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I/O Modules
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manufacturer
BL20-B6S-SBCSBC
BL20 base module, Screw connection, , Passive connection components for sensors and actuators, Quick replacement of electronics in wired state, Mechanical coding prevents plugging of wrong electronic module, Protection class IP20, Screw connection, Block design, Access to C rail
Turck
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DO40-N
excom I/O System, Output Module, Digital, 4-channel, , Output module for low-power actuators, Complete galvanic isolation
Turck
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TBEC-LL-4RFID-8DXP
Compact RFID Module for EtherCAT, 4 RFID Channels (HF/UHF) and 8 Universal Digital Channels, Configurable as PNP Inputs or 2-A Outputs, Cable length (L) 50 m, EtherCAT Slave acc. to Modular Device Profile, Glass fiber reinforced housing, Shock and vibration tested, Fully potted module electronics, Protection classes IP65, IP67, IP69K, M12, L-coded connector for power supply, ATEX Zone 2/22, Up to 128 bytes of user data per read/write cycle per channel and use of fragments with 16 kilobytes of FI
Turck
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BL20-SWIRE-CAB-200
BL20 motor starter, Extension cable SWIRE, length 2000 mm
Turck
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BM-PS
excom I/O System, Cover for the Unused Power Port, , Closure cap for the redundant power supply port
Turck
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MT08-N
excom I/O System, Module rack, non-Ex, for 8 modules, , Module rack for max. 8 I/O modules, 2 gateways and 2 power supply modules, The terminals for the signal connection level are available as accessories
Turck
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BL67-4DO-2A-P
BL67 electronic module, 4 Digital Outputs, PNP, 2.0 A, , Independent of the type of fieldbus and connection technology used, Protection class IP67, LEDs indicate status and diagnostic, Electronics galvanically separated from the field level via optocouplers, 4 digital outputs, 24 VDC, Max. 2 A, PNP switching, From version VN 01-07 and higher, the module supports accelerated start-up for applications with Fast Start-Up (FSU) and QuickConnect (QC).
Turck
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DF20-N
excom I/O System, Frequency Meter, 2-channel, , Frequency module for the connection of NAMUR sensors
Turck
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TI40EX
excom I/O System, Input Module, Temperature, 4-channel, , Input module for the connection of temperature probes, Complete galvanic isolation
Turck
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AIH41-N
excom I/O System, Input Module, Analog, Passive, HART, 4-channel, , Input module for connection of 4-wire transmitters, Transmission of HART data
Turck
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AOH40EX
excom I/O System, Output Module, Analog, HART, 4-channel, , Output module for the connection of analog actuators, Transmission of HART data
Turck
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MT24-N
excom I/O System, Module Rack, Non-Ex, for 24 Modules, , Module rack for max. 24 I/O modules, 2 gateways and 2 power supply modules, The terminals for the signal connection level are available as accessories
Turck
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TBDP-L2-16DIP
Fieldbus I/O module PROFIBUS-DP, 16 Digital PNP Inputs, , 2 x M12, 5-pin, B-coded, PROFIBUS-DP-Fieldbus connection, Glass fiber reinforced housing, Shock and vibration tested, Fully potted module electronics, Protection classes IP65, IP67, IP69K, 7/8, 5-pin connectors for power supply, ATEX Zone 2/22, Input diagnostics per port, "
Turck
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PSD24EX
excom I/O System, Power Supply Module, 24 VDC, Zone 1, , DC power supply module, supplies a fully assembled module rack in zone 1
Turck
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BL20-P4T-SBBC-B
BL20 base module, Tension spring connection, , Passive connection components for sensors and actuators, Quick replacement of electronics in wired state, Mechanical coding prevents plugging of wrong electronic module, Protection class IP20, Tension spring connection, Disc design, Access to C rail
Turck
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MT08-2G
excom I/O System, Module Rack, Zone 1, for 8 Modules, , Module rack for max. 8 I/O modules, 1 gateway and 1 power supply module, The terminals for the signal connection level are available as accessories
Turck
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AIH41EX
excom I/O System, Input Module, Analog, Passive, HART, 4-channel, , Input module for connection of 4-wire transmitters, Transmission of HART data
Turck
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TBEN-LL-8DIP-8DOP
Compact multiprotocol I/O module for Ethernet, 8 Digital PNP Inputs and 8 Digital PNP 2 A Outputs, , PROFINET device, EtherNet/IP device or Modbus TCP slave, Integrated Ethernet switch, Supports 10 Mbps/100 Mbps, 2 × M12, 4-pin, D-coded, Ethernet fieldbus connection, PROFINET S2 system redundancy, Glass fiber reinforced housing, Shock and vibration tested, Fully potted module electronics, Protection classes IP65, IP67, IP69K, M12, 5-pin, L-coded male connector for power supply, Galvanically isol
Turck
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BL67-B-2M12-8-P
BL67 base module, 2 × M12 Connector, 8-pin, , Passive connection components for sensors and actuators, Quick replacement of electronics in wired state, Mechanical coding prevents accidental plugging of the wrong electronic module, Protection class IP67, M12 connection technology, 8-pin, 2 slots, Pairwise assigned
Turck
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TBEN-L4-4RFID-8DXP-CDS
Compact Multiprotocol RFID Module for Ethernet, interface for 4 BL ident read-write heads (HF/UHF), Cable length (L) 50 m, CODESYS V3 PLC Runtime, CODESYS OPC-UA server, PROFINET device, EtherNet/IP device or Modbus TCP master/slave, Integrated Ethernet switch, Supports 10 Mbps/100 Mbps, Glass fiber reinforced housing, Shock and vibration tested, Fully potted module electronics, Protection classes IP65, IP67, IP69K, ATEX Zone 2/22, Integration in PLC systems without the use of a special function
Turck
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I/O Modules
General Guide & Overview
In the world of control systems, I/O modules play a crucial role in facilitating the seamless exchange of data between the control system and external devices. These modules come in various types and offer a wide range of functionalities to meet the specific automation needs of different industries.
Before we dive into the types and options available, let's explore the fundamental functions of I/O modules. These modules serve as the intermediaries between the control system and sensors, actuators, and other peripheral devices. They ensure efficient communication, allowing the control system to receive input signals from sensors and provide output signals to actuators for precise control and automation.
Now, let's take a closer look at the different types of I/O modules. There are digital I/O modules, analog I/O modules, and specialty I/O modules. Digital I/O modules handle binary signals, such as on/off or high/low, while analog I/O modules process continuous signals like voltage or current. Specialty I/O modules are designed for specific purposes, such as temperature sensing or motor control.
When selecting an I/O module, it's important to consider the specific requirements of your control system. Factors such as the number of I/O points, communication protocols, and compatibility with the control system should all be taken into account.
With the rapid advancement of technology, I/O modules now come with a multitude of options. These options include various communication interfaces like Ethernet, USB, or serial ports, as well as additional features such as built-in diagnostics, hot-swapping capabilities, and LED indicators for easy troubleshooting.
In the next sections, we will explore the installation and management of I/O modules, as well as delve into the supported I/O modules and their features. So, keep reading to gain a comprehensive understanding of I/O modules and how they can enhance your control systems.
Installation and Management of I/O Modules
Proper setup, installation, and management of I/O modules is essential to ensure their correct functioning and compatibility with the control system. To achieve optimal performance, follow these key steps:
I/O Module Setup
1. Identify the specific I/O module required for your system based on the desired functionality.
2. Consult the manufacturer's documentation to verify compatibility with your control system and ensure that any required software or firmware updates are performed.
3. Determine the appropriate physical location for the I/O module, considering factors such as cable lengths, environmental conditions, and accessibility for maintenance and troubleshooting.
4. Connect the I/O module to the control system using the provided cables, ensuring proper alignment and secure connections.
I/O Module Installation
1. Power off the control system and any devices connected to it.
2. Insert the I/O module into the designated slot, following the manufacturer's instructions. Take note of any specific alignment or positioning requirements.
3. Secure the I/O module in place using the provided mounting brackets, ensuring a stable and vibration-free installation.
4. Power on the control system and verify that the I/O module is detected and recognized by the system.
I/O Module Management
1. Access the control system's configuration software or interface to manage and monitor the I/O module.
2. Configure the I/O module settings, such as input/output assignments, signal range, and communication protocols, according to the system requirements.
3. Regularly check the status and health of the I/O module, monitoring for any errors, malfunctions, or communication issues.
4. Perform firmware updates and maintenance tasks as recommended by the manufacturer to ensure optimal performance and reliability.
By following these installation and management guidelines, you can ensure the proper setup, installation, and ongoing functionality of your I/O modules within your control system.
Supported I/O Modules and their Features
When it comes to control systems and automation, having the right I/O modules is crucial. These modules offer a range of features and functionalities to meet specific system requirements. Let's take a closer look at some of the supported optional I/O modules and what they bring to the table.
One important aspect to consider is the I/O module's features. Different modules offer a variety of capabilities, such as analog input/output, digital input/output, temperature input, and specialty input/output. These features ensure that the I/O module can effectively communicate with and control external devices as needed, enabling seamless integration within the control system.
In addition to features, I/O modules also come with various ports for connectivity. These ports allow for easy communication and data exchange between the module and external devices. Some common ports include Ethernet ports for network connectivity, serial ports for device communication, and USB ports for easy configuration and firmware updates.
When working with I/O modules, visual feedback is essential. That's why many modules come equipped with LEDs. These LEDs provide status indicators, such as power, communication, and module health. They offer a quick and convenient way to monitor the module's operation and ensure everything is functioning as expected.
FAQ
What are I/O modules?
I/O modules are essential components in control systems that facilitate the exchange of data between the control system and external devices.
What are the major functions of an I/O module?
The major functions of an I/O module include data exchange between the control system and external devices, data buffering, data format conversion, and error detection and reporting.
What types of I/O modules are available?
There are various types of I/O modules available, including digital I/O modules, analog I/O modules, and interrupt-driven I/O modules.
How should I set up and install I/O modules?
Proper setup and installation of I/O modules are crucial for ensuring correct functioning and compatibility with the control system. It is recommended to follow the manufacturer's instructions and guidelines for installation.
How do I manage I/O modules?
I/O module management involves tasks such as configuring settings, monitoring module performance, and troubleshooting any issues that may arise.
What are some of the supported I/O modules and their features?
Supported I/O modules offer various features and functionalities to cater to specific system requirements. Some examples include modules with different types of ports such as digital and analog inputs and outputs, and modules with LED indicators for status monitoring.