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Compact :
It is a compact, palm sized controller in
W130_H104_D70.5mm (main body only)
that efficiently utilises your workspace.
In addition, it is equipped with a 3.8 inch
LED to display graphical data as well as messages.
As this unit displays in two colours, amber and red, it can be utilised as an alarm, etc.
All-in-One :
This is a hybrid cost performance machine. Display,
operation and control functions are integrated into 1 unit that saves wiring and space
and also reduces the number of electric parts to connect with.
Multiple:
Equipped with 12-point DC inputs and 6-point transistor outputs,
it is compatible with special I/O.*
With acceleration and deceleration pulse output at a maximum of 65 kHz
and high-speed counter function performing at 100kHz as standard,
it has achieved sophisticated control functions. (*Possible to use 4-points at maximum).
Scalability :
With the EX module I/F, 2 sets of 13 types of EX modules can be added on.
That enables a high degree of customisation, more than 100 combinations,
for a diversity of needs and future expansions.
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This lot of technology contains, in only 325 cm2, the capacity to manage coloured LCD displays with touch screen with dimensions between 7" and 15", matrix keyboards up to 60 keys, over 70 digital and analog I/O "on board", 4 incremental encoder, up to 2 CANopen ports and serial ports RS232 / RS485.
With the availability of USB port, it's possible to connect to the controller a mouse, a keyboard or practical memory keys accessible through File System with FAT 32 bit. Ethernet connection, on wired nets or wireless, it's made using standard protocols TCP/IP, FTP or EtherCAT; thanks to the availability of functions like OPC Server and WEB Server the controller can exchange data and information with any Windows application and it can be supervised from any place in the world connected to internet.
The possibility to manage up to 4 axis (3 interpolated) linked to low consumption and the availability of functions to execute astronomic pointing allow the use, besides usual photovoltaic biaxial plants, also in concentrated solar plants which require high precision in tracking.
This product is suitable to be customized thanks to its reduced dimensions, low consumption, wide 7" display, possibility to connect to wireless nets ZigBee, Wi-Fi or Bluetooth which allows you to realize portable devices to apply in energetic sectors, electro medical, in tracing job orders, data acquisition and production supervision.
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Color me Beautiful! Vision350™ is the smallest PLC with an embedded COLOR touchpanel
This palm-size PLC offers exceptional capabilities and diverse I/O options. Its 3.5” TFT touchscreen can show over 1000 displays, with 3.5MB for images & fonts. The Vision350™ supports up to 166 I/Os via on-board and I/O expansion modules.
The Vision350™ offers a rich range of embedded features such as multiple auto-tuned PID loops, and internal 120K database for datalogging and recipe programming. Communication options include TCP/IP Ethernet, GSM/SMS, MODBUS and CANopen networking plus remote access for data acquisition and program download.
1MB Ladder code application memory (plus 3MB for images and 512K for fonts) enable the Vision350™ to run complex control and automation tasks.
The 256-color touchscreen HMI enables the display of color-coded operator instructions and red, attention-grabbing alarm screens. It can also display graphs according to historical values—to reflect trends of recorded data. Display options are almost endless with more than 1000 user-designed screens, and up to 250 images per application.
The Vision PLC/Graphic HMI series introduces an unbeatable price-performance ratio, enabling users to enjoy the advanced features of both the operator panel and the PLC, while maintaining low budget, reduced programming time and minimum wiring.
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The software integrated development environment for drive-integrated PLCs. The 9300 Servo PLC and Drive PLC are both programmed by means of the Drive PLC Developer Studio (DDS) software integrated development environment. There are five different editors for use in conjunction with the IEC 61131-3 programming languages as well as an extremely powerful CFC editor. The built-in visualisation feature enables straightforward display of processes so that all the important information is available at a glance during commissioning.
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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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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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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 index table can be controlled in many different ways. We have developed this universal controller to provide our customers with a user-friendly tool for operating Motion Index Drives rotary table requiring minimal effort on the operator's part.
- Cycle time optimization is a result of stopping the index drive exactly at the end of the dwell phase. The machine control receives teh "enable" signal for the extrenal processes as soon as the dwell phase begins. Elimination of time losses typically caused by mechanical contactors and variable PLC cycle times.
- Fast, friction free braking for emergency stop conditions
- Gentle restart from intermediate positions or from an emergency stop
- Oscillating or change in direction of rotation possible without additional hardware.
- Speed can easily be changed
- When the TIC is used the rotary index table requires no maintenance
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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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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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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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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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The FPSC Fiessler Programmable Safety Center is a programmable electronic safety for personal protection, i.e. for safety functions. The FPSC complies with the highest safety requirements:
- SK1 through SK 4 according to EN 954-1
- SIL 1 through SIL 3 according to EN IEC 61508
- PL a through PL e according to prEN 13849-1
The product family FPSC provides maximum flexibility within its hardware and software structure. The FPSC - AD version offers the possibility to connect decentralized I/O modules via the implemented safety bus. This guarantees a modular system design that offers flexibility therefore reducing the costly and often elaborate configuration of the safe system bus.
The safety-related functions are programmable by using pre-assembled and tested software modules. The chaining
is made by simple assignment of input , i.e. output adresses. Intermediate data are stored in the temporary storage. There are various ready-to-use software modules at your disposal. For the communication with a superior control, i.e. for the operating sequence control or technology control, a serial interface is provided. The transfer of data for visualizing as well as the transfer of machine-relevant data can de realised via this interface.
The simple snap-on mechanism for fastening the items on the DIN rail in the switch cabinet considerably reduces the installation expenditure of the items of the product family.
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Complete machine control – Standard-compliant and safe
.. for complex and distributed plants with up to 8 064 inputs/outputs
On complex, distributed plants, PSS programmable control systems monitor safety-related functions and/or undertake complete control of the machine - whether centralised or decentralised via the safe, open bus system SafetyBUS p.
You put together your own individual solution and can rely on a system that's completely compatible :
- Modular control systems PSSmodular
- Compact control systems PSScompact
- PSSuniversal decentralised control platform
- Decentralised input/output units, PSSdio
- PSSnet network components for SafetyBUS p
- System software and programming guides
- Fast, safe communication via SafetyBUS p
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Integron safety PLC systems are designed for low, medium and high risk applications, BS EN 954-1, Category 4 control equipment.
Typical applications might include, controlling two or three safety devices on a single machine through to multiple safety devices across several safety zones.
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From 16mm to 30mm and in between, Rockwell Automation offers the broadest suite of products in the world. No matter what your push button needs are, Rockwell Automation can fill them. Allen-Bradley is well known for being a quality leader in push buttons, offering great flexibility, safety leadership, low cost of ownership, superior switching technologies, control network integration, fast delivery, and world-class support.
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Vision570™ : PLC with Color Touchscreen HMI & Snap-in I/Os
The Vision570™ is a powerful PLC with a built-in HMI Operator Panel, comprising a 5.7” color touchscreen display. On-board I/Os can be added by simply snapping a module onto the back of the PLC; Snap-in I/O Modules come in several configurations. I/O Expansion modules enable integrating up to 171 I/Os per Vision PLC.
The Vision570™ offers a rich range of embedded features such as multiple auto-tuned PID loops, and internal 120K database for datalogging and recipe programming. Communication options include TCP/IP Ethernet, GSM/SMS, MODBUS and CANopen networking plus remote access for data acquisition and program download.
2MB Ladder code application memory (plus 6MB for images and 1MB for fonts) enable the Vision570™ to run complex control and automation tasks.
The 256-color touchscreen HMI enables the display of color-coded operator instructions and red, attention-grabbing alarm screens. It can also display graphs according to historical values—to reflect trends of recorded data. Display options are almost endless with more than 1000 user-designed screens, and up to 500 images per application.
The Vision PLC/Graphic HMI series introduces an unbeatable price-performance ratio, enabling users to enjoy the advanced features of both the operator panel and the PLC, while maintaining low budget, reduced programming time and minimum wiring.
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Compact PLC – The open and closed-loop control system
Compact PLCs are all-in-one devices that, even in their basic version are equipped with a comprehensive set of hardware and software functions and thus suitable for use in many control, regulating and measuring applications. Where the integrated functions do not suffice, the devices can be simply expanded either locally or via network.
The range includes:
* Compact PLC – PS4
* LE4 – local expansion units
* EM4 – distributed expansion units.
All the compact PLC are networkable and programmable via integrated fieldbus. The programming software applicable to all is Sucosoft S40, an easy-to-use programming package to IEC 61131-3.
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It is now over 25 years since Mitsubishi Electric launched the first compact PLC on the European market. Since then Mitsubishi has become the world market leader in this sector, with over 8 million of its compact controller installations to its credit.
With their compact dimensions and low cost compact controllers have opened up new perspectives in industrial automation. Many applications for which automation was once not even an option can now benefit from the many advantages of these controllers.
The FX3U series that is now being launched worldwide is the third generation Mitsubishi Electric's extremely successful family of compact PLCs. The new flagship line once again sets new standards - and not only in the compact controllers class. The FX3U takes compact controllers into another dimension, delivering performance that was formerly the exclusive domain of larger control systems in a compact package.
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Features include:
Fully certified by TUV to IEC 61508 SIL 3 and EN 954 Category 4
Scalable to any need; capable of overseeing the safety needs of an entire production line or a single machine
Leverages the existing programming & maintenance tools of the GX Developer engineering suite
No special programming techniques to master; learning curve is short
Extensive diagnostic and security features
Uses the open CC-Link Safety device level network to connect remote I/O for safety critical devices
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The package-type SYSMAC CPM PLCs feature a space-saving design to contribute to integration in small machines and wiring panel downsizing.
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Control Terminal CT200 series
* Display: 5.7" QVGA / 5.7" VGA, color-TFT, opt. Touch-Screen
* Processor: AMD Geode LX800, 500 MHz
* Operating memory: 256 / 512 MB
* Compact flash: ≥ 512 MB
* Operating system: VxWorks®
* Interfaces: Ethernet, USB, RS232/422/485, CAN
* Visualization: M-JVIS Designer, Java programming
Control Terminal CT300 series
* Display: 6.4" VGA / 10.4" VGA, color-TFT, opt. Touch-Screen
* Processor: AMD Geode LX800, 500 MHz
* Operating memory: 256 / 512 MB
* Compact flash: ≥512 MB
* Operating system: VxWorks®
* Interfaces: PS/2, Ethernet, USB, RS232/422/485, CAN
* Visualization: M-JVIS Designer, Java programming
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Programmable Logic Controllers, along with easy-to-use Support Software, are available to flexibly handle applications from small-scale equipment to entire production lines with Programmable Logic Controllers such as those in the SYSMAC CJ1, CS1 and other series.
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Short description:
Panasonic Electric Works established a new world standard "SLIM" PLC. Starting from 10 I/O to 32 I/O, the CPU is only 25(w) x 90(h) x 70(d)mm. This is about 1/4 the size of the traditional bulky PLC style called "Brick". The FP0 saves precious panel space and money. Relay output types have removable screw terminal blocks. The power supply connector is also quick to disconnect. Easy installation... especially when duplicating many systems.
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Micro Automation Set 24:
Fast and safe fault diagnostics for 24-V load circuits
Fault diagnostics for 24-V load circuits with LOGO! and SITOP select
Micro Automation Set 24 - Fast and safe fault diagnostics for 24-V load circuitsThe Micro Automation Set is especially suited for monitoring of DC 24 V load feeders and for detecting overload and short circuit, e.g. in following preferred fields:
* For systems with several 24-V load feeders connected to a central power supply (serves to distribute the load current)
* For selective fusing of individual load feeders to prevent the complete system from malfunctioning in the event of a fault
* For selective protection in widelydistributed system components and distant loads (distributed design)
* For consumers with high inrush current requirements which cannot be protected by quick-acting circuit-breakers
* For fast fault localization
Highlights
* Complete system shutdown is avoided since the SITOP select diagnostics module shuts down the faulty circuit. Other circuits remain active.
* Selective switch-off and display of the faulty line on the LOGO! logic module guarantee fastest possible fault identification.
* Startup and maintenance of the system can be carried out in steps. Simple insertion and removal of the blade-type fuses is sufficient.
* Additional SITOP select diagnostic modules can be easily added if the system is expanded.
* A central overview of the operating status of all load circuits is possible through text messages on the LOGO!
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Nano Rack PLC
Less than 4 inches in height, the FP2SH is not only one of the smallest rack systems in the market, but one of the most powerful. The FP2 can currently support four types of networks: Ethernet, Profibus-FMS/DP, MEWNET and Remote I/O....
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Our remote I/O modules from the ricos series always provide many advantages in any environment. The digital fieldbus system ricos is suitable for well-known bus systems like Profibus-DP, Interbus, DeviceNet, CANopen or Ethernet; it provides a complete range of functions.
The ricos TP modules are capable of outdoor use and easily withstand the most extreme conditions. They can stand vibrations and operation temperatures that go beyond the industrial requirements and are therefore perfectly suitable, for example, for applications in shipbuilding and railroad technology or in utility vehicles or other large vehicles.
ricos
With its fieldbus system ricos Wieland Electric offers a future-proof concept for communication between control and field I/Os. Modular I/O components are remotely installed near the machine and networked via the fieldbus. A wide range of different I/O modules process the different actuator/sensor signals. Comprehensive diagnostic functions enable the user to easily implement the modules and considerably reduce machine downtimes.
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Modular PLC – tailored to the application
The modular PLCs are characterised by having a wide spectrum of applications with freely scalable structure to suit. The user thus has the flexibility of designing his automation system precisely to his requirement.
Access via the Ethernet for example, is absolutely essential for many applications, for efficient communication between the PLCs within the system on the one hand, and for data exchange with primary level control systems via communication standards such as OPC on the other.
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A platform to build on
The strength of System Q’s automation platform really comes into its own in traditional specialist industries. The unique flexibility of proven off-the-shelf control components such as I/O and communication devices, teamed with dedicated special devices like process CPUs, assures high functionality, ease of use and targeted control – all within budget.
Two worlds meet
Our dedicated System Q process CPUs build on the already high functionality of Mitsubishi’s advanced PLC CPUs. This powerful combination of sequential control overlaid with dedicated process instructions gives users a hybrid control solution with the best of both worlds.
This is complemented in turn by a range of dedicated channel-isolated and highresolution analogue modules. Here, too, a combination of specialist and standard modules provides the basis for practical and flexible solutions.
High system availability can be maintained through various means, including redundant process CPUs, stand-by network masters, and redundant network configurations, as well as by wire-break detection and a “hot-swap” capability that allows modules to be replaced during live operation.
Programming can be implemented using a wide range of tools such as IEC1131.3 compliant software and the process-dedicated PX Developer.
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