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Air volumetric flow regulator / HVAC - max. 300 Pa, -40 °C ... +125 °C | ExReg
The particular ExReg regulator model have been created for use within Ex locations with regard to almost all gases, mists, vapors as well as dirt. In conjunction with Ex-actuators it's really a shut cycle management system...
Air volumetric flow regulator / HVAC - max. 300 Pa, -40 °C ... +125 °C | ExReg
The particular ExReg regulator model have been created for use within Ex locations with regard to almost all gases, mists, vapors as well as dirt. In conjunction with Ex-actuators it's really a shut cycle management system...
Volumetric flow regulator - DN 15 - 250, PN 16 - 40 | T 3017
This self-operated regulator uses a flow rate control setup to make it easier to manage its...
Volumetric flow regulator - DN 15 - 250, PN 16 - 40 | T 3017
This self-operated regulator uses a flow rate control setup to make it easier to manage its pressure settings. This can use pressure settings from 0.1 to 5 bar and uses DN 15 to 250 valve sizes. This is good for liquids that are made in temperatures of 5 to 150 degrees Celsius. It utilizes pressure points at 0.1 to 5 bar, and nominal pressures from PN16 to 40.
HVAC unit programmable controller - T 5171
This unit is used in programming many units and can ventilate them too with the ISaGRAF programming setup as needed.
Heating controller - T 5179
Utilizing the latest in software engineering, TROVIS presents their newest in automation technology, The Heating Controller TROVIS 5179. Designed for weather - sensitive...
Heating controller - T 5179
Utilizing the latest in software engineering, TROVIS presents their newest in automation technology, The Heating Controller TROVIS 5179. Designed for weather - sensitive flow temperature control for heating systems with maximum of three heating circuits. It is built to withstand even the most demanding of application or the harshest of working condition and caters to a multitude of applications. With its adaptability with weather changes and its self - optimization , it provides optimum performance and reliability. Drinking water can also be input in the control system. Utilizing the latest software engineering, it can also communicate with a control station.
Heating controller aircraft - max. 16.6 kW | HCU-32
The Heating Control Unit (HCU) is used to monitor and control electrical heating fundamentals for water lines, floor panels, fittings and related kit for aircraft. The connection between the HCU and the data...
Heating controller aircraft - max. 16.6 kW | HCU-32
The Heating Control Unit (HCU) is used to monitor and control electrical heating fundamentals for water lines, floor panels, fittings and related kit for aircraft. The connection between the HCU and the data unit makes it easy maintain, and users can also replace damaged parts easily.
The arrangement of each cabin design and maintenance commitments need different heating restrictions with the above-mentioned data unit. The HCU is tailored with semicircle liability detection module, which displays the electrical wiring of the linked heaters.
This unit classifies damaged protection of the wiring and prevents dangerous effects due to electrical problems. The HCU can be associated to a temperature situation pane which designates and chooses the heat for the connected heater that needs to be used.
The arrangement of each cabin design and maintenance commitments need different heating restrictions with the above-mentioned data unit. The HCU is tailored with semicircle liability detection module, which displays the electrical wiring of the linked heaters.
This unit classifies damaged protection of the wiring and prevents dangerous effects due to electrical problems. The HCU can be associated to a temperature situation pane which designates and chooses the heat for the connected heater that needs to be used.
Heating controller aircraft - 2.5 - 7.5 kW | HCU series
Electrical heating elements used in floor panels, water lines, fittings and associated equipment for aircrafts, equipment used in AC systems have to be monitored and controlled. These functions...
Heating controller aircraft - 2.5 - 7.5 kW | HCU series
Electrical heating elements used in floor panels, water lines, fittings and associated equipment for aircrafts, equipment used in AC systems have to be monitored and controlled. These functions are performed by the Heating Control Unit (HCU). Important heating parameters are stored in a non-volatile memory in a configuration module or data unit adapted to seat layout requirements. The intelligent connection between the HCU and configuration module makes maintenance and parts replacement easy, and allows us to configure the cabin layout for different heating parameters. The electrical wiring of connected heaters is monitored through the HCU arc fault detection module, there by identifying damaged wiring insulation and prevents electrical arc-induced hazards.
Heating controller aircraft - 28 V, 5 - 20 A | WDIC
Supply voltage for heating elements of the windshield and side window are regulated by the WDIC while also measuring their temperatures. External...
Heating controller aircraft - 28 V, 5 - 20 A | WDIC
Supply voltage for heating elements of the windshield and side window are regulated by the WDIC while also measuring their temperatures. External power contractors power these elements. There are two separate channels for the WDIC, for the side window and primary windshield respectively. They comprise of an in-built test used to monitor the performance of internal modules, relays and external sensors. Status information and error messages to the cockpit are delivered to the aircraft's Centralized Maintenance System via the ARINC 429 interface or other discrete interfaces.