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Flexible I/O for SCADA, Sequential Event Reporting, and Station Integration. Add up to 37 inputs and outputs to an SEL-2032 system. The base unit includes three digital outputs and two digital inputs. Use each of four card positions for one of the following I/O cards: eight analog inputs for dc process values (One card maximum), eight digital inputs to sense status of contacts, eight digital outputs to control external devices. Time-Tagged Sequential Events Recorder (SER). Store up to 512 SER reports of digital input transitions, time-tagged to the nearest millisecond. Send the SER data to a communications processor for system analysis and troubleshooting.
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Analogue I/O expansion module
- supply voltage 24V=
- 4 analogue inputs 0-10V
- 1 analogue output 0-10V
- 4 transistor outputs (PNP)
- LED indicators for outputs
- RS485 interface
- 1 potentiometer
- pre-programmable timer functions
- 45mm DIN rail mount housing
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Digital I/O expansion module
- supply voltage 24V=
- 4 digital inputs 24V=
- 4 outputs SPNO 230V~= max. 5A or transistor (PNP) 24V= max. 800mA or photomos 60V~= max. 2A
- LED indicators for inputs and outputs
- RS485 interface
- 1 potentiometer
- pre-programmable timer functions
- 45mm DIN rail mount housing
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On-Machine control is the placement of automation components directly on a machine rather than housing them in a remote, central cabinet. This is possible with the emergence of more modular, compact devices, plug-and-play connectivity, flexible communication networks, intelligent devices, and a wide array of products with improved environmental ratings. On-Machine components can include everything from programmable controllers, motor starters, drives, sensors, contactors, network media, distribution boxes, and I/O, as well as HMI devices. On-Machine solutions provide reduced wiring and system costs, improved Mean Time to Repair (MTTR), enhanced control system reliability, increased productivity, and greater flexibility.
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On-Machine control is the placement of automation components directly on a machine rather than housing them in a remote, central cabinet. This is possible with the emergence of more modular, compact devices, plug-and-play connectivity, flexible communication networks, intelligent devices, and a wide array of products with improved environmental ratings. On-Machine components can include everything from programmable controllers, motor starters, drives, sensors, contactors, network media, distribution boxes, and I/O, as well as HMI devices. On-Machine solutions provide reduced wiring and system costs, improved Mean Time to Repair (MTTR), enhanced control system reliability, increased productivity, and greater flexibility.
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Semaphore offers a new range of affordable Ethernet Remote Modules of compact size and monoblock construction that can be fixed easily on DIN rail.
The modules connect a wide variety of electrical, electronic, and mechanical devices and sensors -- such as pumps, temperature and pressure transmitters, motors, and more — to computers and applications over standard Ethernet networks (Modbus/TCP), RS485 (Modbus RTU), or other controllers and PLCs.
Each remote I/O module has its own Ethernet Modbus TCP/IP port making it easy to connect the modules to each other with up to 100 meters of CAT5 cable, or even longer distances using fiber optic switches.
There are several types of Ethernet remote I/O modules available with different I/O formats.
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APPLICATIONS :
Inputs/Outputs management over Ethernet. Functions : alarms, counters, and so on.
MANAGEMENT
Configuration and management over RS232 and Ethernet interfaces - TCP/IP.
PROTOCOLS :
- HTTP
- TCP/UDP
- SNMP
- ALARMS
- SNMPtraps
- TCP/UDP
- SMTP (Email)
The alarm conditions can be configured on inputs or counters states.
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MAXIFLEX is a versatile and powerful telemetry and remote I/O system suitable for a wide range of applications from RTU Outstations to Remote I/O on your DCS or SCADA software.
Ease of use and powerful communications capability are the hall-mark of this range.
It is true that plant communications technology has advanced dramatically in the last decade. The range of instrumentation capable of being networked grows daily.
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Field Bus System - Zone 1 mounting
Plug-in modules installed in field housing IP66 certified
Intelligent combination of hazardous area protection methods
Encapsulated modules for rough environment
Installation in zone 1 in polyester or stainless steel housing
Binary, analogue, RTD100, TC, voltage, frequency signals
24 Vdc, 110 Vac and 230 Vac power supplies
Modules 2 to 8 channels for binary signals (single or multichannels modules)
Modules 1 to 4 channels for analogue signals
Up to 96 analogue signals and 192 digital signals on the same remote I/O station
Interfaces for Eex d devices
Eex i et Eex e can be mixed on the same unit
No hot work permit required for maintenance
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Open, smart and seamless. Omron offers open networks such as DeviceNet and PROFIBUS-DP that allow easy integration in existing installations and ensure compatibility with third party systems. We also offer Compobus/S, Omron proprietary sensor/actuator bus, for cost efficient, fast and program-less configuration.
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Serial I/O interface expansion module
- supply voltage 24V=
- 2 open-protocol serial ports can be used as RS232 or RS485
- the following baud rates are available: 1200, 2400, 4800, 9600, 19200, 38400
- status LED for RS232
- pre-programmable timer functions
- 45mm DIN rail mount housing
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Analog I/O
14 and 16 bit resolution
CB COM Evaluation Kits
Temperature
Analog Output
12-bit or less resolution
14 and 16 bit resolution
Digital I/O
Counter-Timer
High Voltage
Parallel
Serial Communications
CB-COM Communication Interfaces
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IEC 61131 Workbenches Control Strategy Programming
The WorkBenches are price structured according to I/O capability, with a range from 32I/O to unlimited. This allows the user to pay according to the scale of the system. The workbench is a once off cost and can be used with many CPUs. The workbenches are Windows operating systems based.
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The IM-300 is a 64-point general I/O module with built-in wire-entry screw terminals and LEDs that extends the I/O capabilities of a Soft Servo system. It requires a VersioBus adapter board to connect to a VersioBus I/O network. Up to four IM-300s can be daisy-chained together for distributed control and multiple nodes with VersioBus fiber optics, to provide as many as 256 additional I/O points.
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Open, smart and seamless. Omron offers open networks such as DeviceNet and PROFIBUS-DP that allow easy integration in existing installations and ensure compatibility with third party systems. We also offer Compobus/S, Omron proprietary sensor/actuator bus, for cost efficient, fast and program-less configuration.
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- RM 221-x: standard signals 0/4...20mA, -10/0...10V
- RM 222-x: standard signals 0/4...20mA, -10/0...10V + TPS with supply for transducers and potentiometric transmitters
Applications
Decentralized input/output modules RM 200
Modular system
Main attributes
4 channel per module
resolution: 12 Bit
configurable functions
standard signals: I = 0/4...20mA, U = -10/0...10V
variants: 4x I, 4x U, 2x I & 2x U
RM 222-x with internal transducer supply 24V/5V
LED indicators: 4x status
screw-/plug-in terminals
plug-in module
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The SM-I/O Lite has the following terminals:
0V
±10V / 4-20mA Analogue input
0-10V / 4-20mA Analogue output
+24V
Digital input
Digital input
Digital input / Encoder B
Encoder B
Encoder A
Encoder A
0V
Encoder +5V
Relay
Relay
If Encoder feedback is required, there are only 2 digital inputs available, otherwise 3 digital inputs are available. One digital output as relay terminals.
Update Rate: 4ms ~ 18ms
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The TG-540 is a full featured motion and I/O module that provides velocity and position trajectory commands to digital servo and stepper drives. It offers the benefits of scalability (one axis at a time), easy distribution, flexibility to select the optimal motor and I/O technology in any combination without software ramification, and ultra-smooth double-jerk-limited move profiles.
The TG-540 sends digital trajectories instead of analog torque commands to provide superior noise immunity and allow OEMs to capitalize on modern drive technology. The TG-540 is extensible per axis, so you won't waste money on unused axes or risk running out of axes if design requirements change. Each TG-540 has a DSP on each device, so performance will not degrade as the number of axes increase. And perhaps most importantly for OEMs who desire a broad range of options, the TG-540 does not require an interface protocol. It natively interfaces to virtually any digital drive or I/O device from any manufacturer, so OEMs are not limited by the availability of components with dedicated protocols.
The TG-540 is compatible with ControlPoint - Teknic's distributed, open-architecture machine control system. ControlPoint offers OEM machine designers a wide array of control components to allow interconnectivity to nearly any digital or analog sensor, stepper, digital servo, brushless servomotor, and other machine control devices.
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SATELLINK products makes constructing your wireless communication applications easier than ever. The first product in the SATELLINK line, SATEL I-LINK 100, is designed for transparent transfer of contact information or analogue signals from one location to another together with the SATELLINE radio modems.
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Wireless I/Os are the solution for applications where cables are not suitable to be used, such as cranes, AGVs and robots. In those cases wireless I/Os are used to transfer status and control information.
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The solution Interface-HAVE is an alternative to the parallel beams of cables. It is the only system which can transfer the data and energy by means of one only cable with 2 drivers coded with protection against the inversion from polarity. The connection of the detectors and the actuateurs is carried out by the technique of perforation of the insulation.
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VXI Technology is one of the leading suppliers worldwide of modular test solutions, offering a broad selection of instruments capable of meeting widely varying customer needs and applications. We develop high-performance instrumentation with a focus on density, modularity and price/performance.
All of our products come with industry standard drivers. These include driver source code and executable soft front panels for interactive control with the instruments.
VXI Technology provides the following types of instruments:
1. Single function, single-slot VXIbus modules
2. Multi-function instruments based on our VMIP™ platform
3. VMEbus instrumentation
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SIMATIC Factory Safety
I/O
The safety modules of ET 200M, ET 200S, ET 200pro (IP67) and/or the digital block peripheral device ET 200eco (IP67) are used for the distributed expansion of safety controllers. In a centralized configuration, the S7-300F CPU can be expanded with safety modules of ET 200M.
All safety modules can diagnose internal and external faults and are internally redundant. They have their own self-tests and fulfill the obtaining safety requirements. In addition, "safety" and "non safety" I/O modules can be combined in an ET 200M/ET 200S/ ET 200pro station. Both the safety and the standard I/O modules are interfaced via a fieldbus system, i.e. PROFIBUS with PROFIsafe profile.
The safety modules of ET 200S and ET 200pro can also be connected to a PROFINET network via PROFINET interface modules.
The safety SIMATIC I/Os meet the highest safety requirements:
IEC 61508, IEC 61511 and EN 62061 (up to SIL 3)
EN 954-1 (up to Category 4)
NFPA 79 - 2002 and NFPA 85
UL1998, UL 508, UL 991
TÜV certificate no: Z10 05 08 20411 002
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LT200 is a PC-based digital I/O module that is designed to connect your devices and equipment. This solution allows a remote PC or Terminal to monitor, configure, manage, and send/receive data via the LAN or Internet. Users can use specific software or browser to view and control LT200, a product of web-based DIO control terminal.
LT200 is equipped with 8 Relay output (support up to AV250V/5A or DC30V/5A) and 8 Relay input. The input Relay module can option AC110/240V or DC24V, etc. It is one PS/2 keyboard, 10 Base-T (RJ-45) Ethernet and a RS232 port for user's usage. In addition, there are 18 LEDs (input x8, output x8, power x1, and LAN x1) outside the case for status display.
The dimension is 103(D)x210(W)x53(H) mm, and the whole system will only need a +5V/1.6A power adapter.
The kernel control board of LT200 is designed by ICOP Mity-mite 386SX-40MHz CPU module with 4MB memory onboard. ICOP integrates BIOS and DOS and control software, which program base on ICOP DSock - DOS TCP/IP library, into a 512k Flash chip.
Both source code of both control board and remote PC are open for programmer's reference. LT200 can be widely applied, depending on your requirement, as a security system in stores, offices, and public facilities; or as a monitor system to make any product check in factory.
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Description
This module allows the connection of 16 digital signals to the PROFIBUS-DP, according to DIN EN 61158-2...6; DIN EN 61784-1, within the hazardous area. Signals from flameproof encapsulated limit switches and control devices can be injected directly.
In case of NAMUR sensors or other signalling contacts that are controlled in an intrinsically safe way, barriers or isolator amplifiers are connected on line side. LEDs on the front of the module output the input states as well as important status messages.
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Description
This module allows the connection of 16 digital signals to the PROFIBUS-DP, according to DIN EN 61158-2...6; DIN EN 61784-1, within the hazardous area. Signals from flameproof encapsulated limit switches and control devices can be injected directly.
In case of NAMUR sensors or other signalling contacts that are controlled in an intrinsically safe way, barriers or isolator amplifiers are connected on line side. LEDs on the front of the module output the input states as well as important status messages.
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The increasing level of automation in machines and systems and the consequent rise in the number of I/O devices have in turn increased the amount of wiring required. Decentralised I/O systems bring order to this chaos. Lenze offers two product concepts with IP 20 degree of protection which are suited to both simpler digital applications and more complex automation tasks.
Compact system
The compact version is available in 8, 16 and 32-channel modules with up to 24 inputs and 8 outputs, using single or three-wire technology.
more >>
Modular system
The modular version consists of three components: a gateway, electronic modules and a backplane bus. Up to 32 elements can be combined as desired.
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I/O Modules
Customize your FPGA Computing design with I/O modules which provide flexibility in the face plate connectors and transmission protocols available for use with the TS Series processing board
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- Customized control algorithms
- Reliable embedded operation for process equipment
- Built-in signal conditioning
- Remote Web browser and FTP interface
- Rugged, intelligent, distributed I/O for process automation
- Real-time performance for control applications
Learn about NI Compact FieldPoint! National Instruments FieldPoint is designed for measurement, industrial control, and data logging applications that require reliable, rugged systems involving diverse sensors and actuators located centrally or spread over large distances. NI FieldPoint includes networking capabilities for distributed I/O as well as an option to run a real-time operating system, which runs LabVIEW Real-Time applications. FieldPoint and Compact FieldPoint are easy-to-use data acquisition and control hardware composed of industrially rugged, dependable I/O modules and communication interfaces. With the FieldPoint family of distributed I/O, you can perform your process automation functions reliably even in electrically and environmentally harsh environments.
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WAGO-I/O-SYSTEM 750 - One system for all applications
The "optimum" fieldbus system.
With a fieldbus-independent design that features finely modular components, with its decentral fieldbus system, the WAGO-I/O-SYSTEM is approved for extremely diverse applications.
The system is optimized for process-oriented communication and is a scalable-performance solution for high integration density with an unbeatable price / performance ratio.
The diversity of possible applications are almost infinite.
The hardware and system costs have been reduced to a minimum in doing so.
For simple use that ensures maximum efficiency.
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