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Network

Industrial networking technology connects machines, systems, and equipment securely and reliably. It provides the foundation for stable data communication, remote maintenance, and protected processes, making it a key element of modern industrial environments.

Subcategories

4.1 - (Industrial Ethernet) Maximizing Industrial Ethernet Network Performance
4.1.1 - (Managed Switches) Maximizing Network Performance with Industrial Ethernet Managed Switches
4.1.1.1 - (100Mb Switches) Maximizing Your Network Efficiency with Industrial Ethernet Managed Switches up to 100Mb
4.1.1.2 - (GbE Switches) Maximizing Efficiency with Industrial Ethernet Managed GbE Switches in Networking
4.1.1.3 - (Rack GbE Switches) Managing Your Industrial Network with Rack GbE Switches and Industrial Ethernet Managed Switches
4.1.1.4 - (PoE And/Or IP67) Maximizing Efficiency with Industrial Ethernet Networking: Exploring Managed Switches with PoE and IP67 Protection
4.1.2 - (Lite-Managed Switches) Securing Your Industrial Network with Lite-Managed Ethernet Switches
4.1.2.1 - (Box Type) Securing Industrial Networks with Lite-Managed Box Type Ethernet Switches
4.1.2.2 - (Switch Card) Maximizing Network Performance with Industrial Ethernet Lite-Managed Switches and Switch Cards
4.1.3 - (Unmanaged Switches) Unmanaged Industrial Ethernet Switches: A Comprehensive Network Guide
4.1.4 - (Industrial Wireless) Exploring the Benefits of Industrial Networking with Ethernet and Wireless Technologies
4.1.4.1 - (Access Points) Maximizing Network Performance with Industrial Ethernet, Wireless and Access Points
4.1.4.2 - (Access Point Router) A Comprehensive Guide to Implementing Industrial Ethernet, Wireless, and Access Point Router Networks
4.1.4.3 - (3G/4G Access Point Router) An Overview of Industrial Network Solutions: Industrial Ethernet, Industrial Wireless, and 3G/4G Access Point Router
4.1.4.4 - (M2M Gateway) Unlocking the Potential of Industrial Ethernet, Wireless, and M2M Gateways in Networking
4.1.4.5 - (Antenna Cable) Maximizing Performance with Industrial Ethernet, Wireless, and Antenna Cable Networking
4.1.4.6 - (M12 Cable) The Benefits of Utilizing Industrial Ethernet, Wireless, and M12 Cables for Networking
4.1.5 - (Industrial USB) Exploring the Benefits of Industrial Ethernet and USB Networks for Industry Applications
4.1.6 - (Ind.Media Conv.) The Benefits of Industrial Ethernet and Industrial Media Converters in Networking
4.1.6.1 - (Rack Media Converter) Unlocking the Power of Industrial Ethernet with Network and Rack Media Converters
4.1.6.2 - (Industrial Media Converter) Maximizing Industrial Ethernet Performance with Industrial Media Converters
4.1.6.3 - (Std. Media Conv.) Exploring Industrial Ethernet Networking with Standard and Industrial Media Converters
4.2 - (Rugged Devices) Maximizing Network Performance with Rugged Devices
4.2.1 - (EN50155 Certified Railway) Maximizing Network Efficiency with EN50155 Certified Rugged Railway Devices
4.2.1.1 - (Railway EN50155 Switches) Boosting Railway Network Performance with EN50155 Certified Rugged Switches
4.2.1.2 - (PoE Unmanaged EN50155) Unmanaged PoE EN50155 Certified Rugged Devices for Railway Networking
4.2.1.3 - (PoE Managed EN50155) Securing Railway Networks with Rugged PoE Managed EN50155 Certified Devices
4.2.1.4 - (EN50155 GbE Umanaged) EN50155 Certified Railway Network Connectivity with Rugged GbE Umanaged Devices
4.2.1.5 - (Railway EN50155 Access Point) Maximizing Network Connectivity with Rugged EN50155 Certified Railway Access Points
4.2.1.6 - (EN50155 Cellular) Securing Railway Networks with EN50155 Certified Rugged Cellular Devices
4.2.2 - (Smart Grid IEC-61850) Maximizing Network Performance with Rugged Devices for Smart Grid IEC-61850 Systems
4.2.3 - (Oil & Gas (C1D2 Approved)) Rugged Network Devices C1D2 Approved for Oil & Gas Industries
4.2.4 - (Marine (IEC60945) IEEE 1588v2) Achieving Network Connectivity with Rugged Devices for Marine IEC60945 IEEE 1588v2 Compliance
4.3 - (Industrial Network Accessories) Maximizing the Efficiency of Industrial Network Accessories Through Network Optimization
4.3.1 - (Admin Software) Administering Industrial Network Accessories with Network Software
4.3.2 - (SFP+ Modules 10Gb) Selecting the Right SFP+ Modules 10Gb for Your Industrial Network Accessories
4.3.3 - (SFP Modules GbE) Unlocking the Potential of Industrial Network Accessories with GbE SFP Modules
4.3.4 - (SFP Modules 100Mb) Exploring 100Mb SFP Modules for Industrial Network Accessories
4.3.5 - (FX Patch Cords) Enhancing Your Industrial Network with FX Patch Cords and Accessories.
4.3.6 - (Power Supplies) Finding the Right Industrial Network Accessories and Power Supplies for Your Network
4.4 - (Ethernet - Serial Over IP) Using Ethernet-Serial Over IP to Create a Reliable Network
4.4.1 - (Industrial Device Server) Using Ethernet-Serial Over IP to Create a Reliable Network
4.4.1.1 - (Serial Gateway: USB LoRa Bluetooth Repeater) Industrial Device Server: Unlocking the Potential of Serial Over IP, Ethernet, USB LoRa Bluetooth Repeater Networking
4.4.1.1.1 - (Gateway serial USB LoRa Bluetooth Repeater) Industrial Networking Solutions Utilizing Ethernet-Serial Over IP, Serial Gateway: USB LoRa Bluetooth Repeater
4.4.1.1.2 - (Gateway Ethernet) Industrial Device Server: Serial Over IP Networking with USB LoRa Bluetooth Repeater and Gateway Ethernet
4.4.1.1.3 - (Bluetooth Gateway) Industrial Device Server: Serial Gateway with Ethernet, USB LoRa, Bluetooth and Serial Over IP Repeater
4.4.1.1.4 - (Gateway LoRaWAN) Industrial Device Server: Ethernet to Serial Over IP, USB LoRa Bluetooth Repeater, and Gateway LoRaWAN
4.4.1.1.5 - (Gateway Wireless) Industrial Device Server: Serial Gateway with Network Ethernet, Serial Over IP, USB LoRa Bluetooth Repeater and Wireless Gateway
4.4.1.1.6 - (Repeater RS485) Industrial Device Server with Serial Gateway: USB LoRa Bluetooth Repeater, Ethernet-Serial Over IP and RS485 Repeater Solutions
4.4.1.1.7 - (Converter) Industrial Device Server: Utilizing Ethernet-Serial Over IP, USB, LoRa, Bluetooth and Repeater Converters
4.4.1.1.8 - (USB Converter) Industrial Device Server with Serial Over IP, USB LoRa Bluetooth Repeater, and USB Converter for Network Ethernet
4.4.1.2 - (RS485 RS422) Industrial Device Server: Utilizing Network Ethernet and Serial Over IP for RS485 and RS422 Connections
4.4.1.2.1 - (Module AD In) Industrial Device Server Module AD In: Utilizing Network Ethernet and Serial Over IP for RS485/RS422 Connectivity
4.4.1.2.2 - (Module AD Out) Industrial Device Server Module AD Out: Connecting Ethernet to RS485/RS422 with Serial Over IP
4.4.1.2.3 - (Module AD DIO) Integrating Industrial Device Servers with RS485/RS422 Networks using Ethernet-Serial Over IP Modules and AD/DIO
4.4.1.2.4 - (Module Relay DIO) Industrial Device Server Networking Using Ethernet-Serial Over IP, RS485/RS422, Module Relay DIO
4.4.1.2.5 - (Module Counter) Industrial Device Server: Using Ethernet-Serial Over IP for RS485/RS422 Module Counter Networking
4.4.1.3 - (Modbus Modules) Industrial Networking Solutions Using Ethernet-Serial Over IP, Modbus Modules and Device Servers
4.4.1.3.1 - (Modbus AD In) Industrial Device Server Solutions for Networking Modules with Serial Over IP and Modbus AD In
4.4.1.3.2 - (Modules Analog Out) Integrating Modbus Modules and Industrial Device Servers for Serial Over IP Networking Using Ethernet and Analog Out
4.4.1.3.3 - (Modules Digital IO) Unlocking the Potential of Industrial Device Servers with Ethernet-Serial Over IP and Modbus Modules with Digital IO
4.4.1.3.4 - (Modules Relay) Industrial Device Server Solutions for Modules Relays and Serial Over IP Networking with Ethernet and Modbus Modules
4.4.1.3.5 - (Modules Counter) Industrial Networking Solutions: Ethernet-Serial Over IP, Modbus Modules & Modules Counter
4.4.1.4 - (Modbus DOS Modules) Integrating Industrial Device Server and Modbus DOS Modules with Ethernet-Serial Over IP Network
4.4.1.4.1 - (Modules RS485/RS232) Industrial Device Server Networking with Ethernet-Serial Over IP and Modbus DOS Modules for RS485/RS232 Connections
4.4.1.4.2 - (Modules addressable RS485/RS232) Industrial Device Server with Modbus DOS Modules and Modules addressable RS485/RS232 over Ethernet Serial IP Network
4.4.1.4.3 - (Modules Ethernet/RS485/RS232) Industrial Device Server Solutions for Modbus DOS Modules with Network over Ethernet/RS485/RS232 Serial Over IP
4.4.1.4.4 - (Modules Ethernet/Modbus) Integrating Industrial Device Server Modules with Ethernet/Modbus and Serial Over IP for Networking Modbus DOS Modules
4.4.1.5 - (Modbus AIO / DIO) Industrial Device Server with Serial Over IP and Modbus AIO/DIO for Network Ethernet
4.4.1.5.1 - (Modbus TCPIP DIO) Industrial Device Server: Connecting Network Ethernet to Serial Over IP with Modbus AIO / DIO and Modbus TCPIP DIO
4.4.1.5.2 - (2*Ethernet Modbus-TCP DIO) Integrating Industrial Device Server with 2*Ethernet Modbus-TCP DIO over Ethernet-Serial Over IP for Networking
4.4.1.5.3 - (USB/RS485/Ethernet w Multi I/O) Industrial-Grade Networking Solutions: Ethernet-Serial Over IP, Modbus AIO/DIO, and USB/RS485/Ethernet with Multi I/O
4.4.2 - (Industrial Device Server) Using Serial Over IP and Industrial Device Servers to Create an Ethernet Network
4.4.3 - (RS232) Exploring the Benefits of Serial Over IP Networking Using Ethernet and RS232 Connections
4.4.4 - (Serial Over IP RS232/485) Understanding Network Ethernet Serial Over IP RS232/485
4.4.5 - (Modbus Gateways) Unlocking the Power of Networked Ethernet-Serial Over IP Modbus Gateways
4.5 - (Remote IO Devices) Securing Remote IO Devices on a Network
4.5.1 - (USB Data Acquisition) Unlocking the Potential of Networked Remote IO Devices with USB Data Acquisition
4.5.2 - (Ethernet / USB / RS485 / RS232 Modbus IO) Integrating Remote IO Devices with Ethernet/USB/RS485/RS232 Modbus IO Networks
4.5.3 - (Ethernet IO) Securing Ethernet IO Devices in a Remote Network Environment
4.5.3.1 - (Modbus Analog) Using Ethernet IO and Modbus Analog to Connect Remote IO Devices to a Network
4.5.3.2 - (Modbus Digital) Modernizing Industrial Automation with Ethernet IO and Modbus Digital Network for Remote IO Devices
4.5.3.3 - (PoE Modbus Digital) Exploring the Benefits of Ethernet IO and PoE Modbus Digital for Remote Networked IO Devices
4.5.4 - (Ethernet Modules) Integrating Remote IO Devices with Ethernet Modules for a Secure Network
4.5.4.1 - (Bridging IO Modules) Bridging the Gap: Utilizing Networked Remote IO Devices and Ethernet Modules
4.5.4.2 - (Analog Modules) Integrating Networked Remote IO Devices with Ethernet and Analog Modules
4.5.4.3 - (Digital Modules) Connecting Remote IO Devices with Ethernet and Digital Modules for a Secure Network
4.5.5 - (RS485 DIN Rail IO Modules) Maximizing Network Performance with RS485 DIN Rail IO Modules for Remote IO Devices
4.5.6 - (Dataforth Data Acquisition) Unleashing the Power of Networked Remote IO Devices with Dataforth Data Acquisition
4.5.7 - (RS232 Measure And Control Modules) Connecting and Controlling Remote IO Devices with RS232 Measure and Control Modules in a Network Environment
4.5.8 - (ZigBee Modules) Integrating ZigBee Modules for Remote IO Devices in Network Systems
4.5.9 - (CAN Bus) Securing Remote IO Devices on a CAN Bus Network.
4.6 - (Ethernet Remote Monitoring and Control) Maximizing Efficiency Through Ethernet Remote Monitoring and Control of Network Systems
4.7 - (Remote IO Systems) Exploring the Benefits of Remote IO Systems in Networking
4.7.1 - (HSL RT IO System) Unlocking the Potential of Remote IO Systems with HSL RT IO System Networking.
4.7.2 - (Contec System) Maximizing Efficiency with Contec System Remote IO Network Systems
4.7.3 - (Contec USB System) Maximizing Efficiency with Contec USB System for Remote IO Networks
4.8 - (Bus Extensions) Exploring the Benefits of Network Bus Extensions

Products

1607 products

No. Code Product Price Quantity
4.7.1 Economic HSL 64chan PNP out HSL-DO64-P-DIN
Economic HSL 64chan PNP out

- **64-Channel PNP Sourcing Outputs:** Provides 64 discrete output channels for driving external loads with sourcing (positive) logic. - **High-Speed Communication:** Utilizes ADLINK’s **HSL (High Speed Link)** technology for fast, deterministic data transfer between controllers and I/O modules. - **Compact DIN-Rail Mountable Design:** Optimized for space-saving installation in control cabinets using standard DIN-rail terminal bases. - **Flexible Terminal Base Options:** Compatible with **HSL-TB64-DIN** and **HSL-TB32-U-DIN** terminal bases for 32- or 64-channel configurations. - **Wide Power Supply Range:** Operates from **+10V to +30V DC**, suitable for various industrial power environments. - **LED Status Indicators:** - **Red LED:** Active DC power indication - **Green LED:** Link status indication - **Yellow LED:** Discrete output channel activity indication - **Fast Response Time:** Maximum ON/OFF switching time of **2 ms**, ensuring precise control for time-critical automation tasks. - **Compact and Lightweight:** Weighs only **72 g**, facilitating easy installation and maintenance. - **Economic Design:** Offers a cost-effective solution for large-scale digital output expansion in industrial systems. - **High Reliability:** Designed for continuous operation in industrial environments with robust electrical isolation and stable performance.

Manufacturer: Adlink Technology Inc.

Category: HSL RT IO System

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4.7.1 8-ch Relay out, 16-ch NPN sinking input HSL HSL-R8DI16-DB-N
8-ch Relay out, 16-ch NPN sinking input HSL

- **Dual Functionality:** Combines 8 relay outputs and 16 discrete NPN sinking inputs on a single daughter board, optimizing space and wiring efficiency. - **HSL System Integration:** Fully compatible with ADLINK’s HSL distributed I/O architecture, enabling high-speed, deterministic communication between controllers and field devices. - **Flexible Input Configuration:** Supports NPN sinking or dry contact inputs, allowing connection to a wide range of sensors and switches. - **Relay Output Control:** Provides isolated relay outputs suitable for switching external loads, actuators, or control signals. - **High-Speed RS-422 Communication:** Utilizes differential RS-422 transmission for robust, noise-immune data exchange over long distances. - **Address Configuration via DIP Switch:** Supports up to 63 addressable modules through a 6-bit DIP switch configuration. - **LED Indicators:** Multi-color LEDs for power, link status, input, and output channel activity, simplifying diagnostics and maintenance. - **DIN-Rail Mountable Terminal Base:** Designed for use with the HSL-TB32-M-DIN terminal base, ensuring secure installation and easy field wiring. - **Wide Power Supply Range:** Operates from +10 VDC to +30 VDC, accommodating various industrial power environments. - **Compact and Lightweight Design:** Optimized for panel integration with minimal footprint and weight.

Manufacturer: Adlink Technology Inc.

Category: HSL RT IO System

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4.7.1 8-ch Relay out, 16-ch PNP sourcing input HSL HSL-R8DI16-DB-P
8-ch Relay out, 16-ch PNP sourcing input HSL

- **Dual Functionality:** Combines 8 relay output channels with 16 discrete PNP sourcing input channels on a single daughter board, optimizing space and wiring efficiency. - **HSL System Integration:** Fully compatible with ADLINK’s HSL High Speed Link architecture, enabling distributed I/O expansion with minimal latency. - **High-Speed Communication:** Utilizes RS-422 differential signaling for reliable, noise-immune data transmission in industrial environments. - **Flexible Address Configuration:** DIP switch selectable node addressing (1–63) for easy system integration and expansion. - **Wide Power Supply Range:** Operates from +10 VDC to +30 VDC, accommodating diverse industrial power systems. - **LED Indicators:** Provides clear visual feedback for power, link status, input activity, and output operation. - **Compact Modular Design:** Designed for DIN-rail mounting with the HSL-TB32-M-DIN terminal base, simplifying installation and maintenance. - **Fast Response Time:** Input and output response times of ≤2 ms ensure precise control in time-critical automation processes. - **High Reliability:** Industrial-grade components and isolation ensure long-term stability and resistance to electrical noise. - **Scalable Architecture:** Supports multiple module configurations (NN, NP, PN, PP) for flexible input/output combinations.

Manufacturer: Adlink Technology Inc.

Category: HSL RT IO System

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4.7.1 Robust HSL 8chan Relay out 16chan NPN in HSL-R8DI16-M-N
Robust HSL 8chan Relay out 16chan NPN in

- **Integrated I/O Functionality:** Combines 8 relay output channels and 16 NPN sinking input channels on a single module, reducing wiring complexity and space requirements. - **High-Speed Communication:** Utilizes ADLINK’s proprietary **HSL (High Speed Link)** technology for fast, deterministic data transfer between controllers and field I/O devices. - **Industrial-Grade Design:** Metal enclosure provides superior electromagnetic shielding and mechanical protection, ensuring stable operation in harsh industrial environments. - **Flexible Input Configuration:** Supports NPN sinking or dry contact input types, compatible with a wide range of sensors and switches. - **Relay Output Capability:** Each relay output channel can drive external loads, suitable for controlling actuators, solenoids, and indicator lamps. - **LED Indicators:** Integrated LED indicators for power, link status, and channel activity simplify diagnostics and maintenance. - **DIN-Rail Mountable:** Compatible with HSL terminal bases (HSL-TB32-U-DIN and HSL-TB64-DIN) for easy installation and modular expansion. - **Address Configuration via DIP Switch:** Simple DIP switch settings allow flexible address assignment within the HSL network. - **Wide Power Supply Range:** Operates from +10 VDC to +30 VDC, accommodating various industrial power systems. - **Compact and Lightweight:** Optimized for distributed I/O applications where space efficiency and modularity are critical.

Manufacturer: Adlink Technology Inc.

Category: HSL RT IO System

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4.7.1 Robust HSL 8chan Relay out 16chan PNP in HSL-R8DI16-M-P
Robust HSL 8chan Relay out 16chan PNP in

- **Dual Functionality:** Combines 8 relay output channels and 16 PNP input channels on a single daughter board, optimizing space and simplifying wiring. - **High-Speed Link (HSL) Technology:** Utilizes ADLINK’s proprietary HSL communication protocol for fast, deterministic data exchange between controllers and distributed I/O modules. - **Robust Construction:** Metal enclosure provides superior protection against electromagnetic interference (EMI) and mechanical stress, ensuring reliable operation in harsh industrial environments. - **Flexible Power Input:** Operates with a wide DC voltage range of +10V to +30V, suitable for various industrial power systems. - **LED Indicators:** Integrated LED indicators for power, communication link, and I/O channel status facilitate quick diagnostics and maintenance. - **DIN-Rail Mounting Compatibility:** Designed for easy installation on standard DIN rails using compatible terminal bases (HSL-TB32-U-DIN, HSL-TB64-DIN). - **Scalable System Integration:** Fully compatible with other HSL modules such as HSL-DO32-DB and HSL-DI32-DB, enabling modular expansion of I/O capacity. - **Industrial-Grade Reliability:** Designed for continuous operation in industrial automation, process control, and machine monitoring applications. - **Fast Response Time:** Typical ON/OFF response time of 2 ms ensures real-time performance for control tasks. - **Comprehensive Address Configuration:** DIP switch-based addressing allows flexible allocation of module addresses within the HSL network.

Manufacturer: Adlink Technology Inc.

Category: HSL RT IO System

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4.7.1 HSL-TB32-DIN: terminal base for HSL-DB HSL-TB32-DIN
HSL-TB32-DIN: terminal base for HSL-DB

- **Field I/O Wiring Interface:** Provides direct screw terminal connections for field I/O signals, simplifying wiring and maintenance. - **Power LED Indicator:** Integrated LED for visual confirmation of power status, aiding in diagnostics and system monitoring. - **Screw Terminal Design:** Facilitates easy and secure field wiring without specialized connectors. - **DIN Rail Mounting:** Standard DIN rail compatibility ensures quick installation and modular system expansion. - **Integrated Power and Ground:** Each signal channel includes dedicated power and ground terminals, improving signal integrity and reducing wiring complexity. - **Onboard Terminator Resistor:** Built-in termination resistor ensures proper signal transmission and minimizes reflection in RS-422 communication lines. - **Interlocking Mechanical Design:** Enables rugged and stable installation, maintaining reliable electrical contact even in high-vibration industrial environments. - **Full-Duplex RS-422 Communication:** Supports high-speed, noise-resistant serial communication between modules and controllers. - **Compatibility with HSL-DB Modules:** Specifically engineered for HSL-DI16DO16-DB-NN and HSL-DI16DO16-DB-PN daughter boards, ensuring seamless integration. - **High Load Capacity:** Supports discrete output loads up to 300 mA per channel, suitable for inductive loads. - **Wide Power Input Range:** Operates from 10 to 30 VDC, accommodating diverse industrial power systems. - **Compact and Durable Construction:** Optimized for space efficiency and long-term reliability in control cabinets.

Manufacturer: Adlink Technology Inc.

Category: HSL RT IO System

87,00 EUR (w/o VAT)
4.7.1 HSL-TB32-M-DIN: terminal base for HSL-DB HSL-TB32-M-DIN
HSL-TB32-M-DIN: terminal base for HSL-DB

- **32-Channel Terminal Base:** Supports up to 32 I/O channels, providing a compact and organized wiring interface for HSL-M modules. - **Full-Duplex RS-422 Communication:** Ensures high-speed, noise-resistant data transmission between modules and controllers. - **DIN Rail Mounting:** Standard DIN socket design allows quick installation and secure mechanical attachment in control cabinets. - **Field I/O Wiring Connection:** Simplifies field wiring through screw terminals, enabling easy connection and maintenance. - **Power LED Indicator:** Provides clear visual feedback of power status for quick diagnostics. - **Integrated Power and Ground per Channel:** Each signal channel includes dedicated power and ground terminals for stable operation and reduced interference. - **Built-in Terminator Resistor:** Ensures proper signal termination for reliable communication across the HSL network. - **Interlocking Design:** Allows multiple terminal bases to be securely connected, enhancing mechanical stability and modular scalability. - **Wide Power Input Range:** Operates from 10 to 30 VDC, accommodating various industrial power supply standards. - **Compact and Lightweight:** Optimized for space-constrained control panels with a total weight of only 186 g. - **Jumper Configurable:** Supports jumper settings for defining module position (last or not last module) in the HSL chain.

Manufacturer: Adlink Technology Inc.

Category: HSL RT IO System

85,00 EUR (w/o VAT)
4.7.1 HSL-TB32-MD: terminal base for HSL-DB HSL-TB32-MD
HSL-TB32-MD: terminal base for HSL-DB

- **32-Channel I/O Terminal Base:** Supports up to 32 input/output channels, providing a structured and efficient wiring interface for HSL modules. - **Separate I/O Design:** Each channel includes dedicated power and ground terminals, ensuring signal integrity and minimizing electrical noise. - **Power Selection Capability:** Allows flexible power configuration within the 10–30 VDC range, accommodating various industrial power standards. - **Full-Duplex RS-422 Communication:** Ensures high-speed, noise-resistant data transmission between modules and controllers. - **DIN Rail Mounting:** Standard DIN rail compatibility simplifies installation and maintenance in control cabinets. - **Screw Terminal Connections:** Facilitates secure and easy field wiring, reducing installation time and improving reliability. - **Power LED Indicator:** Provides visual confirmation of power status for quick diagnostics and system monitoring. - **Onboard Terminator Resistor:** Integrated termination ensures proper signal integrity in daisy-chained communication networks. - **Interlocking Mechanical Design:** Enables rugged, vibration-resistant installation suitable for industrial environments. - **Compact and Lightweight Construction:** Optimized for space-constrained control panels while maintaining mechanical durability. - **Compatibility with HSL-M Modules:** Designed specifically to interface with all HSL-M type modules, ensuring seamless integration within the HSL ecosystem.

Manufacturer: Adlink Technology Inc.

Category: HSL RT IO System

118,00 EUR (w/o VAT)
4.7.1 HSL-TB32-U-DIN: terminal base for HSL-DB HSL-TB32-U-DIN
HSL-TB32-U-DIN: terminal base for HSL-DB

- **Field I/O Wiring Connection:** Provides direct screw terminal connections for field I/O signals, simplifying wiring and maintenance. - **Power LED Indicator:** Integrated LED for visual confirmation of power status, aiding diagnostics and system monitoring. - **Screw Terminal Design:** Facilitates secure and easy field wiring without specialized connectors. - **DIN Rail Mounting:** Standard DIN rail compatibility ensures quick installation and modular system expansion. - **Integrated Power and Ground:** Each signal channel includes dedicated power and ground terminals, improving signal integrity and reducing wiring complexity. - **Onboard Terminator Resistor:** Built-in termination resistor ensures proper signal transmission and minimizes reflection in RS-422 communication lines. - **Interlocking Mechanical Design:** Rugged interlocking structure enhances mechanical stability and vibration resistance in industrial environments. - **Full-Duplex RS-422 Communication:** Supports high-speed, noise-immune serial communication between modules. - **Universal Compatibility:** Designed to interface with all HSL-DB type daughter boards, offering flexibility across multiple I/O configurations. - **Compact and Lightweight:** Optimized for space-constrained control cabinets while maintaining robust construction.

Manufacturer: Adlink Technology Inc.

Category: HSL RT IO System

86,00 EUR (w/o VAT)
4.7.1 64-ch terminal HS DIN rail HSL-TB64-DIN
64-ch terminal HS DIN rail

- **64-Channel Terminal Interface:** Supports up to 64 I/O channels, enabling high-density signal connectivity for complex automation systems. - **Compatibility with HSL-DB Daughter Boards:** Designed to interface seamlessly with all HSL–DB type daughter boards (two modules per base). - **DIN Rail Mounting:** Standard DIN rail socket for quick and secure installation in control cabinets. - **Full-Duplex RS-422 Communication:** Ensures high-speed, noise-resistant data transmission between modules and controllers. - **Integrated Power and Ground per Channel:** Each signal channel includes dedicated power and ground terminals for stable and isolated operation. - **Built-in Terminator Resistor:** On-board termination resistor enhances signal integrity and reduces reflection in long-distance communication lines. - **Screw Terminal Connections:** Simplifies field wiring and maintenance with secure, easy-to-use screw terminals. - **Power LED Indicator:** Provides visual confirmation of power status for quick diagnostics. - **Interlocking Mechanical Design:** Allows rugged, vibration-resistant installation suitable for industrial environments. - **Wide Power Input Range:** Operates from 10 to 30 VDC, accommodating various industrial power systems. - **High Wire Gauge Flexibility:** Supports wire sizes from 14 AWG (maximum) to 24 AWG (minimum), allowing versatile wiring options. - **Modular System Integration:** Designed as part of the HSL modular I/O system, enabling scalable and flexible automation architectures.

Manufacturer: Adlink Technology Inc.

Category: HSL RT IO System

111,00 EUR (w/o VAT)
4.7.1 HSL master controller interface Card PCI-7851
HSL master controller interface Card

- **High-Speed Distributed I/O Communication:** Operates at a data rate of **6 Mbps** using a full-duplex RS-422 communication scheme with transformer isolation. - **Real-Time Deterministic Performance:** The I/O scan time is linearly proportional to the number of slave modules, ensuring predictable and repeatable timing. Each additional slave adds **30.1 µs** to the total scan cycle. - **Large I/O Capacity:** Supports up to **63 slave I/O modules per master**, with each module providing up to 32 input/output channels. A single PC can host up to **16 masters**, enabling control of over **16,000 I/O points**. - **Simple and Cost-Effective Wiring:** Uses standard **Cat.5 100Base-TX Ethernet cables** with **RJ45 connectors**, minimizing wiring complexity and installation cost. - **Self-Diagnostic and Error Handling:** Built-in CRC12 error checking and slave no-response counters ensure robust communication integrity. The system automatically detects and flags communication errors. - **Modular and Scalable Architecture:** The HSL system’s modular design allows easy expansion by adding slave modules without requiring additional PCI slots. - **Ease of Programming:** Equipped with **32 KB of onboard SRAM** for I/O data buffering. Users can access I/O data directly through memory-mapped PCI operations without complex protocol handling. - **Comprehensive Software Support:** Includes Windows DLL drivers, Linux drivers, LabVIEW VIs, ISaGRAF SoftPLC drivers, OPC server, and DDE server for SCADA integration. - **Industrial-Grade Reliability:** Designed for continuous operation in industrial environments with operating temperatures from **0°C to 60°C**.

Manufacturer: Adlink Technology Inc.

Category: HSL RT IO System

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4.7.1 Dual port HSL master controller interface Card PCI-7852
Dual port HSL master controller interface Card

- **Dual HSL Master Controllers:** Each PCI-7852 card integrates two independent HSL master controllers, effectively doubling the communication capacity compared to single-port models (e.g., PCI-7851). - **High-Speed Communication:** Supports a data rate of **6 Mbps** using a full-duplex RS-422 communication scheme with transformer isolation. The system can scan up to 63 slave modules in as little as **1.895 ms**, achieving a refresh rate of approximately **1000 I/O points per millisecond**. - **Deterministic Real-Time Operation:** The I/O scan time is linearly proportional to the number of connected slave modules, ensuring predictable and repeatable timing for real-time control applications. - **Large I/O Capacity:** Each master can control up to **63 slave I/O modules**, and each PC can host up to **8 PCI-7852 cards**, supporting a total of **1008 modules** and over **32,000 I/O points**. - **Simple and Cost-Effective Wiring:** Utilizes standard **Cat.5 100Base-TX Ethernet cables** with **RJ45 connectors**, simplifying installation and reducing wiring costs. - **Self-Diagnostic and Error Handling:** Built-in CRC12 error checking, communication error counters, and self-diagnostic functions ensure robust and reliable operation even in noisy industrial environments. - **Modular and Expandable Architecture:** Supports a wide range of HSL slave I/O modules and terminal bases, allowing flexible configuration and easy expansion without additional PCI slots. - **Easy Programming Interface:** Equipped with **32 KB of on-board SRAM** for I/O data buffering. The card’s ASIC handles all communication, allowing users to access I/O data directly via memory-mapped PCI operations—no complex protocol handling required. - **Comprehensive Software Support:** Compatible with Windows 95/98/2000/NT and Linux. Includes DLL drivers, LabVIEW VIs, ISaGRAF SoftPLC drivers, OPC server, and DDE server for SCADA integration.

Manufacturer: Adlink Technology Inc.

Category: HSL RT IO System

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4.7.1 HSL master dual controller interface Card PCI-7852H
HSL master dual controller interface Card

- **Dual HSL Master Controllers:** Each PCI-7852H card contains two independent HSL master controllers, allowing simultaneous control of two separate HSL networks. - **High-Speed Communication:** Operates at up to **6 Mbps** data rate using full-duplex RS-422 with transformer isolation, ensuring reliable and noise-immune communication. - **Deterministic Real-Time Performance:** The I/O scanning period is linearly proportional to the number of connected slave modules, with a base refresh rate of **30.1 µs per module**. A full 63-module network can be scanned in **1.895 ms**. - **Large I/O Capacity:** Each master supports up to **63 slave I/O modules**, and each computer can host up to **8 PCI-7852H cards**, enabling control of over **16,000 I/O points**. - **Easy Wiring and Installation:** Uses standard **RJ45 connectors** and **Cat.5 Ethernet cables**, simplifying wiring and reducing installation costs. - **Self-Diagnostic and Error Handling:** Built-in CRC12 error checking, slave no-response counters, and communication error flags ensure robust network reliability. - **Modular Slave Architecture:** Supports a wide range of HSL slave I/O modules (digital input, digital output, relay, and mixed I/O types) with hot-swappable terminal bases. - **32KB Onboard SRAM:** Dedicated memory for storing I/O status data, enabling fast access via PCI bus without protocol overhead. - **Software Support:** Compatible with Windows 95/98/2000/NT and Linux. Includes DLL drivers, LabVIEW VIs, ISaGRAF SoftPLC drivers, OPC server, and DDE server for SCADA integration.

Manufacturer: Adlink Technology Inc.

Category: HSL RT IO System

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4.7.1 HSL master enhanced controller interface Card PCI-7853
HSL master enhanced controller interface Card

- **High-Speed Distributed I/O Communication:** Supports up to 6 Mbps data rate using full-duplex RS-422 with transformer isolation. The system can scan thousands of I/O points within milliseconds. - **Deterministic Real-Time Operation:** The I/O refresh rate is linearly proportional to the number of connected slave modules, ensuring predictable and repeatable timing for control applications. - **Scalable Architecture:** Each HSL master can control up to 63 slave I/O modules, and a single PC can host up to 16 masters, supporting over 16,000 digital I/O points. - **Flexible Wiring Using Standard Ethernet Cables:** Utilizes RJ45 connectors and Cat.5 100Base-TX cables for simple, cost-effective wiring up to 200 meters per port. - **Self-Diagnostic and Error Handling:** Built-in CRC12 error checking, slave no-response counters, and communication error flags ensure robust and reliable operation. - **Modular Slave I/O Design:** Uniform mechanical design across slave modules allows easy replacement and expansion without system downtime. - **Easy Programming Interface:** Equipped with 32 KB of onboard SRAM for I/O data buffering, accessible directly via PCI bus. No complex communication protocol is required—data is read/written through memory mapping. - **Software Configurable:** Transmission speed and operation mode can be configured via software or DIP switches. - **Comprehensive Software Support:** Includes Windows DLL drivers, Linux drivers, LabVIEW VIs, ISaGRAF SoftPLC drivers, OPC and DDE servers for SCADA integration.

Manufacturer: Adlink Technology Inc.

Category: HSL RT IO System

450,00 EUR (w/o VAT)
4.7.1 Dual port HSL master enhanced controller interface Card PCI-7854
Dual port HSL master enhanced controller interface Card

- **Dual-Port HSL Master Controller:** Two independent HSL communication ports allow simultaneous control of multiple slave I/O modules, supporting up to 63 modules per master. - **High-Speed, Real-Time Communication:** Operates at data rates up to **6 Mbps**, with deterministic I/O refreshing rates as low as **30.1 µs per slave module**, ensuring millisecond-level real-time performance. - **Scalable Distributed Architecture:** Supports up to **63 slave modules per master** and up to **16 masters per PC**, enabling control of over **16,000 digital I/O points** in a single system. - **Software-Configurable Transmission:** Transmission speed and mode are configurable via software or DIP switch, allowing flexible adaptation to system requirements. - **Transformer-Isolated RS-422 Interface:** Provides full-duplex, multi-drop RS-422 communication with transformer isolation for noise immunity and signal integrity. - **Plug-and-Play PCI Interface:** Fully compliant with **PCI Local Bus Specification Rev. 2.1**, supporting automatic resource allocation by BIOS. - **Integrated 32 KB SRAM:** Onboard memory stores I/O status data for rapid access by the host system without protocol overhead. - **Self-Diagnostic and Error Handling:** Built-in CRC12 error checking, slave no-response counters, and communication error flags ensure robust and reliable operation. - **Flexible Wiring and Easy Expansion:** Uses standard **RJ45 connectors** and **Cat.5 Ethernet cables**, simplifying installation and expansion without specialized wiring. - **Comprehensive Software Support:** Compatible with Windows 95/98/2000/NT and Linux; includes DLL drivers, LabVIEW VIs, ISaGRAF SoftPLC drivers, OPC and DDE servers.

Manufacturer: Adlink Technology Inc.

Category: HSL RT IO System

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4.7.1 Dual port motion and HSL master controller interface Card PCI-7856
Dual port motion and HSL master controller interface Card

- **Dual-Port Master Control:** Supports two independent communication ports—one for Motionnet and one for HSL—allowing simultaneous distributed motion and I/O control. - **High Connectivity:** - Supports up to **2,016 I/O points** via HSL network. - Controls up to **256 motion axes** via Motionnet. - **Flexible Communication Speeds:** - **Motionnet:** Software-selectable transmission rates of **2.5 / 5 / 10 / 20 Mbps** (default 20 Mbps). - **HSL:** Software-selectable transmission rates of **3 / 6 / 12 Mbps** (default 6 Mbps). - **Programmable Timer Interrupt:** Enables precise timing control for real-time applications. - **Non-Volatile RAM Onboard:** Retains configuration and operational data even after power loss. - **RJ-45 Connectors:** Four RJ-45 jacks (two for Motionnet, two for HSL) simplify installation using standard Ethernet cables. - **LED Indicators:** - Red LED for Motionnet link status. - Green LED for HSL link status. - **Software Configurable:** Transmission modes and speeds can be set via software, eliminating the need for hardware switches. - **Transformer-Isolated RS-485 Communication:** Ensures robust and noise-immune data transmission. - **Compact PCI Form Factor:** Fits standard PCI slots for easy integration into industrial PCs.

Manufacturer: Adlink Technology Inc.

Category: HSL RT IO System

535,00 EUR (w/o VAT)
4.7.2 Ethernet isolated 12bit 8*AD ADI12-8(FIT)GY
Ethernet isolated 12bit 8*AD

- **Eight Differential Analog Inputs:** Provides eight isolated differential input channels for precise voltage measurement. - **12-bit Resolution:** High-resolution A/D conversion for accurate analog signal digitization. - **Bus Isolation:** Complete electrical isolation between analog input circuitry and the F&eIT system bus, ensuring noise immunity and protection from ground loops. - **Selectable Input Ranges:** Supports bipolar (±10 V, ±5 V) and unipolar (0–10 V, 0–5 V) input ranges, configurable via software. - **High-Speed Conversion:** Conversion rate of (number of channels × 10 µs) + 20 µs, enabling fast data acquisition. - **Programmable Sampling Timer:** Internal sampling timer adjustable from 10 µs to 1,073,741,824 µs (approx. 17.9 minutes). - **Interrupt Support:** Programmable interrupt generation on IRQ5, IRQ7, or IRQ9 for event-driven data acquisition. - **Compact DIN-Rail Design:** 25.2 mm (W) × 64.7 mm (D) × 94.0 mm (H) form factor with one-touch DIN-rail mounting. - **Stackable Architecture:** Connects directly to controller modules via the F&eIT bus without backplanes or cables. - **Software Configurable:** Fully programmable through CONTEC’s Windows driver libraries (API-SBP(W32), API-CAP(W32), API-USBP(WDM)) or via F&eIT protocol over Ethernet. - **Web-Based Monitoring:** When used with SVR-MMF(FIT)GY or SVR-IOA(FIT)GY servers, data can be monitored and logged through a standard web browser. - **Industrial Durability:** Designed for 0–50°C operation, 10–90% RH, and compliance with IEC/EN61000-4-4 Level 3 noise immunity standards.

Manufacturer: Contec

Category: Contec System

360,00 EUR (w/o VAT)
4.7.2 Ethernet isolated 16bit 4*AD ADI16-4(FIT)GY
Ethernet isolated 16bit 4*AD

- **Ethernet Connectivity:** The module communicates via standard Ethernet (TCP/IP), allowing remote data acquisition and control over LAN or WAN networks. - **High-Resolution Analog Inputs:** Four analog input channels with **16-bit resolution** provide accurate signal measurement for voltage or current inputs. - **Electrical Isolation:** Each analog input channel is isolated from the communication interface and power supply, ensuring signal integrity and protection against ground loops and electrical noise. - **DIN Rail Mounting:** Compact, industrial-grade housing designed for **DIN rail installation**, simplifying integration into control cabinets. - **Compact and Modular Design:** Part of CONTEC’s FIT series, the ADI16-4(FIT)GY offers a modular approach to distributed I/O, allowing flexible system expansion. - **Industrial Reliability:** Designed for continuous operation in industrial environments, with robust construction and wide operating temperature tolerance. - **Remote Configuration and Monitoring:** Supports remote setup, calibration, and monitoring through Ethernet-based configuration tools. - **Plug-and-Play Integration:** Compatible with CONTEC’s Ethernet I/O ecosystem and standard industrial communication protocols. - **Low Power Consumption:** Optimized for energy-efficient operation in distributed systems. - **Status Indicators:** LED indicators for power, communication, and channel status provide quick visual diagnostics.

Manufacturer: Contec

Category: Contec System

340,00 EUR (w/o VAT)
4.7.2 Ethernet 8 counter 16bit up CNT16-8(FIT)
Ethernet 8 counter 16bit up

- **Eight Independent 16‑bit Counters:** Each channel performs up‑counting of external pulse signals up to 16‑bit resolution (0x0000–0xFFFF). - **Optical Isolation:** All input channels are opto‑isolated, providing high noise immunity and protection against ground loops. - **Wide Power Range:** - CNT16‑8(FIT)GY operates on 12–24 VDC (±15%) external supply. - CNT16‑8L(FIT)GY operates on 5 VDC (±10%) external supply. - **Digital Input Filtering:** Built‑in digital filter configurable from 0.25 µs to 131.072 ms to suppress contact bounce and noise. - **DIN‑Rail Mounting:** Standard 35 mm DIN‑rail one‑touch mounting mechanism for easy installation. - **Stackable Modular Design:** Modules interconnect laterally via stack connectors—no backplane required. - **Device ID Rotary Switch:** Hardware rotary switch (0–7) for unique module identification within a system. - **Web and API Control:** Supports control via I/O address map, memory address map, Windows drivers, and web browser interfaces. - **Interrupt Support:** Combined interrupt output for all eight channels; interrupt generated on counter carry‑up. - **High Reliability:** Industrial‑grade design with opto‑couplers, robust connectors, and compliance with FCC Class A standards.

Manufacturer: Contec

Category: Contec System

240,00 EUR (w/o VAT)
4.7.2 Ethernet 8 counter 16bit up 5VDC CNT16-8L(FIT)
Ethernet 8 counter 16bit up 5VDC

- **Eight 16‑bit Up‑Counters:** Each of the eight channels supports 16‑bit binary up‑counting (0x0000 – 0xFFFF), allowing independent pulse accumulation. - **Opto‑Isolated Inputs:** All input channels are isolated via opto‑couplers, ensuring high noise immunity and protection against ground loops or transient surges. - **5 VDC External Power Operation:** The CNT16‑8L(FIT)GY variant operates with a 5 VDC external supply, optimized for low‑voltage logic systems and embedded controllers. - **Digital Noise Filter:** A configurable digital filter (0.25 µs – 131.072 ms) suppresses input chattering and electrical noise, ensuring accurate pulse detection. - **DIN‑Rail Mounting:** Standard 35 mm DIN‑rail mounting with one‑touch installation; modules can be stacked laterally without a backplane. - **Device ID Rotary Switch:** A front‑panel rotary switch allows assignment of Device IDs (0–7) for multi‑module configurations. - **Ethernet‑Based Modular System:** Designed for use with CONTEC’s F&eIT controllers (CPU‑CAxx(FIT)GY, CPU‑SBxx(FIT)GY) and servers (SVR‑MMF2(FIT), SVR‑MMF(FIT)GY). - **Flexible Control Interfaces:** Supports I/O address mapping, memory mapping, Windows API drivers (API‑CAP(W32), API‑SBP(W32)), FIT protocol, and web‑based configuration. - **Interrupt Support:** Combined interrupt output for all eight channels; interrupt generated on count carry‑up events. - **Compact and Lightweight:** 25.2 mm × 64.7 mm × 94.0 mm, 100 g, ideal for dense control panels.

Manufacturer: Contec

Category: Contec System

240,00 EUR (w/o VAT)
4.7.2 Ethernet 2 counter 24bit up/down CNT24-2(FIT)
Ethernet 2 counter 24bit up/down

- **Dual‑channel 24‑bit up/down counter:** Two independent counting channels supporting 24‑bit resolution for precise pulse measurement and position tracking. - **High‑speed operation:** Supports input frequencies up to 500 kHz (duty 50%) for high‑speed encoder or pulse input applications. - **Opto‑isolated inputs and outputs:** Ensures electrical isolation between external signals and internal logic, improving noise immunity and protecting the controller. - **Flexible counting modes:** Supports 1‑phase, 2‑phase (quadrature), and 1‑phase with gate control modes, with selectable multiplication (×1, ×2, ×4). - **Programmable digital filter:** Adjustable from 0.1 µs to 1056.1 µs to suppress noise and signal chatter. - **Programmable timer:** 1 ms to 200 s range for timed operations and interrupt generation. - **One‑shot pulse output:** Generates a programmable pulse (0–104.45 ms) upon count match for external device triggering. - **Interrupt and sense functions:** Supports IRQ5, IRQ7, or IRQ9 interrupt levels for event‑driven control. - **Compact DIN‑rail design:** 25.2 (W) × 64.7 (D) × 94.0 (H) mm, 100 g, with tool‑less spring connectors for easy wiring. - **Device ID rotary switch:** Allows up to eight modules (IDs 0–7) per controller stack. - **Wide compatibility:** Operates with CONTEC’s Ethernet and USB controllers and servers, enabling integration into distributed I/O networks. - **Software support:** Fully supported by CONTEC’s Windows driver libraries (API‑SBP(W32), API‑CAP(W32), API‑USBP(WDM)) and F&eIT protocol for networked control.

Manufacturer: Contec

Category: Contec System

270,00 EUR (w/o VAT)
4.7.2 Ethernet 1*RS485/422 IP Based COM COM-1PD(FIT)GY
Ethernet 1*RS485/422 IP Based COM

- **RS-422A/485 Serial Communication:** Supports full-duplex and half-duplex asynchronous serial communication. - **Electrical Isolation:** Complete bus isolation between communication lines and internal circuitry (1000 VDC isolation voltage). - **High-Speed Data Transfer:** Supports baud rates from 2 bps up to 921,600 bps (115,200 bps in compatible mode). - **Configurable Baud Rate:** Baud rate and communication parameters can be set via software. - **FIFO Buffers:** 128-byte transmit and 128-byte receive FIFO buffers reduce CPU load and improve throughput. - **Software-Selectable Modes:** Operates in either *compatible mode* (standard COM3/COM4) or *enhanced mode* (CONTEC proprietary control). - **Automatic RTS Control:** Hardware-based RTS/CTS control for half-duplex communication minimizes CPU overhead. - **Surge Protection:** All RS-422A/485 signal lines are surge-protected for industrial reliability. - **DIN Rail Mounting:** Integrated 35 mm DIN rail clip for easy installation and modular stacking. - **Terminator Switches:** Built-in 100 Ω termination resistors can be enabled/disabled via DIP switches for multi-drop configurations. - **Device ID Configuration:** Rotary switch for setting device ID and I/O address mapping. - **LED Indicators:** Separate TX and RX LEDs for real-time communication status. - **Driver Support:** Includes Windows and Linux drivers for virtual COM port operation. - **Expansion Capability:** Up to three modules can be added as expansion ports in enhanced mode (two in compatible mode). - **Compact and Lightweight:** Designed for space-constrained control panels and embedded systems.

Manufacturer: Contec

Category: Contec System

235,00 EUR (w/o VAT)
4.7.2 Ethernet RS232 2-port COM-2(FIT)GY
Ethernet RS232 2-port

- **Dual RS-232C Channels:** Two independent serial communication channels (CH0 and CH1) supporting full-duplex asynchronous data transfer. - **High-Speed Communication:** Software-selectable baud rates from 2 bps up to 921,600 bps (115,200 bps in compatible mode). - **FIFO Buffers:** 128-byte transmit and 128-byte receive FIFO buffers per channel reduce CPU load and ensure stable high-speed data transfer. - **Software-Configurable Parameters:** Baud rate, data length (5–8 bits), stop bits (1, 1.5, or 2), and parity (even, odd, none) can be configured via software. - **Dual Operating Modes:** - *Compatible Mode*—operates as standard COM3/COM4 ports for legacy compatibility. - *Enhanced Mode*—uses CONTEC’s proprietary control method, allowing two channels to share a single interrupt level. - **Flexible Expansion:** Up to three COM-2(FIT)GY modules can be stacked in enhanced mode, providing up to six RS-232C ports per controller. - **DIN Rail Mounting:** Integrated 35 mm DIN rail clip for quick installation and removal. - **Stackable F&eIT Bus Interface:** Side-mounted connectors allow direct stacking with other F&eIT modules without backplanes. - **LED Indicators:** Independent RX/TX LEDs for each channel provide real-time communication status. - **Industrial Durability:** Fanless, compact, and vibration-resistant design suitable for factory automation and embedded control systems. - **Cross-Platform Driver Support:** Recognized as standard COM ports under Windows® and Linux; compatible with CONTEC’s API-SBP(W32) and COM-DRV(W32) driver libraries. - **Safety and Compliance:** FCC Class A certified, CE compliant, and designed to meet IEC1000-4-4 Level 3 noise immunity standards.

Manufacturer: Contec

Category: Contec System

160,00 EUR (w/o VAT)
4.7.2 Ethernet IO controller CPU-CA10(FIT)
Ethernet IO controller

- **Integrated CPU and Firmware:** Built‑in SH3 60 MHz processor with embedded firmware for real‑time I/O control and communication. - **Ethernet Connectivity:** 10BASE‑T (IEEE 802.3) interface for network‑based remote I/O control and monitoring. - **Compact Modular Design:** 25.2 (W) × 64.7 (D) × 94.0 (H) mm housing allows DIN‑rail installation in space‑constrained control panels. - **Fanless, Low‑Power Operation:** Consumes only 0.5 A (max) at 5 V DC, ideal for embedded and distributed systems. - **Expandable I/O:** Supports stacking of up to eight F&eIT device modules (digital, analog, counter, temperature, serial, or GPIB). - **Windows® Integration:** Bundled with Windows driver library API‑CAP(W32) and DDE/SuiteLink server FIT‑SVR(W32) for seamless integration with SCADA/HMI software such as Microsoft® Excel or Wonderware InTouch®. - **Web‑based Monitoring:** Compatible with I/O Assist Server and Monitoring & Control Server units for browser‑based configuration and visualization. - **Open Architecture:** Supports both Win32 API and socket‑based communication for cross‑platform development (Windows®, Linux). - **Industrial Reliability:** Designed for 0 – 50 °C operation, 10 – 90 % RH (non‑condensing), and compliant with IEC 1000‑4‑4 Level 3 noise immunity. - **DIN‑Rail Mounting:** One‑touch installation/removal mechanism for 35 mm DIN rails simplifies maintenance and system expansion.

Manufacturer: Contec

Category: Contec System

350,00 EUR (w/o VAT)
4.7.2 Ethernet CPU Module CPU-SB10/64(FIT)
Ethernet CPU Module

Ethernet DIN rail CPU Module, 128MHz AT architecture, 52*65*94mm, 180gr, Contec

Manufacturer: Contec

Category: Contec System

990,00 EUR (w/o VAT)