Remote-I/O-systems

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

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

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.

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

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 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.

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.

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.

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.

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.

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.

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.

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.

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.

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.

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.

• 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

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

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.

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 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.

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

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.