![Daikin EKCBH008BCV3 [23/48] Connection to a benefit kwh rate power supply](/img/pdf.png)
Daikin EKCBH008BCV3 [23/48] Connection to a benefit kwh rate power supply
![Daikin EKCBH008BCV3 [23/48] Connection to a benefit kwh rate power supply](/views2/1789212/page23/bg17.png)
EKCBX/H008BCV3
Unit for air to water heat pump system
4P348533-1A – 2013.04
Installation manual
20
Connection to a benefit kWh rate power supply
Electricity companies throughout the world work hard to provide
reliable electric service at competitive prices and are often authorized
to bill clients at benefit rates. E.g. time-of-use rates, seasonal rates,
Wärmepumpentarif in Germany and Austria, ...
This equipment allows for connection to such benefit rate power
supply delivery systems.
Consult with the electricity company acting as provider at the site
where this equipment is to be installed to know whether it is
appropriate to connect the equipment in one of the benefit kWh rate
power supply delivery systems available, if any.
When the equipment is connected to such benefit kWh rate power
supply, the electricity company is allowed to:
■ interrupt power supply to the equipment for certain periods of
time;
■ demand that the equipment only consumes a limited amount of
electricity during certain periods of time.
The indoor unit is designed to receive an input signal by which the
unit switches into forced off mode. At that moment, the outdoor unit
compressor will not operate.
Possible types of benefit kWh rate power supply
Possible connections and requirements to connect the equipment to
such power supply are illustrated in the figure below:
1 Benefit kWh rate power supply box
2 Receiver controlling the signal of the electricity company
3 Power supply to outdoor unit (refer to the installation
manual delivered with the outdoor unit)
4 Voltage free contact to indoor unit
5 Normal kWh rate power supply
When the outdoor unit is connected to a benefit kWh rate power
supply, the voltage free contact of the receiver controlling the benefit
kWh rate signal of the electricity company must be connected to
clamps 17 and 18 of X2M (as illustrated in the figure above).
When parameter [d-01]=1 at the moment that the benefit kWh rate
signal is sent by the electricity company, that contact will open and
the unit will go in forced off mode
(1)
.
When parameter [d-01]=2 at the moment that the benefit kWh rate
signal is sent by the electricity company, that contact will close and
the unit will go in forced off mode
(2)
.
Type 1
This type of benefit kWh rate power supply is not interrupted.
Type 2
This type of benefit kWh rate power supply is interrupted after elapse
of time.
Type 3
This type of benefit kWh rate power supply is interrupted immediately.
Connect the indoor unit to a normal kWh rate power supply
If the benefit kWh rate power supply is of type 2 or 3 (power
interruption of main power supply to outdoor unit), the indoor unit
should be connected to a normal kWh rate power supply to allow
continuous indoor control and operation (e.g., pump).
Disconnect terminal X6YA from X6Y and connect X6YB to X6Y.
1
2
3
X2M17 18 30 31
L
N
X40A
A1P
LN
2
4
1
3
5
3
LN
2
1
43
43
LN
2
1
S2S
S2S
S2S
[d-01]=1
1
2
3
LN
2
1
3
LN
2
1
43
44
43
LN
2
1
S2S
S2S
S2S
[d-01]=2
(1) When the signal is released again, the voltage free contact will close and
the unit will restart operation. It is therefore important to leave the auto
restart function enabled. Refer to "[3] Auto restart" on page 26.
(2) When the signal is released again, the voltage free contact will open and
the unit will restart operation. It is therefore important to leave the auto
restart function enabled. Refer to "[3] Auto restart" on page 26.
INFORMATION
■ In case the benefit kWh rate power supply function is
enabled, the screed dry-out function can not be
enabled.
■ When connecting the equipment to a benefit kWh rate
power supply, change field setting [d-01]. When
benefit kWh rate power supply is of type 1 or indoor
unit is connected to a normal kWh rate power supply
(via 30-31, X2M) change both field settings [d-01] and
[d-00]. Refer to "[d] Benefit kWh rate power
supply/Local shift value weather dependent" on
page 33.
■ If the benefit kWh rate power supply is of type 1 or
indoor unit is connected to a normal kWh rate power
supply, the unit will be forced to off. Controlling the
solar pump is still possible.
When the benefit kWh rate signal is sent, the
centralised control indicator e will flash to indicate
that the benefit kWh rate is active.
■ If the benefit kWh rate power supply is of type 2 or 3
and indoor unit is not connected to a normal kWh rate
power supply, then the heaters cannot be controlled.
This power supply interruption should not be longer
than 2 hours, otherwise the real time clock of the
controller will be reset.
During power supply interruption, the controller
display will be blank.
X2M30 31
L
N
BLK
WHT
X6YB
X6Y
X6YA
X2M30 31
L
N
BLK
WHT
X6YB
X6Y
X6YA
Содержание
- Installation manual 1
- Unit for air to water heat pump system 1
- Ekcbx h008 bc v3 ebhq00 ba v3 2
- Daikin europe n v 3
- Ebhq006bbv3 ekcbh008b v3 ebhq006bbv3 ekcbx008b v3 ebhq008bbv3 ekcbh008b v3 ebhq008bbv3 ekcbx008b v3 3
- En60335 2 40 3
- Jean pierre beuselinck director ostend 2nd of may 2013 3
- Low voltage 2006 95 ec electromagnetic compatibility 2004 108 ec 3
- P350991 1 3
- Installation manual 4
- Ontents 4
- Definitions 5
- Efinitions 5
- Eneral safety precautions 5
- General safety precautions 5
- Meaning of used terms 5
- Meaning of warnings and symbols 5
- Combination and options 7
- Connection to a benefit kwh rate power supply 7
- Connection to a benefit kwh rate power supply 7
- General information 7
- Heating cooling units and heating only units 7
- Introduction 7
- Model identification 7
- Model identification 7
- Ntroduction 7
- Scope of the manual 7
- Accessories 8
- Accessories supplied with the indoor unit 8
- Ccessories 8
- Location of the accessories 8
- Main components of the indoor unit 8
- Opening of the indoor unit 8
- Overview of unit 8
- Verview of unit 8
- Electing an installation location 9
- General precautions on indoor installation location 9
- Main components of the indoor unit switch box 9
- Selecting an installation location 9
- Application 1 10
- Dimensions and service space 10
- Dimensions of the indoor unit 10
- Imensions and service space 10
- Service space of the indoor unit 10
- Typical application examples 10
- Ypical application examples 10
- Application 2 11
- Application 3 11
- Caution 11
- Details on domestic hot water tank configuration for low outdoor temperatures can be found under 12 field settings on page 24 field settings 5 02 to 5 04 11
- Details on pump configuration can be found under 12 pump operation configuration on page 22 11
- Domestic hot water is provided through the domestic hot water tank which is connected to the unit 11
- Domestic water heating 11
- Information 11
- It is possible to connect either a 2 wire or a 3 wire 3 way valve 7 make sure to fit the 3 way valve correctly for more details refer to wiring the 3 way valve on page 19 11
- It is recommended to select a pressure difference controlled by pass valve 11
- Notice 11
- Pump operation 11
- Space heating 11
- Space heating and cooling application with a room thermostat suitable for heating cooling changeover connected to the unit heating is provided through floor heating loops and fan coil units cooling is provided through the fan coil units only 11
- Space heating only application without room thermostat connected to the unit the temperature in each room is controlled by a valve on each water circuit domestic hot water is provided through the domestic hot water tank which is connected to the unit 11
- The by pass valve should be selected as such that at all time the minimum water flow as mentioned in the chapter piping connection work in the ebhq outdoor unit installation manual is guaranteed 11
- The unit 1 will operate to achieve the target leaving water temperature as set on the user interface 11
- The unit can be configured so that at low outdoor temperatures the domestic water is exclusively heated by the booster heater this assures that the full capacity of the heat pump is available for space heating 11
- When circulation in each space heating loop fhl1 is controlled by remotely controlled valves m1 it is important to provide a by pass valve 8 to avoid the flow switch safety device from being activated 11
- When domestic water heating mode is enabled either manually by the user or automatically through a schedule timer the target domestic hot water temperature will be achieved by a combination of the heat exchanger coil and the electrical booster heater 11
- When the domestic hot water temperature is below the user configured set point the 3 way valve will be activated to heat the domestic water by means of the heat pump in case of large domestic hot water demand or a high domestic hot water temperature setting the booster heater 9 can provide auxiliary heating 11
- With no thermostat connected to the unit 1 the pump 3 can be configured to operate either as long as the unit is on or until the required water temperature is reached 11
- Application 4 12
- Application 5 12
- Always install a 3 way valve even if no domestic hot water tank is installed this to ensure that the freeze protection function see 4 04 freeze protection function on page 27 can operate when the boiler is active 13
- Be sure that the boiler and the integration of the boiler in the system is in accordance with the applicable legislation 13
- C onfiguration b when the room thermostat requests heating either the ebhq unit or the boiler starts operating depending on the outdoor temperature status of permission signal for the auxiliary boiler when the permission is given towards the boiler the space heating operation by the ebhq unit will be automatically switched off for more details see field setting c 02 c 04 13
- Caution 13
- Configuration a when the room thermostat requests heating either the ebhq unit or the boiler starts operating depending on the position of the auxiliary contact a 13
- Daikin can not be put responsible for incorrect or unsafe situations in the boiler system 13
- Field wiring configuration a 13
- Field wiring configuration b 13
- Operation 13
- Application 6 14
- Handling 15
- Handling and unpacking the unit 15
- Inspecting handling and unpacking the unit 15
- Inspection 15
- Installing the unit 15
- Nspectin 15
- Unpacking 15
- Heater kit installation optional 16
- User interface installation 16
- Electrical wiring work 17
- Iping connection work 17
- Lectrical wiring work 17
- Outdoor unit internal wiring parts table 17
- Piping connection work 17
- Precautions on electrical wiring work 17
- Control signal routing hv 18
- Overview of field wiring 18
- Overview of field wiring 18
- Power supply routing ps 18
- Requirements 18
- Routing 18
- Outdoor switch box connections 19
- Precautions on wiring of power supply and inter unit wiring 19
- Thermistor interconnection cable routing lv 19
- Indoor unit internal wiring parts table 20
- Close the control box cover take care not to pinch any wires 21
- Connection heater kit signals if applicable 21
- Connection of control signals and thermistor cable 21
- Indoor switch box connections 21
- It is important to keep the high voltage low voltage and power supply wiring separated from each other in order to avoid any electrical interference the distance between both wiring should always be at least 25 mm 21
- Ps hv hv lv 21
- Refer to the installation manual of the ekmbuh heater kit 21
- Remove the control box cover 21
- Requirements for indoor unit field wiring 21
- Requirements for indoor unit field wiring 21
- Route and connect the thermistor interconnection cable to the appropriate terminal as shown on the wiring diagram supplied with the unit and according to the figure above 21
- Route the cables through the cable holders and secure the cables to the cable tie mountings with cable ties as shown in the figure above 21
- Routing 21
- Selection and sizing should be done in accordance with the applicable legislation based on the information in the table below 21
- The indoor unit has several openings on the bottom side for field wiring use the appropriate opening to route the high voltage low voltage and power supply wires as shown in the figure below 21
- Using the appropriate cables route and connect the control cables to the appropriate terminals as shown on the wiring diagram supplied with the unit and according to the figure above 21
- Warning 21
- Connection of the thermostat cable 22
- Connection of the valve control cables 22
- Connection to a benefit kwh rate power supply 23
- Connection to a benefit kwh rate power supply 23
- Dip switch settings overview 24
- Room thermostat installation configuration 24
- Room thermostat installation configuration 24
- Start up and configuration 24
- Up and configuration 24
- Domestic hot water tank installation configuration 25
- Domestic hot water tank installation configuration 25
- Initial start up at low outdoor ambient temperatures 25
- Pump operation configuration 25
- Pump operation configuration 25
- Checks before initial start up 26
- Powering up the indoor unit 26
- Pre operation checks 26
- Setting the pump speed 26
- Detailed description 27
- Field settings 27
- Procedure 27
- 6 00 start temperature difference determining the heat pump on temperature 31
- 6 01 stop temperature difference determining the heat pump off temperature 31
- 6 03 scheduled storage defines whether the scheduled domestic water heating storage during night is enabled 1 or not 0 31
- 6 04 scheduled storage start time time of the night at which the domestic water should be heated 31
- 6 05 reheat defines whether the scheduled domestic water reheat during daytime is enabled 1 or continuous reheat is enabled 2 or reheat is disabled 0 31
- 6 06 scheduled reheat start time time of the day at which the domestic water should be heated 31
- 6 07 domestic hot water reheat set point 31
- 6 08 domestic hot water reheat set point hysteresis 31
- Applies only to installations with a domestic hot water tank 31
- Buttons 31
- Dt for heat pump domestic water heating mode 31
- Dt for heat pump domestic water heating mode scheduled storage and reheat domestic water heating 31
- Example 1 scheduled storage 6 03 1 scheduled reheat 6 05 1 disinfection function 2 01 1 activated 31
- Example 2 scheduled storage 6 03 1 continuous reheat 6 05 2 disinfection function 2 01 1 activated 31
- Heating of the domestic hot water by the heat pump will be started as soon as the domestic hot water temperature reaches the heat pump off temperature 31
- Heating of the domestic hot water by the heat pump will be stopped by switching the 3 way valve 31
- Information 31
- Is a must 31
- It is advised to select 31
- Not higher than 48 c in order to improve performance of the heat pump during domestic water heating mode 31
- Or the user set point temperature 31
- Scheduled reheat domestic water heatin 31
- Scheduled storage domestic water heatin 31
- See illustration 31
- The dt temperature difference for heat pump domestic water heating mode field settings determine the temperatures at which heating of the domestic hot water by the heat pump will be started i e the heat pump on temperature and stopped i e the heat pump off temperature when the domestic hot water temperature drops below the heat pump on temperature 31
- The heat pump off temperature and the heat pump on temperature and its relation with field settings 6 00 and 6 01 are explained in the illustration below 31
- The maximum domestic hot water temperature that can be reached with the heat pump is 50 31
- The storage set point can be accessed directly using the 31
- When setting 4 03 0 2 or 4 special attention to setting 6 00 is recommended a good balance between the required domestic hot water temperature and heat pump on temperature 31
- 8 03 booster heater delay time specifies the start up time delay of the booster heater operation when heat pump domestic water heating mode is active 34
- 8 04 additional running time at 4 02 f 01 specifies the additional running time on the maximum running time at outdoor temperature 4 02 or f 01 see figure below 34
- By adapting the booster heater delay time versus the maximum running time an optional balance can be found between the energy efficiency and the heat up time 34
- Example 4 03 1 34
- However if the booster heater delay time is set too high it might take a long time before the domestic hot water reaches its set temperature upon domestic hot water mode request 34
- Information 34
- Notice 34
- Take care that 8 03 is always in relation with the maximum running time 8 01 34
- The delay timer starts from booster heater on temperature 34
- The full advantage of 8 04 will be applicable if setting 4 03 is not 1 34
- The purpose of 8 03 is to delay the booster heater in relation with the heat pump operation time in domestic water heating mode 34
- The setting 8 03 has only meaning if setting 4 03 1 setting 4 03 0 2 3 4 limits the booster heater automatically in relation to heat pump operation time in domestic water heating mode 34
- When heat pump is active in domestic water heating mode the delay time of booster heater is 8 03 34
- When heat pump is not active in domestic water heating mode the delay time is 20 min 34
- Field settings table 38
- Est run and final check 41
- Final check 41
- Pre run checks 41
- Procedure 41
- Test run and final check 41
- Test run operation manual 41
- Disclaimer 42
- Field settings 42
- Getting started 42
- Underfloor heating screed dry out program 42
- Underfloor heating screed dry out program 42
- Aintenance and service 43
- Checks 43
- Maintenance activities 43
- Maintenance and service 43
- Maintenance introduction 43
- Operation of the unit 43
- Peration of the unit 43
- Service precautions 43
- General guidelines 44
- General symptoms 44
- Roubleshooting 44
- Service mode operation 44
- Troubleshooting 44
- Feld setting 4 03 has value 5 45
- Maximum domestic hot water set point is limited to 60 c 45
- Tank temperature sensor reads out wrong values 45
- Typical symptoms 45
- A list of all errors and corrective actions can be found in the table below 46
- Error codes 46
- Reset the safety by turning the unit off and back on 46
- When a safety device is activated the user interface led will be flashing and an error code will be displayed 46
- Disposal requirements 47
- Electrical specifications 47
- Electrical specifications 47
- Isposal requirements 47
- Nit specifications 47
- Technical specifications 47
- Technical specifications 47
- Unit specifications 47
Похожие устройства
- Daikin BEVN32AV1 Инструкция по монтажу
- Daikin BEVN50AV1 Инструкция по монтажу
- Daikin BEVN125AV1 Инструкция по монтажу
- Daikin BRC1E53A7 Инструкция по монтажу
- Daikin BRC1E53A7 Руководство по применению для установщика
- Daikin BRC1E53A7 Руководство по применению для пользователя
- Daikin BRC1E53B Инструкция по монтажу
- Daikin BRC1E53B Руководство по применению для установщика
- Garmin echo 200 Инструкция по эксплуатации
- Garmin echo 200 Инструкция по установке
- Samsung VP-DC575Wi Инструкция по эксплуатации
- Samsung VP-DC575WB Инструкция по эксплуатации
- Samsung VP-DC565WB(i) Инструкция по эксплуатации
- Samsung VP-DC565W(i) Инструкция по эксплуатации
- Samsung VP-DC563(i) Инструкция по эксплуатации
- Samsung VP-DC175WB Инструкция по эксплуатации
- Samsung VP-DC175W(i) Инструкция по эксплуатации
- Samsung VP-DC173(i) Инструкция по эксплуатации
- Samsung VP-DC172W Инструкция по эксплуатации
- Samsung VP-DC171WH Инструкция по эксплуатации