TERMINALE EVOLUZIONE GB CLV V3:TERMINALE EVOLUZIONE ...

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GENERAL CHARACTERISTICS The EVOLUTION controller allows independent control of all the unit operating parameters. The controller is made up of: A microprocessor control board housed inside the electrical panel A user terminal or graphic interfaceIl. The program that resides on the control board can be used on all types of precision air-conditioning units, specifically: direct expansion units, air- or water-cooled water chiller units direct expansion units with energy saving function; dual cooling units. The main functions of the program are management of the temperature and humidity in civil or technological environments; management of 1 or 2 scroll compressors; management of between 1 and 3 electric heating stages for heating and post-heating; management of modulating valves for cooling using cold water and heating using hot water; management of the evaporator fan speed, when featured; management of an external or built-in immersed electrode humidifier; outlet temperature control; management of alarms and maintenance warnings; logging of up to 100 alarm events; device safety times; unit on/off from user terminal, remote contact, supervisory system and according to time bands; local network (LAN) connection for managing backup units; connection to local supervision networks and BMS (LonWorks, BACnet, Modbus…..). USER INTERFACE The user interface is made up of: 11x15 pixel backlit LCD; 6 backlit buttons for scrolling and modifying the parameters. Caratteristiche del terminale 2 English U A The terminal can be used to display and modify (on entering a password) the following data, at any time: values read by the probes and the corresponding calibration; active alarms, alarm log, configuration of the alarm digital outputs; configuration of the local network (LAN); parameter settings for serial communication with the supervisory system; configuration parameters and fundamental control parameters; operating hours and number of starts of the controlled devices; clock and time band settings selection between the different languages available. Using the local network connection, the program can manage the following additional functions: automatic rotation, by time or event, between a maximum of 10 units; management of the average temperature and humidity readings from a maximum of 10 units; use of just one terminal to control a maximum of 10 units; In order to protect the program default settings, the software features two levels of password, USER for the main user settings, and FACTORY for the authorised technicians, used to modify and reset all the software parameters. The microprocessor board is connected to the user interface using a 4-pin telephone cable with RJ11 jack. Power supply from the power board through telephone cable or from external source 18 to 30 Vdc through TCONN6J000 Power input PGD1: 1.2 W; Operating conditions -20T60 °C,
MAIN SCREEN The following figure shows the layout of the main screen. Area 1 - GENERAL STATUS OF THE UNIT. Q K Q H PQ K PQ LH P K P L Q K Q H PQ K PQ LH P K P L Q K Q H PQ K PQ LH P K P L Q K Q H PQ K PQ LH P K P L Unit off presence of an active alarm maintenance signal manual controls active unit on/off from terminal unit on/off from remote contact EVOLUTION TERMINAL Unit functioning in NORMAL mode Unit functioning in CONSTANT AIR FLOW mode Unit functioning in CONSTANT AIR FLOW (Max Air Flow admitted) mode Unit functioning in CONSTANT ΔP mode 1 2 3 4 8 Unit functioning in CONSTANT ΔP (Max Air Flow admitted) mode Area 2 - DETAILED INDICATION OF THE UNIT STATUS. unit on/off from supervisory system unit on due to emergency via the network (LAN) unit in standby (unit off due to the rotation of the unit in standby) unit in EMERGENCY mod unit on due to temperature/humidity limits exceeded unit on/off due to time programming unit ON for High Humidity Limit overcoming (flashing) unit ON for Low Humidity Limit overcoming (flashing) 5 6 7 9 U I English A 3
Page 1: INSTRUCTION MANUAL GB USER TERMINAL
Page 6 and 7: Area 3 - ALLARM LIST This area disp
Page 8 and 9: FLOW CHARTS FOR ACCESSING THE SCREE
Page 10 and 11: SETTING PARAMETERS SCREENS PRG pass
Page 12 and 13: SCREENS “M” Screen M1 Used to s
Page 14 and 15: AMBIENT TEMPERATURE CONTROL DIAGRAM
Page 16 and 17: AMBIENT HUMIDITY CONTROL DIAGRAM U
Page 18 and 19: EMERGENCY FUNCTION The EMERGENCY (a
Page 20 and 21: REGULATION HAVING AS TARGET A CONST
Page 22 and 23: PRACTICAL PROCEDURE FOR SETTING UP
Page 24 and 25: B) USER TERMINAL/DISPLAY ADDRESSING
Page 26 and 27: CONNECTION TO THE REMOTE TERMINAL F
Page 28 and 29: SERIAL BOARDS AND SUPERVISORY SYSTE
Page 30 and 31: 3) Configuration of the software fr
Page 32: Via Duca D’Aosta 107 31030 Mignag

TERMINALE EVOLUZIONE GB CLV V3:TERMINALE EVOLUZIONE ...

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