GDH Air Series, Geo Series User Manual

!

User Guide

GDH™-Heat-Pump-Manager

Air & Geo Series

2

Contents Page

1. Introduction

1.1 Warranty und guarantee 3

1.2 Product description 3

1.3 Power supply 3

1.4 User terminal connection 3

2. Controller board

2.1 Controller board drawing 4

2.2 Controller In & Outputs 5

2.3 Pre connected I/O 6

2.4 Connection valves/pumps 7

2.5 ID Digital inputs (24 V) 8

2.6 Y - Analogue outputs 9

2.7 B - Analogue inputs – Temperature sensors 9

2.8 Temperature sensors configuration 10

3. Controller Display

3.1 Display connection 11

3.2 Connection port 11

3.3 Dimensions 11

4. GDH-Heat-pump Manager

4.1 Main menu 12

4.2 Menu structure 13

4.3 Menu description 14

5. Setup the GDH Heat pump manager

5.1 Functions 17

5.2 Setup 18

5.3 Select the heat pump working mode 19

5.4 Select the heat pump operation mode 20

5.5 Automatic Unit mode 21

5.6 Setting temperatures for standard operation mode 22

5.7 Setting temperatures for energy saving mode 23

5.8 Automatic Summer and Winter changeover 24

5.9 Heating circuits 24

5.10 Heat circuit settings 25

5.11 Heating / cooling curve 26

5.12 DHW / Anti-legionella mode 26

5.13 EVU –

5.14 Bivalent mode 28

5.15 Fan/Night mode 28

5.16 Freeze protection Geo 29

5.17 Freeze protection Air 29

6. Parameter table 30

7. Alarm management 59

heat management 27

8. Optional accessories

8.1 Room display 63

8.2 Dew point sensor 63

8.3 BMS – Internet module 64

9. Temperature probe resistant 65

10. Change the battery 66

3

1. Thank you for choosing to purchase a

GDH heat pumps are subjected to strict

and performance during the final

Our GDH engineers hope you enjoy our

Providing all installation and operation instructions have been observed, GDH

onth warranty. User error,

improper installation, incorrect control

or vandalism are not covered by the

Manager is a

compliance with the European RoHS

conditioning and

refrigeration sectors and ensures absolute

Manager runs the control

program, and is fitted with the set of

devices (compressors, fans, …). The

electronic expansion valve guarantees best

o the room terminal for

monitoring and controlling the room

1.3 Power supply

Manager and terminal

to the other electrical devices (contactors

nd other electromechanical components) inside the electrical panel. The internal transformer ensures double insulation

cable type

distance

power supply

telephone

30 m

150 mA

AWG24

cable

200 m

150 mA

GDH heat pump.

quality control tests in terms of functional efficiency inspection process.

products and the associated cost savings!

1.1 Warranty and guarantee

provides a 24-m

settings or damage caused by third parties

warranty.

1.2 Product description This GDH-Heat-Pumpmicroprocessor-based electronic controller in

230 Vac version: The power supply to the GDH-Heat-Pumpshould be separated from the power supply

a

between the instrument and the high voltage power line.

1.4 User terminal connection The maximum distance between the GDHHeat-Pump-Manager and the user terminal is shown in the table below:

shielded

directives. It provides a solution for many applications in the air-

versatility, allowing specific products to be created on customer request. The GDHHeat-Pump-

terminals required for the connection to the

parameters are saved to Eeprom, ensuring they are stored even in the event of power failures (without requiring a backup battery). The embedded driver for single-pole stepper

performance of the cooling circuit thanks to PID superheat control. Finally, the GDHHeat-Pump-Manager offers the possibility of connecting it t

temperature.

4

2. Controller

2.1 Controller board drawing

5

GEO

AIR

220 Volt Outputs

NO1

Compressor 1

NO2

Ground source pump

-

NO3

Primary circuit pump

NO4

DHW circuit pump

NO5

Mix circuit pump

NO6

External boiler / heater

NO7

Heating circuit pump

NO8

DHW boiler/heater

DHW boiler / heater

NO9

General Alarm

General Alaram

NO10

4-way reversing valve

NO11

Mix circuit pump 2

NO12

Crankcase heater

24 Volt Inputs

ID1

Flow switch ground source side

-

ID2

Dew point sensor 1 – Heating

ID3 - -

ID4

Dew point sensor 2

ID5

EVU / Heat management

ID6

DHW storage heater overload

ID7

Integration boiler/ heater alarm

ID8

Remote on-off

ID9

Dew point sensor 3

ID10

Primary circuit flow switch

0-10 Volt Output

Y1 (0-10V)

Mix valve 1

Y2 (0-10V)

Cooling circulation pump

Y3 (0-10V)

Mix valve 2

Y4 (0-10V)

-

Fan

Temperature sensors

B1 (NTC)

Ground source circuit outlet temp.

Heat exchanger temperature

B2 (NTC)

Ground source circuit inlet temp.

-

B3 (NTC)

DHW control temp.

B4 (NTC)

Prim. system inlet temp.

B5 (NTC)

Mixing heating circle temp. 1

B6 (NTC)

Outside air temp.

B7 (NTC)

Primary system outlet temp.

B8 (NTC)

Mixing heating circle temp. 2

B9 (NTC HT)

Comp. discarge gas temp.

B10 (NTC)

Suction temperature

B11 (0-5V)

High pressure transducer

B12 (0-5V)

Low pressure transducer

!

2.2 Controller In & Outputs

Already connected by the factory

Recommend connection for installation

Additional connection for installation

6

NO3

1. pre-connected Primary circuit pump

Connect your main circulation pump from the heat pump to your

The DHW circulation pump or 3-way-valve loads the Domestic Hot Connection for the circulation pump for heating mix circuit pump 1

An additional heater can be electric or a gas/oil boiler. The heater and Circulation pump connection for the heating circuit pump.

Additional heater for the DHW - Domestic Hot Water Buffer tank.

When the heat pump has any alarm, this contact will be closed. You Connection for the circulation pump for heating mix circuit pump 2.

2.3 Preconnected I/O Outputs: NO 220 Volt (6 Ampere)

buffer tank. This pump is only working when the heat pump works.

NO 4 2. pre-connected DHW circuit pump / 3-way valve

Water tank when the heat pump switches to DHW mode.

NO 5 Mixing heating circuit pump 1

NO 6 3. pre-connected External boiler / heater

heat pump can work together or alone.

NO 7

NO 8 4. pre-connected DHW storage additional heater

NO 9 General alarm

NO 11 Mix circuit pump2

Heating circuit pump

can switch between close and open in the service settings.

7

2.4 Connection valves/pumps

No.

Function

1

Primary circuit pump

The most important digital outputs are pre-connected inside the heat pump.

2

3

4

5

DHW circuit pump / 3-way-valve

Additional boiler / heater

DHW heater

4-way-valve (Factory connected)

220V – 50 Hz – max. 6 A

8

ID2

Dew point heating circuit

Dew point sensor for the cooling mode of the heating cirucuit.

Dew point sensor 2 for the cooling mode of the Mixing heating circuit

Connection to the EVU device from your local energy supplier. Switch

Switch the heat pump on or off by an external controller / Home

Dew point sensor 3 for the cooling mode of the Mixing heating circuit

2.5 ID - Digital inputs (24 V)

ID4 Dew point mixing heating circuit 2

2.

ID5 EVU / Heat management

the heat pumps into the EVU mode. Please ask your local energy supplier if you need this function.

ID8 Remote on-off

control system.

ID9 Dew point sensor 3

2.

9

Y1

Heating circuit 1 – Mix valve

Valve for the heating mix circuit 1

Connection for a cooling pump for the primary pump to the buffer

Valve for the heating mix circuit 1

B3

DHW control temp.

Domestic Hot Water tank temperature control.

Temperature for control the 3-way-valve of the heating circuit 1.

Connect to the north side of the building.

Connect to your buffer tank or back temperature (inlet).

Temperature for control the 3-way-valve of the heating circuit 2.

2.6 Y - Analog outputs

Y2 Cooling pump / valve

tank circuit.

Y3 Heating circuit 1 – Mix valve

2.7 B - Analog Inputs – temperature Sensors

B5 Mixing heating circle temp. 1

B6

B7 Primary system buffer tank / return temp.

B8 Mixing heating circle temp. 2

Outside air temp.

10

Sensor

Function

Menu

Standard

B3

DHW control. Temperature

Gfb02

NO

B4

Primary system inlet temperature

Gfb04

YES

B5

Mixing heating circle temp. 1

Gfb03

NO

B6

Outside Air temp.

Gfb03

YES

B7

Primary system outlet temp.

Gfb04

YES

B8

Mixing heating circle temp. 2

Gfb04

NO

2.8 Temperature sensors configuration

The heat pump manager needs different temperature sensors to manage the hydraulic functions. You need to activate some sensors for different functions.

You can also set an offset for the sensor. In some cases the temperature must be calibrated, f.ex. when the sensor cable will be extended.

Main sensors for the hydraulic functions are:

Controls the water tank for the DHW hot water production. When the sensor detect the temperature to heat up the water tank, the controller will switch the 3-way-valve or the water pump.

Controls the water tank temperature of the heating buffer tank. In some applications without buffer tank, the sensor can be placed at the back pipe to the heat pump. When the sensor turns on the heat pump, the controller switch on the primary circulation pump.

Controls the position of the 3-way-valve for the mixing circle. The sensor will be placed direct to the circle.

The sensor needed for the defrost, temperature compensation (heating curve), freeze protection functions.

Measures the outlet system temperature. Used for the freeze protection function.

Controls the position of the 3-way-valve for the mixing circle. The sensor will be placed direct to the circle.

11

3.0 Controller Display

Phone cable

30 m

CAT5 cable

200 m

3.2 Connection port

3.1 Display connection

Connect the display with the controller board in your heat pump.

Connector J7 on the controller board.

Max. communication cable

Connection of display by RJ11 plug on the backside of controller display.

3.3 Dimensions

Plug: RJ11 / 6 poles Cable: 6 Adriges phone cable RJ11 plug < > RJ11 plug

Length of communication cable is 10m.

Figures in mm

12

!

1.) System Temperatures

DHW = Domestic Hot Water temp.

System T = Heating temp.

3.) Status

4.) Status heat pump Compressor

On DHW

Off Water pump

ECONOMY

Additional heater

AUTO

Defrost

Alarm

Menu

Esc

Up

Enter

Down

Status

!

2.) Date, Time

!

Status

!

4. GDH-Heat-Pump-Manager

4.1 Main Menu

The graphic display control all heat pump functions.

The display is shared in 4 areas.

Outd. T= Outdoor temp.

13

4.2 Menu structure

A. !On/Off

" "

B. Set point

" " C. !Clock / Bands

" D. Inputs/Outputs

" E. Alarm log

" F. Change board

" " G. Service

" a. Change language

"

b. Information

"

c. Unit temp. control

"

d. Hour counter

" "

e. BMS config.

"

f. Service parameters

a. Hour counter!settings

" "

b. Probe calibration

" " c. Temperature control

" " d. User default/change PW1

g. Manual management H. Manufacturer

"

"#!$%%&''!()&!*&+,-!&+(&.!/$''0#.1!

234!

14

4.3 Menu description

Used to set the set point for the Antilegionella function and the heat pump (standard and energy saving set point for

the selection screens relating to the heat

backup battery that stores the time.

A.

Unit On/Off The unit status can be set from the main menu (A.), based on the selection made.

On the first row the selection can be: ON = standard conditions, OFF = standby, ENERGY SAVING = “reduced” set point for greater energy saving, AUTO = scheduler activated.

The second row (only editable if OFF is selected on the first row), on the other hand, is used to select the heat pump operating mode (COOLING+DHW, HEATING+DHW, DHW ONLY, HEATING ONLY, COOLING ONLY, AUTO).

ON/OFF Unit

and date for all the associated functions. The time, date, time bands, closing periods and holidays are set from the Clock/Time bands menu (C.). The screens are:

• Time and date setting

• Four daily time bands

• Closing periods, up to a max. of three

• Holidays/special dates, up to a max.

of six Below are the screens for setting the “unit only”:

The remote ON-OFF digital input can be used to place the entire system in standby, including domestic hot water control.

Note: standby can be set on screen A02 with the “enable temporary off” function, used to start the unit again at a pre-set time and date.

B.

Set point

“heating/cooling”, and for domestic hot water production). The following figures only show

pump set point.

Thermoreg. Unit

C. Clock/Time bands Description of operation: Heat pump manager is fitted with an internal clock with

Clock

To set less time bands than the four allowed, simply leave the symbols “--:--“ in the field “hh:mm”, doing the same for the set point.

On any day, four different time bands can be set, with corresponding set point for each band. After this each day of the week can be selected, either copying the previous day#s settings, or configuring them day-by-day. To select the set point see the corresponding paragraph and the parameters in the general table of parameters.

For these types of units, system inertia is on average quite long, as radiant systems very often have large masses; in these cases, the working set points (COMFORT and ECONOMY) are set very close together. Consequently, also the time bands are normally reduced, because they consider the significant inertia of the system.

15

alarms, access the log from the service

(if present), display the currently active alarms and reset them (obviously these

nto two

protected is used to display and set the

G.a. Change language: select one of the languages loaded in the application (Italian,

G.b. Info: view information relating to the

information concerning the GDH board

hours of the main moving devices

sors and pumps on the unit and

parameters required for connection to a supervisory system; this thus depends on

CAREL protocol, and cards can be

Note: OFF status still guarantees unit antifreeze protection.

Time bands can be created for one day and then copied to other days if these are the same.

D.

Inputs/Outputs From the main menu (D.), both the type and the physical status of the inputs and outputs, digital and analogue, can be displayed in sequence. If the input or output has not been set (no device connected), “----“ will be displayed. The related screens are shown below.

G. Service The service submenu is accessed from the main menu (G.), and is divided i parts, the first (a,b,c,d) not password-

following data:

English...).

application code (and corresponding version) on the first screen, while the second shows

hardware.

Information

G.c. Unit temp. control:

Input/Output

E.

Alarm log From the main menu (E.) the logged alarms can be displayed in sequence; to reset the

menu with password. The “ALARM” button on the other hand is used to mute the buzzer

remain in the log) and then access the log directly.

Data logger

Note: the list of active alarms can be

accessed from the main page, by pressing

.

G.d. Operating hours: displays the operating

(compres that depend on the type of configuration) that may require periodical maintenance.

Working hours

Note: from this point on in the submenu, access requires password entry (PW1 – default 1234). G.e. BMS configuration: used to set all the

the type of optional card that is fitted and the type of protocol selected. Choosing “CAREL”, connection can be made over RS485 to a supervisor that supports the

connected that convert the CAREL protocol to others, such as the TCP/IP card or the

16

operating hour threshold for the main

configuration) that require periodical

to be added to or subtracted from the

ing made by the probe in question.

Once the offset (Ofs) value has been

G.f.c. Temperature control: this branch includes all the parameters relating to temperature control and modifiable during

corresponding to the manufacturer area,

G.g. Manual management: used to switch the individual actuators on the unit from

OFF, while for analogue outputs the

the defaults are Auto. This selection bypasses control, but not the alarm

Trend card.

BMS config.

G.f.a. Hour counter settings: used to set the

devices on the unit (depending on the type of

maintenance. The timer for each device can be reset on the same screen.

Work. Hours. set

G.f.b. Probe calibration: used to set an offset

read

confirmed, pressing automatically updates the reading of the corresponding probe (shown on the side).

Probe adjust.

installation or service, except for those that

which are found under the H.c. branch.

G.f.d. User def./change PW1: used to reset the alarm log and modify password PW1.

User default

automatic to manual. For digital outputs, the status may be ON or

selection varies from 0-100%, obviously all

thresholds set, so as to ensure safety of the unit. In general, this operation is used to test the individual actuators during installation.

Manual mng.

Note: The respective probes can also be

enabled or disabled on these screens.

17

Heating / cooling / dhw / auto mode:

Anti-Legionella function:

DHW mode:

Bivalenz / Boiler:

Circulation pumps:

EVU-Mode:

Freeze Protection (Only for AIR /not

Fan-Night mode: (Only for AIR series)

5. Setup the GDH Heat pump manager

5.1 Functions

The heat pump is delivered out with standard factory settings. After installation, you can switch it on for testing.

The standard factory settings are:

Mode: Heating Temperature: Heating 55

o

C

The temperatures will be calculated by the heating curve and the temperature setting.

When Auto mode is selected you can setup different time programs.

Don´t use the cooling in winter for the models that have the heat exchanger outside.

In “DHW”-mode, only the Hot Water function is enabled. Temperature setting is using by the setpoint for DHW.

When Heating / Cooling with “DHW” selected, the DHW has priority.

The primary circulation pump works only when the heat pump compressor is on. You have the possibility to set up the pump to “always on”.

DHW-3-Way-Valve pump output can be used also as a DHW circulation pump.

Additional Mixing circulations pumps are working only when the circuit is activated

Heats up the water tank to a higher temperature. The date is set by a scheduler. This function avoids legionallas in the water tank.

The controller can control up to two additional heaters. One for the main circuit for heating and the other one can be set into the dhw tank. The activations depends on the outside temperature. You can select if the heat pump will be switchted off or run together with the boiler.

Some electric companies switch off the electricity for heat pumps in peak seasons for 1-2 hours. This function recognizes the cut off from the compressor and optional you can select a additional heater when the water temperatures falls under the setpoint.

split): Protects the heat exchanger outside in the heat pump against frost. The heat pump switches automaticly on the circulation pumps when the temperature at the heat exchanger is under the selected set point.

You can select a time range when the fan should be running slower.

Please note that the fan is only running max. 60%. You should not run it under 30%.

18

5.2 Setup

19

ON/OFF Unit A01

5.3 Select the heat pump working mode

GDH heat pumps can operate by a manual mode or by automatic mode selections. The user must select the mode on his own requirements and efficiency aspects.

OFF Heat pump is in “STAND BY” mode ON Heat pump works with “ON” temperature settings AUTO Heat pump works with the “TIME SHEDULER” ENERGY SAVE Heat pump works with “ENERGY SAVE” temperature settings

Heat pump unit

OFF

AUTO

Options for the working mode select

20

You can select only this menu, when the heat pump is “OFF”.

ON/OFF Unit A01

5.4 Select the heat pump operation mode.

!

AUTO Automatic change over between Summer and Winter mode COOLING Only “COOLING” according “ON” temperatures HEATING Only “HEATING” according “ON” temperatures COOLING+DHW “COOLING” + “DHW” according “ON” temperatures HEATING+DHW “HEATING” + “DHW” according “ON” temperatures DHW ONLY “DHW” only according “ON” temperatures

Heat pump unit

OFF

AUTO

Options for the operations mode select

21

Autom. Unit Mode A02

5.5 Automatic Unit Mode Summer and winter changeover. You can see this menu only when you select operation mode “AUTO” in A01.

Mode in Summer COOLING + DHW

Mode in Winter HEATING + DHW

Mode in summer Mode in winter

22

Thermoreg. Unit B01

Heat pump temperature

Thermoreg. Unit B01

Mixcircuit 1

!

Thermoreg. Unit B01

Mix circuit 2

5.6 Setting temperatures for standard operation mode

You can select the main temperatures for all heat pumps operation modes under this menu.

Nominal setpoint (ON)

Cooling: 12.0 °C Heating: 38.0 °C Domestic: 50.0 °C

Select the temperature for the “ON” mode. That is the standard temperature for the heat pump.

Cooling: 12.0 °C Heating: 38.0 °C!

Select the temperature for the “Mixcircuit 1” circuit. This menu is only shown, when the heating circuit is activated.

Cooling: 12.0 °C Heating: 38.0 °C!

Select the temperature for the “Mixcircuit 2” circuit. This menu is only shown, when the heating circuit is activated.

!

23

Thermoreg. Unit B01

Heat pump temperature

Thermoreg. Unit B01

Mixcircuit 1

!!Thermoreg. Unit B01

Mixcircuit 2

5.7 Setting temperatures for energy saving operation mode You can select the main temperatures for all heat pumps operation modes under this menu.

!

Energy save setpoint

Energy save setpoint Cooling: 12.0 °C

Cooling: 12.0 °C

Heating: 38.0 °C!

Heating: 38.0 °C Domestic: 50.0 °C

Select the temperature for the “Energy save setpoint” mode. That is the standard temperature for the heat pump.

Select the temperature for the “Mixcircuit 2” circuit. This menu is only shown when the heating circuit is activated.

Energy save setpoint Cooling: 12.0 °C Heating: 38.0 °C!

Select the temperature for the “Mixcircuit 1” circuit. This menu is only shown, when the heating circuit is activated.

!

24

Thermoreg. Unit GC02

Switch between Summer

5.8 Automatic Sommer and Winter changeover

You can set the criteria for the automatic change over when the heat pump is in “AUTO” mode. Set the temperature and the differential when the heat pump manager start the changeover.

You can change the min. measuretime for the temperature change over. For example when the heat pump mangager measures 24h a temperature under the setpoint, the mode will be switched.

Please select the starting mode under “Actual selected mode”.

and Winter mode Setpoint: 18.0 °C Differential: 1.0 °C Minimumtime: 24 h Actual selected mode: Wintermode

5.9 Heating circuits

You can configure up to three heating circuits. The controller can manage:

! DHW pump or valve with own temperature set point and Anti Legionella function.

! Primary heating circuit with one circulation pump to load the buffer tank.

! Heating circuit with one circuit pump and temperature control over the primary heating circuit.

! Mix circuit 1+2 with 3-way-valve, temperature control.

25

Configuration GC03

Heatcircuit:

Configuration Gc06

Heatcircuit:

!

Configuration Gc07

Heatcircuit:

Configuration Gc05

Heatcircuit:

Configuration Gc04

Mixcircuit 1: enabled

5.10 Heat circuit settings

Type to calc. Setpoint

-Temperature external-

Select the type of regulation:

! Temperature external Compensation of the heat pump temperature regarding outdoor temperature. The heat pumps temperature will be increase or decrease. ! Roomdifference Measures the temperature in a reference room at increases or decreases the heat pump temperature. ! fixed Setpoint Uses the heat pump temperature without compensation.

ext. Air cooling cal. SP ext. Air min ! SP inc.

20.0°C 10.0 K ext. Air max ! SP dec.

30.0°C 10.0 K

Cooling compensation Select the external Air temperature range: (Outdoor temperature) For example: 20 °C the min. temperature in sommer and 30 °C the max. temperature in sommer.

The SP = Setpoint is the compensation.

The Setpoint will be increases when the outdoor temperature going colder and decreases when the outdoor temperature goes up.

ext. Air Heating cal. SP ext. Air min ! SP inc.

10.0°C 10.0 K ext. Air max ! SP dec.

20.0°C 10.0 K

Heating compensation Select the external Air temperature range: (Outdoor temperature) For example:

-20 °C the min. temperature in winter and 20 °C the max. temperature in sommer.

The SP = Setpoint is the compensation.

The Setpoint will be increases when the outdoor temperature going colder and decreases when the outdoor temperature goes up.

Roomterminal by Bus disabled

Select if the Heatcircuit using a Roomdisplay. (optional)

Type to calc. Setpoint

-Temperature external- Mixcircuit 2: enabled Type to calc. Setpoint

-Temperature external-

Mixcircuit 1/2 When you want to use other circuits, please repeat and enable the circuit.

26

5.11 Heating / cooling curve

The temperature can be calculated for compensation according outdoor temperature or with a special room temperature display.

Regulation based on the water inlet temperature. You need to setup the inlet temperature sensor direct into the buffer tank or the direct heating circuit.

5.12 DHW / Anti-legionella Mode

The application allows the domestic hot water temperature to be controlled by both activating a three-way switching valve and a pump or the electric DHW heater. Domestic hot water is controlled using probe B3 and the corresponding set points (Standard and Energy saving) are set on screens B01 and B02.

Domestic hot water integration heaters:

The type of domestic hot water integration is set on screen Gfc03. In this case, the corresponding digital output (NO8 set using the parameter on screen Gfc10) is activated and deactivated according to one of the differentials compared to the working set point, as illustrated in the following diagram:

27

Activation DHW electrical heater

Domestic hot water integration boiler:

In this case, the corresponding digital output NO8 (set using the parameter on screen Gfc03, which can also be set to replace the heat pump) is activated and deactivated according to a set point and differential defined on Gfc08.

Anti-legionella function:

A weekly algorithm can be activated (screen B03, if an integration system is enabled) that uses the domestic hot water integration output to avoid problems relating to the proliferation of Legionella, increasing the set point for a fixed time of 1h.

This function is also active when the unit is OFF.

5.13 EVU – heat management

The energy utility can switch off the energy in peak times or when you have special electricity traffic. When the EVU disconnect the electricity, a special unit will send a signal to terminal ID5. (24 Volt)

In case that the electricity company cuts the energy you have several options when the function is activated (Gfc62):

! none Compressor and Fan are switched off, all other functions are working. ! DHW + System The additional heater for DHW and the boiler/electrical heater will be switched on, when the temperature don´t reach the setpoint. ! DHW integriert Only DHW heater will be switched on, when temperature not reach the setpoint. ! System integriert Only Boiler/electrical heater will be switched on, when temperature not reach the setpoint.

28

COP

0 °C 7 °C

Temp-ext

Thermoreg. Gfc60

Fan night mode

5.14 Bivalent mode

Comparing cost effectiveness between heat pump and boiler

The boiler can be managed either as an integration system or as an alternative to the heat pump. In the Manufacturer level, the efficiency of the heat pump is displayed on Ha08, while in the Service level to activate the function select “Enable boiler” based on cost effectiveness (Gfc05). In the same branch, the efficiency of the boiler and the cost of natural gas and electricity need to be set (Gfc06 to Gfc07), the latter can be set based on different rates at different times.

Again on screen Gfc05, the outside temperature can be read, below which the boiler is enabled based on the algorithm that is currently calculating the costs and efficiency of both systems (Heat pump and Boiler).

The following graph describes the simplified trend in COP according to the outside temperature, used in the cost comparison algorithms.

!

5.15 Fan/Night mode

Switches the fan to a specific time into a slower speed. Don´t select a speed lower than 30%.

Enabled: YES Max Speed reduced to:

30.0% Begin: 22:00 End: 5:00

29

Thermoreg. Gfc61

Freeze protection

5.16 Freeze protection (Geo)

This function is used to prevent potentially dangerous temperatures being reached for both the system and the geothermal loops. The values are measured using the outlet temperature probes (ground source and system primary circuit), setting an antifreeze set point and differential for the individual circuits. These values can be set in the Service branch (Gfc12-13 and Gfc16-17).

Antifreeze alarms are serious alarms that shut down the heat pump, reset may be manual or automatic as selected on the screens (see the table of alarms).

5.17 Freeze protection (AIR compact / Eco compact):

For the Air/Eco compact model the function can be set in Service branch (Gfc61). You can select different circulation pumps. The circulation pumps will be switched on when the Set Temperature is reached.

! Primary circulation pump ! Mix pump 1 ! Mix pump 2 ! Heat circuit circulation pump

Enabled: NO Set Temperature: 12.3°C Differential: 1.0°C Circ. pump: Primary

30

Mask

BMS

0: OFF

0: DHW ONLY

Enable “restart” function sleep

0: NO

Mask

Type Bms_

BMS

Heat pump temperature

Comfort temperature set point

38.0 /

°C /

Comfort temperature set point

50.0 /

°C /

Mixcircuit 1

6. Parameter table

A.ON-Off Unit

Display description Description Default UOM Min Max Possible values Type Bms_Dir

index

address

Heat pump unit

A01

"

Autom. Unit Mode

A02

Enable sleep mode:

"

A03

"

On/Off Selection if time bands enabled

Cooling heating selection for reverse cycle units

Mode in Summer 0 --- 0 5

Mode in Winter 0 --- 0 5

mode

Restart on” function restart day --- dd 1 31 " I R/W

Restart on” function restart month --- mm 1 12 " I R/W

Restart on” function restart year --- yy 0 99 " I R/W

0 --- 0 3

0 --- 0 2

0 0 1

1: ON 2: ENERGY SAVE 3: AUTO

1: AUTO 2: COOLING 3: HEATING 4: COOLING + DHW 5: HEATING + DHW

1: YES

I R/W

D R/W

Restart on” function restart hour --- h 0 23 " I R/W

Start function: Start “Restart on” function 0 --- 0 1

1: YES

I R/W

B.Setpoint

Display description Description Default UOM Min Max Possible values

index

Nominal setpoint (ON)

Cooling:

B01

Heating:

Domestic:

Nominal setpoint (ON)

B01a

Cooling:

(if mixcir ucit 1 enabl ed)

Heating:

Comfort temperature set point (cooling)

(heating)

(domestic)

Comfort temperature set point (cooling)

Comfort temperature set point (heating)

12.0 /

53.6

100.4

122.0

12.0 /

53.6

38.0 /

100.4

°C /

°F

°C /

°F

°C /

°F

Hc18 Hc18 " A R/W 48

Hc18 Hc18 " A R/W 49

Hc19 Hc19 " A R/W 52

Hc18 Hc18 " A R/W

Dir

address

31

Mask

Type Bms_

BMS

Mixcircuit 2

Comfort temperature set point

38.0 /

°C /

Heat pump temperature

Economy temperature set point

32.0 /

°C /

Mixcircuit1

Economy temperature set point

32.0 /

°C /

Mixcircuit2

Economy temperature set point

32.0 /

°C /

Enable Antilegionella cycle (screen

70.0 /

°C /

Max_Temp_AAAA

Select day for Antilegionella cycle:

Sunday

Time:

Antilegionella cycle start hour

0 h 0

23

" I R/W

Mask

BMS

0: EN

Date:

Day setting (dd)

---

dd 1 31

I R/W

Display description Description Default UOM Min Max Possible values

index

Nominal setpoint (ON)

B01b

(if

mixcir

ucit 2 enabl

ed

Cooling:

Heating:

Comfort temperature set point (cooling)

(heating)

12.0 /

53.6

100.4

°C /

°F

Dir

address

Hc18 Hc18 " A R/W

Energy save setpoint

Cooling:

Heating:

B02

Domestic:

Energy save setpoint

B02a

(if

mixcir

Cooling:

ucit 1 enabl

ed

Heating:

Energy save setpoint

B02b

(if

Cooling:

mixcir

ucit 2 enabl

ed

Heating:

Antilegionella cyc:

Setpoint: Antilegionella cycle water set point

B03

Economy temperature set point (cooling)

(heating)

Economy temperature set point (domestic)

Economy temperature set point (cooling)

(heating)

Economy temperature set point (cooling)

(heating)

enabled only if DHW integration is enabled screen Gfc03)

15.0 /

°C /

59.0

°F

89.6

°F

50.0 /

°C /

122.0

°F

15.0 /

°C /

59.0

°F

89.6

°F

15.0 /

°C /

59.0

°F

89.6

°F

0 --- 0 1

158.0

°F

Hc18 Hc18 " A R/W 50

Hc18 Hc18 " A R/W 51

Hc19 Hc19 " A R/W 53

Hc18 Hc18 " A R/W

Min_Temp_AA*

0: OFF 1: ON

**

" A R/W

D R/W

(scre

en

enabl

ed if

Day:

DHW intrgr ation)

C.Clock/Scheduler

index

Day:

C01

• Monday;

• Tuesday;

• Wednesday;

• Thursday;

• Friday;

• Saturday;

•

Display description Description Default UOM Min Max Possible values Type Bms_Dir

Day of week calculation based on current date

0 --- 0 1 D R/W

1: Monday 2: Tuesday

1 --- 0 7

3: Wednesday 4: Thursday 5: Friday 6: Saturday 7: Sunday

I W

address

32

Mask

BMS

"

Month setting (mm)

---

mm 1 12

I R/W

"

Year setting (yy)

---

yy 0 99

I R/W Hour:

Hour setting

--- h 0

23

" I R/W

Minutes setting

--- m 0

59

" I R/W

0: MONDAY

0

0: NO F1

Set start hour, time band 1

8 h 0

24

I R/W "

Set start minutes, time band 1

30 m 0

60

I R/W

1

0: OFF

F2

Set start hour, time band 2

12 h 0

24

I R/W

30

2

0: OFF

F3

Set start hour, time band 3

13 h 0

24

I R/W

"

Set start minutes, time band 3

30 m 0

60

I R/W

1

0: OFF

F4

Set start hour, time band 4

17 h 0

24

I R/W "

Set start minutes, time band 4

30 m 0

60

I R/W

0

0: OFF 0: NO Start1

Set start day, period 1

---

dd 0 31

I R/W

"

Set start month, period 1

---

mm 0 12

I R/W

Stop1

Set end day, period 1

---

dd 0 31

I R/W

index

Display description Description Default UOM Min Max Possible values Type Bms_Dir

Day Scheduler settings 0 --- 0 6

Copy in Day to copy from scheduler 0 --- 0 6

" Start copy current day time bands

--- 0 1

1: TUESDAY 2: WEDNESDAY 3: THURSDAY 4: FRIDAY 5: SATURDAY 6: SUNDAY

1: YES

address

I R/W

C02

"

(Fields

enabled

if

“AUTO”

set on screen

A01)

" Set start minutes, time band 2

"

Enable holidays: Enable holiday period 0 ---

Set start type of set point, time band 1

Set start type of set point, time band 2

Set start type of set point, time band 3

Set start type of set point, time band 4

--- 0 2

m 0 60

--- 0 2

1: ON 2: ENERGY SAVE

1: YES

I R/W

D R/W

C03

" Set type of set point, period 1 --- --- 0 2

0: OFF 1: ON 2: ENERGY S.

I R/W

33

Mask

BMS

"

Set end month, period 1

---

mm 0 12

I R/W

Start2

Set start day, period 2

---

--- 0 31

I R/W "

Set start month, period 2

---

--- 0 12

I R/W

0: OFF

Stop2

Set end day, period 2

---

dd 0 31

I R/W

"

Set end month, period 2

---

mm 0 12

I R/W

Start3

Set start day, period 3

---

dd 0 31

I R/W

"

Set start month, period 3

---

mm 0 12

I R/W

0: OFF

Stop3

Set end day, period 3

---

dd 0 31

I R/W

"

Set end month, period 3

---

mm 0 12

I R/W

0: NO SD1

Set day, special day 1

---

dd 0 31

I R/W "

Set month, special day 1

---

mm 0 12

I R/W

0: OFF

SD2

Set day, special day 2

---

dd 0 31

I R/W

"

Set month, special day 2

---

mm 0 12

I R/W

0: OFF

SD3

Set day, special day 3

---

dd 0 31

I R/W

"

Set month, special day 3

---

mm 0 12

I R/W

0: OFF

SD4

Set day, special day 4

---

dd 0 31

I R/W "

Set month, special day 4

---

mm 0 12

I R/W

0: OFF

SD5

Set day, special day 5

---

dd 0 31

I R/W

"

Set month, special day 5

---

mm 0 12

I R/W

0: OFF

SD6

Set day, special day 6

---

dd 0 31

I R/W

index

Display description Description Default UOM Min Max Possible values Type Bms_Dir

" Set type of set point, period 2 --- --- 0 2

" Set type of set point, period 3 --- --- 0 2

En.special days: Enable special days 0 ---

1: ON 2: ENERGY S.

1: YES

address

I R/W

D R/W

" Set type of set point, special day 1 --- --- 0 2

" Set type of set point, special day 2 --- --- 0 2

C04

" Set type of set point, special day 3 --- --- 0 2

" Set type of set point, special day 4 --- --- 0 2

1: ON 2: ENERGY SAVE

I R/W

" Set type of set point, special day 5 --- --- 0 2

1: ON 2: ENERGY SAVE

I R/W

34

Mask

BMS

"

Set month, special day 6

---

mm 0 12

I R/W

0: OFF 0: DISABLE Transition time:

Time difference

60 m 0

240

" I R/W

0: LAST

0: ---

Hour of the day selected to start

0: LAST

0: ---

Hour of the day selected to end

index

Display description Description Default UOM Min Max Possible values Type Bms_Dir

" Set type of set point, special day 6 --- --- 0 2

DST: Enable daylight saving time 0 --- 0 1

Start:

"

in Month to start daylight saving 3 mm 0 12

C05

"

Week of the month to start daylight saving

Day of the week to start daylight saving

daylight saving

0 --- 0 4

6 dd 0 7

2 h 0 23 " I R/W

1: ON 2: ENERGY SAVE

1: ENABLE

1: FIRST 2: SECOND 3: THIRD 4: FOURTH

1: MONDAY 2: TUESDAY 3: WEDNESDAY 4: THURSDAY 5: FRIDAY 6: SATURDAY 7: SUNDAY

1: JANUARY 2: FEBRUARY 3: MARCH 4: APRIL 5: MAY 6: JUNE 7: JULY 8: AUGUST 9: SEPTEMBER 10: OCTOBER 11: NOVEMBER 12: DICEMBER

address

I R/W

D R/W

I R/W

End:

"

in Month to end daylight saving 10 mm 1 12

"at

Week of the month to end daylight saving

Day of the week to end daylight saving

daylight saving

0 --- 0 4

6 dd 1 7

3 h 0 23 " I R/W

!

1: FIRST 2: SECOND 3: THIRD 4: FOURTH

1: MONDAY 2: TUESDAY 3: WEDNESDAY 4: THURSDAY 5: FRIDAY 6: SATURDAY 7: SUNDAY

1: JANUARY 2: FEBRUARY 3: MARCH 4: APRIL 5: MAY 6: JUNE 7: JULY 8: AUGUST 9: SEPTEMBER 10: OCTOBER 11: NOVEMBER 12: DICEMBER

I R/W

35

Mask

Type Bms_D

BMS

B1 =Geothermal outlet temp.

B1= Ground source water outlet

B1= Heat exchanger

B2= Ground source water inlet

°C /

B3= Domestic hot water

°C /

B4= Primary water circuit inlet

°C /

B5= Mixing heating circle temp.

°C /

B7= Primary circuit water outlet

°C /

B8= Mixing heating circle temp.

°C /

B9= Compressor discharge

°C /

B10= Compressor suction

EVO S2 probe: compressor

barg

High pressure converted to

°C /

barg

Low pressure converted to

°C /

0: Close

ID2= Dew point sensor for the

0: Close

ID4= Dew point sensor for the

0: Close

ID01= Ground source well flow

0: Close

D.Input/Output

index

D01

D02

D03

D04

Display description Description Default UOM Min Max Possible values

:

B1 =Air exchang.temp.:

B2 =Geothermal inlet temp.:

B3 =DHW control temp.:

B4 =Primary return temp.:

B5 =Mix circle temp. 1.:

B6 =Outside air temp.: B6= Outside air temperature ---

B7 =Primary outlet

B8 =Mix circle temp. 2.:

B9 =Discharge comp.:

temperature

1

temperature

2

temperature

ir

address

°C /

---

-99.9 / -147.8 99.9 / 211.8 " A W

°F

-99.9 / -147.8 99.9 / 211.8 " A W

°F

-99.9 / -147.8 99.9 / 211.8 " A W

°F

-99.9 / -147.8 99.9 / 211.8 " A W

°F

-99.9 / -147.8 99.9 / 211.8 " A W

°F

-99.9 / -147.8 99.9 / 211.8 " A W

°F

-99.9 / -147.8 99.9 / 211.8 " A W

°F

-99.9 / -147.8 99.9 / 211.8 " A W

°F

-99.9 / -147.8 99.9 / 211.8 " A W

°F

B10 =Suction comp.:

D05

S2 EVO =Suction:

B11 =Condensation B11= High pressure transducer ---

D06

B12 =Evaporation B12= Low pressure transducer ---

01=Overl.ext.fan: ID1= Fan thermal overload --- --- 0 1

D07

(scre

02=Dew point sensor 1:

en

enabl

ed if

03=High press. sw.: ID3= High pressure switch --- --- 0 1

AW

unit)

04=Dew point sensor 2

temperature

suction temperature

(only when EVO external or OnBoard enabled)

temperature

heating circuit

mixed heating circuit 1

°C /

---

--- --- 0 1

-99.9 / -147.8 99.9 / 211.8 " A R 10

°F

-0.1 / 14,5 99.0 / 1435,5 " A R 11

/ psig

-99.9 / -147.8 99.9 / 211.8 " A W

°F

-0.1 / 14,5 99.0 / 1435,5 " A R 12

/ psig

-99.9 / -147.8 99.9 / 211.8 " A W

°F

1: Open

D W

D07

01=Geo.flow sw.:

(scre

en

02=Dew point sensor 1:

enabl

ed if

switch

ID2= Dew point sensor for the heating circuit

--- --- 0 1

1: Open

0: Close 1: Open

D W

36

Mask

Type Bms_D

BMS

WW

0: Close

ID4= Dew point sensor for the

0: Close

ID02= Dew point sensor 3 for

0: Close

0: Off

NO4= Domestic hot water circuit

0: Off

NO2= Ground source circuit

0: Off

NO4= Domestic hot water circuit

0: Off

NO7= Circulation pump for the

0: Off

index

unit)

D08

D09

D10

(scre

enabl

ed if

unit)

Display description Description Default UOM Min Max Possible values

03=High press.sw.: ID3= High pressure switch --- --- 0 1

04=Dew point sensor 2

05=EVU: ID5= EVU heat management --- --- 0 1

06=Overl.DHW heat.: ID6= DHW heater overload --- --- 0 1

07=Add heat.alarm: ID7= System boiler/heater alarm --- --- 0 1

08=Remote On/Off: ID8= Remote on/off --- --- 0 1

09= Dew point sensor 3:

10=Primary flow sw.: ID10= Primary circuit flow switch --- --- 0 1

01= Compres.1: NO1= Compressor 1 --- --- 0 1

02=-: NO2= - --- --- 0 1

en

03=Primary pump: NO3= Primary circuit pump --- --- 0 1

AW

04=DHW pump:

mixed heating circuit 1

the mixed heating circuit 2

pump

--- --- 0 1

1: Open

1: On

ir

address

D W

D R 17

D R 18

D R 19

D R 20

01=Compres.1: NO1= Compressor 1 --- --- 0 1

D10

02=Geotherm.pump:

(scre

en

enabl

ed if

03=Primary pump: NO3= Primary circuit pump --- --- 0 1

WW unit)

04=DHW pump:

06=Boiler/heater: NO6= Boiler/heater --- --- 0 1

D11

(scre

en

07=Heating circuit pump:

enabl

ed if

AW

unit)

08=Boil./DHW heat.: NO8= DHW boiler/heater --- --- 0 1

06=Boiler/heater: NO6= Boiler/heater --- --- 0 1

D11

(scre

en

07=Heating circuit pump:

enabl

ed if WW unit)

08=Boil./DHW heat.: NO8= Boiler/DHW heater --- --- 0 1

pump

NO7= Circulation pump for the heating circuit

heating circuit

--- --- 0 1

1: On

0: Off 1: On

1: On

D R 17

D R 18

D R 19

D R 20

D R 22

D R 23

D R 24

D R 22

D R 23

D R 24

D12 09=General Alarm: NO9= General Alarm --- --- 0 1

1: On

D R 25

37

Mask

Type Bms_D

BMS

0: Off

NO11= Circulation pump for the

Y1= Mixing valve for mixed

Y2= Cooling circulation pump or

Y4= Modulating ground source

Y1= Mixing valve for mixed

Y2= Cooling circulation pump or Y4= Outside coil fan

SH:

Actual superheat

---

K / °F

-72.0 / -40.0

324.0 / 180.0

" A R

15

°C /

"

EEV position

---

Step 0 9999

" I W "

Valve A opening percentage

--- % 0.0

99.9

" A W

0: ---

barg

°C /

0: Open

Compressor regul. BLDC Compressor capacity

index

D12

D13

(scre

enabl

ed if WW unit)

D13

(scre

enabl

ed if

unit)

Display description Description Default UOM Min Max Possible values

10=4-way valve: NO10= 4-way valve --- --- 0 1

11=Mix circuit pump 2

12=Crankcase heater

01=Mix valve circ1:

02=Cool.circ.pump.:

en

03=MixValve circ2:

04=Mod.geo.pump:

01=Mix valve circ1:

02=Cool.circ.pump.:

en

03=MixValve circ2:

AW

04=Ext.exchan.fan:

mixed circuit 2

NO12= Crankcase heater

circuit 1

valve Y3= Mixing valve for mixed circuit 2

pump

circuit 1

valve Y3= Mixing valve for mixed circuit 2

(set on screen Ha02)

--- % 0 100 " I W

1: On

ir

address

D R 26

Suction temperature ---

D14

EVD:" EVD status --- 1 14

Evaporation pressure ---

Evaporation temperature ---

Digital input status DI1: External EVD EVO DI1 status --- --- 0 1

D15

DI2: External EVD EVO DI2 status --- --- 0 1

-60.0 / -76.0 200 / 392.0 " A W

°F

-72.0 / -40.0 324.0 / 180.0 " A W

/ psig

-60.0 / -76.0 200 / 392.0 " A W

°F

1: Close 2: Close 3: Std-by 4: Pos 5: Pos 6: Wait 7: On 8: On 9: On 10: On 11: On 12: On 13: On 14: Init

1: Close

I W

D W

Power request:

D16

Envel.lim.power:

BLDC Compressor capacity request from temperature control

request limited by envelope management

--- % 0.0 100.0 " A W

38

Mask

Type Bms_D

BMS

Show High Delta P status - start

Show pressure equalisation

Working zone 1c - max speed

Operation Data

Suction pressure (barg / psig

barg

°C /

0:

Out-of-envelope countdown

Operation Data

Press.ratio:

Calculated pressure ratio

---

0.0

999.9

" A W

Show Low Delta P status

Low delta pressure alarm

Disch.gas control

Discharge SH - from EVD (same

°C /

0: OK Working zone 1a - reduced

0: 120ßC

0: Disch.gas control 0: OK

index

D17

Display description Description Default UOM Min Max Possible values

>Max DP prevent start<

> Equalization <

> 90rps zone <

Disch.press.:

Suct.press.:

Discharge T.: Discharge gas temperature

Envelop zone:

disabled (blinking)

status (blinking)

90 rps (Siam only)

Discharge pressure ---

depending on UOM)

Envelope zone and description (see chapter Siam BLDC compressor for more details)

ir

address

--- --- 0 1 D W

barg

/ psig

°F

--- 0 9

0 / 0 99.9 / 1448.9 " A W

0 / 0 99.9 / 211.8 " A W

1: OK: inside envelop 2: Max.compression ra tio 3: Max.discharge pres s. 4: High current 5: Max.suction press. 6: Min.compression rati o 7: Low press.difference 8: Min.discharge press . 9: Min.suction press.

I W

Alarm Countdown: s

Press.diff.:

D18

>Low Pressure Diff.<

Low PD Countdown: s

Discharge T.:

D19

Discharge SH:

(scre

en

curre

DischT Status: Reserved variable --- --- 0 9

ntly not

used

on

DischT Zone: Max.

GDH

HPM)

EVD Mode: EVD control Subtype --- --- 1 3

timer

Delta pressure value ---

(blinking)

countdown

Discharge gas temperature ---

name)

discharge temp limit (Siam Only)

0 s 0 999 " I W

barg

/ psig

--- --- 0 1 D W

--- s 0 999 " I W

°C /

°F

--°F

--- --- 0 1

0 / 0 99.9 / 1448.9 " A W

0 / 0 99.9 / 211.8 " A W

1: Control. 2: Limited

1: 110ßC

1: Suction SH 2: Discharge SH 3: Discharge T

I W

D W

I W 34

Discharge T.:

D19

DischT Status:

Discharge gas temperature ---

BLDC compressor status based on discharge gas temperature

°C /

°F

--- --- 0 9

0 / 0 99.9 / 211.8 " A W

1: Control. 2: Limited

I W

39

Mask

Type Bms_D

BMS

Working zone 1a - reduced

Power+ nß1

0: No fault

Power+ nß1

Operating freq.:

Rotor speed:

Current rotor speed converted to

Hz /

Power+ nß1

Motor voltage:

Power+ nß1

DCbus ripple:

index

D20

Display description Description Default UOM Min Max Possible values

DischT Zone: Max.

Drive status:

[104]

Alarm code [105]: Show current Power+ drive error --- --- 0 19

discharge temp limit (Siam Only: see chapter Siam BLDC compressor for more details)

Show Power+ drive status --- --- 0 2

--- --- 0 1

0: 120ßC 1: 110ßC

0: Stop 1: Run 2: Alarm

1: Overcurrent 2: Motor overload 3: Overvoltage 4: Undervoltage 5: Drive overT. 6: Drive underT 7: Overcurrent HW 8: Motor overtemp. 9: Reserved 10: Cpu error 11: Param. default 12: DC bus ripple 13: Data comms fault 14: Drive thermistor 15: Autotune fault 16: Drive disabled 17: Motor phase 18: Fan fault 19: Speed fault

ir

address

D W

I W

Speed reference:

[102]

D21

[125]

[132] rpm =

Motor current:

[109] Arms

D22

[111] Vrms

D23

Motor power:

[110] Kw

Speed requested from Power+ ---

Show internal reference for drive output frequency before acc/dec ramps

Current rotor speed --- rpm 0 9999 " I W

Hz or rps

Motor current --- Arms 0.0 99.9 " A R 46

Motor voltage --- Vrms 0 999 " I W

Motor power --- KW 0.0 999.9 " A W

Hz /

rps

Hz /

---

rps

---

rps

0.0 99.9 " A W

0.0 999.9 " I W

DCbus voltage:

D24

[113] Vdc

[134] Vdc

DC bus voltage --- Vdc 0 999 " I W

Show variation of DC bus ripple --- Vdc 0 999 " I W

40

Mask

Type Bms_D

BMS

Drive temperature:

Power+ nß1

Status register:

0: 0

Motor excess temperature

0: 0

Safety digital input status

0: 0

Speed register:

Reserved

0: 0

Reserved

0: 0

Reserved

0: 0

index

Display description Description Default UOM Min Max Possible values

[114]

Operating switc. freq:

[124] KHz

[106]

" Reserved --- --- 0 1

" Drive alarm --- --- 0 1

" Reserved --- --- 0 1

Power+ temperature ---

Show current PWM switching frequency

Reserved --- --- 0 1

°C /

°F

--- kHz 0 9

0 999 / 211 " I W

0: 4 1: 6 2: 8 3: 10 4: 12

0: 0 1: 1

1: 1

ir

address

I W

D W

" Missing power supply phase --- --- 0 1

" Excess motor current --- --- 0 1

" Autotuning active --- --- 0 1

D25

" Reserved --- --- 0 1

" Switch frequency reduction --- --- 0 1

" Inside fan status 0: off 1: on --- --- 0 1

" Undervoltage --- --- 0 1

"

" Relay status --- --- 0 1

"

[107]

thermistor

(Safety Torque Off)

--- --- 0 1

1: 1

0: 0 1: 1

D W

"

--- --- 0 1

1: 1

D W

41

Mask

Type Bms_D

BMS

Reserved

0: 0

Reserved

0: 0

Reserved

0: 0

Reserved

0: 0

Reserved

0: 0

Reserved

0: 0

Reserved

0: 0

Reserved

0: 0

Check flag to switch drive off -

0: 0

Speed profile completed at least

0: 0

Mask

BMS

0: ---

36: ALD05

index

Display description Description Default UOM Min Max Possible values

"

" Reserved --- --- 0 1

"

on

--- --- 0 1

1: 1

ir

address

D W

" Automatic speed reduction --- --- 0 1

"

once

--- --- 0 1

E.Data/Logger

index

Display description Description Default UOM Min Max Possible values Type Bms_Dir

E0 Data logger E0 Alarm code --- --- 0 999

1: 1

1: ALP01 2: ALP05 3: ALP04 4: ALP02 5: ALP03 6: ALC01 7: ALC02 8: ALB01 9: ALB03 10: ALB02 11: ALU01 12: ALU02 13: ALA01 14: ALA02 15: ALA03 16: ALA04 17: ALA05 18: ALA06 19: ALA07 20: ALA08 21: ALA09 22: ALA10 23: ALB04 24: ALB05 25: ALF01 26: ALC03 27: ALW08 28: ALC01 29: ALD01 30: ALD02 31: ALD02 32: ALD02 33: ALD02 34: ALD03 35: ALD04

D W

address

I W

42

Mask

BMS

37: ALD06

Hour alarm activated

--- h 0

23 " I W

" Minutes alarm activated

--- m 0

59 " I W

0: ---

Plant: Primary circuit outlet

Geoth: Ground source outlet

Ext.t:

Domestic hot water temperature

°C /

Press:

---

0 / 0

99.9 / 1448.9

" A W

index

" Alarm description --- --- 0 999

Display description Description Default UOM Min Max Possible values Type Bms_Dir

38: ALD17 39: ALD08 40: ALD09 41: ALD10

1: Geo flow switch 2: Sys flow switch 3: DHW pump overload 4: Pumps overload 5: Sys. P. overload 6: Comp. 1 overload 7: Comp. 2 overload 8: High pressure 1 9: High pressure 2 10: Low pressure 11: Geo antifreeze 12: Sys. antifreeze 13: Probe B1 Fault 14: Probe B2 Fault 15: Probe B3 Fault 16: Probe B4 Fault 17: Probe B5 Fault 18: Probe B6 Fault 19: Probe B7 Fault 20: Probe B8 Fault 21: Probe B9 Fault 22: Probe B10 Fault 23: High Pres.Trasd. 24: Low Pres.Trasd. 25: Fan Overload 26: Envelop error 27: Max time defrost 28: Compressor/s inverter 29: EEPROM EVO 30: Probe S1 EVO 31: Probe S2 EVO 32: Probe S3 EVO 33: Probe S4 EVO 34: Motor EVO 35: P-LAN EVO 36: Low suction temp. EV O 37: Low evap. temp. EVO 38: High evap. temp. EV O 39: Low superheat EVO 40: High condense temp. EVO 41: Offline EVO 42: Power plus generic A L 43: Power plus off-line

address

I W

Outlet

Inlet

Outlet

DHW:

Primary circuit inlet temperature when the alarm was activated

temperature when the alarm was activated

Ground source inlet temperature when the alarm was activated (WW units only)

temperature when the alarm was activated (WW units only)

Outside coil temperature when the alarm was activated (show only if AW unit)

when the alarm was activated

High pressure when the alarm

°C /

--°F

°C /

--°F

°C /

--°F

°C /

--°F

°C /

--°F

barg

0 / 0 99.9 / 211.8 " A W

43

Mask

BMS

Hp

was activated

/ psig

Low pressure when the alarm

barg

Mask

BMS

Language:ENGLISH

Disable language mask Countdown starting value, time

Mask

BMS

Heat pump manager

Board type:

Type of controller

---

--- 0 0

0: GDH I W

"Board seze:

Board size

---

--- 0 0

0: Pro I W

Indicates the size of the memory

0: PGD1

Application program cycles per

Cycle

Application program cycle

EVO nß1

Power+ nß1

Service version:

Power+ Service Version

---

0.0

3276.7

" A W

index

Display description Description Default UOM Min Max Possible values Type Bms_Dir

Lp

G.Service

" a.Change Language

index

Ga01

Ga02

Display description Description Default UOM Min Max Possible values Type Bms_Dir

ENTER to change

Show mask time:

at start-up:

Show mask time: s

was activated

Countdown to controller poweron on. Value = 0 the display skips to main screen.

Disable the change language screen at start-up (0: Disabled; 1:Enabled)

change language screen is displayed

address

---

/ psig

0 s 0 999

0 --- 0 1

60 s 0 999 " I R/W

0 / 0 99.9 / 1448.9 " A W

address

0: English 1: Francais 2: Deutsch 3: Italian (optional)

0: NO 1: YES

I W

D R/W

G.Service

" b.Information

index

Gb01

Gb02

Display description Description Default UOM Min Max Possible values Type Bms_Dir

Application code, version and

Ver.:

Total flash: Kb

RAM: Kb

Built-In type: Type of built-in display 0 --- 0 9

Main cycle:

cycle/s ms

date

on bank 0 of the controller (KB)

on bank 1 of the controller (KB)

second

execution time

--- --- --- --- " I W

2048 KB 0 9999 " I W

512 KB 0 9999 " I W

---

/s

--- ms 0 9999 " I W

0.0 99.9 " A W

address

I W

Firmware version:

Fw version:

Gb04

EVD EVO firmware version --- --- 0.0 800.0 " A W

Power+ Firmware Version --- --- 0.0 999.9 " A W

44

Mask

BMS

Power+ nß1

FW Release:

Power+ Software version

---

--- 0 999

" I W

FW Chekcsum:

Power+ CRC Software

---

--- 0 999

" I W

MC release:

Power+ Motor version

---

--- 0 999

" I W

Hardware ID:

Power+ Carel HW ID

---

--- 0 999

" I W

Mask

BMS

°C /

Minimumtime:

Check time for the change over

24 H 0

24

Mode for start the automatic

0: Wintermode

0: fixed Setpoint 0: disabled

0: fixed Setpoint Heatcircuit:

Switch the Roomterminal on or

0: disabled

Gc06

Heatcircuit:

SP inc.:

Temperature Setpoint increase

20 K 0

90

---

index

Gb05

Display description Description Default UOM Min Max Possible values Type Bms_Dir

Boot release:

G.Service

" c. Thermoreg. Unit

index

Gc02

Display description Description Default UOM Min Max Possible values Type Bms_Dir

Switch between Summer and Winter mode

address

Power+ Boot loader Version --- --- 0 999 " I W

address

Automatic changeover between Summer and Wintermode

--- --- --- --- "

Setpoint: Temperature for the switch over 18

Differential: Difference for change the mode 1.0

Actual selected Mode:

Heatcircuit:

Gc03

Type of calc. Setpoint:

Mixciruit 1: Switch the heat circuit on or off 0 --- 0 1

Gc04

Type of calc. Setpoint: Type of calc. Setpoint 0 --- 0 1

Mixciruit 2: Switch the heat circuit on or off 0 --- 0 1

Type of calc. Setpoint: Type of calc. Setpoint 0 --- 0 1

Gc05

Roomterminal by Bus

switch over

Type of calc. Setpoint 0 --- 0 2

off

°F

0 --- 0 1

0 999

1: Sommermode

1: Temperature external 2: Roomdifference

1: enbled

1: Temperature external 2: Roomdifference

1: enbled

1: Temperature external 2: Roomdifference

1: enabled

(Whe

n

temp

eratur

e is

enabl

ed)

ext. Air Heating cal. SP

ext. Air min. !:

ext. Air max !: Outdoor temp. max 20

Temperature compensation

Outdoor temp. min.

10

°C /

°F

°C /

°F

- 50 90 ---

45

Mask

BMS

SP dec.:

Temperature Setpoint decrease

10 K 0

90

---

Heatcircuit:

°C /

SP inc.:

Temperature Setpoint increase

5 K 0

90

--- SP dec.:

Temperature Setpoint decrease

5 K 0

90

---

Gc08 (when

Heatcircuit:

SP inc.:

Temperature Setpoint increase

10 K 0

30

---

SP dec.

Temperature Setpoint decrease

5 K 0

30

---

Gc09 (when

Heatcircuit:

SP inc.:

Temperature Setpoint increase

5 K 0

30

---

SP dec.

Temperature Setpoint decrease

5 K 0

30

---

Mixcircuit 1

PI-settings valve

Settings for the 3-way-valve

Band:

Temperature band

5 K 0

20

Integraltime:

Integraltime

200 S 0

1000

Mixcircuit 1:

°C /

SP inc.:

Temperature Setpoint increase

20 K 0

90

---

SP dec.:

Temperature Setpoint decrease

10 K 0

90

---

(when

Mixcircuit 1: Temperature compensation SP inc.:

Temperature Setpoint increase

5 K 0

30

---

SP dec.

Temperature Setpoint decrease

5 K 0

30

---

index

Gc07 (Whe

temp

eratur

e is

enabl

room differ ence is enabl ed)

Display description Description Default UOM Min Max Possible values Type Bms_Dir

ext. Air cooling cal. SP

ext. Air min. !:

n

ext. Air max !: Outdoor temp. max 30

ed

Room heating cal. SP Room min ! SP inc.

Room min ! SP inc.

Room cooling cal. SP Room min ! SP inc.

Room min ! SP inc.

Temperature compensation

Outdoor temp. min.

Temperature compensation Room temp. min.

Temperature compensation Room temp. max.

Temperature compensation Room temp. min.

Temperature compensation Room temp. max.

address

°C /

20

°F

2 K 0 30 ---

20 K 0 30 ---

2 K 0 30 ---

- 50 90 ---

Roomterminal by Bus:

Gc10

ext. Air Heating cal. SP

Gc11

ext. Air min. !:

(Whe

n

temp

ext. Air max !: Outdoor temp. max 20

eratur

e is

enabl

ed)

Room cooling cal. SP Room min ! SP inc.

Gc12

room differ

Room min ! SP inc.

ence is enabl ed)

Switch the Roomterminal on or off

Temperature compensation

Outdoor temp. min.

Temperature compensation Room temp. min.

Room temp. max.

0 --- 0 1

°C /

10

°F

2 K 0 30 ---

- 50 90 ---

0: disabled 1: enabled

46

Mask

BMS

(when

Mixcircuit 1: Temperature compensation SP inc.:

Temperature Setpoint increase

10 K 0

30

--- SP dec.

Temperature Setpoint decrease

5 K 0

30

---

(when

Mixcircuit 1: Temperature compensation SP inc.:

Temperature Setpoint increase

5 K 0

30

---

SP dec.

Temperature Setpoint decrease

5 K 0

30

---

Mixcircuit 2:

°C /

SP inc.:

Temperature Setpoint increase

20 K 0

90

---

SP dec.:

Temperature Setpoint decrease

10 K 0

90

---

Heatcircuit:

°C /

SP inc.:

Temperature Setpoint increase

5 K 0

90

--- SP dec.:

Temperature Setpoint decrease

5 K 0

90

---

Mixcircuit 2

PI-settings valve

Settings for the 3-way-valve

Band:

Temperature band

5 K 0

20

Integraltime:

Integraltime

200 S 0

1000

Mixcircuit 2: Temperature compensation SP inc.:

Temperature Setpoint increase

10 K 0

30

--- SP dec.

Temperature Setpoint decrease

5 K 0

30

---

(when

Mixcircuit 2:

index

Gc13

room differ ence is enabl ed)

Gc14

room differ ence is enabl ed)

Gc15

Display description Description Default UOM Min Max Possible values Type Bms_Dir

Room heating cal. SP Room min ! SP inc.

Room min ! SP inc.

Room cooling cal. SP Room min ! SP inc.

Room min ! SP inc.

ext. Air Heating cal. SP

ext. Air min. !:

ext. Air max !: Outdoor temp. max 20

Temperature compensation Room temp. min.

Room temp. max.

Temperature compensation Room temp. min.

Room temp. max.

Temperature compensation

Outdoor temp. min.

address

2 K 0 30 ---

20 K 0 30 ---

2 K 0 30 ---

°C /

10

°F

- 50 90 ---

ext. Air cooling cal. SP

ext. Air min. !:

Gc16

ext. Air max !: Outdoor temp. max 30

Roomterminal by Bus:

Gc17

Room heating cal. SP Room min ! SP inc.

Room min ! SP inc.

Gc18

Temperature compensation

Outdoor temp. min.

Switch the Roomterminal on or off

Temperature compensation Room temp. min.

Room temp. max.

°C /

20

°F

0 --- 0 1

2 K 0 30 ---

20 K 0 30 ---

- 50 90 ---

0: disabled 1: enabled

Gc19

Room cooling cal. SP Room min ! SP inc.

room differ

Temperature compensation Room temp. min.

2 K 0 30 ---

47

Mask

BMS

ence

Temperature compensation SP inc.:

Temperature Setpoint increase

5 K 0

30

--- SP dec.

Temperature Setpoint decrease

5 K 0

30

---

Factory setting

°C /

Mask

BMS

Compressor 1: 000000h

Compressor 1 operating hours

---

--- 0 999999

" I R

23

Compressor 2: 000000h

Compressor 2 operating hours

---

--- 0 999999

" I R

26

Ground source pump operating

Primary circuit pump operating

Domestic hot water circuit pump

Outside exchanger fan operating

Gd03

Number of defrosts with reverse

index

is enabl ed)

Gc20

Gc21

Display description Description Default UOM Min Max Possible values Type Bms_Dir

Room min ! SP inc.

Water temp. limits

Cooling min:

Cooling max: Maximum Cooling temperature 17

Heating min: Maximum Heating temperature 20

Heating max: Maximum Heating temperature 65

Minimum DHW temperature 20

DHW max: Maximum DHW temperature 70

Room temp. max.

Minimum Cooling temperature 7

address

2 K 0 30 ---

°C /

°F

0 999 ---

G.Service

" d.Working hours

index

Gd01

Gd02

(scre

enabl

ed if

unit)

Display description Description Default UOM Min Max Possible values Type Bms_Dir

Geotherm.pump: 000000h

Primary pump: 000000h

DHW pump: 000000h

Ext.Exchan.Fan: 000000h

Num.defrost:

en

Num.inject.hot gas:

AW

hours

(enabled if WW unit)

hours

operating hours

hours

(enabled if AW unit)

cycle

Number of defrosts with hot gas injection

address

--- --- 0 999999 " I R 37

--- --- 0 999999 " I R 39

--- --- 0 999999 " I R 41

--- --- 0 999999 " I R 43

--- --- 0 32767 " I W

--- --- 0 999 " I R 45

48

Mask

BMS

0: ---

0: 1200

Controller address in

Mask

BMS

Device threshold (h)

Pumps: (x1000)

Pump operating hour threshold

0

--- 0 999

" I R/W

Compressor operating hour

Reset hour counter

Reset hour counter compressor

0: NO

Reset hour counter ground Reset hour counter primary

0: NO

Reset hour counter

0: NO

Reset hour counter compressor Reset number of defrosts

G.Service

" e.BMS config.

index

Ge01

Display description Description Default UOM Min Max Possible values Type Bms_Dir

Communication prot.: BMS protocol setting 0 --- 1 3

Speed: baud BMS speed setting 4 Baud 0 4

Address:

supervisory system

1 --- 0 207 " I R/W

G.Service

" f.Service settings

" a.Working hours set

index

Gfa01

Display description Description Default UOM Min Max Possible values Type Bms_Dir

Compressors: (x1000)

Compressor operating hour threshold

0 --- 0 999 " I R/W

1: CAREL RS485 2: ModBus RS485 3: pCOload local

1: 2400 2: 4800 3: 9600 4: 19200

address

I R/W

address

Motor Fan: (x1000)

Compressor 1:

Compressor 2:

Gfa02

Geotherm.pump:

Primary pump:

DHW pump:

Mix pump 1: Reset hour counter mix pump 1 0 --- 0 1

Gfa03

Fan external exch.:

Num. Defrost:

threshold

Reset hour counter compressor 1

2

source pump (enabled if WW unit)

circuit pump

Reset hour counter DHW pump 0 --- 0 1

1

(enabled if AW unit)

0 --- 0 999 " I R/W

0 --- 0 1

0: NO 1: YES

1: YES

0: NO 1: YES

1: YES

0: NO 1: YES

1: YES

0: NO 1: YES

D R/W

49

Mask

BMS

0: NO

°C /

Min_Diff_Temp_A

Max_Diff_Tem

Ground source exchanger outlet

°C /

Enable analogue input B2

Probe B2 calibration value

Inlet water ground source

0: NO

°C /

Min_Diff_Temp_A

Max_Diff_Tem

°C /

0: NO

°C /

Min_Diff_Temp_A

Max_Diff_Tem

°C /

0: NO

°C /

Min_Diff_Temp_A

Max_Diff_Tem

°C /

0: NO

°C /

Min_Diff_Temp_A

Max_Diff_Tem

°C /

0: NO

G.Service

" f.Service settings

" b.Probe adjustement

index

Gfb01

Gfb02

Display description Description Default UOM Min Max Possible values Type Bms_Dir

B1: Enable analogue input B1 1 --- 0 1

Ofs: Probe B1 calibration value 0.0

Prb:

B2:

Ofs:

Prb:

B3: Enable analogue input B3 1 --- 0 1

Ofs: Probe B3 calibration value 0.0

Prb: Domestic hot water temperature ---

B4: Enable analogue input B4 1 --- 0 1

water temperature

(enabled if AW unit)

exchanger temperature

(enabled if AW unit)

°F

--°F

1 --- 0 1

°C /

0.0 °F

°C /

--°F

°F

AA**

-99.9 / -147.8 99.9 / 211.8 A W

Min_Diff_Temp_A

AA*

-99.9 / -147.8 99.9 / 211.8 " A W

AA*

-99.9 / -147.8 99.9 / 211.8 " A W

p_AAA**

Max_Diff_Tem

p_AAA*

address

1: YES Geotherm.outlet

" A R/W

0: NO 1: YES Geotherm.inlet

" A R/W

1: YES Domest.water

" A R/W

1: YES Primary inlet

D R/W

Ofs: Probe B4 calibration value 0.0

Prb: Primary circuit inlet temperature ---

B5: Enable analogue input B5 1 --- 0 1

Gfb03

Ofs: Probe B5 calibration value 0.0

Prb: Mixcircuit 1 ---

B6: Enable analogue input B6 1 --- 0 1

Gfb03

Ofs: Probe B6 calibration value 0.0

Prb: Outside air temperature ---

Gfb04 B7: Enable analogue input B7 1

°F

AA*

-99.9 / -147.8 99.9 / 211.8 " A W

AA*

-99.9 / -147.8 99.9 / 211.8 A W

AA*

-99.9 / -147.8 99.9 / 211.8 " A W

0 1

p_AAA*

" A R/W

1: YES Mixcirc. 1

A W

1: YES Ext.air temp.

" A R/W

1: YES Primary outlet

D R/W

50

°C /

Min_Diff_Temp_A

Max_Diff_Tem

Primary circuit outlet

°C /

0: NO

°C /

Min_Diff_Temp_A

Max_Diff_Tem

°C /

0: NO

°C /

Min_Diff_Temp_A

Max_Diff_Tem

Compressor discharge gas

Enable analogue input B10

Probe B10 calibration value

Suction temperature

Enable analogue input B11

Probe B11 calibration value

High pressure transducer

Enable analogue input B12

Probe B12 calibration value

Low pressure transducer

Ofs: Probe B7 calibration value 0.0

Prb:

B8: Enable analogue input B8 1

Gfb04

Ofs: Mixcirc. 2 0.0

Prb: Probe B8 calibration value ---

B9: Enable analogue input B9 1 --- 0 1

Ofs: Probe B9 calibration value 0.0

Prb:

B10:

Gfb05

Ofs:

temperature

temperature (used for Siam compressor protection)

(Not used if onboard electronic expansion valve enabled, see screen Gfb07 probe S2)

°F

--°F

°F

°C /

--°F

0 --- 0 1

°C /

0.0 °F

AA*

-99.9 / -147.8 99.9 / 211.8 " A W

0 1

AA*

-99.9 / -147.8 99.9 / 211.8 D R/W

AA*

-99.9 / -147.8 99.9 / 211.8 " A R 9

Min_Diff_Temp_A

AA*

p_AAA*

Max_Diff_Tem

p_AAA*

" A R/W

1: YES Mixcirc. 2

A W

1: YES Discharge comp.

" A R/W

0: NO 1: YES

" A R/W

D R/W

Gfb06

Prb:

B11:

Ofs:

Prb:

B12:

Ofs:

(Not used if onboard electronic expansion valve enabled, see screen Gfb07 probe S2)

(Not used if onboard electronic expansion valve enabled, see screen Gfb08 probe S3)

(Not used if onboard electronic expansion valve enabled, see screen Gfb07 probe S1)

°C /

---

1 --- 0 1

0.0

---

1 --- 0 1

0.0

-99.9 / -147.8 99.9 / 211.8 " A W

°F

barg

Min_Press_AAAA*

/ psig

barg / psig

barg

Min_Press_AAAA*

/ psig

0 / 0 99.9 / 1448.9 " A W

Max_Press_AA

0: NO 1: YES Condensation

" A R/W

AA*

0: NO 1: YES Evaporation

" A R/W

AA*

D R/W

Prb:

(Not used if onboard electronic expansion valve enabled, see screen Gfb07 probe S1)

barg

--/ psig

0 / 0 99.9 / 1448.9 " A W

51

Mask

BMS

Primary integration

External or onboard EVD: Low

barg

External or onboard EVD: Low

barg

External or onboard EVD: External or onboard EVD:

°C /

External or onboard EVD: High

barg

External EVD: S4 calibration

°C /

EVO nß1

External or onboard EVD: Low

barg

External or onboard EVD: External or onboard EVD:

°C /

External or onboard EVD: High

barg

External EVD: S4 calibration

°C /

S1 offset:

Gfb07

S1 probe:

(scre

en

enabl

ed if

S2 offset:

EVO

OnBo

ard)

S2 probe:

S3 offset:

Gfb08

(scre

en

enabl

S3 probe: ed if EVO

OnBo

S4 offset:

ard)

S4 probe: External EVD: S4 probe value ---

S1 offset:

Gfb07

pressure calibration offset

pressure transducer

Suction temperature calibration offset

Suction temperature

pressure calibration offset

(with external EVD EVO this probe can also be used as backup for S1)

pressure transducer

offset

External or onboard EVD: Low pressure calibration offset

0.0

---

0.0

---

0.0

---

0.0

/ psig

°C /

°F

barg / psig

/ psig

°F

barg / psig

0 / 0 9.9 / 144.8 " A R/W

0 / 0 99.9 / 1448.9 " A W

-9.9/ -14.7 9.9 / 21.1 " A R/W

-99.9/ -147.8 99.9 / 211.8 " A W

0 / 0 9.9 / 144.8 " A R/W

0 / 0 99.9 / 1448.9 " A W

-9.9/ -14.7 9.9 / 21.1 " A R/W

-99.9/ -147.8 99.9 / 211.8 " A W

0 / 0 9.9 / 144.8 " A R/W

(scre

S1 probe:

en

enabl

ed if exter

S2 offset:

nal

EVO)

S2 probe:

EVO nß1

S3 offset:

Gfb08

(scre

en

enabl

S3 probe: ed if exter

nal

S4 offset:

EVO)

S4 probe: External EVD: S4 probe value ---

pressure transducer

Suction temperature calibration offset

Suction temperature

pressure calibration offset

(with external EVD EVO this probe can also be used as backup for S1)

pressure transducer

offset

G.Service

" f.Service settings

---

0.0

---

0.0

---

0.0

/ psig

°C /

°F

barg / psig

/ psig

°F

0 / 0 99.9 / 1448.9 " A W

-9.9/ -14.7 9.9 / 21.1 " A R/W

-99.9/ -147.8 99.9 / 211.8 " A W

0 / 0 9.9 / 144.8 " A R/W

0 / 0 99.9 / 1448.9 " A W

-9.9/ -14.7 9.9 / 21.1 " A R/W

-99.9/ -147.8 99.9 / 211.8 " A W

index

Gfc02

" c.Thermoregulation

Display description Description Default UOM Min Max Possible values Type Bms_Dir

0: NONE 1: BOILER 2: EL. HEATERS

I R/W

Type:

Select primary circuit integration

0 --- 0 2

address

52

Mask

BMS

Type of activation of primary

0: INTEGRATE HP

DHW integration

Type of activation of DHW

0: INTEGRATE HP

0: OUTSIDE AIR T.

Boiler activation 0:

Boiler efficiency: %

Boiler efficiency setting

0 % 0

110

" I R/W

Select type of FUEL

Liquid Propane Gas

Cost per m3 or litre of fuel in

0: Methane/m3 cost: cE

Result of temperature change

0: MONDAY

F1 --:-- cent/kWh=

Set start hour, time band 1

0

--- 0 24 I

R/W

"

Set start minutes, time band 1

0

--- 0 60 I

R/W

"

Set cost, time band 1

0

--- 0 999

" I R/W

F2 --:-- cent/kWh=

Set start hour, time band 2

0

--- 0 24 I

R/W "

Set start minutes, time band 2

0

--- 0 60 I

R/W "

Set cost, time band 2

0

--- 0 999

" I R/W F3 --:-- cent/kWh=

Set start hour, time band 3

0

--- 0 24 I

R/W

"

Set start minutes, time band 3

0

--- 0 60 I

R/W

"

Set cost, time band 3

0

--- 0 999

" I R/W

Display description Description Default UOM Min Max Possible values Type Bms_Dir

index

address

Request as:

Type:

Gfc03

Request as:

Enable boiler

Gfc04

Based on the:

(screen

"

enabled

if boiler

enabled

)

delay:

Economic convenience 0 --- 0 1

Gfc05

(screen

Boiler fuel:

enabled

if boiler

enabled

)

circuit integration

Select DHW integration 0 --- 0 2

integration

Activation of boiler based on type of unit (WW or AW selected on screen Ha01)

Delay time for activation of the boiler

• Natural gas

•

eurocent

0 --- 0 1

5 m 0 999 " I R/W 47

1 --- 0 1

80 c$ 0 999

1: REPLACE HP

0: NONE 1: BOILER 2: EL. HEATERS

1: REPLACE HP

1: ECONOMIC CONVENI ENCE

1: GEOTHERMAL INLET T.

1: >> No external probe < <

0: METHANE 1: PROPANE

1: Propane/l cost: cE

D R/W

I R/W

D R/W

D W

I R/W

Gfc06

(screen

enabled

if boiler

enabled

)

Temp.To change:

Electricity cost

Day ---

Copy in ---

calculation between Heat pump and Boiler

Electricity consumption time band day setting

Copy time bands for individual days

°C /

0.0

0 --- 0 6

1 --- 0 6

Min_Temp_AAAA** Max_Temp_AA

°F

AA**

0: ßC 1: ßF

1: TUESDAY 2: WEDNESDAY 3: THURSDAY 4: FRIDAY 5: SATURDAY 6: SUNDAY

A W

I R/W

53

Mask

BMS

F4 --:-- cent/kWh=

Set start hour, time band 4

0

--- 0 24 I

R/W

"

Set start minutes, time band 4

0

--- 0 60 I

R/W "

Set cost, time band 4

0

--- 0 999

" I R/W

Enable special energy cost

0: NO SD1 --/-- cent/kWh=

Set day, special day 1

0

--- 0 31 I

R/W

"

Set month, special day 1

0

--- 0 12 I

R/W

"

Set cost, special day 1

0

--- 0 999

" I R/W

SD2 --/-- cent/kWh=

Set day, special day 2

0

--- 0 31 I

R/W

"

Set month, special day 2

0

--- 0 12 I

R/W "

Set cost, special day 2

0

--- 0 999

" I R/W SD3 --/-- cent/kWh=

Set day, special day 3

0

--- 0 31 I

R/W "

Set month, special day 3

0

--- 0 12 I

R/W

"

Set cost, special day 3

0

--- 0 999

" I R/W

SD4 --/-- cent/kWh=

Set day, special day 4

0

--- 0 31 I

R/W

"

Set month, special day 4

0

--- 0 12 I

R/W

"

Set cost, special day 4

0

--- 0 999

" I R/W

SD5 --/-- cent/kWh=

Set day, special day 5

0

--- 0 31 I

R/W

"

Set month, special day 5

0

--- 0 12 I

R/W "

Set cost, special day 5

0

--- 0 999

" I R/W SD6 --/-- cent/kWh=

Set day, special day 6

0

--- 0 31 I

R/W "

Set month, special day 6

0

--- 0 12 I

R/W

"

Set cost, special day 6

0

--- 0 999

" I R/W

Boiler setting

Boiler activation differential as

3.0 /

°C /

Max_Diff_Temp

Boiler activation set point as

Boiler activation differential as

Heaters setting

Differential from working set

Display description Description Default UOM Min Max Possible values Type Bms_Dir

index

address

Enable special days

Gfc07

(screen

enabled

if boiler

enabled

)

days

0 ---

1: YES

D R/W

Gfc08

(screen

enabled

if boiler

enabled

)

Gfc10

(screen

enabled

if

heaters

enabled

)

Setpoint act.:

Differential :

Setpoint DHW:

Diff.DHW:

Diff.on primary:

Diff.off primary:

Boiler activation set point as integration for primary circuit

integration for primary circuit

integration for domestic hot water

Differential from working set point for activation of primary circuit integration heaters

point for deactivation of primary circuit integration heaters

5.0 /

41.0

34.7

35.0 /

95.0

5.0 /

41.0

8.0 /

46.4

5.0 /

41.0

°C /

Min_Temp_Fifty*

°F

°C /

Min_Temp_AA*

°F

°C /

°F

°C /

°F

--- 0.0

0.0

Max_Temp_Fift

y*

_Twenty*

Max_Temp_Se

venty*

Max_Diff_Temp

_Twenty*

Max_Diff_Temp

_Thirty*

Max_Diff_Temp

_Thirty*

A R/W 57

A R/W 58

A R/W 59

A R/W 60

A R/W

54

Mask

BMS

Delay time for activation of the

Differential from working set

Geotherm antifreeze

Geothermal antifreeze

Gfc13

Setpoint geo pump Heating control set point for

Band geo pump Working band in heating

Primary circuit

0: pump+valve

Ambient control

Alarm setting

Defrost Setting

Display description Description Default UOM Min Max Possible values Type Bms_Dir

index

address

Delay on: s

Diff.on DHW.:

Diff.off DHW.:

Gfc12

Antifreeze alarm setp.

(screen

Geotherm circ.:

enabled

if WW

unit)

alarm diff.:

Geotherm antifreeze

(screen

Reset antifreeze alarm

enabled

if WW

Geotherm circ.:

unit)

Gfc14

Summer:

(screen

enabled

if WW

Winter:

unit)

system heaters

point for activation of DHW integration heaters

point for deactivation of DHW integration heaters

Antifreeze alarm set point for ground source circuit

Ground source antifreeze alarm differential

Reset antifreeze alarm, ground source circuit

Cooling control set point for modulating ground source pump

modulating ground source pump

60 s 0 999 I R/W

10.0 /

--- 0.0

50.0

5.0 /

--- 0.0

41.0

4.0 /

°C /

39.2

3.0 /

34.7

1 --- 0 1

35.0 /

95.0

6.5 /

43.7

Min_Temp_AAAA** Max_Temp_AA

°F

°C /

°F

°C /

°F

°C /

°F

0.0

Min_Temp_AAAA** Max_Temp_AA

Min_Temp_AAAA*

Max_Diff_Temp

_Thirty*

Max_Diff_Temp

_Thirty*

AA**

Max_Diff_Temp

_AAA*A

AA*

Max_Temp_AA

AA*

A R/W

0: AUTO 1: MANUAL

A R/W

D R/W

Gfc15

Summer:

(screen

enabled

if WW

Winter:

unit)

Activate pump in primary

circuit:

Gfc18

Pump/Valve for cooling:

Gfc19

Cooling/Heating select

season from:

Enable lighting

Gfc20

digital output NO7

with minor alarms:

Working band in cooling mode for modulating ground source pump

mode for modulating ground source pump

Activate primary circuit pump 1 --- 0 1

When the heat pump is switched into the cooling mode

Type of cooling/heating selection

Enable activation of GENERAL ALARM relay even with minor alarms

3.0 /

°C /

34.7

°F

3.0 /

°C /

34.7

°F

1 --- 0 2

0 --- 0 1

0.0

Max_Diff_Temp

_AAA*

A R/W

0: UNIT ON 1: ON REQUEST 2: OFF

1: heat pump + cool pump 2: only one pump

0: KEYBOARD 1: B.M.S.

0: NO 1: YES

D R/W

I R/W

D R/W

Gfc21

(screen

enabled

if AW

External temp.enable

defrost:

Enable function 1 --- 0 1

0: NO 1: YES

D R/W

55

Mask

BMS

unit)

Set outside temperature to

12.0 /

°C /

Max_Temp_AA

Defrost Setting

Set temperature end

Defrost Setting

Set temperature start

Defrost Setting

Num. max injections/h

Defrost Setting

Valve OFF time for hot gas

Defrost Setting

Set high pressure end

Defrost Setting

Activation delay time to force

Gfc29

Defrost Setting

Display description Description Default UOM Min Max Possible values Type Bms_Dir

index

address

Setpoint ext.temp.:

Gfc22

Set temperature start

(screen

defrost:

enabled

if AW

unit)

defrost:

Gfc24

Set low pressure start

(screen

hot gas:

enabled

if AW

unit)

hot gas:

Gfc25

Minimun time check

(screen

start injection: s

enabled

if AW

unit)

to reverse cycle:

enable defrost activation

Set temperature to start defrost control

Set temperature to end defrost (temperature control only)

Low pressure control set point for hot gas injection

Minimum temperature and low pressure control time to start hot gas injection

Max. no. injections/h before reversing the cycle

53.6

7.0 /

44.5

15.0 /

59.0

3.0 /

43.5

7.0 /

44.6

60 s 0 999 " I R/W

20

Min_Temp_AA

°F

°C /

Min_Temp_AAAA*

°F

°C /

Min_Temp_AAAA*

°F

barg

Min_Press_AAA*

/ psig

°C /

Min_Temp_AAAA*

°F

cycle

/h

Max_Temp_AA

Max_Press_AA

AAA*

Max_Temp_AA

0 99 " I R/W

A R/W 64

AA*

A R/W

AA*

A R/W

AA*

A R/W

AA*

Gfc26

Time On injection:

(screen

enabled

if AW

Time Off injection:

unit)

Gfc27

Set low pressure start

(screen

defrost:

enabled

if AW

unit)

defrost:

Gfc28

Set low pressure force

(screen

defrost:

enabled

if AW

unit)

Delay forcing:

Defrost Setting

(screen

Minimum time check start

enabled

if AW

defrost:

unit)

Valve ON time for hot gas injection

injection

Low pressure control set point for defrost

High pressure control set point to end defrost cycle

Low pressure set point to force defrost cycle

defrost for low pressure

Minimum temperature, low pressure and dew point control time to start defrost

10 s 0 999 " I R/W

60 s 0 999 " I R/W

4.0 /

barg

58.0

27.0 /

361.6

3.8 /

55.1

5 s 0 999 " I R/W

20 s 0 999 " I R/W

Min_Press_AAA*

/ psig

barg

Min_Press_AAA*

/ psig

barg

Min_Press_AAA*

/ psig

Max_Press_AA

AAA**

Max_Press_AA

AAA*

Max_Press_AA

AAA*

A R/W

Gfc30

(screen

enabled

if AW

unit)

Enable compressor stop duri ng

reverse cycle for defrost:

Enable compressor stop during reverse cycle for defrost

1 --- 0 1

0: NO 1: YES

D R/W

56

Mask

BMS

Gfc31

Defrost Setting

Gfc32

Defrost Setting

Time stop compressors stop

Defrost Setting

Delay between two

Defrost Setting

Max speed fan after

Defrost Setting

High pressure control setpoint

21.0 /

barg

Max_Press_AA

0: barg

Ext.Exchanger fan set

7.0 /

barg

Lim_Min_Set_Pre

Lim_Max_Set_

Superheat temperature LowSH treshh.:

Low Superheat temperature

2 K 1

330

Display description Description Default UOM Min Max Possible values Type Bms_Dir

index

address

Minimun rotor speed:

(screen

enabled

if AW unit and if set no

stop

Delta speed:

compre ssor on

screen Gfc30)

(screen

Defrost Setting

enabled

if AW unit and

Dripping time after end

if set no

stop

defrost:

compre ssor on

screen Gfc30)

Gfc33

Time stop compressors start

(screen

defrost:

enabled

if AW

unit)

defrost:

Min value permitted during control to meet envelope conditions

Delta to increase speed when reversing cycle for defrost

Dripping time after end defrost 15 s 6 999 " I R/W

Waiting time before defrost 30 s 6 999 " I R/W

Waiting time after defrost 30 s 6 999 " I R/W

20.0 rps 0.0 999.9 " A W 23

5.0 rps 5.0 0.0 " A R/W

Gfc34

Maximum duration

(screen

defrost:

enabled

if AW

unit)

defrost:

Gfc35

Bypass low pressure

(screen

during defrost:

enabled

if AW

unit)

defrost:

Gfc36

High pressure control

(screen

enabled

in defrost:

if AW

unit)

Set contr.:

Condensation set:

Gfc37

Maximum defrost cycle time 60 s 0 999 " I R/W

Delay between two defrost calls

Parameter that enables low pressure bypass upon activation of defrost

Parameter that enables maximum fan speed at end defrost

Enable high pressure control in defrost above which fan is restarted

to reset fans

Condensing press. set point

2 m 0 180 " I R/W

1 --- 0 1

0 --- 0 1

304.6

27.0 /

391.6

Min_Press_AAA*

/ psig

barg

Lim_Min_Set_Pre

/ psig

ss_Cond

Lim_Max_Set_

Press_Cond*

AAA*

0: NO 1: YES

1: psig

A R/W

D R/W

A R/W

Gfc48

Evaporatoin set: Evaporation press. Set point

Setpoint SH:

setpoint

101.5

/ psig

ss_Evap*

6 K 1 330

Press_Evap*

A R/W

57

Mask

BMS

°C /

Defrost Setting

Enable defrost heaters

0: NO

Fan night mode

0: NO Max Speed reduced to:

Max. Speed of the Fan

30 % 0

100

Begin:

Start time

22

--- 0 24

End:

End time

5

--- 0 24

Freeze protection for outside

Set Temperature:

Start temperature

1

---

-40

40

Differential:

Difference to switch on

1

---

-40

40

EVU Management

0: NO

0:none

Mask

BMS

Service Psw/Reset

Enter new service

Enable th-Tune protocol on

0: NO

Display description Description Default UOM Min Max Possible values Type Bms_Dir

index

address

LOP treschh.: LOP – Low pressure range -50

MOP treschh.: MO – High pressure range 50

Plant integration

Gfc58

during defrost:

En.heaters defrost:

Defrost Setting

Gfc59

End defrost overcome

max time:

Enabled:

Gfc 60

Enable boiler On in defrost phase

(heaters on coil)

Enable alarm on screen at end defrost when exceeding maximum time

Fan night mode setting 0 --- 0 1

°F

0 --- 0 1

-50 50

0: NO 1: YES

1: YES

0: HISTORY 1: HISTORY+ALLARM

1: YES

D R/W

Freeze Protection Enabled:

Gfc61

Enabled:

Gfc62

Select heater: Select the heater to start 0 --- 0 3

installed plate heatexchanger(don use for split heat pumps)

Enable the EVU management 0 --- 0 1

0 --- 0 1

G.Service

" f.Service settings

" d.User DEV/Change PW1

index

Gfd01

Display description Description Default UOM

Delete data log 0 --- 0 1

Delete alarm log:

0: NO 1: YES

1: YES

1: DHW + System 2: DHW integriert 3: Systemintegration

Min Max Possible values Type Bms_Dir

0: NO 1: YES

D R/W

address

Gfd01

Gfd02 th-Tune on pLan port

password (PW1): 0000

New service password --- --- 0 9999 " I R/W

pLAN port

0 --- 0 1

1: YES

D R/W

58

Mask

BMS

Enable th-Tune:

Mask

BMS

Manual ground source pump

0: AUT

Manual primary circuit pump

0: AUT

Manual solar circuit pump

0: AUT

Manual primary circuit pump

0: AUT

Manual solar circuit pump

0: AUT

Gg02

Manual outside coil fan

Gg03

EVO nß1

Manual valve

Gg04

Enable manual

index

Display description Description Default UOM

Min Max Possible values Type Bms_Dir

G.Service

" f.Manual management

index

Gg01

(scre

enabl

ed if WW

unit)

Gg01

(scre

enabl

ed if AW

unit)

Display description Description Default UOM Min Max Possible values Type Bms_Dir

NO2 Geo circ.pump:

NO3 Primary pump:

en

NO4 DHW circ.pump: Manual DHW pump activation 0 --- 0 1

NO5 Solar pump:

NO3 Primary pump:

en

NO4 DHW circ.pump: Manual DHW pump activation 0 --- 0 1

NO5 Solar pump:

activation

0 --- 0 1

1: MAN

address

D R/W

Speed motor fan:

(scre

en

enabl

ed if AW

Request power: % Fan capacity request in manual 0 % 0 100 " I R/W

unit)

(scre

en

Start defrost cycle:

enabl

ed if AW

unit)

Gg04

Enable manual

(scre

en

valve position:

enabl

ed if

exter

nal EVO)

position: stp

valve position:

(scre

en

enabl

ed if

Manual valve

OnB oard

position: stp

EVO)

activation

(AW units)

Start manual defrost cycle (AW units)

Enable manual valve position 0 --- 0 1

Manual valve position 0 step 0 9999 " I R/W

Enable manual valve position 0 --- 0 1

Manual valve position 0 step 0 9999 " I R/W

0 --- 0 1

0: AUT 1: MAN

0: NO 1: YES

D R/W

59

7. Alarm Management

The alarms can be divided into three categories: serious unit alarms (these stop the unit or in any case some of the main components of the unit), alarms that stop one or more functions of the system, and other alarms (signal only or “warnings”) that do not stop any function, but rather warn the user that certain thresholds have been exceeded, for example. Then there are alarms that are not due to controller board faults.

The header of the Alarms table (paragraph 9.3) shows the alarm labels-codes: these are used to identify the origin of the alarm indicated by GDH Heat pump manager.

To monitor active alarms simply press more than one active alarm); to scroll the list, use the

To reset the alarms, display them and then press

and the display will show the name (or names, if there is

and buttons.

again. If the alarm condition no longer exists,

the alarm is reset, otherwise it will be shown again.

The following figure illustrates the screen displayed when pressing

: it shows 1) the position of

the alarm and 2) the part of the system/unit it relates to.

Note: with automatic reset, the system restarts operating in as, however the alarm LED and

the corresponding warning string remain active until

is pressed at least twice.

Alarm log

From the main menu, entering the dedicated branch (E.) or at the end of the list of alarms described above, the following alarm log screen can be accessed.

60

Alarm

Yes

Automatic

60 sec

Yes

Automatic

60 sec

Yes

Automatic

60 sec

Yes

Automatic

60 sec

Yes

Automatic

60 sec

Yes

Automatic

60 sec

Yes

Automatic

60 sec

Yes

Automatic

60 sec

Yes

Automatic

60 sec

Yes

Automatic

60 sec

Yes

Automatic

60 sec

Yes

ALB02

High pressure compressor 1 from transducer

Manual

Immediate

Yes

Stop the unit

Run: 10s (config. Hc04)

Yes

comp. 2 available)

Yes

became manual

Yes

Start: 15s (config. Hc19)

Run: 5s (config. Hc20)

Yes

Manual

Immediate

Yes

Stop the unit

Yes

Can be enable

The information shown on the screen relates to:

1. the chronological number of the event (this indicates the moment when the alarm was activated, that is, how “old” it is; E01 indicates the oldest alarm),

2. the time and date of the alarm,

3. the alarm code,

4. short description of the logged alarm,

5. the inlet and outlet temperature and pressure values.

Note: A maximum of 50 alarms can be logged, over this limit new events overwrite the older

ones, which are deleted.

Code

ALA01 Probe B1 faulty or disconnected Automatic 60 sec

ALA02 Probe B2 faulty or disconnected

ALA03 Probe B3 faulty or disconnected

ALA04 Probe B4 faulty or disconnected

ALA05 Probe B5 faulty or disconnected

ALA06 Probe B6 faulty or disconnected

ALA07 Probe B7 faulty or disconnected

ALA08 Probe B8 faulty or disconnected

ALA09 Probe B9 faulty or disconnected

ALA10 Probe B10 faulty or disconnected

ALA11 Probe B11 faulty or disconnected

ALA12 Probe B12 faulty or disconnected

ALB01 Position: ID3 high pressure Manual Immediate Yes Stop the unit

ALB03 Low compressor pressure from transducer Automatic (config. Hc05)

ALC01 Position: ID2 Compressor 1 overload or inverter alarm Manual Immediate

Display description Reset Delay Alarm relay Action

Stop the unit

If modulating ground source pump fitted, this is controlled at maximum speed

Stop DHW management

Stop the unit

Stop solar collector pump

Stop the functions relating to outside temperature probe

Stop the unit

Stop solar collector pump

If Siam compressor then compressor off

If electronic expansion valve present then stop the unit

Stop the unit

Start: 40s (config. Hc03)

Stop the unit

If 1 comp. enabled: stop the unit If 2 comp. enabled: comp.1 Off (if

ALC02 Position: ID9 Compressor 2 overload Manual Immediate

Alarm envelope: 0: Max. comp. ratio 1: Max. discharge press. 2: Current limit 3: Max. suction press. 4: Min. comp. ratio

ALC03

5: Min. pressure diff. 6: Min. discharge press. 7: Min. suction press.

Compressor forced off as operating outside of envelope (only with Siam compressor)

ALC04 Comp. start failure alarms (Siam compressor only)

ALC05 Max. discharge temp. (Siam compressor only)

Delta Pressure < than minimum required for comp. oil return (Siam

ALC06

compressor only)

ALP01 Position: ID1 Ground source water flow switch

ALP02 Position: ID4 Pump overload

ALP03 Position: ID10 Primary circuit water flow switch

ALP04 Position: ID5 Solar circuit pump overload

Manual 60 sec (config. H1b08)

After 5 time in 1 hour

became manual

After 3 time in 1 hour

Automatic 120 sec (config. H1b12)

After 5 time in 1 hour

became manual

After 5 time in 1 hour

became manual

Manual Immediate

60 sec (config. H1b11)

Immediate

Start: 15s (config. Hc15)

Run: 5s (config. Hc16)

(Gfc01)

Comp.2 off (if comp. 1 available)

Compressor off

Stop the unit when maximum time reached

Stop solar collector pump

61

Alarm

Can be enable

Stop primary circuit integration

Manual

Immediate

Can be set (Gfa01)

Stop DHW integration boiler/heater

Manual

Immediate

Stop the unit

Manual

Immediate

Can be set (Gfa01)

Warning signal only

Manual

Immediate

Can be set (Gfa01)

Warning signal only

Manual

Immediate

Can be set (Gfa01)

Warning signal only

Manual

Immediate

Can be set (Gfa01)

Warning signal only

Manual

Immediate

Can be set (Gfa01)

Warning signal only

Manual

Immediate

Can be set (Gfa01)

Warning signal only

Manual

Immediate

Can be set (Gfa01)

Warning signal only

Manual (config. Gfc28)

Immediate

Yes

Stop the unit

Manual (config. Gfc32)

Immediate

Yes

Stop the unit

Can be enable

Automatic

60 sec

Yes

Warning signal only

Automatic

Immediate

Yes

Warning signal only

Manual

Immediate

Yes

Stop the unit

Automatic

Immediate

Yes

Stop the unit

Manual

Immediate

Yes

Stop the unit

Manual

Immediate

Yes

Stop the unit

Manual

Immediate

Yes

Stop the unit

Manual

Immediate

Yes

Stop the unit

Manual

Immediate

Yes

Stop the unit

Manual

Immediate

Yes

Stop the unit

Automatic

Immediate

Yes

Stop the unit

Automatic

30 sec

Yes

Stop the unit

Code

ALR01 Position: ID7 System integ. boiler/heater alarm

ALR02 Position: ID6 DHW boiler/heater overload from digital input

ALF01 Position: ID1 Fan overload

ALT01 Operating hour threshold reached by compressor 1

ALT02 Operating hour threshold reached by compressor 2

ALT03 Operating hour threshold reached by ground source pump

ALT04 Operating hour threshold reached by primary pump

ALT05 Operating hour threshold reached by DHW pump

ALT07 Operating hour threshold reached by solar pump

ALT08 Operating hour threshold reached by outside exchanger fan

ALU01 Ground source exchanger antifreeze

ALU02 Primary exchanger antifreeze

ALW01 High DHW temperature threshold reaches

ALW02 Max DHW temperature threshold to solar collector reached

ALW03 Max end defrost time exceeded

Display description Reset Delay Alarm relay Action

Automatic Immediate

Automatic 60 sec

(Gfc02)

(Gfc01)

boiler/heater

Warning signal only

ALD01 EEPROM alarm

ALD02 EVD EVO probe faulty or disconnected

ALD03 EEV motor error

ALD04 Low superheat (LowSH)

ALD05 Low suction temperature

ALD06 Low evaporation temperature (LOP)

ALD07 High evaporation temperature (MOP)

ALD08 High condensing temperature (HiTcond)

ALD09 Driver offline

ALL01 Power+ n°1 Device Offline

Alarms Power+ n°1 0: No fault 1: Overcurrent 2: Motor overload 3: Overvoltage 4: Undervoltage 5: Drive overT. 6: Drive underT 7: Overcurrent HW 8: Motor overtemp.

ALL02

9: Reserved 10: Cpu error 11: Param. default 12: DC bus ripple 13: Data comms fault 14: Drive thermistor 15: Autotune fault 16: Drive disabled 17: Motor phase 18: Fan fault 19: Speed fault

Manual Immediate Yes Stop the unit

62

A

“AIN” Physical uPC probe fault

B

“Boh” Alarms that stop the circuit, high-low pressure..

C

“Compressor” thermal overload, envelope

D

“Driver” Electronic valve

E

“Expansion” uPCe alarms

F

“Fan” fans

G

“Generic” generic alarms, clock broken, HW, memory

H

“Humidifier” humidifier

I

“Fan coil” alarms from hydronic network

M

“MP-BUS” / Belimo

O

“Offline” Supervisor offline, pLAN offline

P

“Pumps” Pump flow switches, pump thermal overload

Q

“Quality” HACCP, Power consumption

R

“Remote” Various alarms from digital inputs

S

“Serial probe” Serial probes

T

“Timing” Maintenance warning

U

“unit” Alarms that stop the unit

V

“VFD” Inverter alarms from the field

W

“Warning” General

X

Defrost

Y

Clima

Note: the last letter of the alarm label-code (before the number) has the following meaning:

Note: alarm reset can be manual, automatic or selectable by parameter. In the first case, the user has to reset the alarm manually. In the second case, the alarm is reset automatically by GDH Heat pump manager which saves the event (these are less serious and potentially non-dangerous alarms). The last case concerns reset selectable by parameter: if this option is active, the system tries to reset the alarm five times (at a constant interval 10 seconds, saved in the alarm log), if after five attempts the alarm condition persists, the manager switches to manual reset mode and the alarm relay is activated. If, on the other hand, the alarm/fault situation is resolved within the five consecutive attempts, the alarm relay is not activated and the event is recorded in the log.

Note: the alarm delays may be fixed, reset using the corresponding parameter (indicated in brackets) or not present (“immediate” indicates there is no any delay between the moment when the fault/problem is detected by HPM and when the alarm is signaled).

Note: the “alarm relay” column may specify “yes” if the relay is activated or “can be enabled” if this can be enabled by parameter (on screen Gfc43).

Enabling the alarm relay by parameter implies the simultaneous activation of all the alarms marked as “can be enabled” in the table of parameters shown above.

64

The display is direct connected to a heating circuit. You

8. Optional Accessories

8.1 Room display

can setup one display for the heating, mix 1 and mix2 circuit.

Main functions

! Displays the actual room temperature ! Increases/Decreases the room temperature ! Shows the actual mode cooling/heating

8.2 Dew point Sensor In some conditions the pipes can be reach the dewpoint, when the heat pump is in cooling mode. To prevent this situation, you can connect to every heating circuit a dew point sensor to the digital input (24 V).!

!

67

65!

8.3 BMS – Internet module

GDH heat pump manager can be connected to various supervisory systems, using the following BMS communication protocols: Carel and Modbus. A BMS serial port serial port is used for the connection.

The various connection protocols are managed using the following optional cards:

• Carel RS485: code PCOS004850

• Modbus RS485: code PCOS004850

• Lon Works FTT10: code PCO10000F0 (*)

• BACnet RS485: code PCO1000BA0 (*)

• BACnet Ethernet: code PCO1000WB0 (*)

• Trend: code PCO100CLP0 (*)

Note: (*) these communication protocols are currently not manageable by the configuration tools (LONset and BACset) available at http://ksa.carel.com/; the GDH heat pump manager software is however already configured to use them.

The following figure shows the connection diagram of the BMS serial card to the controller.

Note: the addresses shown in the table correspond to the CAREL standard, while the second shows the Modbus address (packet); if using the Modbus communication protocol in “register” mode, the addresses shown in the table (Modbus column) must be increased by one unit, both for the digital variables (coils) and the analogue variables (registers).

67

Table of temperature-resistance values for NTC sensor 10K@25°C

cnatsiseR.pmeTeulav ecnatsiseR.pmeT eulav ecnatsiseR.pmeTeulav e

Max. Typical Min. Max. Typical Min. Max. Typical Min.

°C KΩ KΩ KΩ °C KΩ KΩ KΩ °C KΩ KΩ KΩ

-50 344.40 329.20 314.70 1 26.64 26.13 25.52 56 3.49 3.42 3.35

-49 324.70 310.70 297.20 2 25.51 25.03 24.55 57 3.39 3.31 3.24

-48 306.40 293.30 280.70 3 24.24 23.99 23.54 58 3.28 3.21 3.14

-47 289.20 277.00 265.30 4 23.42 22.99 22.57 59 3.18 3.11 3.04

-46 273.20 261.80 250.60 5 22.45 22.05 21.66 60 3.09 3.02 2.95

-45 258.10 247.50 237.20 6 21.52 21.15 20.78 61 2.99 2.92 2.86

-44 244.00 234.10 244.60 7 20.64 20.29 19.95 62 2.90 2.83 2.77

-43 230.80 221.60 212.70 8 19.80 19.40 19.15 63 2.81 2.75 2.69

-42 218.50 209.80 201.50 9 19.00 18.70 18.40 64 2.73 2.66 2.60

-41 206.80 198.70 191.00 10 18.24 17.96 17.67 65 2.65 2.58 2.52

-40 195.90 188.40 181.10 11 17.51 17.24 16.97 66 2.57 2.51 2.45

-39 185.40 178.30 171.59 12 16.80 16.55 16.31 67 2.49 2.43 2.37

-38 175.50 168.90 162.00 13 16.13 15.90 15.87 68 2.42

2.36 2.30

-37 166.20 160.10 154.10 14 15.50 15.28 15.06 69 2.35 2.29 2.24

-36 157.50 151.80 140.20 15 14.89 14.68 14.48 70 2.28 2.22 2.17

-35 149.30 144.00 138.80 16 14.31 14.12 13.93 71 2.21 2.16 2.10

-34 141.60 136.60 131.80 17 13.75 13.57 13.40 72 2.15 2.10 2.04

-33 134.40 129.70 125.20 18 13.22 13.06 12.89 73 2.09 2.04 1.98

-32 127.60 123.20 118.90 19 12.72 12.56 12.41 74 2.03 1.98 1.93

-31 121.20 117.10 113.10 20 12.23 12.09 11.95 75 1.97 1.92 1.87

-30 115.10 111.30 107.50 21 11.77 11.63 11.57 76 1.92 1.87 1.82

-29 109.30 105.70 102.20 22 11.32 11.20 11.07 77 1.86 1.81 1.78

-28 103.80 100.40 97.16 23 10.90 10.78 10.60 78 1.81 1.76 1.71

-27 98.63 95.47 92.41 24 10.49 10.38 10.27 79 1.76 1.71 1.68

-26 93.75 90.80 87.93 25 10.10 10.00 9.90 80 1.71 1.66 1.62

-25 89.15 86.39 83.70 26 9.73 9.63 9.52 81 1.66 1.62 1.57

-24 84.82 82.22 79.71 27 9.38 9.28 9.18 82 1.62 1.57 1.53

-23 80.72 78.29 75.93 28 9.04 8.94 8.84 83 1.57 1.53 1.49

-22 76.85 74.58 72.36 29 8.72 8.62 8.52 84 1.53 1.49 1.44

-21 73.20 71.07 68.99 30 8.41 8.31 8.21 85 1.49 1.45 1.40

-20 69.74 67.74

65.80 31 8.11 8.01 7.91 86 1.45 1.41 1.37

-19

66.42 64.54 62.72 32 7.82 7.72 7.62 87 1.41 1.37 1.33

-18 63.27 61.52 59.81 33 7.55 7.45 7.35 88 1.37 1.33 1.29

-17 60.30 58.66 57.05 34 7.28 7.19 7.09 89 1.34 1.30 1.26

-16 57.49 53.39 51.97 35 7.03 6.94 6.84 90 1.30 1.26 1.22

-15 54.83 53.39 51.97 36 6.79 6.69 6.60 91 1.27 1.23 1.19

-14 52.31 50.96 49.83 37 6.56 6.46 6.37 92 1.23 1.20 1.16

-13 49.93 48.65 47.12 38 6.33 6.24 6.15 93 1.20 1.16 1.13

-12 47.67 46.48 45.31 39 6.12 6.03 5.94 94 1.17 1.13 1.10

-11 45.53 44.41 43.32 40 5.92 5.82 5.73 95 1.14 1.10 1.07

-10 43.50 42.25 41.43 41 5.72 5.63 5.54 96 1.11 1.08 1.04

-9 41.54 40.56 39.59 42 5.53 5.43 5.35 97 1.08 1.05 1.01

-8 39.68 38.76 37.85 43 5.34 5.25 5.17 98 1.05 1.02 0.99

-7 37.91 37.05 36.20 44 5.16 5.08 4.99 99 1.03 0.99 0.96

-6 36.24 35.43 34.02 45 4.99 4.91 4.82 100 1.00 0.97 0.94

-5 34.65 33.89 33.14 46 4.83 4.74 4.66 101 0.98 0.94 0.91

-4 33.14 32.43 31.73 47 4.67 4.59 4.51 102 0.95 0.92 0.89

-3 31.71 31.04 30.39 48 4.52 4.44 4.36

103 0.93 0.90 0.87

-2 30.35 29.72 29.11 49 4.38 4.30 4.22 104 0.91 0.87 0.84

-1 30.00 28.47 27.89 50 4.24 4.16 4.08 105 0.88 0.85 0.82 0 27.83 27.28 26.74 51 4.10 4.02 3.95 106 0.86 0.83 0.80

52 3.97 3.90 3.82 107 0.84 0.81 0.78 53 3.84 3.77 3.69 108 0.82 0.79 0.76 54 3.72 3.65 3.57 109 0.80 0.77 0.74 55 3.61 3.53 3.46 110 0.78 0.75 0.73

66!

9. Temperature probes resistance

67

10. Change the battery

67

!

GDH Air Series, Geo Series User Manual

Specifications and Main Features

Frequently Asked Questions

User Manual