Industry There are 12 products.

Subcategories

• 

  Processo e Automação

  Industrial Measurement • Control • Automation

  Process and Automation Solutions

  Professional solutions for industrial measurement, monitoring, process control and automation, designed to improve efficiency, increase operational safety and ensure reliable performance in demanding industrial environments.

  Level Measurement – continuous and point-level control of liquids and solids

  Flow Measurement – liquids, gases and steam

  Pressure and Temperature – instrumentation for process control

  Liquid Analysis – pH, conductivity, turbidity and other parameters

  Industrial Automation – control, communication, integration and data acquisition

  The Process and Automation category brings together a specialised range of industrial equipment for level measurement, flow measurement, pressure measurement, temperature measurement and liquid analysis. It also includes industrial electronics, analytical measurement technology, safety-related solutions, automation technology and industrial indicators.

  These solutions are suitable for sectors where accuracy, reliability and process stability are essential, including the chemical, food and beverage, pharmaceutical, water and wastewater treatment, energy, oil and gas, machine building, industrial production and technical maintenance sectors.

  Industrial Technology for Reliable Performance

  Select instrumentation and automation equipment designed to monitor critical variables, optimise industrial processes, support preventive maintenance, improve energy efficiency and integrate modern automation and control systems.

  Main Process and Automation Solutions

  01

  Level Measurement

  Solutions for measuring and controlling levels in liquids, solids, tanks, silos and industrial reservoirs. Ideal for continuous or point-level detection, overflow prevention and efficient process management.

  02

  Flow Measurement

  Equipment for measuring flow in liquids, gases and steam. Suitable for process control, dosing, energy monitoring, product transfer and consumption optimisation.

  03

  Pressure Measurement

  Instrumentation for pressure measurement, monitoring and control in production lines, hydraulic systems, pneumatic systems, hygienic applications and demanding industrial processes.

  04

  Temperature Measurement

  Sensors, transmitters and monitoring solutions for accurate temperature measurement, supporting thermal control, operational safety, energy efficiency and production quality.

  05

  Liquid Analysis

  Solutions for liquid analysis and monitoring, including pH, conductivity, dissolved oxygen, turbidity, chlorine and other critical parameters for quality control and water treatment.

  06

  Industrial Electronics

  Electronic components for industrial measurement, control and automation systems, including power supply, signal conversion, communication, protection and instrument integration.

  07

  Analytical Measurement Technology

  Industrial analytical measurement equipment for advanced process control, continuous quality monitoring and analysis of critical parameters in liquids, gases and specific industrial environments.

  08

  Safety-Related Solutions

  Solutions for applications where functional and operational safety are essential, with a focus on protection, redundancy, reliability and compliance with industrial requirements.

  09

  Automation Technology

  Products and systems for industrial automation, process integration, remote control, communication between devices, data acquisition and improved operational efficiency.

  10

  Industrial Indicators

  Industrial indicators for local or remote display of process values, including level, flow, pressure, temperature and other signals used for operation, diagnostics and maintenance.

  Main Advantages

  • Accurate measurement of critical process variables.

  • Reliable integration with automation systems.

  • Increased operational safety and process stability.

  • Reduced failures and unplanned downtime.

  • Improved energy efficiency and resource management.

  • Support for preventive maintenance.

  • Real-time quality monitoring and control.

  • Suitable for demanding industrial environments.

  Optimise Your Industrial Processes

  Explore professional process and automation solutions designed to improve performance, increase safety, reduce downtime and support the digital transformation of industrial operations.

  Request a Quote Contact Us
• 

  I/O Modules – Remote...

  Remote I/O • Data Acquisition • Modbus • MQTT • EtherCAT • PROFINET • OPC UA

  ICP DAS I/O Modules – Remote I/O and Industrial Data Acquisition

  ICP DAS I/O modules connect sensors, actuators, machines, PLC controllers, industrial computers and supervisory systems, providing a flexible solution for industrial data acquisition, monitoring and control.

  The range includes digital inputs and outputs, analogue inputs and outputs, relays, temperature inputs and Remote I/O, with different interfaces and protocols for integration into existing automation systems or new IIoT projects.

  DI / DO – digital inputs and outputs

  AI / AO – analogue inputs and outputs

  Relay Outputs – control of loads and equipment

  Ethernet & RS-485 – integration into industrial networks

  Modbus • MQTT • EtherCAT • PROFINET • EtherNet/IP • OPC UA

  DIN Rail – easy integration into electrical cabinets and automation systems

  Request a Quote Request Technical Support

  I/O Modules for Industrial Automation and Data Acquisition

  Input and output modules are essential components of modern automation systems, providing the connection between sensors, actuators, controllers, PLCs, industrial computers and supervisory systems.

  ICP DAS I/O modules make it possible to expand a control system with additional signals, acquire process values and control field devices in a distributed architecture.

  Depending on the application, solutions are available for serial communication, Industrial Ethernet, CAN and USB, ranging from compact modules for smaller installations to distributed Remote I/O architectures for complex industrial systems.

  Why Choose ICP DAS I/O Modules?

  • Wide range of digital and analogue inputs and outputs.

  • Relay modules for equipment control.

  • Solutions for temperature sensors and industrial signals.

  • Multiple industrial communication protocols.

  • Simple integration into existing control systems.

  • Distributed Remote I/O solutions.

  • Ethernet, RS-485, CAN and USB options.

  • Models for IIoT and Cloud connectivity.

  • DIN rail mounting for industrial control cabinets.

  • Different combinations of DI, DO, AI, AO and relay outputs.

  Available I/O Module Types

  DI – Digital Input

  Reading digital states from contacts, sensors, limit switches, push buttons and detectors.

  DO – Digital Output

  Control of actuators, indicators, signalling devices and other digital equipment.

  AI – Analogue Input

  Acquisition of analogue signals from transmitters and process sensors, including voltage and current signals.

  AO – Analogue Output

  Generation of analogue control signals for drives, valves and other industrial devices.

  Relay Output

  Switching loads through relay contacts.

  Temperature Input

  Temperature acquisition using sensors and dedicated temperature measurement modules.

  Mixed I/O

  Combination of different input and output types within a single module.

  Choose the I/O Module by Communication Protocol

  Ethernet I/O Modules

  Modbus TCP – simple and widely adopted Ethernet integration.

  MQTT – IIoT applications and Cloud platform connectivity.

  EtherCAT – industrial applications requiring real-time communication.

  PROFINET – integration into industrial automation networks.

  EtherNet/IP – Ethernet-based industrial communication.

  OPC UA – vertical integration between field devices, SCADA and MES systems.

  Serial and CAN I/O Modules

  Modbus RTU – industrial communication over RS-485.

  CANopen – CAN-based communication for machines and distributed systems.

  DCON – protocol used across various ICP DAS product families.

  DeviceNet – integration into compatible industrial networks.

  USB / VCP – direct data acquisition through a computer.

  Main ICP DAS I/O Module Series

  M-7000 Series

  Communication: Modbus RTU

  Remote I/O over RS-485 for long-distance industrial communication.

  ET-7000 Series

  Communication: Modbus TCP

  Ethernet I/O modules for fast network-based data transmission.

  ET-2200 Series

  Communication: MQTT

  Remote I/O designed for IIoT and Cloud connectivity.

  ECAT-2000 Series

  Communication: EtherCAT

  Designed for real-time industrial communication applications.

  CAN-2000 Series

  Communication: CANopen

  Efficient I/O communication in distributed CAN networks.

  tET Series

  Communication: Modbus TCP

  Compact format for installations with limited space.

  USB Series

  Communication: USB

  Data acquisition and control through compatible computer systems.

  How to Select the Right I/O Module

  I/O module selection should consider signal type, number of channels, communication protocol, communication distance, power supply and system architecture.

  PC-based data acquisition
  Recommended technology: USB I/O

  Standard Ethernet communication
  Recommended technology: Modbus TCP

  EtherNet/IP systems
  Recommended technology: EtherNet/IP I/O

  PROFINET-based automation
  Recommended technology: PROFINET I/O

  RS-485 communication
  Recommended technology: Modbus RTU

  CAN communication
  Recommended technology: CANopen

  Industry 4.0 / Cloud connectivity
  Recommended technology: MQTT I/O

  Direct integration with MES / supervisory systems
  Recommended technology: OPC UA I/O

  I/O Modules for Demanding Industrial Environments

  ICP DAS I/O module families are designed for integration into electrical cabinets and industrial automation systems, with DIN rail mounting and features aimed at increasing installation reliability.

  Depending on the model, functions such as Startup Value and Safe Value may be available, allowing safe output states to be defined during startup or under specified communication conditions.

  Mounting: DIN rail.

  Typical industrial temperature range: -25 °C to +75 °C.

  Typical power supply range: +10 to +30 VDC.

  Note: always check the technical datasheet of the selected model, as power supply, operating temperature, isolation, number of channels and other specifications may vary.

  Applications for ICP DAS I/O Modules

  • Machine automation.

  • Production lines.

  • Remote data acquisition.

  • Industrial process control.

  • Sensor and actuator integration.

  • Building automation.

  • HVAC and climate control.

  • Energy monitoring.

  • Infrastructure and utilities.

  • IIoT and Industry 4.0 systems.

  • SCADA and BMS integration.

  • Retrofit and modernisation of existing industrial systems.

  Select ICP DAS I/O Modules with Support from EMI

  Selecting the correct module depends on the application and the characteristics of the signals to be integrated. EMI LDA – Electronic Measuring Instruments can help identify the most suitable product.

  To help us recommend a solution, please provide:

  • Required number of inputs and outputs.

  • Signal type: digital, voltage, current, temperature, relay, etc.

  • Communication protocol.

  • Interface: Ethernet, RS-485, CAN or USB.

  • Isolation requirements.

  • Available power supply.

  • Environmental conditions at the installation site.

  FAQ – Frequently Asked Questions about ICP DAS I/O Modules

  What is a Remote I/O module?

  A Remote I/O module is an input and/or output module installed close to sensors and actuators, communicating their data to a controller or supervisory system through an industrial network.

  What is the difference between DI, DO, AI and AO?

  DI means Digital Input, DO means Digital Output, AI means Analogue Input and AO means Analogue Output. The correct choice depends on the type of signal that needs to be measured or controlled.

  Are ICP DAS modules available with Modbus TCP?

  Yes. The range includes several Ethernet product families supporting Modbus TCP, including ET-7000 and tET solutions, among others.

  Are modules available for Modbus RTU?

  Yes. The M-7000 Series provides Remote I/O modules with Modbus RTU communication over RS-485.

  Are I/O modules available for MQTT and IIoT applications?

  Yes. MQTT-enabled I/O solutions are available for IIoT, Industry 4.0 and Cloud-connected applications.

  Can ICP DAS modules be used with PROFINET or EtherNet/IP?

  Yes. The range includes dedicated solutions for PROFINET and EtherNet/IP, as well as EtherCAT and OPC UA.

  Are PoE I/O modules available?

  Yes. Selected Ethernet models are available with PoE support, allowing power and data to be carried through the Ethernet connection.

  Can EMI help select the correct I/O module?

  Yes. Send us the required signals, number of channels, communication protocol and installation requirements. EMI can analyse the application and recommend a suitable ICP DAS solution.

  Manufacturer technical information: View the Official ICP DAS I/O Modules Range

  Need Help Selecting an ICP DAS I/O Module?

  Contact EMI for Remote I/O, Modbus RTU, Modbus TCP, MQTT, EtherCAT, PROFINET, EtherNet/IP, OPC UA, CANopen and industrial data acquisition solutions.

  Tell us the required signals, number of channels and communication protocol, and we will help identify the most suitable ICP DAS module for your application.

  Request a Quote Contact Us
• 

  Industrial Communication

  Industrial Communication • Ethernet • Fieldbus • Gateways • Serial • Wireless

  Industrial Communication

  Professional solutions for industrial networking, data exchange and automation communication, connecting sensors, actuators, controllers, PLCs, industrial computers, field devices and supervisory systems through reliable industrial protocols and Ethernet technologies.

  Industrial Ethernet – managed and unmanaged Ethernet switches

  Industrial Gateways – integration between different networks and protocols

  Industrial Converters – interface, protocol and media conversion

  Serial Device Servers – RS-232 / RS-422 / RS-485 to Ethernet

  Fieldbus & Wireless – reliable communication for industrial automation

  Industrial communication enables the reliable exchange of data between sensors and actuators at field level, controllers and industrial computers at control level, and servers or supervisory systems at higher automation levels.

  ICP DAS industrial communication solutions provide the infrastructure required to connect machines, sensors, PLCs, remote I/O modules, serial devices, industrial computers and automation networks using proven fieldbus technologies and high-performance Industrial Ethernet.

  The range includes Industrial Ethernet switches, industrial gateways, protocol converters, interface converters, media converters, repeaters, hubs, serial device servers and wireless communication solutions for both new automation projects and the modernisation of existing installations.

  Reliable Industrial Networks for Automation and Data Exchange

  Modern industrial communication networks provide fast and reliable data exchange between field devices, controllers, machines and supervisory systems, helping improve productivity, system availability, process visibility and operational efficiency.

  Main Industrial Communication Solutions

  01

  Industrial Ethernet Switches

  Managed and unmanaged Industrial Ethernet switches for connecting machines, PLCs, industrial computers, remote I/O modules and other Ethernet devices. Options include Fast Ethernet, Gigabit Ethernet, Power over Ethernet (PoE) and fiber optic connectivity, depending on the model.

  02

  Industrial Gateways

  Industrial gateways enable communication between devices and automation networks using different protocols. They are ideal for integrating existing field devices, controllers and serial equipment into modern Ethernet-based automation systems.

  03

  Industrial Converters

  Interface, protocol and media converters provide flexible communication between different industrial technologies. Typical applications include conversion between serial interfaces, CAN, Ethernet, USB, fieldbus and fiber optic networks.

  04

  Repeaters and Hubs

  Industrial repeaters and hubs extend communication networks, regenerate signals and allow additional devices or network segments to be connected. They are particularly useful in RS-485, CAN and other industrial communication networks.

  05

  Serial Device Servers

  Serial device servers enable devices with RS-232, RS-422 or RS-485 interfaces to communicate over Ethernet networks. They provide a practical solution for integrating existing serial equipment into modern industrial networks.

  06

  Wireless Communication Solutions

  Wireless industrial communication solutions provide additional flexibility for applications where cabling is difficult, expensive or impractical, supporting remote monitoring, data transmission and distributed automation systems.

  Reliable Communication via Industrial Fieldbus

  Fieldbus communication remains an important technology in industrial automation due to its proven architecture, reliability and widespread use in existing installations.

  ICP DAS communication solutions support serial and fieldbus technologies used to connect sensors, actuators, controllers, machines and automation equipment, including RS-232, RS-422, RS-485, CAN and other industrial communication standards.

  Industrial Ethernet for High-Performance Data Transmission

  Industrial Ethernet provides the communication capacity required for modern automation systems, supporting high-speed data exchange between machines, controllers, industrial computers and supervisory systems.

  ICP DAS offers managed and unmanaged Ethernet switches with Fast Ethernet and Gigabit Ethernet options, as well as selected models with Power over Ethernet (PoE) and fiber optic interfaces.

  Industrial Communication Protocols

  Modbus TCP / Modbus RTU – widely used industrial communication

  PROFINET – Ethernet-based industrial automation

  PROFIBUS – established industrial fieldbus communication

  EtherNet/IP – industrial Ethernet communication

  EtherCAT – high-performance industrial Ethernet

  CAN / CANopen – industrial and machine communication

  DeviceNet – field-level industrial networking

  HART – communication with process instrumentation

  M-Bus – communication for metering and building applications

  Interface, Protocol and Fiber Optic Conversion

  Industrial converters make it possible to connect equipment using different interfaces, protocols or transmission media.

  Typical configurations include CAN to USB, CAN to Ethernet, CAN to fiber, serial to Ethernet, PROFIBUS to Ethernet and EtherCAT to fiber, depending on the selected converter.

  Fiber Optic Communication for Industrial Networks

  Fiber optic communication is particularly useful where long transmission distances, electrical isolation or resistance to electromagnetic interference are important. Industrial media converters make it possible to integrate fiber links into Ethernet, CAN, EtherCAT and other communication networks.

  Key Benefits

  • Reliable communication between industrial devices and networks.

  • Integration of serial and Ethernet-based equipment.

  • Support for established fieldbus and Industrial Ethernet protocols.

  • Solutions for managed and unmanaged Ethernet networks.

  • PoE options for simplified power and data distribution.

  • Fiber optic solutions for long-distance and EMI-resistant communication.

  • Easier integration of legacy equipment into modern networks.

  • Flexible solutions for automation, retrofit and Industry 4.0 projects.

  Industrial Communication Applications

  Machine automation and industrial equipment

  PLC, Remote I/O and sensor integration

  SCADA and industrial supervision systems

  Factory and production networks

  Industrial data acquisition

  Process automation and instrumentation

  Building and energy management systems

  Remote monitoring and control

  Infrastructure and utility networks

  Industrial retrofit and network modernisation

  Industrial Communication FAQ

  What is industrial communication?

  Industrial communication is the exchange of data between sensors, actuators, PLCs, controllers, machines, industrial computers and supervisory systems within an automation environment.

  What is the difference between Fieldbus and Industrial Ethernet?

  Fieldbus technologies are established communication systems widely used at field level, while Industrial Ethernet provides higher network bandwidth and integration with modern Ethernet-based automation architectures.

  What is an industrial gateway used for?

  An industrial gateway connects devices or networks using different communication protocols, allowing existing equipment to communicate with another automation network without necessarily replacing the original devices.

  What is a Serial Device Server?

  A Serial Device Server connects equipment with RS-232, RS-422 or RS-485 interfaces to an Ethernet network, making it possible to continue using serial equipment within modern network infrastructures.

  Managed or unmanaged Industrial Ethernet switch?

  Unmanaged switches are suitable for straightforward network connections where configuration is not required. Managed switches provide additional network management and diagnostic functions for more complex or critical industrial networks.

  Can industrial communication use fiber optic connections?

  Yes. Fiber optic communication can be used when long transmission distances, electrical isolation or greater immunity to electromagnetic interference are required.

  ICP DAS Industrial Communication

  Explore the official ICP DAS range of industrial communication products, including Ethernet switches, gateways, converters, repeaters, serial device servers and wireless communication solutions.

  View ICP DAS Industrial Communication

  Build a Reliable Industrial Communication Network

  Need help selecting an Industrial Ethernet switch, gateway, converter, Serial Device Server or communication solution? EMI can help identify the appropriate technology according to your interfaces, protocols, network architecture and industrial application.

  Request a Quote Contact Us