[TOOLTIP]
AtHint1=Control system is built in or not built in AHU.
AtHint1_1=Cистема управления будет установлена сверху установки. Примечиние: при большой высоте установки может быть осложнено обслуживание.
AtHint1_2=Cистема управления будет установлена сзади (не со стороны обслуживания) установки. Примечание: для обслуживания необходимо оставить расстояние 1м между установкой и ближайшей стеной или другой конструкцией.
AtHint1_3=Система управления будет установлена отдельно от установки с помощью 5 метрового кабеля.
AtHint1_4=Система управления будет установлена отдельно от установки с помощью 10 метрового кабеля.
AtHint2=AHU usage
AtHint3=AHU control system usage
AtHint4=AHU working voltage
AtHint5=AHU computer control using protocols: (RS485), TCP/IP, LON, BACNet MSTP, BACNet IP.
AtHint61=PRV: main functions. Air supply temperature, fan speed (3 speeds) control. Electric or water heater control. DX cooler control. Control using multichannel communication protocol ModBus (RS485) (on request). Remote controls: UNI, PRO, TPC. For more information about ModBus address press on the icon.  
AtHint62=EKO: main functions. Air supply temperature, fluent fan speed control. Electric or water heater control. DX cooler control. Air quality control, using CO2 , VOC or moisture converter. Control using multichannel communication protocol ModBus (RS485). Remote controls: UNI, PRO, TPC. For more information about ModBus address press on the icon.
AtHint63=Siemens: main functions. Working operation mode selection according position sensors: comfort, saving and secure modes. Temperature control. Moisture control. Cooling. Ventilation on demand. Mixing section control. Cold return. Air quality control, using CO2 , VOC or  moisture converters. Control using multichannel communication ModBus (RS485), TCP/IP, LON, BACnet MSTP, BACnet IP (Tik Siemens Climatix POL63...). Remote Controls: POL895, POL822.
AtHint64=Regin: main functions.  Different temperature control modes. Moisture control. Control on demand. Cooling. Cold return. Mixing section control. Air quality control, using CO2, VOC or moisture converters. Control using multichannel communication protocol ModBus (RS485), TCP/IP, LON. Remote controls: E-DSP, ED 9100.
AtHint9=Active when selected UNI remote control. Using additional time relay AHU control under made time program.
AtHint10=Selected when desired to calculate AHU temperature performance.
AtHint11=Selected "Yes" If fluent air flow control is needed.
AtHint11_1=Fan or fans air flow control by one frequency converter. In this case, if there is air supply and exhaust fans, independently on each other air flow is not controlled (only with Siemens POL or Regin controller).
AtHint11_2=Fans air flow is controlled by different frequency changers. In this case air supply and exhaust flow may be controlled independently on each other (only with Siemens POL or Regin controller). Also each fans abnormal working modes recorded separately. 
AtHint12=Selected "Yes", if safety shutdown punch is needed for secure fan service (accidental fan start-up in service mode protection).
AtHint13=Differential pressure relay, which informs AHU control system user when to change air cleaning filters.
AtHint14=Selected, if needed air exhaust damper with spring. If power fails, damper automatically closes.
AtHint14_2=If there is water heater it is RECOMMENDED to select air supply damper with spring, it prevents water heater from freezing.
AtHint15=If there is AHU with mixing section and water heater and there is no air supply or exhaust dampers. It is RECOMMENDED to choose recirculation damper with spring it prevents in case of power failure from water heater freezing. 
AtHint16=Selected which DX cooler control is needed.
AtHint17=Selected if AHU with heat recovery coil recirculation pump control is needed.
AtHint18=Selected if AHU with heat recovery coil actuator control is needed.
AtHint7=Air quality control. Air quality control using CO2, VOC, constant pressure or moisture converter.
AtHint8_1=ED9100: Can be used with controllers EXOcompact or Corrigo E...-WEB(LON). Also using multichannel communication protocol TCP/IP or LON. Press on the icon for more information.
AtHint8_2=ED9100: Can be used with controllers EXOcompact or Corrigo E...-WEB(LON). Also using multichannel communication protocol TCP/IP or LON. Press on the icon for more information.
AtHint8_3=E-DSP: Can be used with controllers EXOcompact or Corrigo E. Also using multichannel communication protocol Modbus. Press on the icon for more information.
AtHint8_4=E-DSP: Can be used with controllers EXOcompact or Corrigo E. Also using multichannel communication protocol Modbus. Press on the icon for more information.
AtHint8_5=PRO Climatx: Using with Siemens Climatix controller. Press on the icon for more information.
AtHint8_6=POL871: Using with Siemens Climatix controller. Press on the icon for more information.
AtHint8_7=UNI: Remote control with LCD. Press on the icon for more information.
AtHint8_8=PRO: Remote control with LCD. Programmable. Press on the icon for more information.
AtHint8_9=TPC: Remote control with touch screen. Programmable. Press on the icon for more information.
AtHint8_10=POL822: Using with Siemens Climatix controller. Press on the icon for more information.
AtHint8_11=POL895: Using with Siemens Climatix controller. Press on the icon for more information.
AtHint7_1=For CO2 level control in room uses one converter(any controler), in-room or duct (need to select).
AtHint7_2=If choosed EKO controller, constant pressure is maintained using a differential pressure converter. If Siemens or Reign controller, constant pressure is maintained using a two differential pressure converter.
AtHint7_3=Air supply air into the room air relative humidity is controlled by a moisture exchanger (duct). When you need to keep the exhaust air, and indoor relative humidity, two moisture converters (only Siemens controller or Regin). In this case, select the type of sensor options (in this case the price will be calculated according to a separate request): a) the supply air duct and indoor transmitters, b) the supply air duct and exhaust air duct converters. Using the indoor relative humidity transducer is measured in a room in a certain point they (the place where the inverter is fitted). Using a retractable ducted inverter, and a relative humidity measured in the average room (s).
AtHint19=Cable length 5m, plug type - CEE.



