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Our original control systems for technological processes are based on PLC controllers. In the installations designed and manufactured by us, we mainly use subassemblies from market-leading brands such as SIEMENS, Allen-Bradley or EATON. We can implement any controller offered by the manufacturers mentioned above to our systems. Our goal is to constantly develop, expand our knowledge and improve our workshop. In our projects, we strive to communicate the largest possible number of equipment used with one compatible communication protocol, thus avoiding additional electrical connections and gaining an easy possibility to diagnose problems caused in case of a potential failure. In our applications, we use SCADA and HMI systems. Each of them features a huge range of possibilities and allows to adapt particular requirements to specific solutions individually designed for a given client.

The emergency order telegraph system allows the bridge and engine room to communicate with one another quickly and reliably in case of an emergency. An order is transmitted from the bridge to the engine room at the touch of a button, where it is then signalled visually and acoustically on one or more telegraphs. The staff in the engine room need to acknowledge the order to make the visual and acoustic alarm stop. Up to 12 telegraphs can be integrated in one system. Each telegraph is equipped with 11 illuminated order buttons and an integrated buzzer. Furthermore, other functions, such as changing over between two telegraph systems, "wrong-way alarm" or the activation of external alarm indicators, can be integrated, too. The emergency order telegraph system is flexible and scalable, meaning it is suitable for small applications with just two devices (e.g. bridge and in engine room) right up to large installations with several systems (multiple bridges and engine rooms).

The IFQ LOGGER is a portable converter and logger for Flow-Tronic flow sensors. It disposes of one RS485 digital serial communication port with specific communication protocols for RAVEN-EYE or BELUGA flow sensors and one 4-20 mA input for external level. The IFQ LOGGER combines high performance with low power requirements. The unit needs 12 VDC nominal power supply either provided from an optional battery pack or solar panels. The IFQ LOGGER keeps the same easy configuration enhanced by the IFQ MONITOR and stays in line with the flexible and modular architecture launched by the RAVEN-EYE. All flow sensors are field interchangeable. A dry contact output is available for users needing an output for samplers or any other instrument. KEY FEATURES: 1 x RS485 digital sensor interface for velocity (RAVEN-EYE or BELUGA) 1 x 4-20 mA analog input for level sensor 7 position sealed membrane keypad 2 Gb memory (SD card) Power supply : 9 to 18 VDC Enclosure: PPC (IP67)

The IFQ MONITOR is an easy to use and configure monitor and converter for Flow-Tronic flow sensors. It disposes of one RS485 digital serial communication port with specific protocols for RAVEN-EYE or BELUGA flow sensors and one 4-20 mA input for external level. The IFQ MONITOR is the easiest way to integrate an open channel flow sensor from Flow-Tronic to a local station. KEY FEATURES: User friendly interface Wide range of languages available: English, German, French, Russian, etc. 1 x RS485 digital sensor interface for RAVEN-EYE or BELUGA 1 x analog input 4-20 mA for external level 3 x analog output 4-20 mA for flow, velocity & level 1 x contact closure output for total flow 1 x normally closed relay output for alarm Logger (optional): 2 Gb flash memory (SD card) USB communication port (optional) GPRS/3G (optional) 7 position sealed membrane keypad 144x32 pixel white on blue graphical display

The Ekinex® gateways are modular KNX devices for panel mounting. The Gateway range includes: Modbus, which are devices that allow an exchange of information between one or more slave devices communicating on a RS485 differential serial network or by Ethernet through Modbus protocol; BACnet, which allow an exchange of information with a master device communicating on a RS485 differential serial network or by Ethernet through BACnet protocol; DMX, which allow an exchange of information between one or more slave devices communicating on a RS485 differential serial network or by Ethernet through DMX protocol; M-bus, which allow an exchange of information between one or more slave devices communicating through M-bus protocol; Profinet, which allow an exchange of information with a master device communicating by Ethernet through Profinet protocol; DALI, which allow an exchange of information between one or more slave devices communicating through DALI protocol.