background image

FACTORY SET

 

ENDEAVOUR SITE PROGRAM INFORMATION

CONTROLLER SET TO “

RUN BY

” : _____

 

______________ 

DAYLIGHT SAVING

 = 

ENABLED

 

 

or DISABLED

RUN TIMER

 

SETTING

 

=   

2 HOURS

 M   T   W  T   F    S    S   YES(Y) or NO(-)

 

TIME SWITCH 1

 EVENT 01,  DAYS :

  :

 

:

 

:

 

:

 :

 

:

EVENT 02

     "

EVENT 03

 

     "

EVENT 04   

 "

EVENT 05   

 "

EVENT 06  

     "

EV

ENT 07  

    "

EVENT 08

 

       "

 :   

____________________________________________________________________________________ 

"
"
"
"
"
"
"
"

TIME SWITCH

Y   Y   Y   Y   Y

- -

Y   Y   Y   Y   Y

Y   Y   Y   Y   Y

Y   Y   Y   Y   Y

Y   Y   Y   Y   Y

-   -

TIME:____

8

_:

0

___

_

0

_

__

,ACTION

:  

ON

 

       

TIME:____

1 7

_:

 3

___

0

__, ACTION: 

          

OFF

 

TIME:_____:_____,  ACTION:  ON   OFF     
TIME:_____:_____,  ACTION:  ON   OFF     
TIME:_____:_____,  ACTION:  ON   OFF     
TIME:_____:_____,  ACTION:  ON   OFF  
TIME:_____:_____,  ACTION:  ON   OFF  
TIME:_____:_____,  ACTION:  ON   OFF 

RELAY 1 – 4 

RELAY ASSIGNMENTS

 

RELAY

 

I

 MODE

    

DEADBAND(DB) 

SWITCH. DIFF.(SD) 

TIME DELAY (Tdly)

    

I

 

 

NOTES

.

 1   

I

_________

I

______________

I

________________

I

_________________

I

______________________ 

 2      

I

_________

I

______________

I

________________

I

_________________

I

______________________ 

 3      

I

_________

I

______________

I

________________

I

_________________

I

______________________ 

 4      

I

_________

I

______________

I

________________

I

_________________

I

______________________ 

 5

 

 

     

  

FAN CONTROL METHOD:  

ON

 

or CYCLE 

(runs continuosly during time switch on period. 

BOTH

3.0

1.0

3:00

COMPRESSOR 3

BOTH

2.0

0.5

2:00

COMPRESSOR 2

BOTH

1.0

0.3

1:00

COMPRESSOR 1

HEAT

0.5

0.4

0:10s

rev. valve HEAT

 

Y1 & Y2 ANALOGUE 

OUTPUT ASSIGNMENTS

 

ANALOG

 O/P 

I

    MODE     

I

DEADBAND(DB)

I

PROP.BAND (PB)

I

 

INTEGRAL TIME

I

 

MIN O/P

I

 

MAX O/P

NOTES

  

       

.

 

Y

1    

 

Y2

    

I

_________

I

_____________

I

_____________

I

____________

 

_

I

_______

 

I

________

I

_____

_____

I

_________

I

_____________

I

_____________

I

____________

 

_

I

_______

 

I

________

I

_____

_____

COOL             0.0                        1.0                 P ONLY                0 %       100%      ECON.CYCLE

BOTH             1.0                        1.0                 P ONLY                0 %       100%      MOD.COMP.

“X” ANALOGUE INPUT CONFIGURATIONS 

X I/P

  

I

       PURPOSE  

I

Active/Passive

 

I

 OFFSET

  

 

I

   10v=   

I

  PCB JUMPER POS. 

I

 

 NOTES 

 X1

    I

 MAIN TEMP. SENSOR 

   

I

 

 

I

 

 

I

 

  

I

 

 

I

 

 X2   

I

 REMOTE SETPOINT 

       

I

   

 

I

    

 

I

 

 

I

 

 

I

 

 X3    

I

 OUTSIDE AIR TEMP.SENSOR

I

 

  

I

 

  

I

  

 

I

 

 

I

 

 X4    

I

 SUPPLY AIR TEMP.SENSOR  

I

  

 

I

 

    

I

 

 

I

 

 

I

__ 

 X5    

I

 MODBUS “A” COMMUNICATION TERMINAL 

 

I

 

 C 

 

I

 

 X6    

I

 MODBUS “B” COMMUNICATION TERMINAL 

 

I

 

 C 

 

I

__ 

 X7 

 

I

 CO2 SENSOR

 

I

 

 V 

 

I

 

PASSIVE            0              n/a                  T                Main Temp Sensor

PASSIVE            0              n/a                  T                Optional remote S/P

PASSIVE         DISABLED                        T                  Otional O/A sensor

PASSIVE     

 

DISABLED                        T                   Otional 

S

/A sensor

DISABLED

Optional CO2

sensor

DISABLED

 

OTHER SETTINGS

 

MODBUS =   

software 

DISABLED

 

NIGHT PURGE

DISABLED

 

 

MAIN

 

APPLICATION PURPOSE = 

STANDARD TEMP. APP

  

TIME SWITCH 2

 

TIME SWITCH 2 NOT USED

 

HOLIDAY

S

        

NO HOLIDAYS LOADED

 

___________________________________________________________________________________

____________________________________________________________________________________ 

25/28

Содержание ENDEAVOUR V2

Страница 1: ...4 ADJUSTABLE MIN MAX SETTINGS FOR Y1 Y2 0 10v O P s 5 SUPPLY AIR TEMPERATURE SENSOR MONITORING INPUT 6 EXTERNAL A C FAULT D3 AUX I P D4 BMS MONITORING INPUTS 7 ACTIVE 0 10vdc SENSORS NOW SCALABLE 8 AD...

Страница 2: ...CONFIGURATION 8 MODBUS SETUP MEMORY MAP 17 FACTORY DEFAULTS also see page 25 22 23 HEVAC CONTROL AGENCIES PTY LTD 7 54 HOWLEYS RD NOTTINGHILL VIC 95627888 www hevac com au 28 11 19 PAGE TYPICAL CONNE...

Страница 3: ...ated A C fault monitoring input D4 is a general purpose on off status input that could be used for example to monitor prove supply air fan running operation via a mechanical pressure switch Remote Sys...

Страница 4: ...as RS485 MODBUS Outputs X7 can be set to ground via a 100 ohm resistor for use as a comms shield connection if not used as a CO2 sensor connection ANALOG INPUTS X1 Main Temperature Sensor Input config...

Страница 5: ...M Signal ground Y1 Analog Modulating Output 0 10 vDC Y2 Analog Modulating Output 0 10 vDC X1 Main Temperature Sensor Input Passive or Active X2 Remote S P input Passive or Active Optional connection...

Страница 6: ...he UP DOWN arrow buttons to scroll through the menus pressing ENTER to open a particular menu to edit The relay assignments are user programmable and as such the relay use identifier text box above ea...

Страница 7: ...PROGRAM R5 FAN TO CYCLE WITH HEAT COOL CALL OR CONTINUOUS Y1 Y2 ANALOGUE PROGRAMMING SET MODE SETTINGS FOR THE 2 PROGRAMMABLE ANALOGUE Y1 Y2 O P s X1 SENSOR CONFIGURATION SET MAIN CONTROL SENSOR WHIC...

Страница 8: ...nu item in the menu tree SET CLOCK Press the ENTER button to check and edit the controllers time date and day light saving enable or disable settings Daylight saving if enabled starts on the 1st Sunda...

Страница 9: ...em Switch or external interlock wired in parallel with the 2 sensor wires connected to our passive temperature sensor or alternatively shorting the controllers D1 M terminals which has the same affect...

Страница 10: ...te at any time day s and set as a switching ON event or OFF event Typically the switching events would be programmed in the order of ON events with common days time followed by an OFF event with match...

Страница 11: ...time leave as for disabled days After Sunday is entered the display will jump to the ON time setting screen use the UP DOWN buttons to set the ON time then press ENTER The controller will then ask sh...

Страница 12: ...e UP or DOWN buttons scroll through calendar dates until the required 1st HOLIDAY START date is displayed press ENTER to then also program the 1st HOLIDAY END date which can either be the same as the...

Страница 13: ...the LCD display jump to the 1st menu item in the menu tree SET CLOCK scroll down through the menu tree with the DOWN arrow button until RELAY PROGRAMMING is displayed Press the ENTER button to open t...

Страница 14: ...relay stage turns on after exceeding the deadband setting RELAY SUMMARY SCREEN EXAMPLES R M RELAY 1 4 MODE OF OPERATION H C B 0 TIME SW2 D_B DEADBAND 0 25c S_D SWITCHING DIFFERENTIAL 0 1 20c Tdly TIME...

Страница 15: ...ortable To set or edit the two analogue outputs Y1 Y2 for mode of operation and output characteristics Press the fascia button labeled ENTER to have the LCD display jump to the 1st menu item in the me...

Страница 16: ...DEADBAND 0 25c P_B PROPOTIONAL BAND 1 25c P I INTEGRAL TIME 1 60min or P only HEVAC CONTROL AGENCIES PTY LTD 7 54 HOWLEYS RD NOTTINGHILL VIC 95627888 www hevac com au 07 11 19 OR OR USE UP DOWN BUTTON...

Страница 17: ...ble from 5 to 5c for 0v adjustable upto 100c for 10v HEVAC CONTROL AGENCIES PTY LTD 7 54 HOWLEYS RD NOTTINGHILL VIC 95627888 www hevac com au 21 10 19 17 28 LAST STATE DISPLAYED Note if active sensor...

Страница 18: ...h the DOWN arrow button until X3 O AIR TEMP CONFIGURATION is displayed Press the ENTER button to open this menu and the existing status is displayed If DISABLED is displayed press the DOWN arrow butto...

Страница 19: ...also necessary to reposition a physical input select jumper on the controller s bottom pcb Remove screws holding the lid to base and hinge lid to the right locate the row of red jumpers located under...

Страница 20: ...fascia button labeled ENTER to have the LCD display jump to the 1st menu item in the menu tree SET CLOCK using the DOWN arrow button scroll down the menu until X7 CO2 SENSOR CONFIGURATION is displayed...

Страница 21: ...cycle dampers connected to analog output Y1 to reposition to the full fresh air mode These output states are maintained until the room temperature drops to a settable temperature difference in relatio...

Страница 22: ...7 isnt used for CO2 measurement X7 can be set as ground source for the modbus shield connection by setting input pin CN4 to the C position otherwise the shield wire needs to be connected to a good ear...

Страница 23: ...to a minimum value even in time switch only mode for use as a time switch controlled fixed analogue output module OTHER NOTABLE FACTORY SOFTWARE DEFAULT SETTINGS CONTROLLER SET AS STANDARD TEMP MODE...

Страница 24: ...NSOR ON OFF SWITCH C W SETPOINT POT C W S P ON OFF SW DUCT TEMPERATURE SENSOR OUTSIDE AIR SENSOR PASSIVE OUTSIDE AIR SENSOR ACTIVE ROOM CO2 SENSOR 3 WIRE 3 WIRE HCRW5 ROOM TEMP CO2 SENSOR 4 WIRE OPERA...

Страница 25: ...tch on period BOTH 3 0 1 0 3 00 COMPRESSOR 3 BOTH 2 0 0 5 2 00 COMPRESSOR 2 BOTH 1 0 0 3 1 00 COMPRESSOR 1 HEAT 0 5 0 4 0 10s rev valve HEAT Y1 Y2 ANALOGUE OUTPUT ASSIGNMENTS ANALOG O P I MODE IDEADBA...

Страница 26: ...ME _____ _____ ACTION ON OFF TIME _____ _____ ACTION ON OFF TIME _____ _____ ACTION ON OFF TIME _____ _____ ACTION ON OFF TIME _____ _____ ACTION ON OFF TIME _____ _____ ACTION ON OFF TIME _____ _____...

Страница 27: ...PI MAX O PI NOTES X ANALOGUE INPUT CONFIGURATIONS X I P I PURPOSE IActive PassiveI OFFSET I 10v I PCB JUMPER POS I NOTES X1 I MAIN TEMP SENSOR __I I I I I X2 I REMOTE SETPOINT I I I I I X3 I OUTSIDE A...

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