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1592016130 XV300K EN MASTER r1.1 16.06.2015

 

XV300K

 

3/26

 

 

 

1  READ CAREFULLY 

 

CAUTION!  BEFORE  INSTALLING  THE 

XV300K  MASTER

  CONTROLLER  READ  CAREFULLY 

THE  MANUAL  AND  FOLLOWS  ALL  THE  INSTRUCTIONS  HEREIN.  WITH  POWERED 
CONTROLLER  DO  NOT  TOUCH  THE  INNER  ELECTRICAL  PARTS  IN  ANY  CASE.  IN 
COMPLIANCE WITH THE EU RULES AND THE EMC DIRECTIVES, PLEASE REMIND THAT THE 
XV300K  CONTROLLER  IS  DESIGNED  TO  BE  INCORPORATED  ON  MACHINES  OR 

INTEGRATED  ON  CONTROL  PANELS  AND  THEREFORE  IS  TO  BE  CONSIDERED  AS  A  COMPONENT.  THE 
MACHINE  INSTALLATOR  SHALL  PROVIDE  FOR  THE  GUARANTEE  OF  COMPLIANCE  OF  ITS  EQUIPMENT  TO 
SUCH  RULES.  IN  THE  EVENT  THAT  THE  CONTROLLER  FAILS  TO  OPERATE  AND  CAUSES  DAMAGES  TO 
TH

INGS OR PERSONS IT SHALL BE THE INSTALLER’S RESPONSIBILITY TO PROVIDE SAFETY DEVICES OR 

SYSTEMS  TO  PROTECT  OR  WARN  ABOUT  THE  FAILED  OPERATION.  IN  ANY  MOMENT  AND  WITHOUT 
NOTICE  FAE  FAGAN  APPLICAZIONI  ELETTRONICHE  RESERVES  TO  CARRY  OUT  TECHNICAL  CHANGES 
AIMED AT ENHANCING THE QUALITY OR THE PERFORMANCE OF ITS PRODUCTS. 

2  PRELIMINARY INSPECTIONS - WARRANTY 

Before installing the controller, make sure that it has not been damaged during the carrying and that it corresponds to 
the model ordered. Check that the technical specifications listed in the label match with those written in the delivery 
note and in the order form. The controller is covered by a 12-month warranty starting from the delivery. The warranty 
covers  production  defects  not  due  to  damaging  or  wrong  use,  for  goods  returned  to  us  EX-WORKS.  Any  damage 
occurred during the carrying shall be reported to the carrier in with the local legislation. 

2.1

 

DISPOSAL 

The sign marked on the equipment indicates that it is not to be considered as a normal domestic  waste; therefore it 
has to be disposed of in a specific electrical and electronic equipment recycling point. 

3  XV300K 

– USE FEATURES 

The XV300K electronic controller is normally used to control the speed of AC fans, pumps and centrifugal pumps. It is 
based  on  the  principle  of  symmetrical  phase  partialisation  and  It  is  suitable  for  adjustable  voltage  motors.  XV300K 
operates  on  the  basis  of  the  inputs  received  through  the  measurements,  the  parameters  settings  values,  the 
controlling I/O and the control panel. The control panel is used to set the parameters values and read the information 
about the unit status. XV300K is provided with Modbus connection to dialog with a supervising remote device.  

4  CODING 

Position        1 

 

XV3 

08 

-6 

 

Position 

 

Model Family: XV300K 

Nominal current in Ampere 

External case: 

K

=boxed 

Power supply: 

-6

=230-400VAC, 

-8

=440-460VAC (*) 

1

=MASTER 

IP degree: 

1

=IP55 

1

=RTC; 

2

=no RTC 

Display type: 

1

=normal display; 

2

=OLED display 

 

(*) 440-460VAC available only on request 

 
 

 

Summary of Contents for Dixell XV300K Series

Page 1: ...XV300K MASTER CONTROLLER FOR AC FANS ...

Page 2: ...AMETERS MENU CHILLER 12 11 1 PARAMETERS READING AND EDITING 12 11 2 COOLING CYCLE PARAMETERS CO1 CHILLER 12 11 3 HEATING CYCLE PARAMETERS HEA CHILLER 13 12 OPERATING PARAMETERS MENU DRY COOLER 14 12 1 PARAMETERS READING AND EDITING 15 12 2 COOLING CYCLE PARAMETERS CO1 DRY COOLER 15 12 3 HEATING CYCLE PARAMETERS HEA DRY COOLER 16 13 OPERATING PARAMETERS MENU SLAVE 17 13 1 PARAMETERS READING AND EDI...

Page 3: ...en in the delivery note and in the order form The controller is covered by a 12 month warranty starting from the delivery The warranty covers production defects not due to damaging or wrong use for goods returned to us EX WORKS Any damage occurred during the carrying shall be reported to the carrier in with the local legislation 2 1 DISPOSAL The sign marked on the equipment indicates that it is no...

Page 4: ...ts Class I as regards the accessible parts PROTECTIONS Phase lost inside overheating sensor missing external emergency motor klixon WARNING the regulator restores automatically Protection against power surges Class II ACTION DISCONNECTION Type 1 Y Residual current motor 15mA SOFTWARE STRUCTURE Class A ELECTRICAL CONNECTION For XV308 12 20 28 40K Class X for XV350 60K Class M According to safety di...

Page 5: ... 215 170 M4 1 1 1 2 XV328K 7 340 270 235 322 165 M5 1 1 1 2 XV340K 9 340 270 235 322 165 M5 1 1 1 2 XV350K 17 340 440 235 322 340 170 M5 1 1 1 2 XV360K 18 340 440 235 322 340 170 M5 1 1 1 2 C increase C value of 29mm with polycarbonate operable door 1 hole closed with watertight plug 7 ELECTRICAL INSTALLATION Connect the power wires and ground to the appropriate regulator terminals To avoid disper...

Page 6: ...ulator power lines In Out Use a true RMS tester to measure the current or voltage values In the event that regulator operation failure could cause damage to objects or physical injury it is the responsability of the installer to add devises or systems that protect against or warn of control failure Check the position of the voltage change jumper according to the supply voltage available to the typ...

Page 7: ...00 It follows the priority signal see Basic Settings BS in the Factory Parameters menu DL2 green steady ON power supply ON DL3 red warning alarm ON 1 flash power phase lost 2 flashes external emergency 3 flashes internal over temperature 4 flashes probe missing 5 flashes stop for parameters programming or error settings DL4 green flashing in modbus transmission DL5 red flashing in modbus reception...

Page 8: ...1592016130 XV300K EN MASTER r1 1 16 06 2015 XV300K 8 26 ...

Page 9: ...I O Mass for the digital inputs 0 10 Analog input type 0 10V Ri 40k Ω 0 10V command for mode slave running V 12V power supply output max 30mA 4 20mA pressure transducer power supply NC Relay 1 closed norm contact output Programmable output With standard setting for Defect the relay is enabled NO COM eachother closed and is disabled by turning to the position represented in the picture in emergency...

Page 10: ...evice and the keyboard Then if no error occurs the first status window will appear where temperatures or the pressure registered by input 1 are visualised RUN in operating state FLT in block state RDY if in Stop state The cycle used for the adjusting is visualized at the right bottom CO COOL or HEA HEAT followed by the number 1 or 2 for first or second cycle In this mode Press the key to slide the...

Page 11: ...nd 2 the asterisk means that they are powered and the contacts NO and COM are eachother closed For the output 3 the asterisk means that the transistor is service The instructions 2 and 3 are displayed only with S1 CARD OPTION Defines the software version of the adjuster ONLY IF REAL TIME CLOCK AVAILABLE Displays the date and time of the variable weekly clock This is a display only window box To se...

Page 12: ... key to return to the previous menu 11 1 PARAMETERS READING AND EDITING The parameters windows display the name of the parameter the identifying code of the corresponding menu the value of the parameter and the unit of measure to go to the parameter below to go to the parameter above To change the value of the parameter press the arrow and the value of the parameter in brackets mean that the syste...

Page 13: ...essure point P2 Min V1 Max MotorMaxLim Def 90 11 3 HEATING CYCLE PARAMETERS HEA CHILLER Caution The heating cycle can be replaced by a second cooling cycle CO2 by changing the setting of the parameter Second Mode Pressure of the voltage speed V2 point Min P_MAX Max P2 Def 7 bar Pressure of the voltage speed V1 point Min P1 Max Full Scale Def 11 bar CHILLER 11 0 P2 IH bar CHILLER 7 0 P1 IH bar CHIL...

Page 14: ...he operating parameters menus can be accessed from any visualization of the state menu by pressing together the keys hold the key pressed and press the key The menu windows include the menu name and the corresponding identifying code The second line of the display is dotted Press the key to enter the parameters of the visualized menu Press the key to return to the state menu Press the key to go to...

Page 15: ...ing key to increase the value to decrease the value to save to return to the parameter 12 2 COOLING CYCLE PARAMETERS CO1 DRY COOLER Temperature of the voltage V1 speed point Min 0 C Max T2 Def 22 0 C Temperature of the voltage V2 speed point Min T1 Max T_MAX Def 28 0 C Maximum production temperature above this the output is at the voltage MotorMaxLim Min T2 Max 95 C Def 29 0 C Voltage speed of the...

Page 16: ...Min T_MAX Max T2 Def 22 0 C Temperature of the voltage V1 speed point Min T1 Max 95 C Def 24 0 C Maximum production temperature over this the output is at the voltage MotorMaxLim Min 0 C Max T1 Def 21 0 C Voltage speed of the temperature point T2 Min MotorMinLim Max V2 Def 20 Voltage speed of the temperature point T1 Min V1 Max MotorMaxLim Def 90 DRY COOLER V2 90 IH DRY COOLER V1 20 IH DRY COOLER ...

Page 17: ...ate menu Press the key to go to the next menu Press the key to return to the previous menu 13 1 PARAMETERS READING AND EDITING The parameters windows display the name of the parameter the identifying code of the corresponding menu the value of the parameter and the unit of measure to go to the parameter below to go to the parameter above To change the value of the parameter press the arrow and the...

Page 18: ...a reduced maximum speed in certain operating cycles or a fixed speed detached from the probe signals Caution With the I2 digital input closed the clock can be used optionally this function automatically enables the speed limit values V1 and V2 Limit on all the Master operating cycles CHILLER and DRY COOLER and the dispaly visualizes Voltage that replaces V1 in the Master cycle used when the I2 max...

Page 19: ...eplaces V2 in the Master cycle used when the max productions I2 contact is closed Min V1 Limit Max MotorMaxLim Def 65 WITH CLOCK OPTION Allows enabling the V1 and V2 limits in the Master operating cycles not only by closing the I2 contact but also through the timer calendar set in the Clock menu page Error Bookmark not defined Def OFF 15 FACTORY PARAMETERS MENU To access the factory parameters men...

Page 20: ...2 MaxT T1 T2 MaxT MTNTC_L 10kΩ 25 C β3435 22 C 28 C 29 C 22 C 24 C 21 C MTNTC_H 10kΩ 25 C β3435 38 C 45 C 46 C 22 C 24 C 21 C SLAVE 2 Input type IN MIN IN MAX V1 V2 S0_10 0 10V Pwm 10 100 20 100 S4_20 4 20mA 10 100 20 100 S_MDB Modbus RTU S_PWM FV Pwm FV Allows selecting the motor adjusting curve Possible modes Q optimized for fans Def L linear Allows forbidding the access to the Operating paramet...

Page 21: ...in 5 C Max 5 C Def 0 C Defines the second operating cycle it can be activated with I1 contact Direct first cycle COOL second cycle COOL Reverse Def first cycle COOL second cycle HEAT WITH S1 CARD Defines the pressure reference based on the following criteria Automatic in Def priority to the signal of the higher probe in the cooling cycle of the lower probe in the heating cycle Minimum in priority ...

Page 22: ...start and the output voltage will be increased gradually up to the 100 to return to the basic setting value The whole process will be automatic and last few seconds Minimum adjustable voltage used to limit the load minimum speed Min 15 Max Max Lim Def 15 Maximum adjustable voltage used to limit the load maximum speed Min Min Lim Max 100 Def 100 Time employed by the adjuster to go from 0 to 100 of ...

Page 23: ...ween the intervals of the clock timer Value of pressure temperature under which the relay is disabled This parameter is visualized only when Relay1 is set on Manual Value of pressure temperature above which the relay is enabled This parameter is visualized only when Relay1 is set on Manual WITH S1 CARD The functions Relay 2 and Relay 3 with the corresponding limits operate alike the Relay 1 With m...

Page 24: ...Def 30s 15 5 DIAGNOSIS Days and hours of operation of the adjuster Caution in case of reset this value won t be reset Internal temperature of the adjuster represented in Centigrades Quantity of stops due to the missing of a power supply phase or high disturbances in the power supply line Quantity of stops due to the internal overheating Quantity of stops due to an external emergency received on th...

Page 25: ...date and time of the internal clock To change press In this menu a weekly calendar can be enabled to edit the setting mode by activating the speed limits SPD1 SPD2 ant control the relays Press the key to enter the editing mode Then press and to enable ON or disable OFF the clock option of each day of the week and increase or decrease the hours and the minutes when the enabling starts and finishes ...

Page 26: ...1592016130 XV300K EN MASTER r1 1 16 06 2015 XV300K 26 26 ...

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