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The intelligent Ethernet I/O modules MSX-Exxxx are especially suited for industrial measurement, control and regulation tasks very close to the test item.
- ARM9 technology: intelligent system
- All modules can be cascaded and synchronized in the ìs range
- Degree of protection IP 65 or IP 40
- Extented temperature range: 40 °C / + 85 °C
Functions:
- Digital I/O module
- Multifunction counter modules for incremental or sin/cos signal generator
- Analog I/O module
- Module for length measurement
- Module for synchronous length measurement
Easy connection to PLC:
The intelligent modules can be connected fast and easily to PLCs without any programming skills.
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Our modular Remote I/O systems - RPI, LB and FB - are the cost-effective connection of your field signals in the hazardous and the safe areas to your process control system via the fieldbus. A variety of gateways are available for the connection to different fieldbusses. Free combinable I/O modules and high modularity offers cost-saving installations. The systems are characterized by high functionality and simple handling.
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The ISbus fieldbus system product series includes components and systems for use on Profibus PA and FOUNDATION fieldbus H1
Installation in Zone 1, Zone 2, Zone 21, Zone 22 and Division 2
Different field device couplers to connect intrinsically safe and non-intrinsically safe fieldbus
Integration of simple, binary signals in the fieldbus via intelligent digital I/O couplers
Redundant fieldbus power supply with galvanic isolation of fieldbus segments for FOUNDATION fieldbus H1
Field housings of different sizes and materials, such as plastic, stainless steel and aluminium
System solutions for field installations and integrated solutions in combination with remote I/O
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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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ALTO RANGE
1/ HARDWARE PRESENTATION
Sturdy aluminium case.
Compact product : Width x Height x Depth = 128 x 145 x 72 mm
IP30
Disconnectable connectors.
A descriptive label and a LED per input/ouput.
Voltage : 24Vdc; 12Vdc (some models on demand) ; 85-264Vac (some models on demand)
Electromagnetic immunity EN50081-2
Operating temperature : -20°C +70°C
MTBF : 12 years min according to UTE2000 45°C
Quick anchoring clip on DIN symmetrical rail.
Communications
* 1 Ethernet 10 base T Channel
* 1 RS232/RS485 channnel
* 1 RS232 channel
* Digital inputs with sensor wire control : 4 informations per input : Normal open, normal close, open failure, short circuit.
* Digital static output : Type P, 500mA, redundant command
* Digital relay output : 1 contact single pole normally open; Coil 24V; 3A on resistive load, 2A on inductive load
* Tension analog input : +-100mV , +-1V , +-10V
* Current analog input : +-20mA ; 4-20mA
* PT100, PT1000
* Thermo couple : B C E J K N R S T
* Analog outputs : 0-20mA or 0-10V , 12 bits
2/ SOFTWARE USES : 2 possibilities
ALTO WEBIO
Alto webIO is a smart remote input output module. It needn't workbench for start up. It a Modbus TCP slave with a embedded HTTP server.
The menu allows
* to configure the products (server adresses, email wording, passwords, ...)
* to display input states on line
* to force outputs for test
* to configure filtering of inputs, blinking of outputs
* to configure withdrawn output positions if ethernet communication failure
ALTO ISAGRAF : IEC113163 programming
With the Isagraf workbench, ALTO Isagraf becomes a microPLC
It uses the IEC61131-3 languages.
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Daisy-chained Ethernet I/O Connection
A new daisy-chained Ethernet I/O paradigm is now available. The ioLogik E1200 series industrial remote Ethernet I/O has two embedded Ethernet switch ports that allow information to flow to another local Ethernet device or connect to the next ioLogik in the daisy-chain. Applications such as factory automation, security and surveillance systems, and tunnel monitoring, can make use of daisy-chained Ethernet for building multi-drop I/O networks over standard Ethernet cables. Many industrial automation users are familiar with the multi-drop configuration typically used in fieldbus applications. The daisy-chain function on the remote Ethernet I/O ioLogik E1200 not only increases the connection between machines and panels, but also lowers the cost of buying separate Ethernet switches, and at the same time reduces labor fees and cabling by a large percentage.
Features:
•Built-in 2-port Ethernet switch for daisy-chain topologies
•Free support of Moxa’s push-based Active OPC Server Lite
- Seamlessly connect to any SCADA system
- Save 80% on network bandwidth
- I/O response that’s seven times faster
•User-defined Modbus/TCP addressing
•MXIO programming library for Windows and WinCE VB/VC.NET and Linux C APIs
•Web configuration with Import/Export function
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The Ascon’s deltadue offers several modules for I/Os, control and acquisition. Connectivity is guaranteed by MODBUS RTU serial comms and by gateways, line adapters, line converters, WebSCADA and Managers which allow to realize different architectures by connecting the modules to:
o A PLC or SCADA with MODBUS TCP via an Ethernet network or the web
o Any web browser for the configuration of HTML management pages and to MODBUS TCP SCADAs via an Ethernet network
o A MODBUS TCP SCADA (via an Ethernet network) and to a PLC (PROFIBUS DP or MODBUS RTU or DeviceNet) simultaneously
o CANopen, PROFIBUS DP, DeviceNet networks
o MODBUS RTU networks with different baud rate, parity and stop bits
o Two masters, such as Operator Panels, SCADA, PACs, simultaneously
The series include: universal analogical inputs (Pt100, T/C, mA, mV), digital inputs; universal control outputs (mA, relay, SSR), PID algorithm with overshoot control; heat/cool PID. The Manager provides: automatic learning and back-up of the configuration data of the modules; Hot Swapping to maximize process uptime; automatic configuration of replaced modules; the other modules work while replacing the failed module to reduce machine downtime; offline configuration to simplify start-up, when the modules are inserted, they are recognised, configured and parameters are downloaded; diagnostic, scanning of the connected modules to verify if they are the correct ones and if they work properly, actions can be taken quickly. Modules work as independent units; no backplanes or common modules are necessary. The Manager and the Gateways are needed only when their functions are necessary
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Multifunctional I/O interface suitable for industrial process control,
building automation and complex domotic system
Featuring a standard Modbus protocol, the MXC700 module can be remotely controlled by any Modbus master, like operator terminals or PLC and it is compatible with the most famous HMI/SCADA software available on the market .
MXC700BIO is the easiest way to implement reliable but economical distributed systems for control and acquisition of plant data.
Also, up to 31 MXC700BIO modules can be connected on the same bus allowing to build even larger systems with more I/O as needed.
Each of the 48 digital outputs is capable of sourcing up to 0.7 Amps and all outputs are short circuit and overtemperature protected.
The inputs may be used to read dry contacts and push buttons (a debounce filter is present) or for counting applications, up to 100 pulses/second.
A dedicated input for fast counting applications
(up to 10 kHz) is also present.
The two D/A outputs and the two A/D inputs for 0-10V signals with 12 bit resolutions complete the features of this versatile I/O module.
* RS485 Serial interface with Modbus protocol
* 48 digital outputs, optocoupled,
* for loads up to 0.7A at 24Vdc
* 24 optocoupled inputs, ESD protected
* 2 analog inputs, 0-10V with 12 bit resolution
* 2 analog outputs, 0-10V with 12 bit resolution
* 1 input for encoder fast counting, up to 10 kHz
* 2 analog inputs with resolution up to 24 bit for load cells, 4 : 20 mA or 0 -10 V sensors (optional)
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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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User can select
32 Input / Output / Latch function per each I/O point
(photocoupler isolation)
Remote I/O by Ethernet Interface
Reducing the wiring of FA machines
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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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Foundation Fieldbus H1 level has been designed as a digital replacement of the 4 to 20mA standard in the process industries. Foundation Fieldbus is also a LAN (Local Area Network) for instruments used in both process and manufacturing automation with built-in capability to distribute the control application across the network. The physical wiring is also fully compatible with intrinsic safety (IS) or nonincendive wiring standards and may be used in hazardous, as well as general purpose areas. In hazardous areas standard explosion-proofing or power limited concepts may be used, as well as IS concepts, offering greater cabling design flexibility.
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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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RIO – (Remote Input Output) is a compact modular system of remote I/Omodules available from OSAI for the management and control, through a field bus, of inputs and outputs distributed throughout the plant.
The modular structure of each RIO block guarantees a high degree of flexibility to reduce installation and maintenance costs. In the event of a malfunction, the electronic section of any block can easily be replaced without having to disconnect cables. The status of each input and output on every block is displayed with a LED indicator. External cables are easily connented by inserting wires into simple contact blocks thus avoiding the inconvenience and uncertainty associated with traditional screw terminals.
All units use a simple “snap on” connection to the DIN support rail connected to the bus coupler so that a series of RIO blocks (digital, analogue and intelligent), can be installed in a variety of combinations.
RIO bus coupler : is an interface unit that connects the RIO blocks to the bus. It manages up to 8 modules.
RIO I/O MODULES.
Digital versions:
- RIO 16 I /Kes - 16 Input module
- RIO 16 O /KEs - 16 Output module
- RIO 8 I/O - 8 I/O configurable module
- RIO 8I 8I/O /KEs - 8 Input + 8 I/O configurable module.
Analogical versions:
- RIO 4AI ±10V - 4 analogue input module (+-10Vdc)
- RIO 4AI 20mA - 4 analogue input module (0-20mA)
- RIO 4AI/4AO ±10V - 4 input + 4 analogue output module (+-10Vdc)
- RIO 4AI/4AO 20mA - 4 input + 4 analogue output module (0-20mA)
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SmartStix I/O is a terminal-block style I/O that connects to CsCAN, Profibus or Devicenet Networks.
DIN-rail Mounted, with Removable Terminal Strip - SmartStix I/O is extremely compact, providing 16 and 32 point digital I/O in a package only 39mm deep and a footprint of 50 x 110 mm or 50 x 177mm .
With its small footprint, SmartStix I/O takes up very little panel space whether located in the main control panel or tucked away in a remote location.
The terminal Strip is removable leaving the wiring intact for easy field servicing.
It can also be used to expand the I/O capacity of our range of Operator Intefaces and Operator Control Stations(OCS) and is very cost effective as remote digital and analogue I/O.
Because SmartStix I/O connects to any OCS CsCAN network port, it can be combined with our Modular SmartStack I/O to provide the best I/O selection for the application.
Designed to be very Cost Effective - Profibus and Devicenet Versions also comes complete with Connection Plugs. Often a forgotten and costly item.
Smartstix also connects to CsCAN versions of our powerfull Operator Interface - the TIU range. This allows you to control
the smartsix via the TIU's Script Language without the need for a PLC thus creating a even more cost effective system.
~ Cscape™: All Units are programmable with a Free Software ~
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Each product is galvanically isolated up 6 ways with 1,5 KVac. The most important features are its incredible speed, 1 ms for the digital modules and 20 ms for the analog ones, and its high accuracy, around 0,01%. Easily configurable through EDS sheets that you can download from the website www.seneca.it
Suitable for the Automotive field and all the applications where is required the best speed and accuracy for a perfect control of your machine.
Seneca offer a Wide range of Canopen Modules & Control Unit:
- 16 CH digital input / 8 CH digital output CANopen
- 24 CH digital input CANopen
- 24 CH digital output CANopen
- 3 CH analog output (mA, V) CANopen module
- 4 Ch RTD (P100, Ni100, Pt500, Pt1000) input CANopen module
- 8 CH analog input (mA, V) CANopen module
- 8 CH Thermocouple (J,K,E,N,S,R,B,T) CANopen module
- 1 CH strain gauge CANopen module
- Multi-function control unit. CAN, Ethernet, RS232/RS485, ModBUS RTU integrated ports
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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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WAGO-SPEEDWAY 767 the new performance class for automation without control cabinets. Bus linking will be implemented by means of fieldbus couplers and programmable fieldbus couplers for PROFIBUS DP, EtherNet and CANopen, including PROFINET and DeviceNet fieldbus couplers. The modules already come equipped with eight digital inputs. Input and output modules complement the couplers. All of the digital modules are equipped with eight channels, with M8 or M12 connections available. The product program also includes two input modules and four output modules for rated currents of 0.5 and 2 A.
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Typical Distributed I/O and Remote I/O Applications
Distributed I/O and Remote I/O eliminate expensive point-to-point wires by networking just a few, or thousands of, process signals onto one digital communication link.
For data acquisition, distributed I/O and remote I/O send signals from field-mounted sensors, transmitters, transducers, and alarms directly to DCS, PLC, and PC-based systems.
Send control signals long distances to remote valves, pumps, and motors with distributed I/O and remote I/O.
Unburden an overworked computer system by distributing signal conditioning and intelligence.
Use as expansion I/O to add points to a DCS or PLC system.
Convert weak sensor signals to immune digital signals to avoid damage during long-distance transmission through a noisy plant.
Distributed I/O and Remote I/O allow the transmission of signals any distance and over any terrain with twisted-pair wires, fiber optics, radio link, or modems.
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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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These I/O blocks are ideal for dry applications where the block can reside either in a control cabinet or on machine in an out of the way location.
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