control solution which is custom made, open to new market trends and requirements and which includes the latest functional features to guarantee the success of your current and future projects and thus your investment.
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PLC for process applications
Description
Quantum provides well-balanced CPU able to provide leading performance from boolean to floating-point instruction...
5 IEC languages as standard: LD, ST, FBD, SFC, IL
High-level multitasking system
Memory capacity up to 7 Mb using PCMCIA extensions
Specially shaped for process control applications with conformal coated modules, intrinsically safe IOs and an extensive catalog of partner modules
Safety processors and I/O modules
Plug & Play high-performance Hot-Standby solutions with LCD keypad for local monitoring
Numerous built-in ports (ISB port, Ethernet TCP/IP port with Web server, Modbus Plus and at least one Modbus serial port) on the front panel
In-rack connectivity to Profibus-DP
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PACSystems
Power and Flexibility Offering You a Choice to Meet Your Automation Challenges
The new GE Fanuc PACSystems delivers the first Programmable Automation Control - one control engine and one development environment for multiple hardware platforms. PACSystems offers enhanced processing and communications speed and programming capacity over existing PLC technologies for high-speed processing, data acquisition and memory-intensive tasks like recipe storage and data-logging.
Why a PACSystem for your application?
The ability to integrate disparate plant floor equipment and networking systems, and connect them to your operations and enterprise level systems and processes, is the mark of a successful manufacturing and production operation today. Those who can integrate systems and processes successfully will have a distinct advantage over those who are still manually collecting and analyzing data. This type of real-time connectivity and integration can greatly simplify your production processes and pay major dividends throughout your business. By consolidating your controls disciplines on the same scalable, standards-based platforms, you can greatly speed implementation, time to market and ROI. This is the future of control technology- and PACSystems gives you that power.
The RX3i features
A high performance controller with a 300 MHz Intel® microprocessor and 10 Mbytes of user memory that eliminates the need for multiple controllers and simplifies control.
A universal backplane with a highspeed PCI bus running at 27 MHz for fast data throughput for complex I/O and a serial bus for simple I/O that optimizes performance and your investment. The universal backplane also supports HOT SWAP to minimize downtime.
A wide range of I/O modules (over 40 types available) for simple to complex applications; various network modules are also available.
The RX7i Features
Pentium® CPUs for your every need, from Celeron 300mHz to M Class 1.8 Ghz
A VME64 Backplane providing up to four times the bandwidth of existing Series 90-70 systems
10/100 Ethernet built into the CPU, with easy cabling RJ-45 dual ports connected through an auto-sensing switch, so there is no need for additional switches or hubs rack to rack
Up to 64 MB memory for fast execution, storage of the complete program with all documentation-all in one CPU
Supports existing Series 90-70 modules and expansion racks, VME modules and GENIUS networks- protecting your hardware investment
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Ascon is pleased to announce the release of the sigmaPAC complete control system. Power and innovation paired with exceptional modularity and flexibility allow the sigmaPAC to be used in the most diverse and demanding applications. Features of the sigmaPAC include a multi function platform equipped with control functions for many types of variables (temperature, pressure, flow, level, position…), logic and sequence functions, and process calculations. The sigmaPAC is targeted for applications with multiple parallel tasks to be managed by the same control unit. The various available interface ports include RS232 and RS485, Ethernet and major Fieldbuses to guarantee maximum connectivity. The sigmaPAC Control Unit is compact in size (110mm x 152mm), mounts on standard DIN rail and connects to remote modules using standard Ethernet cables with RJ45 connectors. The processor features 32 bit ARM architecture, 4 MB flash memory, 16 MB DRAM and 128 kB SRAM with battery back-up. Default interfaces include CANopen port, Ethernet 10baseT port and RS232 port, while optional interfaces include RS232/485 serial ports with Modbus RTU protocol, Profibus DP slave, CANopen slave, and DeviceNet slave. A configurable alarm relay digital output, Watchdog and Wake Up digital output and one digital input are part of the onboard I/O package. A wide variety of analog, digital and mixed I/O modules provides the flexibility to create the optimal complete control system for every application. The sigmaPAC system with Control Unit and I/O modules allows for the development of centralized or distributed solutions without modifying or adding components
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Wide range of versions for all industrial
automation fields:
• Industrial washing and dry cleaning
• Driers; industrial ironing machines
• Water cleaning; bottling; packing
• Industrial process machines in general
• Genset controller.
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Based on hard wired logic and including the electronic components and the relays, our sequencers are essentially dedicated to the surveillance of industrial sites. They are mounted in power distribution substations worldwide.
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Sequential control up to 16 shut off valves
This sophisticated electronic equipment, “Sequential valve gate control unit” is designed to optimize the molding process in critical thermoplastic applications. The performance of this unit is indeed excellent and each component is precision engineered to maximize performance. Each shut off valve is detected and controlled by the system, so the end-product is meet the most strict industrial quality control standards. The end-products are without welding line, inside carbonisation, frame stress and weaken one’s power of endurance.
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With the new IndraControl platform of control components that are part of Rexroth's broad-based automation toolkit, you get the ideal basis for modern and performance-based automation solutions. The Rexroth IndraControl L, IndraControl P and PPC controllers offer optimal technical and economical solutions for all modular, controller-based control concepts. Advantages for machine builders and end-users include:
* broad-based – in automation
* open-architecture – with standardized communication interfaces
* scalable – in performance and functionality
* simple – installation and maintenance
* expandable – for growing machines and facilities
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Millenium 3 Standard - "Expandable" range with display
"High-performance" expandable solution with display
Extended memory: 120 lines in LADDER language and up to 700 "typical" blocks in FBD language
LCD with 4 lines of 18 characters and configurable backlighting
Selective parameter setting: You can choose the parameters that can be adjusted on the front panel
Analogue inputs 0-10 V DC or 0-20 mA/Pt 100 with converters (see page 50)
Open to XN network communication extensions and digital I/O or analogue extensions
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A comprehensive series of multi-function controllers with PLC, NEXUS, LYNX, VEGA and NEOS make the programming stages and work cycle control easy.
- Available in different versions
- Control of 1, 2 or 4 axes
- Powerful and flexible PLC
- Thoroughly configurable graphical interface
- The systems can be completely set up to fit perfectly in the multi-faceted applications
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Voltage 24 V DC, 110, 230 V AC
digital inputs/outputs (relay outputs or relay and transistor outputs)
Analogue inputs/outputs
2 serial interfaces
Fast counter
48 digital inputs/outputs
Analogue inputs/outputs (3/1)
2 serial interfaces
Ethernet.
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JetWeb is a complete and very well-coordinated system solution provided by Jetter for efficient realization of automation projects. In JetWeb, integrated Ethernet-TCP/IP is used throughout – even for synchronizing electric motion systems. This way, modular organization and servicing of plants have been simplified, and connectivity to the Office-EDP has been provided. Visualization and operation via Web-browser have become possible, as well as alarm messages sent by the plant as e-mail or SMS.
An important JetWeb feature is that commissioning and programming of all controllers and all automation functions is accomplished using only one tool and one programming language. JetWeb completely integrates motion technology - up to path control - into the control system.
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ACS is suitable for High Voltage Energy Management.
ACS is a 3U 19'' rack.
It can accept up to 47 boards with 6 extension racks.
The IO connection is plug-in screw terminal.
Operating temperature : -25°C / +70°C
Power voltage : 120Vdc, 48Vdc or 24Vdc (Choice on the front end of the board)
CPU :
- 3 RS232/RS485 serial channels
- 1 USB maintenance link.
- 1 deterministic FIP Channel
OR 1 Ethernet TCP/IP Slave and master Modbus TCP channel
OR 1 Ethernet DNP3 channel ( IEC61850 in progress)
IO range :
- Secure input/output boards :
8 relay outputs with redundant commands
8 inputs (ON/OFF signalisations)
- Input board :16 redundant inputs
- Output board : 20 output relays
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An integrated or modular design, a rigourous methodololy, performing human and material means and a global treatment of the whole project, so that we can offer you the PLC answering perfectly the whole range of your requirements.
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Highspeed control system programmable with STEP7 from Siemens
With the VIPA “Speed7 Technology”, system 300S is the fastest control system in the world programmable with STEP®7 from Siemens. The maximum memory for programme and data has already been integrated into the SPEED7 CPUs. For this reason the CPUs can be operated without an additional memory card. Depending on the CPU type, the integrated work memory can be expanded to 2MByte or 8MByte with the VIPA Memory Configuration Card as required. All CPUs in the System 300S are equipped with an Ethernet Interface for PG/OP communication. A CP 343 interface for TCP/IP communication has been integrated in the ‘NET’ CPUs. Because of its high performance and scalable memory, system 300S is especially suitable for mid to high range applications.
Features VIPA System 300S:
• Flexible extension of memory using a Memory Configuration Card for the desired upgrade.
• SPEED-Bus enabling expansion with High-Speed signal modules and communication processors
• Ethernet-, Profibus-DP- and MPI interface on board
• Profibus-DP-Master/PtP (switchable), 12MBaud, up to 125 slaves
• Designed compatibility to the S7-300® from Siemens
• Centralized applications with up to 32 modules in one CPU rack
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There are two models of AL6, the standard model, called AL6, and the model with integrated GSM modem, called AL6 with GSM. Technical features of these models are same, except the parts marked as " ** " in this web page. Note! AL6 with GSM is different model than AutoLog® GSM-6, which belongs to AutoLog® GSM-RTU product family.
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Omron's most powerful and flexible PLCs available, the CS1 series handles simple to the most sophisticated systems. Redundant CPUs deliver hot swapping of CPU, power supplies and communications for a quick recovery from equipment failures
CS1 - Large Rack PLC Control
Wide Range of CPUs, Power Supplies, Memory, Expansion
- Basic instruction execution time from 0.1 microsecond
- Small size rack design
- Outstanding connectivity and communications: Ethernet/IP, Ethernet, DeviceNet and Profibus-DP open networks; Controller Link peer-to-peer and CompoNet
- Systems control up to 5120 local I/O, 32,000 DeviceNet I/O using multiple masters
- One platform can meet all our control needs, just choose the right CPU; CS1W I/O and communications modules are shared
- Wide range of Digital I/O Modules
- Special I/O and Control Modules include analog I/O, temperature controllers, Motion and Position Controllers, high-speed counters and RFID controllers
- Industrial Networking and Communications modules
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Allen-Bradley control solutions set the standard — from the Programmable Logic Controller (PLC) invented nearly 30 years ago to the more recent technology embodied in the rugged, scalable, highly-functional Programmable Automation Controller (PAC). The reason? You move forward with our control solutions while protecting the control investment you made in the past. We offer multiple types of controllers to fit your specific needs: Programmable Automation Controllers; Programmable Logic Controllers; Safety Programmable Controllers.
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Configuration of frequency inverters and accessories
Here you can select the suitable accessories to optimise the inverter design to the application.
Detailed information
Configuration of servo controllers and accessories
Here you can select the suitable accessories and automation components to optimise the servo controller design to the application.
Detailed information
Configuration of accessory components
Accessory components such as regenerative power supply modules can easily be configured as well.
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Typical applications for system control
Engines, motors, pumps
Well control
Compressor control
Generator set control
Small scale automation
Typical applications for system integration
Temperature monitor
Annunciator
PID loop controller
RTU
Key benefits
Flexible hardware and software - a cost
effective solution in either single or
multi-module applications
Flexible I/O allows configuration to multiple
applications
Non-incendive inputs - allows use of low
cost external sensors
Simple, powerful and easy to use - reduced
programming costs
Integrated HMI single unit - low cost
installation
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Hitachi PLC comes in 2 standard models to suit different applications and needs of customers. The EH-150 series PLC is modular with various module to suit various applications. Number of I/O points can be increased up to 3,520 points using Hitachi's newly launched CPU, EH-CPU548. With the improved CPU, the processing speed is improved to 0.1us/command with an increased program memory of 48k steps. The Micro-EH series PLC is a compact PLC with 12 bit analog I/O, built-in high speed counter, PWM and pulse train output with maximum 140 I/O points.
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Compact PLC Series - Up to 320 I/Os
Compact PLCs, with integrated power supply and in- and outputs, range from the simple non-expandable 10-point CPM1A controller, to the powerful CP1H. Equipped with a large instruction set to allow efficient programming, these controllers are ideal for small machine control. With their built-in high-speed counter functions and pulse outputs, simple positioning or speed control applications can be handled with ease.
Modular PLC Series - Up to 2.500 I/Os
The virtual back-plane pioneered by Omron in the 90s is perfected on the CJ1. With a wide range of interchangeable CPUs, network units and motion modules, it is the ultimate modular system. Besides a top class control performance, its transparent communication architecture makes it the ideal access point to any intelligent networked device since it supports Ethernet, DeviceNet, PROFIBUS-DP and CAN.
Rack PLC Series - Up to 5,000 I/Os
Backwards-compatible with the C200H-series, it offers the widest selection of I/O and special function units. High-resolution, high-speed analog data acquisition, continuous-path motion control and user-programmable communication units make the CS1 a truly universal PLC for a wide range of demanding applications. The CS1 also offers duplex CPUs and loop control for process industry.
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In addition to our off-the-shelf industrial automation products, OMNIFLEX also offers a complete system integration service.
OMNIFLEX has been supplying systems for many years to most industries including Automotive, Mining, Mineral Beneficiation, Petrochemical, Chemical, Electricity Generation, Electricity Distribution, Water, Nuclear, Transport, Pulp and Paper, Iron and Steel, Food and Beverage and Packaging.
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Logic Controller
Programmable Logic Controller (PLC) for simultaneous programming and storage of several length and width dimensions. The simple dialogue mode value input feature enables an efficient, exact and faultless sample cutting with a repeat function.
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Allen-Bradley control solutions set the standard — from the Programmable Logic Controller (PLC) invented nearly 30 years ago to the more recent technology embodied in the rugged, scalable, highly-functional Programmable Automation Controller (PAC). The reason? You move forward with our control solutions while protecting the control investment you made in the past. We offer multiple types of controllers to fit your specific needs: Programmable Automation Controllers; Programmable Logic Controllers; Safety Programmable Controllers.
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b maXX-controllerPLC - the standalone PLC
The b maXX-controllerPLC is the consistent link between the standard high performance PLC and the highly dynamic Motion Control PLC.
It meets the requirements of machine manufacturers with regard to scalability,
modularization and system continuity. System architectures without drive technology and without PLC‘s are also realized using the b maXX-controllerPLC.
32 bit processor, 120 MHz
2 MB of RAM for max. 400,000 lines of STL, typically 120,000 lines of STL
2 MB of variable memory
1.4 MB of memory for debug functions, e.g. logic analysis
typically 100 µsec / 1,000 lines of STL
56 KB of non-volatile memory and
4 MB Flash extension (optional)
512 digital I/Os, directly addable
64 analog I/Os, directly addable
Expansion modules up to 256 modules
I/O terminals can be directly connected to the b maXX-controllerPLC without the need for additional bus couplers, which reduces the cost of wiring and programming.
Communication modules from EtherCAT-Master1), CANopen-Master, Profibus-Slave1), Ethernet and a Ethernet/CANopen-Master combination module are available as add-on modules for the b maXX-controllerPLC.
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The Drive PLC is a freely programmable and powerful PLC dedicated to the control of inverter drives. Not only is this control unit capable of monitoring the movements of your machine, but it can also take charge of central control tasks. The Drive PLC is programmed using the PLC languages of the IEC 61131-3 international standard. As well as offering options for connection to the most popular types of fieldbus, the Drive PLC also features gateway functionality. Received process data are forwarded to the connected drive controller via the built-in system bus.The input and output terminals of the Drive PLC can be extended quickly and easily by means of extension boards or function modules.
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