Remote I/O systems

Remote-I/O-systems

The remote I/O systems from Phoenix Contact with IP20 and IP65/IP67 degrees of protection are suitable for all common bus systems and networks. Acquire input and output signals directly in the control cabinet or in your systems and machines. Your data and signal traffic will be transmitted reliably - optimized for differentiated areas of application. Use products with diverse mechanical properties and functions for this.

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AXL F AI4 I 1H - Analog module
AXL F AI4 I 1H - Analog module
2688491

Axioline F, Analog input module, Analog inputs: 4, 0 mA ... 20 mA, 4 mA ... 20 mA, -20 mA ... 20 mA, connection technology: 2-, 3-, 4-conductor, transmission speed in the local bus: 100 Mbps, integrated sensor supply, degree of protection: IP20, including bus base module and Axioline F connectors

Your advantages

  • Wide range of remote I/O systems for control cabinet and field installation
  • Easy integration into control systems with description files
  • Wide range of functions and various designs enable flexible use
  • Reliability even under the most adverse conditions ensures increased system availability
  • Greater flexibility and wider range of functions with IO-Link communication

New products

Axioline Smart Elements with serial interface (RS-232/RS-485) and extended scope of functions
I/O module with two counter inputs for the Axioline F remote I/O system
Axioline Smart Elements – I/O input module for 48 V DC signals
Axioline E IO-Link I/O box for field installation
Passive analog hot-swap input modules for the Axioline P remote I/O system
Passive analog input modules for the Axioline F remote I/O system
AXL F PSRTD8 1F
IO-Link I/O box for field installation
Bus coupler for Modbus/TCP
Safety over EtherCAT (FSoE)
Axioline Smart Elements – plug-in analog input and output I/O modules
IO-Link Safety I/O box
Axioline X I/O for installation in zone 1

I/O modules with serial interface

Versions with extended functionality

These Axioline Smart Elements enable the operation of standard I/O devices with serial interfaces on a bus system. At the same time, transmission speeds of up to 230,400 bps are possible on the serial interface. The Modbus/RTU protocol is also supported, among others.

Main features

  • One serial input and output channel
  • RS-485 interface or RS-232 interface
  • Number of data bits, stop bits, and parity can be set
  • Various protocols supported
  • Modbus/RTU client and server support
  • 61 bytes of serial interface data can be transmitted per cycle

Your Advantages

  • Fast retrieval of data transmitted via the serial interface
  • Targeted filtering out of Modbus/RTU telegrams via adjustable address filter
  • Optimum adaptation to the response time of Modbus/RTU servers
  • Significant space savings in the control cabinet with the modularly combinable I/O system

I/O module with two counter inputs

Acquisition of pulse sequences

This Axioline F counter module acquires and processes fast pulse sequences from sensors. The I/O module has two counter channels. You can operate the module in four modes: event counting, frequency measurement, time measurement, speed measurement.

Main features

  • 2 counter inputs
  • 32-bit counter (up and down)
  • Maximum input frequency: 200 kHz
  • Single or periodic counting

Your Advantages

  • Control of two outputs per channel depending on comparative values
  • Flexible control of the counting process via hardware gate or software gate
  • Short installation times with Push-in connection technology
  • Robust mechanical design for various applications

Digital I/O module

Input module for 48 V DC signals

The Axioline Smart Element is a digital input module for use in applications with 48 V DC signals. It can be operated in various networks by connecting to a PLCnext Control or bus coupler via a backplane.

Main features

  • 8 digital inputs in accordance with EN 61131-2 type 1 and type 3 for 48 V DC inputs
  • Nominal voltage: 48 V DC
  • Nominal current: 2.4 mA
  • Filter time: <1 ms
  • Device rating plate stored

Your Advantages

  • Can be used in applications with 48 V DC signals
  • Connection of sensors in floating two-conductor technology
  • Compact device design saves space in the control cabinet
  • Push-in connection technology for fast cabling

IO-Link I/O box for field installation

Connection of up to eight digital sensors

You can connect this Axioline E device to an IO-Link master via an IO-Link B port. You can thus acquire and output digital signals via IO-Link. An IO-Link master allows use within different networks.

Main features

  • Connection to an IO-Link master with M12 connector (A-coded, 5-pos.)
  • Type B port
  • IO-Link specification V1.1.3
  • Connection of up to 16 inputs/outputs with M12 connectors (A-coded, 5-pos.)
  • Diagnostic and status indicators
  • Single-channel diagnostics
  • Degree of protection: IP65, IP67, IP69

Your Advantages

  • Powerful with minimal cabling effort
  • Quick installation with M12 push-pull fast-connection technology
  • Long service life and high system availability due to the robust design
  • Optimum connectivity for future-proof automation

Passive analog hot-swap input modules

Direct connection of HART devices

The analog eight-channel HART input modules for the Axioline P remote I/O system with hot-swap capability are designed for connecting to four-conductor HART devices with a separate power supply. They are available in both intrinsically safe and non-intrinsically safe versions.

Main features

  • Hot-swappable I/O modules
  • Cyclic analog and HART data
  • Acyclic HART data
  • Intrinsically safe and non-intrinsically safe inputs
  • Extended temperature range

Your Advantages

  • Simultaneous reception of analog and HART process data
  • High system availability due to the Axioline P remote I/O system properties
  • Realization of process applications possible with intrinsically safe inputs

Passive analog input modules

Direct connection of HART devices

The analog eight-channel HART input modules for the Axioline F remote I/O system are designed for connecting to four-conductor HART devices with a separate power supply. They are available in both intrinsically safe and non-intrinsically safe versions.

Main features

  • Cyclic analog and HART data
  • Acyclic HART data
  • Intrinsically safe and non-intrinsically safe inputs
  • Extended temperature range

Your Advantages

  • Simultaneous reception of analog and HART process data
  • Easy diagnostics and configuration with DTM support
  • Realization of hybrid process applications possible with intrinsically safe inputs

Analog safety I/O module

Safe temperature measurement

The new AXL F PSRTD8 1F Axioline F safety module provides safe analog inputs for recording resistance temperature detectors. Up to eight sensors can be connected. In addition, easy and flexible use is possible for a variety of sensor types.

Main features

  • Safe RTD-based temperature measurement
  • Eight analog temperature inputs
  • 2-, 3-, or 4-conductor connection technology
  • Measurements from 0 ohms ... 5,000 ohms
  • PROFIsafe 2.6
  • Up to Cat. 4/Pl e in accordance with EN ISO 13849-1
  • Up to SIL 3 in accordance with IEC 61508

Your Advantages

  • Flexible use through the integration of different sensor types (Pt, Ni, and KTY)
  • Higher system availability with integrated diagnostic technology
  • Simplified use of data with the standardized display of measured values
  • Quick installation via Push-in Technology
  • Manufacturer-independent use due to PROFIsafe system

IO-Link I/O box for field installation

Connection of up to 16 digital sensors

You can connect this Axioline E device to an IO-Link master via an IO-Link A port. You can thus acquire and output digital signals via IO-Link. The IO-Link master allows use within different networks.

Main features

  • Type A port
  • IO-Link specification V1.1.3
  • Connection of up to 16 inputs with M12 connectors
  • Diagnostic and status indicators
  • IP65/IP67/IP69 degree of protection

Your Advantages

  • Powerful with minimal cabling effort
  • Quick installation with M12 push-pull fast-connection technology
  • Long service life and high system availability due to the robust design
  • Optimum connectivity for future-proof automation

Bus coupler for Modbus/TCP

Axioline P

The bus coupler with Modbus/TCP interface is equipped with all the robust functions of the Axioline P I/O system – including the redundancy capability. Now hot swappable I/Os can be connected with a Modbus/TCP connection.

Main features

  • Integrated web server
  • I/O configuration via web server
  • Redundant bus coupler

Your Advantages

  • No additional software required for commissioning the bus coupler
  • Configure and manage I/Os via the web server
  • The I/O system can be configured with two bus couplers with their own IP address for client/server communication

Safety over EtherCAT (FSoE)

Axioline Smart Elements

The new TÜV-certified Axioline Smart Elements enable safe communication over EtherCAT (FSoE).
Axioline Smart Elements are plug-in, system-independent modules without bus communication. The individual element only supports the I/O function. Bus communication for the relevant I/O system is only realized in conjunction with a backplane, which functions similarly to an adapter.

Main features

  • Eight safe digital inputs with two test pulses
  • Four safe digital outputs up to 2 A

Your Advantages

  • Safe communication over EtherCAT (FSoE)
  • TÜV-certified for the highest safety requirements up to SIL 3/PL e
  • Significant space savings in the control cabinet with the modularly combinable I/O system
  • Reduced wiring time with Push-in Technology
  • Simple status signaling with LEDs

Analog input and output modules

Axioline Smart Elements

Axioline Smart Elements can be integrated into systems with Smart Element interfaces. They are suitable for all devices from the PLCnext Control family and Axioline F bus couplers. The new I/O modules allow the operation of four analog -10 V to 10 V signals.

Main features

  • Four analog output channels
  • Signal range: -10 V … 10 V
  • Four analog input channels
  • Signal range: -10 V … 10 V

Your Advantages

  • Four analog channels in one compact housing
  • Significant space savings in the control cabinet with the modularly combinable I/O system
  • Reduced wiring time with Push-in Technology
  • Simple status signaling with LEDs

IO-Link Safety I/O box

Safe communication from start to finish

The IO-Link Safety I/O box enables the integration of safe sensors and actuators into IO-Link systems.

IO-Link Safety technology enables consistent communication from the control level to the connection of safe sensors and actuators. The safety-related system extension is based on the use of IO-Link Safety masters and IO-Link Safety devices.

Main features

  • Eight safe digital inputs
  • Four safe digital outputs up to 2 A
  • Extended diagnostics via IO-Link Safety

Your Advantages

  • Easy integration of safe sensors and actuators directly in the field level
  • Extension of an IO-Link Safety system with safe digital inputs and outputs
  • Minimum installation effort with control-cabinet-free mounting
  • Can be used in applications up to the highest safety level, SIL 3/PL e
  • Long service life and high system availability with the robust design

Remote I/Os for zone 1

Axioline X

The new Axioline X I/O PROFINET solution can be installed directly in a zone 1 potentially explosive area. The high channel density of 32 inputs or outputs provides the installation flexibility required by the process industry.

Main features

  • Integrated web server
  • 32 intrinsically safe I/O channels
  • Two PROFINET ports
  • Built into a stainless steel housing with full ATEX and IEC Ex certification

Your Advantages

  • I/O configuration and diagnostics via web server
  • Easy to set up a PROFINET ring
  • High level of flexibility with different signal types and configurable channels in one device

Compact and flexible
Axioline Smart Elements
The plug-in Axioline Smart Elements are system-independent I/O modules without bus communication. The individual element only supports the I/O function. Bus communication for the relevant I/O system is only realized in conjunction with a backplane, which functions similarly to an adapter. The Axioline Smart Elements are therefore universal and flexible to use.
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Axioline Smart Elements

Axioline Smart Element features

Compact Axioline Smart Element device design
Axioline Smart Elements – Push-in connection technology
Axioline Smart Elements – system-independent interface
Axioline Smart Elements – manual unlocking mechanism
Compact Axioline Smart Element device design

With a footprint of 15 mm x 62 mm, up to 16 connections can be realized on one Axioline Smart element. You can connect conductors with a conductor cross-section of up to 1.5 mm² with ferrules including plastic collars.

Axioline Smart Elements – Push-in connection technology

All Axioline Smart Elements feature Push-in connection technology throughout for the particularly fast connection of signals.

Axioline Smart Elements – system-independent interface

Axioline Smart Elements can be integrated into various solution concepts via the system-independent interface.

Axioline Smart Elements – manual unlocking mechanism

Axioline Smart Elements can be plugged easily into carrier modules with a suitable interface. Removal is child’s play thanks to a simple unlocking mechanism.

Axioline Smart Elements in the Axioline F remote I/O system

Axioline Smart Elements in the Axioline F remote I/O system

Application in the Axioline F I/O remote I/O system

Within an Axioline F station, you can combine classic Axioline F modules with Axioline F backplanes including the Axioline Smart Elements in any way. You can therefore operate Axioline Smart Elements on already-existing Axioline F bus couplers or Axiocontrol controllers, such as PLCnext Control devices or classic PLCs.

The specially developed Axioline F backplanes feature four and six Smart Elements slots. With this flexibility, you can plug the Axioline Smart Elements into any position in the Axioline F backplane. The two-row design of the backplane enables an enormous reduction in the overall width of the I/O station.

Fast data acquisition and easy handling – even in the toughest conditions
Axioline F
Axioline F is the I/O system with a block modular design for the control cabinet. Open to all Ethernet-based communication protocols and available in various designs, Axioline F offers maximum flexibility.
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Axioline F

From the component to the complete system

Interactive image map: Axioline F system
PLCnext Control
Also in the remote approach, as an alternative to a bus coupler, an Axioline F station can be fitted directly with a controller. A selection of PLCs for high-level languages and IEC 61131-3-3 programming are available.
PLCnext Control
Bus couplers
Indispensable for a remote I/O system: bus couplers for all common bus systems and network protocols.
Bus couplers
I/Os
Axioline Smart Elements can be used to generate particularly compact stations in the Axioline F system.
I/Os
I/Os
Remote I/O stations for use in process-related applications, also with intrinsically safe I/Os.
I/Os
I/Os
Extensive portfolio with I/Os for setting up a wide variety of remote I/O stations.
I/Os

The features at a glance

Axioline F – optimized system connection
Axioline F – visualization of short installation times
Visualization for Axioline F robust mechanics
Axioline F I/O system
Axioline F – extended temperature range
Axioline F – approvals for marine automation
Axioline F – optimized system connection

Axioline F is the Ethernet specialist for control cabinet installation.
The portfolio features bus couplers for all common Ethernet systems.
PROFINET system redundancy: the AXL F BK PN TPS PROFINET bus coupler supports the specification for realizing S2 system redundancy using a single bus coupler. This means that the bus coupler can communicate with two redundant PROFINET controllers, thereby ensuring high systemic failsafe performance.

Axioline F – visualization of short installation times

Reduce your installation times with Push-in connection technology. Clear wiring: the design supports cabling from above and below.

Visualization for Axioline F robust mechanics

With the increased mechanical robustness, Axioline F has a vibration resistance of 5g, a continuous shock resistance of 10g, and a shock resistance of 30g.

Axioline F I/O system

Axioline F is a modular I/O system designed to meet every requirement. Fast signal acquisition increases your machine output, whether with a Phoenix Contact controller or in all common networks with a corresponding bus coupler.

Axioline F features a wide range of I/O modules with digital and analog inputs and outputs, functions, and for special applications. Implement safety applications with PROFIsafe or SafetyBridge Technology. The versatile I/O modules ensure flexibility in your station structure.

Axioline F – extended temperature range

In harsh environments, reliable communication is essential. Axioline F features a particularly robust mechanical design. The XC versions with an extended operating temperature range of -40°C … +70°C are ideal for use under extreme conditions.

Axioline F – approvals for marine automation

Due to their advantageous properties, the I/O modules have been approved by all major marine classification societies. Thanks to its low noise emission and robust mechanical design, Axioline F satisfies the stringent requirements for automation in shipbuilding.

Flexible signal acquisition directly on site
Axioline E
The new Axioline E generation is the remote I/O system of the future with a block design for decentral automation without a control cabinet. The devices have been designed to satisfy both the current and future requirements on field installation and for direct use in a machine under particularly harsh ambient conditions.
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Axioline E

Axioline E – one product family, a wide range of functions

Interactive image map: Axioline E Next Gen
Digital I/Os
Different digital I/O versions enable high flexibility in the realization your concepts.
Digital I/Os
IO-Link client
Realize high-performance IO-Link infrastructures with the IO-Link client in common Ethernet-based communication protocols.
IO-Link client
IO-Link devices
Extend your decentral signal acquisition by connecting different IO-Link devices such as the robust Axioline E IO-Link I/O boxes with an overall width of 30 or 60 mm.
IO-Link devices

The features at a glance

Axioline E Next Gen
Axioline E Next Gen – M12 push-pull fast-connection technology
Axioline E Next Gen device supply
Axioline E Next Gen IO-Link application
Device configuration in the PLCnext Technology automation system
Axioline E Next Gen

The new generation of Axioline E devices are highly robust with their IP65/IP67 degree of protections and a fully-cast zinc die-cast housing.
Because of their outstanding resistance to EMI and the robust mechanics, you can minimize downtimes in your system with these devices.
Due to their extended temperature range and their strong resistance to environmental influences, common cooling and greasing agents, and welding beads, they can be used in many different applications.

Axioline E Next Gen – M12 push-pull fast-connection technology

The M12 Duo contour allows flexible field wiring with proven M12 screw connectors or the new M12 push-pull fast-connection technology.

Featuring tool-free assembly, the M12 push-pull fast-connection technology saves 80% of cabling time in comparison to the proven M12 screw connectors, and saves two minutes per device. Feedback via the latching of the connection plug as well as a tension test ensure high protection against errors during assembly.

Axioline E Next Gen device supply

The Axioline E devices of the new generation feature a high-performance L-coded voltage supply with 2x 16 A and can be used over significantly longer cable distances without additional feed-in cables.
You can also set up IO-Link substructures with minimum cabling effort and without additional feed-in cables with the high-performance IO-Link master ports with up to 2 A at L+ and up to 4 A at UA.

Axioline E Next Gen IO-Link application

Our Axioline E-IO-Link clients of the new generation comply with IO-Link specification 1.1.3. With an I/O-Link master cycle time of <500 µs, they complete their information exchange with the connected IO-Link devices four times faster than commercially available first-generation IO-Link masters.
With their configuration options for connected IO-Link devices, the devices enable optimized integration into your automation system.

Device configuration in the PLCnext Technology automation system

Configure any connected IO-Link devices in the PLCnext Technology automation system by simply integrating the IODD into your engineering system.
By importing the IODD, the mapping of an IO-Link device in the engineering system is identical to that of a PROFINET device. The device parameters from the IODD are automatically converted into startup parameters and downloaded during device startup together with the startup parameters of the PROFINET devices.

Connectivity for future-proof automation

Open IIoT (Industrial Internet of Things)
The architecture of the new generation of Axioline E devices brings two communication paradigms together on one device platform in parallel and impact-free: The industrial real-time communication for established Industrial Ethernet protocols as well as safe, reliable, and open IIoT communication via OPC UA.

TSN (Time-Sensitive Networking)
The new generation of Axioline E devices support step-by-step all market-relevant Industrial Ethernet protocols such as PROFINET, EtherNet/IP™, Modbus/TCP, and EtherCAT®. With the innovative device architecture, the devices adapt flexibly to new technology standards and future networks such as PROFINET over TSN.

Industrial security
With the new generation of Axioline E devices, security characteristics are taken into account completely right from the design phase. As so-called “Secure-by-Design products”, these devices satisfy the requirements on the TÜV-certified process in accordance with IEC 62443-4-1. With built-in security features for field and cloud connectivity, these devices are ideally prepared for future automation tasks.

Topology for device information

Access to device information and device configurations through optimum connectivity for future-proof automation

First generation Axioline E

First generation Axioline E

First generation Axioline E

Axioline E is the remote I/O system with a block design for field installation with M12 connection technology. A key characteristic of these devices is their openness to all common Ethernet-based communication protocols as well as PROFIBUS with a T-coded power supply.

High availability with hot-swap capability and redundancy
Axioline P
The high-availability I/O system consists of redundant PROFINET bus couplers as well as digital and analog I/O modules. With extended temperature ranges and hot swappable intrinsically safe I/O modules, Axioline P is designed to meet the demands of the process industry.
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Axioline P

I/O system for process-oriented applications

Interactive image map: Axioline P I/O system for process-oriented applications
PROFINET bus coupler
Bus coupler for the connection of PROFIBUS PA modules and I/Os. High system availability with PROFINET system redundancy support (S2).
PROFINET bus coupler
PROFIBUS PA module
Redundant fieldbus power supply for PROFIBUS PA field devices.
PROFIBUS PA module
Standard and intrinsically safe I/Os
High-availability with hot-swap functionality for process-oriented applications.
Standard and intrinsically safe I/Os

Axioline P features at a glance

Axioline P being installed in a control cabinet
Axioline P – intrinsically safe I/Os
Axioline P – combination of standard and intrinsically safe I/O modules
Axioline P – intrinsically safe I/Os without additional power supply
Axioline P – topology
Axioline P being installed in a control cabinet

The Axioline P remote I/O system guarantees maximum availability for your application. With S2 redundancy, two PROFINET controllers can communicate with the I/O station at the same time.

When used in a Modbus TCP network, redundant communication can also be implemented using separate bus couplers, each with their own IP address.

The hot-swap-capable local bus enables the replacement of existing modules from an Axioline P I/O station without having to switch off the system. The electromechanical design of the bus socket means that you can actually remove several modules from the station simultaneously, even without disrupting local bus communication.

Axioline P – intrinsically safe I/Os

The intrinsically safe I/O modules can be installed in zone 2 and are suitable for the use of sensors as well as actuators up to zone 0. They feature HART communication and NAMUR functionality, making them particularly suitable for process automation applications.

Axioline P – combination of standard and intrinsically safe I/O modules

Standard modules can be combined with intrinsically safe modules particularly easily in the Axioline P I/O system. By positioning a partition plate (available as an accessory), the blue intrinsically safe modules can be added to the end of a station.

Axioline P – intrinsically safe I/Os without additional power supply

With the power supply integrated into each I/O module, the setup of an Axioline P station does not require an additional power supply. Furthermore, hot-swap capability is established when modules are removed due to the permanently live bus sockets.

Axioline P – topology

The modular station communicates with a PROFINET controller, for example a distributed control system (DCS), via a bus coupler. As an option, you can connect up to eight PROFIBUS PA segments to the individual proxy outlets in a compact way. To ensure the individual segments are immune to interference, appropriate shield connection technology is available. PROFIBUS PA sensors are connected directly to the modular Axioline P proxy.
Proven fieldbus technology, such as HART and Modbus/RTU, can therefore be integrated into PROFINET networks. This is done using PROFIBUS PA gateways that are connected to the modular Axioline P proxy.

Topology: connection of Axioline P through to zone 0

Connection of Axioline P through to zone 0

Connection through to zone 0

Axioline P devices can be connected directly to a distributed control system (DCS) in the form of a remote I/O system. PROFINET S2 system redundancy is supported, which ensures very reliable communication between the I/O station and DCS.
The Axioline P system can be installed in zone 2, and allows a direct connection of sensor and actuator signals from zones 2, 1, and 0. The portfolio includes important functions for process automation, such as analog input and output modules for HART communication as well as digital input modules for connecting NAMUR sensors.
This allows you to integrate intrinsically safe modules into the I/O station without additional components.

Intrinsically safe and certified up to zone 1
Axioline X
Collect and output signals where they are generated and needed. This saves wiring effort and therefore installation costs. This can also be done directly in zone 1. The Axioline X remote I/Os are PROFINET devices with 32 intrinsically safe I/O channels in a compact module. Preinstalled in a stainless steel box, the result is a ready-to-use solution certified in accordance with ATEX and IECEx.
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Axioline&nbsp;X in the control box

The Axioline X features at a glance

Axioline&nbsp;X in the control box
Axioline&nbsp;X remote I/O module
Web-based management interface
Axioline&nbsp;F, Axioline&nbsp;P, and Axioline&nbsp;X as an I/O station
Topology for using Axioline&nbsp;P and Axioline&nbsp;X
Axioline&nbsp;X in the control box

The Axioline X remote I/O preinstalled in a stainless steel box (degree of protection IP66). Complete with approvals in accordance with ATEX and IECEx. This saves installation effort in zone 1 and minimizes approval costs.

Axioline&nbsp;X remote I/O module

  • Robust fully encapsulated aluminum housing
  • Flexibly configurable I/O channels (16xDI NAMUR, 8xDO, 8xAI/AO/DO)
  • Separate power supply for sensors and actuators
  • Comprehensive diagnostics for each channel
  • Integrated web server
  • PROFINET devices

Web-based management interface

An integrated web server with diagnostic and firmware update functions enables easy and controller-independent operation.

Axioline&nbsp;F, Axioline&nbsp;P, and Axioline&nbsp;X as an I/O station

Axioline X extends the solution space for cost-effective and targeted process automation. Together with the Axioline F XC and Axioline P product groups approved for process technology, we work with you to create scalable automation solutions.

Topology for using Axioline&nbsp;P and Axioline&nbsp;X

Shorten signal paths, thereby reducing errors and additional costs. The direct installation of the Axioline X remote I/O modules in zone 1 with connection to a network without an additional isolator simplifies the system topology. Signals can be collected where they are generated.

The highly modular I/O system
Inline
Automate applications easily and cost-effectively with the Inline system consisting of PLCs, bus couplers, and I/Os for the control cabinet. Due to its flexibility, the automation and I/O system can be used in a large number of projects. Combined with the specifically developed programmable logic controllers, even complex automation processes can be developed systematically. Moreover, the open bus concept means that the system provides you with a number of options in various networks.
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Inline I/O station

PLCs, bus couplers, or I/Os – the Inline system

Interactive image map: PLCs, bus couplers, or I/Os – the Inline system
Inline controllers
The Inline controllers support Ethernet-based protocols such as PROFINET and Modbus/TCP. In addition, they can be easily extended with Inline I/O terminals and offer an integrated web server.
Inline controllers
Bus couplers
With the free choice of bus coupler, the Inline I/O system can be integrated into all common fieldbus systems and Ethernet networks.
Bus couplers
Safe I/Os
With Inline, the choice is yours: Implement the simplest solutions for functional safety with the Inline ECO Safe terminal or complex safety solutions with SafetyBridge Technology or PROFIsafe.
Safe I/Os
Standard I/Os
I/O terminals with and without parameterization. A wide range of versatile functions with comprehensive approvals gives you the freedom to choose any topology. The fine granularity serves as the basis for the design.
Standard I/Os

The Inline features at a glance

I/O terminals
Silhouette of a man looking out to space
Silhouette of a man looking out to space
AXC F IL ADAPT adapter terminal with Inline I/O
I/O terminals

Following the principle of “one terminal, one function”, you will find the right function for your application: from analog temperature measurement to digital communication. A broad portfolio of I/O terminals allows quick and easy integration in your system.

Silhouette of a man looking out to space

The standard function and analog terminals offer a wide range of options for setting parameters and operating modes. All functions can be flexibly adapted to the task.

Silhouette of a man looking out to space

The Inline ECO terminals can be combined with all Inline terminals and other Inline components.

AXC F IL ADAPT adapter terminal with Inline I/O

Inline and PLCnext Technology go together. Using the AXC F IL ADAPT adapter terminal, Inline I/Os can be connected easily to a modular PLCnext Control device. Thus, a powerful PLCnext Control device can easily replace an older Inline controller.

Inline for building automation

Inline for building automation

Inline for building automation

You can use the powerful ILC 2050 BI controller to quickly and efficiently automate all subsections in building infrastructure, data centers, and decentral properties. The device features a variety of interfaces, and therefore supports all relevant building automation protocols. The extension with a large number of I/O components from the Inline system ensures the easy setup of a modular automation station. The data types of the various protocols are standardized, therefore enabling IoT-based automation.