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4.9 - Detailed menu description

ATTENTION: Depending on the unit characteristics, certain menu items are not used.

4.9.1 - GENUNIT menu

NAME

FORMAT

UNIT

NOTE

DESCRIPTION

CTRL_TYP

0/1/2

-

1

Control mode type 

STATUS

0-9

-

2

Operating status

min_left

0-15

min

Start-up delay

LSP_SEL

0/1/2

-

11

Setpoint selection via the interface

SP_SEL

0/1/2

-

10

Setpoint selection via the CCN network 

SP_OCC

Yes/No

-

Occupancy setpoint

CHIL_S_S

Enable/Disable

-

3

Unit start/stop via the CCN network

CHIL_OCC

Yes/No

-

4

Unit time schedule via the CCN network

CAP_T

nnn

%

Total unit capacity

DEM_LIM

nnn

%

7

Demand limit value

SP

±nnn.n

°C

Current setpoint

CTRL_PNT

±nnn.n

°C

8

Control point

EMSTOP

Enable/Disable

-

9

CCN emergency stop

NOTE

DESCRIPTION

1

0 = Local,  1 = CCN,   2 = Remote

2

 The STATUS point can have the following values: 

 Off            > STATUS = 0              

 Ready       > STATUS = 5

 Running    > STATUS = 1

 Override    > STATUS = 6

 Stopping   > STATUS = 2

 Defrost      > STATUS = 7

 Delay        > STATUS = 3

 Run Test   > STATUS = 8

 Tripout      > STATUS = 4

 Test          > STATUS = 9

3

Permits starting/stopping the machine, in CCN mode only. The override value is displayed, but only used, if the unit is in CCN mode.

4

Indicates if the unit is in occupied mode or not. In CCN mode the value can be forced and used instead of actual occupancy status,.

7

Demand limit active. This point can be forced in CCN mode and this override value will have priority over the other limit values (external or limit control).

8

Control point. This point can be forced in CCN mode and this override value will have priority over the value calculated by the control.

9

Always active if the unit is not in CCN mode.

10

Setpoint selection. This point can be forced in CCN mode and this override value will have priority over the setpoint selection in Remote mode.

11

0 = Auto,  1 = Spt1,   2 = Spt2

4.9.2 - TEMP menu

NAME

FORMAT

UNIT

DESCRIPTION

EWT

±nnn.n

°C

Heat exchanger entering water temperature

LWT

±nnn.n

°C

Heat exchanger leaving water temperature

OAT

±nnn.n

°C

Outside air temperature

CHWSTEMP

±nnn.n

°C

Common master/slave temperature

SCT_A

±nnn.n

°C

Saturated condensing temperature

SST_A

±nnn.n

°C

Saturated suction temperature

SUCT_T

±nnn.n

°C

Suction gas temperature

ECO_SST

±nnn.n

°C

Saturated suction temperature at the EXV Eco

ECO_SUCT

±nnn.n

°C

Suction gas temperature at the EXV Eco

DEFRT_A

±nnn.n

°C

Defrost temperature

DEFRT_2

±nnn.n

°C

Defrost temperature of the second heat exchanger

4.9.3 - PRESSURE menu

NAME

FORMAT

UNIT

DESCRIPTION

DP_A

±nnn.n

kPa

Discharge pressure

SP_A

±nnn.n

kPa

Main suction pressure

ECO_SP_A

±nnn.n

kPa

Suction pressure EXV Eco

W_P_IN

±nnn.n

kPa

Entering water pressure

4.9.4 - SETPOINT menu

NAME

FORMAT

DEFAULT

UNIT

DESCRIPTION

hsp1

26.7 to 65

65

°C

Heating setpoint 1

hsp2

26.7 to 66

61

°C

Heating setpoint 2

hramp_sp

0.2 to 2.0

1

^C

Ramp loading

lim_sp1

0 to 100

100

%

Limit setpoint 

Summary of Contents for 61AF

Page 1: ...61AF Pro Dialog Control Operating instructions MAINMENU STATUS Circuit B Total Capacity CAPB_T 0 DEM_LIM 100 SP 4 2 C CTRL_PNT 28 9 C EMSTOP dsable ENTER START STOP PRO DIALOG...

Page 2: ...2 Default screen characteristics 6 4 3 Password screens 6 4 4 Menu screen characteristics 6 4 5 Data screen or configurable parameter characteristics 6 4 6 Parameter modification 7 4 7 Operating mode...

Page 3: ...is an electronic control system to regulate units of the following types 61AF These units have only one refrigerant circuit The Pro Dialog control regulates compressor start up to control the water l...

Page 4: ...y communication via the CCN bus 3 4 The sensors Pressure sensors Two types of electronic sensors are used low pressure suction pressure and pump entering pressure optional high pressure discharge pres...

Page 5: ...X J12 Series RJ 45 series connection Pin 1 signal Pin 2 ground Pin 3 signal J2A J2B J3 J4 J12 J3 J11 J10 J9B J9A J5 J6 J7A J7B J8 J1 J2 J6 J5 J4 J9 J8 J7 3 6 2 Volt free on off contact If the unit wor...

Page 6: ...entry screen 0_ Password value 0 basic access Description The password is entered digit by digit The cursor is shown at the current digit that flashes The arrow keys modify the digit value The digit m...

Page 7: ...for the first selected character Modify value Description of the screen hsp 2 45 C Current value 46 C New value before validation Heating Setpoint 2 Item description The value is validated with the En...

Page 8: ...emperatures Pressures Setpoint Inputs Outputs Unit status Operating time Language selection Alarm menu Configuration menu Disconnection Reset of the alarms Current alarms Alarm history Time schedule H...

Page 9: ...N mode and this override value will have priority over the other limit values external or limit control 8 Control point This point can be forced in CCN mode and this override value will have priority...

Page 10: ...sor A2 st_cp_a2 nnnnn Number of start ups compressor A2 hr_fana1l nnnnn hours Number of low speed operating hours fan A1 hr_fana1h nnnnn hours Number of high speed operating hours fan A1 hr_fana2l nnn...

Page 11: ...off time schedule OCC1P02S Unit setpoint selection time schedule 4 9 15 HOLIDAY menu NAME DESCRIPTION HOLDY_01 Holiday period 1 HOLDY_02 Holiday period 2 HOLDY_03 Holiday period 3 HOLDY_04 Holiday pe...

Page 12: ...start up of the first electric heater stage ehs_defr Yes No No Quick electric heat stages for defrost 4 9 20 RESETCFG menu NAME FORMAT DEFAULT UNIT DESCRIPTION oathr_non 10 to 51 7 10 C Outside tempe...

Page 13: ...ive on the same day the occupied mode takes priority over the unoccupied period Each of the eight periods can be displayed and changed with the aid of a sub sub menu The following table shows how to a...

Page 14: ...Wednesday Thursday Friday Saturday Sunday Holiday OCCTOD6 0 00 24 00 00 00 Occupied from UNOCTOD6 0 00 24 00 00 00 Occupied until DOW7 0 1 0 Period 7 days of the week MTWTFSSH Monday Tuesday Wednesda...

Page 15: ...Off Active Unoccupied Remote Off Active Open Remote Remote Off Active Remote Unoccupied Remote Off Active Closed Occupied Disabled No Remote On Active Closed Remote Occupied Disabled No Remote On 5 2...

Page 16: ...ion of compressor starts which makes leaving water temperature control less precise In addition the high pressure low pressure or defrost unloading functions can also affect the temperature control ac...

Page 17: ...CCN bus All parameters required for the master slave function must be configured through the Service configura tion menu Master slave operation requires the connection of a tempe rature probe at the c...

Page 18: ...ctions The local interface and its various menus give access to all unit operating conditions If an operating fault is detected an alarm is activated and an alarm code is stored in the Alarms menu sub...

Page 19: ...01 Water heat exchanger frost protection Automatic if the same alarm has not tripped during the last 24 hours otherwise manual Water flow rate too low or defective thermistor Unit is shut down 19 P 05...

Page 20: ...arm No Alarm code Alarm description Reset type Probable cause Action taken by the control Process faults continued 37 FC nn Illegal factory configuration number Manual The unit size has been configure...

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