Ideal Heating Logic Air DHW IDEPLUHP180DUOPPSZ Maintenance and service guide

When replacing any part on this appliance, use only spare parts that you can be assured conform to the safety and performance
specification that we require. Do not use reconditioned or copy parts that have not been clearly authorised by Ideal Heating.
For the very latest copy of literature for specification and maintenance practices visit our website idealheating.com
where you can download the relevant information in PDF format.
08 / 2023
UIN 235468 A05
INSTALLATION
& MAINTENANCE
LOGIC AIR MONOBLOC HEAT PUMP SYSTEM
SCAN
for Installation
& Maintenance
Guide
SCAN
for
Schematics
Guide
SCAN
for Halo Air
Installation
Manual

2Installation and Maintenance
WEEE DIRECTIVE 2012/19/EU
Waste Electrical and Electronic Equipment Directive
• At the end of the product life, dispose of the
packaging
and product in a corresponding recycle centre.
• Do not dispose of the unit with the usual domestic refuse.
• Do not burn the product.
• Remove the batteries.
• Dispose of the batteries according to the local statutory
requirements and not with the usual domestic refuse.
NOTE TO INSTALLER: COMPLETE THE BENCHMARK COMMISSIONING CHECKLIST AT THE REAR OF THIS BOOK AND LEAVE THESE INSTRUCTIONS WITH APPLIANCE
Ideal Heating reserve the right to vary specication without notice
The code of practice for the installation,
commissioning& servicing of central
heating systems
For any technical queries please contact the Ideal installer helpline : 01482 498663
NOTES FOR THE INSTALLER

3
Installation and Maintenance
CONTENTS
Section 1 - General............................................................................................... 5
1.1 Literature Symbols ........................................................................................ 5
1.2 Documentation.............................................................................................. 5
1.3 General Safety Instructions........................................................................... 5
1.3.1 Risks and Warning .......................................................................... 5
1.3.2 InstallerQualication ....................................................................... 6
1.3.3 Appliance Symbols.......................................................................... 6
1.3.4 Intended Use ................................................................................... 6
1.4 Regulations ................................................................................................... 6
1.5 SystemCongurations.................................................................................. 7
Section 2 - Product Information.......................................................................... 8
2.1 ERP Data ...................................................................................................... 8
2.2 Heat Pump .................................................................................................... 8
2.2.1 Dimensions and Clearances............................................................ 9
2.3 DHW Cylinders............................................................................................ 10
2.3.1 Single Zone Pre-plumbed Cylinders Dimensions and Clearances 11
2.3.2 Two Zone Pre-Plumbed Cylinders with Integrated Low Loss
Header Dimensions and Clearances............................................. 13
2.3.3 Single Zone Pre-Plumbed Cylinder with Integrated Buffer
Dimensions and Clearances.......................................................... 15
2.3.4 Two Zone Pre-Plumbed Cylinder with Integrated Buffer
Dimensions and Clearances.......................................................... 17
2.4 Control Box ................................................................................................. 18
2.4.1 Control Box Dimensions and Clearances...................................... 18
2.5 Contents Provided with Appliance............................................................... 19
2.5.1 Monobloc Heat Pump.................................................................... 19
2.5.2 DHW Cylinders.............................................................................. 19
2.5.3 Control Box.................................................................................... 19
2.6 Location of Data Plates............................................................................... 20
2.6.1 Heat Pump..................................................................................... 20
2.6.2 DHW Cylinder................................................................................ 20
2.6.3 Control Box.................................................................................... 20
2.7 Heat Pump Operating Principles................................................................. 21
2.7.1 Operating Principle........................................................................ 21
2.7.2 Defrost Method.............................................................................. 21
2.7.3 Domestic Hot Water ...................................................................... 21
2.7.4 Space Heating............................................................................... 21
2.7.5 Anti-Legionella Function................................................................ 21
2.7.6 Cold Start Function........................................................................ 22
2.7.7 Frost Protection ............................................................................. 22
Section 3 - Pre-Installation Checks................................................................... 23
3.1 System Combinations ................................................................................. 23
3.2 Primary Heating System Requirements ...................................................... 23
3.2.1 Minimum System Volume of the Primary Heating Circuit ............. 23
3.2.2 System Expansion......................................................................... 23
3.2.3 Maximum Pipe Length................................................................... 24
3.2.4 Water Quality Requirements ........................................................ 24
3.2.5 System Water Antifreeze Protection.............................................. 24
3.3 Heat Pump - Installation Area ..................................................................... 25
3.3.1 Installation Environment ................................................................ 25
3.3.2 Orientation..................................................................................... 25
3.3.3 Mounting........................................................................................ 25
3.3.4 Condensate Disposal .................................................................... 25
3.3.5 Pressure Relief Valve Discharge Outlet ........................................ 25
3.4 Cylinder - Installation Area .......................................................................... 26
3.4.1 Product Location Considerations................................................... 26
3.5 Control Box - Installation Area..................................................................... 27
3.5.1 Product Dimensions and Installation Clearances.......................... 27
3.5.2 Determining Installation Area......................................................... 27
3.5.3 Requirements of Installation Area.................................................. 27
Section 4 - Installation ....................................................................................... 28
4.1 Installation of Heat Pump............................................................................ 28
4.1.1 Preparation of Installation Area ..................................................... 28
4.1.2 Floor Mounting............................................................................... 28
4.1.3 Receival and Unpacking................................................................ 29
4.1.4 Lifting and Handling....................................................................... 29
4.1.5 Condensate Disposal .................................................................... 30
4.1.6 Hydronic Connections ................................................................... 31
4.1.7 Antifreeze Protection ..................................................................... 31
4.1.8 Accessing the Casing.................................................................... 32
4.1.9 Electrical Installation...................................................................... 32
4.1.10 Routing the Electrical Cables ........................................................ 33
4.2 Installation of Indoor DHW Cylinder ............................................................ 34
4.2.1 Receival and Unpacking................................................................ 34
4.2.2 Lifting and Handling....................................................................... 34
4.2.3 Hydronic Connections ................................................................... 35
4.2.4 Pressure and Temperature/Expansion Relief Valve Pipework...... 36
4.2.5 Immersion Heater Wiring............................................................... 37
4.3 Installation of Control Box ........................................................................... 38
4.3.1 Receival and Unpacking and Handling.......................................... 38
4.3.2 Removal of the Front Panel........................................................... 38
4.3.3 Mounting........................................................................................ 39
4.3.4 Electrical Installation...................................................................... 39
4.3.5 Control Box Internal Wiring............................................................ 40
4.3.6 Contactor Diagram ........................................................................ 41
4.3.7 Installer Wiring Connections.......................................................... 41
4.3.8 Electrical Safety Test ..................................................................... 43
4.4 Installation of System.................................................................................. 43
4.4.1 Outdoor Sensor Installation........................................................... 43
Section 5 - Commissioning ............................................................................... 44
5.1 Pre-Commissioning Checklist ..................................................................... 44
5.2 Commissioning of Hydronic Circuit ............................................................. 45
5.2.1 Flushing out the Hydronic Circuit................................................... 45
5.2.2 System Water Treatment............................................................... 45
5.3 Filling the System........................................................................................ 47
5.4 System Air Venting...................................................................................... 47
5.5 Activation of System - Quick Setup............................................................. 48
5.6 Default System Parameters ........................................................................ 49
5.7 Heat Pump Control setup............................................................................ 50
5.7.1 Initial Heat Delivery........................................................................ 50
5.7.2 Menu Operation............................................................................. 51
5.7.3 Weather Compensation Variants................................................... 61
5.7.4 Installer Parameters ...................................................................... 62
Section 6 - Inspection and Maintenance .......................................................... 63
6.1 Overall Maintenance Plan Table..................................................................63
6.2 Heat Pump Service & Maintenance Procedure........................................... 64
6.2.1 Logic Air Monobloc Heat Pump Checks ........................................ 64
6.2.2 Logic Air Controller Checks ........................................................... 65
6.2.3 Logic Air Domestic Hot Water Cylinder and System Checks.........65
6.2.4 Service Records ............................................................................ 65
6.2.5 Fault History .................................................................................. 66
6.2.6 Update the Settings....................................................................... 66
Section 7 - De-Commissioning.......................................................................... 67
7.1 De-Commissioning...................................................................................... 67
Section 8 - Recycle & Disposal ......................................................................... 68
8.1 Packaging ................................................................................................... 68
8.2 End of Product Life...................................................................................... 68
8.2.1 Environmental Protection .............................................................. 68
8.2.2 WEEE ........................................................................................... 68
8.2.3 Environmental Disposal................................................................. 68
Section 9 - Fault Finding.................................................................................... 69
9.1 Fault Help.................................................................................................... 69
9.1.1 Fault Codes ................................................................................... 69
9.1.2 Outside Sensor Fault..................................................................... 70
9.1.3 Header Thermistor Fault................................................................ 70
9.1.4 Flow Thermistor (Outdoor) Fault ................................................... 70
9.1.5 Flow Thermistor (Indoor) Fault ...................................................... 71
9.1.6 Return Thermistor Fault................................................................. 71
9.1.7 DHW Thermistor Fault................................................................... 71
9.1.8 Room Thermostat 1 Fault.............................................................. 72
9.1.9 Room Thermostat 2 Fault.............................................................. 72
9.1.10 LPB (Cascade) Short-Circuit/Communication Fault ...................... 72
9.1.11 LPB (Cascade) Address Collision Fault......................................... 73
9.1.12 BSB Short Circuit Fault.................................................................. 73
9.1.13 BSB Address Collision Fault.......................................................... 73
9.1.14 2 Clock Time Masters Fault........................................................... 74
9.1.15 Clock Without Back-up Fault ......................................................... 74
9.1.16 Source Temperature too Low Fault ............................................... 74
9.1.17 7093 DHW Setpoint Fault.............................................................. 74
9.1.18 Anti-Legionella Temperature Fault................................................. 75
9.1.19 Re-occurring Heat Pump Fault...................................................... 75
9.1.20 CongurationFault ........................................................................ 75
9.1.21 Alarm Contact 1 Active Fault ......................................................... 76

4Installation and Maintenance
9.1.22 Room Temperature Sensor Fault .................................................. 76
9.1.23 External Fault ................................................................................ 76
9.1.24 Low Mains Voltage Fault ............................................................... 77
9.1.25 No Cascade Master Fault.............................................................. 77
9.1.26 No Outdoor Connection Fault........................................................ 77
9.1.27 Back-up Boiler no Temperature Rise Fault.................................... 78
9.1.28 Number of Heat Pump Starts Exceeded ....................................... 78
9.1.29 No Central Heating but Hot Water works OK ................................ 78
9.1.30 No Hot Water but Central Heating works OK ................................ 79
9.1.31 No Display on Indoor Unit.............................................................. 79
Appendix ............................................................................................................ 80
1.1 System Schematics..................................................................................... 80
1.1.1 Schematics Key/Legend................................................................ 80
1.1.2 Logic Air + Two Zone Pre-Plumbed Cylinder with Integrated
Buffer............................................................................................. 81
1.1.3 Logic Air + Single Zone Pre-Plumbed Cylinder ............................. 82
1.1.4 Logic Air + Two Zone Pre-plumbed Cylinder with Integrated
Low Loss Header........................................................................... 83
1.1.5 Pump Pressure Curves ................................................................. 84
1.1.6 Refrigerant Circuit.......................................................................... 85
TABLES
Table 1 Data - Heat Pump................................................................................ 8
Table 2 Data - Single Zone Pre-plumbed Cylinders....................................... 10
Table 3 Data - Two Zone Pre-plumbed Cylinders with Integrated Low
Loss Header...................................................................................... 12
Table 4 Data - Single Zone Pre-plumbed Cylinder with Integrated Buffer ..... 14
Table 5 Data - Two Zone Pre-plumbed Cylinder with Integrated Buffer......... 16
Table 6 Data - Control Box............................................................................. 18
Table 7 Content provided with DHW Cylinders.............................................. 19
Table8 SystemSpecication......................................................................... 23
Table 9 Sizing of Copper Discharge Pipe ...................................................... 36
Table 10 Control Box - Pre-Commissioning Checklist ..................................... 44
Table 11 Glycol Concentration vs Expected Min. Outdoor Temp..................... 46
Table 12 Glycol Concentration vs Performance............................................... 46
Table 13 Default System Parameters .............................................................. 49
Table 14 Maintenance Tasks............................................................................ 63
FIGURES
Figure1.  SystemCongurations ......................................................................... 7
Figure 2. Heat Pump - Dimensions ..................................................................... 9
Figure 3. Heat Pump - Clearances ...................................................................... 9
Figure 4. Plan View - PP Single Zone - 475 mm ............................................... 10
Figure 5. Plan View - PP Single Zone - 550 mm ............................................... 10
Figure 6. Logic Air DHW pre-plumbed slimline cylinder 180L & control box
1-zone ................................................................................................ 11
Figure 7. Logic Air DHW pre-plumbed cylinder 180L & control box 1-zone....... 11
Figure 8. Plan View - PP Two Zone LL - 475 mm.............................................. 12
Figure 9. Plan View - PP Two Zone LL - 550 mm.............................................. 12
Figure 10. Logic Air DHW pre-plumbed slimline cylinder 210L, control box &
low loss header 2-zone ...................................................................... 13
Figure 11. Logic Air DHW pre-plumbed cylinder 250L, control box & low loss
header 2-zone .................................................................................... 13
Figure 12. Plan View - PP Single Zone Buff - 550 mm........................................ 14
Figure 13. Plan View - PP Single Zone Buff - 630 mm........................................ 14
Figure 14. Logic Air DHW pre-plumbed cylinder 210L, control box & buffer
1-zone ................................................................................................ 15
Figure 15. Logic Air DHW pre-plumbed cylinder 300L, control box & buffer
1-zone ................................................................................................ 15
Figure 16. Plan View - PP Two Zone Buff - 550 mm ........................................... 16
Figure 17. Plan View - PP Two Zone Buff - 630 mm ........................................... 16
Figure 18. Logic Air DHW pre-plumbed cylinder 210L, control box & buffer
2-zone ................................................................................................ 17
Figure 19. Logic Air DHW pre-plumbed cylinder 300L, control box & buffer
2-zone ................................................................................................ 17
Figure 20. Control Box - Dimensions .................................................................. 18
Figure 21. Control Box - Clearances................................................................... 18
Figure 23. DHW Cylinder - Location of Data Plates............................................ 20
Figure 24. Control Box - Location of Data Plates................................................ 20
Figure 22. Heat Pump - Location of Data Plates................................................. 20
Figure 25. Closed Refrigerant Circuit.................................................................. 21
Figure 26. Heat Pump Base Panel Outlets (all models)...................................... 25
Figure 27. Dimensions of Mounting Fixtures (all models) ................................... 28
Figure 28. Hand Holds (Rear/Side)..................................................................... 29
Figure 29. Hand Holds (Side).............................................................................. 29
Figure 30. Heat Pump Permeable Base Installation ........................................... 30
Figure 31. Heat Pump Base Panel Outlets (all models)...................................... 30
Figure 32. Primary Heating Connections ............................................................ 31
Figure 33. Heat Pump - Panel Removal.............................................................. 32
Figure 34. Routing the Cables............................................................................. 33
Figure 35. Connections to Heat Pump Terminal Block 8/10 kW model............... 33
Figure 36. Connections to Heat Pump Terminal Block 4/5 kW models............... 33
Figure 37. Typical Discharge Pipe Arrangement ................................................. 36
Figure 38. Immersion Heater Wiring ................................................................... 37
Figure 39. Front Panel Removal ......................................................................... 38
Figure 40. Front Panel Mounting......................................................................... 39
Figure 41. Control Box - Internal Wiring.............................................................. 40
Figure 43. Installer Wiring Connections .............................................................. 41
Figure 42. Contactor Diagram............................................................................. 41
Figure 44. Outdoor Sensor Installation................................................................ 43
Figure 45. Typical Antifreeze Valve ..................................................................... 46
Figure 46. Antifreeze Installation Recommendations.......................................... 46
Figure 47. Auto Air Vent Dust Cap....................................................................... 47
Figure 48. Logic Air Compensation Curves vs Flow Temperature Settings
Available ............................................................................................ 61
Figure49. OutdoorSensorSpecication ............................................................ 61
Figure50. WeatherCompensationwithRoomInuence
(example at gradient 0.5)................................................................... 62
Figure 51. Heat Pump - Side Panel Removal ..................................................... 64
Figure 52. Front Panel Removal ......................................................................... 65
Figure 53. Refrigerant Circuit Diagram................................................................ 85

GENERAL
5
Installation and Maintenance
Section 1 - General
1.1 LITERATURE SYMBOLS
ᘐWARNING: Risk of injury or death.
ᘐCAUTION: Risk of damage to objects.
ⓘIMPORTANT: Notes to make you aware.
1.2 DOCUMENTATION
This is an original manual and must not be modied or
translated without the expressed permission of Ideal Heating.
This document applies to the installation and maintenance of the
following individual and combined products when installed in the
United Kingdom & Republic of Ireland:
• Logic Air Monobloc Heat Pump
• Logic Air Control Box
• Logic Air Standard Cylinder
• Logic Air Cylinder with Integrated Bu󰀨er Tank
• Logic Air Slimline Cylinder
The document is to be used for reference on installation and
maintenance of these systems by heating system installers,
refrigeration engineers, and electricians.
This information is provided to assist in the selection of
equipment. Responsibility for selection and specication of
our equipment is that of the customer, expert or consultant
concerned with the installation.
All instructions must be left with the user. It must be
communicated to the user that these documents are to be safely
stored for future service records.
This document is to be used in combination with the below
documents:
1.3 GENERAL SAFETY INSTRUCTIONS
Prior to installation and maintenance of the product, make sure
that:
• General safety instructions are read and understood.
• There is an awareness of relevant regulations and
guidelines, and that they are obeyed.
• Sections specic to the work to be undertaken are read.
• Work performed is correctly documented.
1.3.1 Risks and Warning
ᘐWARNING: Failure to obey the warnings below can
result in death or severe injury. Detailed hazardous events
and how to prevent them are presented in their relevant
sections throughout the document.
Flammable Refrigerant
• The Heat Pump is charged with R32 which is a ammable,
odourless, and colourless refrigerant. In the event of a leak
from the refrigerant circuit this can create a hazardous
environment. To reduce the risk of a hazardous event,
the installation instructions should be followed, and the
installation area should be kept clear of ignition sources,
including but not limited to; electrical switches, electrical plug
sockets, and lamps.
Transport & Storage of Boxed Unit
• The heat pump must be transported and stored in an upright
position. When still in the packaging, the product and
surrounding area should be kept clear of ignition sources
and should be handled with caution.
Installation & Safety Devices
• If the installation requirements of this document are
not upheld there is increased risk of a hazardous event
occurring. All pre-installation checks and the specic
installation requirements of each individual product and the
system must be implemented and obeyed.
Modication of the Products and Installation Environment.
• The product is not to be modied or tampered with in any
way that is not dened and approved by this document.
Make sure that the requirements for both the products and
installation environments are always followed. The end user
should be properly informed of the installation area and
product requirements during the handover process.
Improper Maintenance
• The product is to be regularly maintained and serviced by an
appropriately qualied service engineer. The end user should
be properly informed of maintenance and care requirements
during the handover process.
Inappropriate Operation
• The product is to be operated as outlined in both this
document and the user manuals. The end user must be
properly informed of intended and acceptable operation
methods during the handover process.
Electrical Risk
• Work on electrical components must only be carried out by
a competent electrician. Electrical supplies must be locked
in the o󰀨 position when any work is done near electrical
components. Failure to comply with this requirement can
result in severe injury or death.
If any of the supply cables are damaged, they must be
replaced by the manufacturer, its service agent or similarly
qualied persons in order to avoid a hazard.
Correct Disposal of Waste
• Waste from the products, such as cardboard, plastics, and
refrigerant must be disposed of appropriately and recycled
where applicable. Refrigerant must not be released into the
atmosphere.
Presence of Frozen Condensate in Walkways
• There is condensate produced by the Heat Pump which
can potentially build up around the heat pump and freeze if
not properly disposed of. Appropriate disposal methods of
the condensate should be implemented and maintained to
prevent slipping hazard.
SCAN
for Schematics
Guide
SCAN
for Installation &
Maintenance Guide

Section 1 - General
GENERAL
6Installation and Maintenance
Manual Handling
• Operatives should be knowledgeable and capable of safe
manual handling techniques. Health and safety guidelines
should be followed in combination with the individual ‘Lifting
and Handling’ section of each individual unit. Caution should
be practised at all times and when it is practicable, the use of
manual handling equipment should be implemented
1.3.2 InstallerQualication
ᘐWARNING: Work on the refrigeration circuit must only
be carried out by a competent engineer with a current Cat
III, Cat II or Cat I F-Gas certicate.
ᘐWARNING: Work on electrical systems must only be
carried out by competent persons.
ᘐWARNING: The DHW Cylinder must be installed by a
competent person as dened by the relevant regulations.
Manufacturers notes must NOT be taken as over-riding
statutory obligations.
Work that requires the removal of the exterior casing of the Heat
Pump must only be carried out by competent persons who are
familiar with the risks of R32 refrigerant.
1.3.3 Appliance Symbols
Safety labels are a󰀩xed to several points on these products.
These warning labels also include rules of conduct for the R32
refrigerant. The warning labels must not be removed.
Symbol Meaning
Flammable refrigerant
At the end of the product life, dispose of the packaging
and product in a corresponding recycle centre.
Read the operating manual.
Read the installation manual.
Read the installation and operating manual.
1.3.4 Intended Use
The correct usage of products is specied within this document
and must be obeyed.
ᘐWARNING: Failure to comply with the requirements
stipulated within this documentation may result increased
risk of death, serious injury and/or damage to equipment
and property.
The Heat Pump is an air-to-water monobloc heat pump to be
installed in a domestic household with a closed loop heating
system. This heat pump does not provide a cooling function.
The Heat Pump takes heat from ambient outdoor air for transfer
into domestic hot water or a space heating system. This air is
not to be ducted or re utilised and must be allowed to ow freely
back into the natural environment.
The DHW cylinder is used to transfer heat from the Heat Pump
into domestic hot water storage systems. The DHW cylinder is
to be installed within a domestic household.
The control box is to be installed as this contains the control
system and installer interfaces needed for the initial setup and
commissioning of the overall heating system. A limited interface
is provided for the end user however it is envisaged that day to
day interface will be via a PRT i.e., Halo Air.
It is recommended that on/o󰀨 room thermostats are not
installed with this product as they may negatively a󰀨ect system
performance and provide no optimisation potential.
If the Halo Air is not installed as the programmable room
thermostat and an alternative Programmable Room Thermostat
(PRT) is used the following basic functionality must be provided:
• Setback Temperature with a maximum 3C below comfort
temperature.
• Heating Schedule with a minimum 2.5-hour optimisation.
• The Logic Air Control must be set to permanent comfort mode.
• Maximum cycle rate of 1 per hour.
System schematic diagrams in this document are meant for
reference only. It is the responsibility of the installer to make
sure that all appropriate measures are implemented.
The installation must comply with all accompanying
documentation and applicable local regulations and guidelines.
1.4 REGULATIONS
Installations must conform with the regulations of the installation site:
• F-gas regulation.
• National building regulation.
• Local regulations and provisions of local electricity suppliers.
• IET Wiring regulations.
• Water ttings regulations (Water bye-laws in Scotland).
Detailed recommendations are contained in the following British
Standards Codes of Practice. Listed below are the editions of the
standards at the time of publication, it should be made sure that the
current editions at the time of installation are used for reference.
BS EN 378:2016 Refrigerating systems and heat pumps. Safety
and environmental requirements.
BS EN 1717:2000 Protection against pollution of potable water in
water installations and general requirements of
devices to prevent pollution by back ow
BS 7593:2019 Code of practice for the preparation,
commissioning and maintenance of domestic
central heating and cooling water systems
BS 7671:2018 +A2:2022 Requirements for Electrical Installations. IET
Wiring Regulations
BS EN 14336:2004 Heating systems in buildings. Installation and
commissioning of water-based heating systems.
BS EN 15450:2007 Heating systems in buildings. Design of heat
pump heating systems.
BS EN 50160:2010
+A3:2019
Voltage characteristics of electricity supplied by
public electricity networks View details
BS EN 12828:2012
+A1:2014
Heating systems in buildings. Design for water-
based heating systems.
BS EN 12831-1:2017 Energy performance of buildings. Method for
calculation of the design heat load. Space
heating load, Module M3-3
BS 8558:2015 Guide to the design, installation, testing and
maintenance of services supplying water for
domestic use within buildings and their curtilages.
Complementary guidance to BS EN 806
BS EN 806-1:2000 Specications for installations inside buildings
conveying water for human consumption.
General
BS EN 12897:2016
(+A1:2020)
Water supply - specication for indirectly heated
unvented (closed) storage water heaters

Section 1 - General
GENERAL
7
Installation and Maintenance
1.5 SYSTEM CONFIGURATIONS
The basic Logic Air Monobloc Heat Pump System
congurations are illustrated in Figure 1.
For further information on available Logic Air accessories such
as HALO wireless Smart Thermostat, please refer to Section
3.1 System Combinations on page 23.
For further information on Logic Air Cylinder and associated
component options, please refer to Table 7 in Section 2.5.2
DHW Cylinders on page 19.
For further information on appliance package contents, please
refer to Section 2.5 Contents Provided with Appliance on page
19.
Option 1:
Logic Air Monobloc Air Source Heat Pump
+
Logic Air Pre-Plumbed Cylinder
+
Halo Air Wi-Fi/RF
Option 2:
Logic Air Monobloc Air Source Heat Pump
+
Logic Air Control Box
+
Heat Pump DHW Cylinder
+
Bu󰀨er Tank
+
Halo Air (Wi-Fi / RF)
Figure 1. System Congurations
Logic Air Monobloc Heat Pump
OPTION 2 OPTION 1
3rd Party
PRT
ON/OFF
Room
Thermostat
Outdoor Sensor
(QAC 34)
Logic Air Control Box
(Wall Mounted)
Heat Pump
DHW Cylinder
Buffer Tank / Volumiser
Optional as
required
Logic Air
Pre-Plumbed Cylinder
HALO Air
Supplied Programmable Room Heat Pump Thermostat
OR OR
Under Floor
Heating Circuit
Radiators
Space Heating
12 12
Sat, 17 Nov
cancel
override
10:33pm
0 0
target temp
until 12:33am
current room
temp

PRODUCT INFO
8Installation and Servicing
Section 2 - Product Information
ⓘIMPORTANT: The following performance data is only applicable to brand new products
2.2 HEAT PUMP
Table 1 Data - Heat Pump
2.1 ERP DATA
Applicable ErP energy e󰀩ciency labels are supplied with each of the products. A separate ErP product che document is provided
with the Logic Air Heat Pump. If a Logic Air Cylinder product is installed, refer to Table 2 to Table 4 within this document for the
cylinder product che.
Description Unit 4kW Logic Air 5kW Logic Air 8kW Logic Air 10kW Logic Air
Physical Properties
Packaged Weight - Gross (Unpackaged Weight (Net)) kg 96 (86) 96 (86) 123 (110) 123 (110)
Height (Unpackaged) mm 980 (798) 980 (798) 1190 (1008) 1190 (1008)
Width (Unpackaged) mm 1175 (1095) 1175 (1095) 1175 (1095) 1175 (1095)
Depth (Unpackaged) mm 600 (521) 600 (521) 600 (518) 600 (518)
Performance Data
Coe󰀩cient of Performance (A+7 at W35 / W55) COP 5.34 / 3.00 5.15 / 3.04 5.19 / 3.05 4.88 / 2.98
Coe󰀩cient of Performance (A-7 at W35 / W55) COP 3.21 / 2.01 3.13 / 2.13 3.19 / 2.14 3.12 / 2.14
Seasonal Coe󰀩cient of Performance (W35 / W55) SCOP 4.96 / 3.48 5.07 / 3.65 5.16 / 3.70 5.19 / 3.73
Sound Power Level * dB (A) 52 52 55 55
Sound Pressure Level @ 1m / 3m / 5m dB (A) 44 / 34.5 / 30 44 / 34.5 / 30 47 / 37.5 / 33 47 / 37.5 / 33
Maximum Outdoor Temperature °C 35 35 35 35
Minimum Outdoor Temperature °C -20 -20 -20 -20
Heat Output
A+7°C/W+35°C kW 4.0 5.0 8.0 10
A+7°C/W+55°C kW 4.0 5.0 8.0 10.0
A-7°C/W+35°C kW 4.1 5.1 8.2 9.53
A-7°C/W+55°C kW 3.7 4.8 7.5 8.5
Electrical Properties
Electrical Supply Requirements
Rated Supply Voltage V 230 230 230 230
Frequency Hz 50 50 50 50
No. of Supply Phases - Single Single Single Single
Maximum Current A 12 12 22 22
Fuse Rating A 16 16 32 32
Outdoor Unit Properties
IP Rating -X4 X4 X4 X4
Compressor Control Type - Inverter Inverter Inverter Inverter
Electrical Power Consumption
A+7°C/W+35°C kW 0.75 0.97 1.54 2.05
A+7°C/W+55°C kW 1.33 1.64 2.62 3.36
A-7°C/W+35°C kW 1.28 1.63 2.56 3.05
A-7°C/W+55°C kW 1.84 2.25 3.50 3.97
Heating Circuit Requirements
Hydronic Connections “ 1” BSP Male 1” BSP Male 1” BSP Male 1” BSP Male
Maximum Operating Pressure bar 3 3 3 3
Minimum Flow Rate of the Hydronic Circuit l/min 8.5 8.5 14.5 14.5
Maximum Flow Temperature °C 60 60 60 60
Minimum Operating Water Temperature (without pre-heating) °C 17 17 17 17
Minimum Primary System Volume L Refer to Primary Heating
System Requirements
Refer to Primary Heating
System Requirements
Refer to Primary
Heating System
Requirements
Refer to Primary
Heating System
Requirements
Hydraulic Resistance - Refer to Pump Curves Refer to Pump Curves Refer to Pump
Curves
Refer to Pump
Curves
Refrigerant Data
Refrigerant - R32 R32 R32 R32
Factory Refrigerant Charge grams 880 880 1,470 1,470
GWP Rating - 675 675 675 675
ODL Rating - 0 0 0 0
Flammability Rating - A2L A2L A2L A2L
Maximum Circuit Pressure bar 42 42 42 42
Compressor Type -Twin Rotary Twin Rotary Twin Rotary Twin Rotary
Compressor Oil - RmM68
Alkylbenzene
RmM68
Alkylbenzene
RmM68
Alkylbenzene
RmM68
Alkylbenzene
* Tested in accordance with EN 12102-1 Annex A

Section 2 - Product Information
PRODUCT INFO
9
Installation and Servicing
2.2.1 Dimensions and Clearances
ᘐCAUTION: The product is not to be obstructed by any surrounding objects or surfaces as this can limit access
and adversely a󰀨ect performance. The minimum clearances that are shown in Figure 3 should be always maintained
Figure 2. Heat Pump - Dimensions
Figure 3. Heat Pump - Clearances
A
F
D
A
HH
A
D
K
H
J
F
F
K
B
D
F
J
F
F
J
F
A100 mm
B200 mm
C250 mm
D300 mm
E400 mm
F500 mm
G600 mm
H1000 mm
J1500 mm
K500 mm max =
ⓘIMPORTANT: Dimensions shown below are the minimum required to satisfy the Heat Pump air ow
requirements. Consideration must be given to individual installation, service and maintenance requirements.
G
H
F
I
A
B
C
D
E
M
J
L
K
N
O
P
AIR
AIR
A B C D E F G H I J K L M N O P
4/5 kW 798 518 1095 499 518 558 688 516 80 184 140 95 84 48 90 103
8/10 kW 1008 518 1095 499 518 558 688 516 80 184 140 95 84 48 90 105
8/10 kW
Model
shown

Section 2 - Product Information
PRODUCT INFO
10 Installation and Servicing
2.3 DHW CYLINDERS
Table 2 Data - Single Zone Pre-plumbed Cylinders
Figure 4. Plan View - PP Single Zone - 475 mm Figure 5. Plan View - PP Single Zone - 550 mm
Heat Up Time, HWA Heat Pump Test 002:2020 (ow rate 0.42l/s and ow temperature of 55°C)
Heat Up Time, BS EN 12897, G3 Performance Test (ow rate of 0.25l/s / 80°C).
The relative heat up times stated are based on the tests referenced above and carried out on all cylinders within the range. The stated test value may not reect real life
performance within a residential environment.
1
2
3
4
5
6
7
8
OverheatThermostat
Control Thermistor
CYLINDER
HOT OUTLET
ALLOW EXTRA 200MM
< - - - CLEARANCE FOR FILTER
& SPANNER ACCESS
CONTROL PANEL
MINIMUM
< - - CLEARANCE - - >
FOR REMOVAL
OF PTRV
<- MINIMUM WIDTH = 645 mm ->
<-MINIMUMDEPTH=625mm->
236390 A01
All pipe holes are optional.
All pipe hole sizes are dictated by the
property / design. Therefore are a general indication.
The template is a general guide for installation
rather than a rule that must be followed without
deviation.
Number Description Size (mm)
1Heat Pump Flow 28
2Heat Pump Return 28
3Central Heating Return 28
4Central Heating Flow 22
5Tundish Outlet 22
6Balanced Cold Feed 22/28
7Mains Cold Supply 22/28
8Hot Water Feed 22/28
1
2
3
4
5
6
7
8
OverheatThermostat
Control Thermistor
CYLINDER
HOT OUTLET
CONTROL PANEL
MINIMUM
< - - CLEARANCE - - >
FOR REMOVAL
OF PTRV
ALLOW EXTRA 200MM
< - - - CLEARANCE FOR FILTER
& SPANNER ACCESS
<-MINIMUMDEPTH=700mm->
<- MINIMUM WIDTH = 700 mm ->
236390 A01
All pipe holes are optional.
All pipe hole sizes are dictated by the
property / design. Therefore are a general indication.
The template is a general guide for installation
rather than a rule that must be followed without
deviation.
Number Description Size (mm)
1Heat Pump Flow 28
2Heat Pump Return 28
3Central Heating Return 28
4Central Heating Flow 22
5Tundish Outlet 22
6Balanced Cold Feed 22/28
7Mains Cold Supply 22/28
8Hot Water Feed 22/28
Logic Air Single zone Pre-plumbed cylinders
General Descripon
150, 180; litre; 475mm & 550mm diameter; single coil cylinders intended for coupling with a range of heat pumps
5kW to 14kW; Pre-plumbed and pre-wired including control box. Intended for a single zone heang system
installaon.
Assembly Model code/number
Logic Air DHW pre-
plumbed slimline cylinder
150L & control box 1-zone
Logic Air DHW pre-plumbed
slimline cylinder 180L &
control box 1-zone
Logic Air DHW pre-
plumbed cylinder 150L &
control box 1-zone
Logic Air DHW pre-plumbed
cylinder 180L & control box
1-zone
Assembly UIN 236203 236204 236198 236199
Cylinder model code/number IDEPLUHP150PPSZSL IDEPLUHP180PPSZSL IDEPLUHP150PPSZ IDEPLUHP180PPSZ
Energy Eciency Class BCB B
Heat Loss Was 50 58 44 49
kWh/24h 1.21 1.40 1.07 1.18
Capacity (DHW content) Litres 145 169 148 170
Volume heated by immersion heater Litres 134 165 127 157
Weight Empty kg 46 53 44 48
Weight Full kg 192 222 192 219
Pressure Reducing valve seng bar 3 3 3 3
Expansion relief valve seng bar 4.5 4.5 4.5 4.5
Temperature seng of TPRV °C 95 95 95 95
Pressure seng of TPRV bar 6 6 6 6
Potable Expansion Vessel size. Litres 18 18 18 18
Expansion Vessel charge bar 3 3 3 3
Overall Width mm 581 581 636 636
Overall Height mm 1598 1870 1196 1384
Overall Depth mm 606 606 683 683
Cylinder Diameter mm A 475 A 475 A 550 A 550
DHW outlet mm B 1579 B 1851 B 1177 B 1365
Cylinder Height mm C1519 C1791 C1118 C1306
TPRV port mm D1292 D1564 D875 D1063
Manual reset overheat thermostat pocket mm E 1051 E 1151 E 673 E 673
Primary ow mm F 544 F 544 F 544 F 544
Secondary return port mm G - G - G - G -
Thermistor pocket mm H 668 H 759 H 532 H 584
Primary return mm J 95 J 95 J 95 J 95
Immersion heater pocket mm K 230 K 230 K 230 K 230
Cold water inlet mm L 1516 L 1788 L 1099 L 1287
Cylinder Drain mm M 220 M 220 M 220 M 220
CH1 Flow mm N 479 N 479 N 479 N 479
CH2 Flow (n/a to SZ version) mm P - P - P - P -
CH Return mm Q 95 Q 95 Q 95 Q 95
Buer Connecons mm R - R - R - R -
Buer Inspecon mm S - S - S - S -
Buer Drain mm T - T - T - T -
Primary heat exchanger surface area m21.8 3.0 1.6 2.5
Primary heat exchanger capacity Litres 6.4 10.6 5.6 8.5
HWA Heat pump Test - - - - -
Primary heat exchanger thermal rang kW 15.2 20.7 13.1 17.8
Heat up me from 10°C to 50°C min 22.3 21.8 22.6 22.6
V40 Litres 158.9 205.0 139.8 186.0
BS EN 12897 Test - - - - -
Primary heat exchanger thermal rang kW 33.2 39.3 25.7 32.8
Primary heat exchanger pressure loss bar 0.08 0.05 0.06 0.10
Heat up me from 10°C to 60°C min 13.9 15.8 16.4 17.6
V40 Litres 215.7 291.0 198.2 270.0
Revision Level D8.2 D8.2 D8.2 D8.2
applies to 236203 Logic Air DHW pre-plumbed slimline cylinder 150L & control
box 1-zone and 236204 Logic Air DHW pre-plumbed slimline cylinder 180L &
control box 1-zone
applies to 236198 Logic Air DHW pre-plumbed cylinder 150L & control box
1-zone and 236199 Logic Air DHW pre-plumbed cylinder 180L & control box
1-zone

Section 2 - Product Information
PRODUCT INFO
11
Installation and Servicing
2.3.1 Single Zone Pre-plumbed Cylinders Dimensions and Clearances
Figure 6. Logic Air DHW pre-plumbed slimline cylinder
180L & control box 1-zone
Figure 7. Logic Air DHW pre-plumbed cylinder
180L & control box 1-zone
IDEPLUHP180PPSZSL-D8
D
E
A
B
L
C
K
N
F
H
J,Q
M K
N
F
A
E
D
L
B
M
H
C
J,Q
IDEPLUHP180PPSZ

Section 2 - Product Information
PRODUCT INFO
12 Installation and Servicing
Table 3 Data - Two Zone Pre-plumbed Cylinders with Integrated Low Loss Header
Heat Up Time, HWA Heat Pump Test 002:2020 (ow rate 0.42l/s and ow temperature of 55°C)
Heat Up Time, BS EN 12897, G3 Performance Test (ow rate of 0.25l/s / 80°C).
The relative heat up times stated are based on the tests referenced above and carried out on all cylinders within the range. The stated test value may not reect real life
performance within a residential environment.
Figure 8. Plan View - PP Two Zone LL - 475 mm Figure 9. Plan View - PP Two Zone LL - 550 mm
1
2
3
6
7
8
9
10
OverheatThermostat
Control Thermistor
CYLINDER
HOT OUTLET
45
CONTROL PANEL
MINIMUM
< - - CLEARANCE - - >
FOR REMOVAL
OF PTRV
ALLOW EXTRA 200MM CLEARANCE
< - - - FOR FILTER & SPANNER ACCESS
236398 A01
<- MINIMUM WIDTH = 705 mm ->
<-MINIMUMDEPTH=635mm->
All pipe holes are optional.
All pipe hole sizes are dictated by the
property / design. Therefore are a general indication.
The template is a general guide for installation
rather than a rule that must be followed without
deviation.
Number Description Size (mm)
1Heat Pump Flow 28
2Heat Pump Return 28
3Central Heating Return 22/28
4Central Heating Return 22/28
5Central Heating Flow Z2 22/28
6Central Heating Flow Z1 22/28
7Tundish Outlet 22
8Balanced Cold Feed 22/28
9Mains Cold Supply 22/28
10 Hot Water Feed 22/28
1
2
3
6
7
8
9
10
Overheat Thermostat
Control Thermistor
CYLINDER
HOT OUTLET
4
5
CONTROL PANEL
MINIMUM
< - - CLEARANCE - - >
FOR REMOVAL
OF PTRV
ALLOW EXTRA 200MM CLEARANCE
< - - - FOR FILTER & SPANNER ACCESS
<- MINIMUM WIDTH = 760 mm ->
<-MINIMUMDEPTH=710mm->
236398 A01
All pipe holes are optional.
All pipe hole sizes are dictated by the
property / design. Therefore are a general indication.
The template is a general guide for installation
rather than a rule that must be followed without
deviation.
Number Description Size (mm)
1Heat Pump Flow 28
2Heat Pump Return 28
3Central Heating Return 22/28
4Central Heating Return 22/28
5Central Heating Flow Z2 22/28
6Central Heating Flow Z1 22/28
7Tundish Outlet 22
8Balanced Cold Feed 22/28
9Mains Cold Supply 22/28
10 Hot Water Feed 22/28
Two zone Pre-plumbed Cylinders with integrated low loss header
General Descripon
210, 250 & 300 litre; 475mm & 550mm diameter; single coil cylinders intended for coupling with a range of heat pumps
5kW to 14kW; Pre-plumbed and pre-wired including control box. Intended for a dual zone heang system installaon. A low
loss header is supplied ed to decouple the heat pump from the heang zones.
Assembly Model code/number
Logic Air DHW pre-plumbed
slimline cylinder 210L, control
box & low loss header 2-zone
Logic Air DHW pre-plumbed
cylinder 210L, control box &
low loss header 2-zone
Logic Air DHW pre-plumbed
cylinder 250L, control box &
low loss header 2-zone
Logic Air DHW pre-plumbed
cylinder 300L, control box &
low loss header 2-zone
Assembly UIN 236205 236200 236201 236202
Cylinder model code/number IDEPLUHP210PPDZSL IDEPLUHP210PPDZ IDEPLUHP250PPDZ IDEPLUHP300PPDZ
Energy Eciency Class C BC C
Heat Loss Was 65 55 63 72
kWh/24h 1.55 1.33 1.52 1.74
Capacity (DHW content) Litres 188 199 237 279
Volume heated by immersion heater Litres 184 177 227 267
Weight Empty kg 60.6 64 69.8 73.4
Weight Full kg 248.9 262.8 307 352.4
Pressure Reducing valve seng bar 3 3 3 3
Expansion relief valve seng bar 4.5 4.5 4.5 4.5
Temperature seng of TPRV °C 95 95 95 95
Pressure seng of TPRV bar 6 6 6 6
Potable Expansion Vessel size. Litres 24 24 24 35
Expansion Vessel charge bar 3 3 3 3
Overall Width mm 647 704 704 704
Overall Height mm 2042 1572 1822 2068
Overall Depth mm 620 686 686 686
Cylinder Diameter mm A 475 A 550 A 550 A 550
DHW outlet mm B 2023 B 1553 B 1803 B 2049
Cylinder Height mm C1963 C1494 C1744 C1990
TPRV port mm D1737 D1252 D1502 D1748
Manual reset overheat thermostat pocket mm E 1151 E 1051 E 1150 E 1150
Primary ow mm F 647 F 647 F 647 F 647
Secondary return port mm G 1551 G 1141 G 1353 G 1562
Thermistor pocket mm H 816 H 687 H 769 H 823
Primary return mm J 61 J 61 J 61 J 61
Immersion heater pocket mm K 230 K 230 K 230 K 230
Cold water inlet mm L 1961 L 1475 L 1726 L 1971
Cylinder Drain mm M 220 M 220 M 220 M 220
CH1 Flow mm N 266 N 266 N 266 N 266
CH2 Flow (n/a to SZ version) mm P 156 P 156 P 156 P 156
CH Return mm Q 132 Q 132 Q 132 Q 132
Buer Connecons mm R - R - R - R -
Buer Inspecon mm S - S - S - S -
Buer Drain mm T - T - T - T -
Primary heat exchanger surface area m22.5 2.5 3.0 3.0
Primary heat exchanger capacity Litres 10.6 10.6 10.6 10.6
Low Loss Header Capacity Litres 1.95 1.95 1.95 1.95
HWA Heat pump Test - - - - -
Primary heat exchanger thermal rang kW 19.9 16.1 18 19
Heat up me from 10°C to 50°C min 23.7 30.6 27.3 35.1
V40 Litres 222 227 276 317
BS EN 12897 Test - - - - -
Primary heat exchanger thermal rang kW 35.2 34.5 36 37.4
Primary heat exchanger pressure loss bar 0.05 0.05 0.04 0.05
Heat up me from 10°C to 60°C min 18.8 18.7 22.0 23.0
V40 Litres 306 303 373 406
Revision Level D8.2 D8.2 D8.2 D8.2
relates to 236205 Logic Air DHW pre-plumbed slimline cylinder 210L, control box
& low loss header 2-zone
relates to 236200 Logic Air DHW pre-plumbed cylinder 210L, control box & low
loss header 2-zone, 236201 Logic Air DHW pre-plumbed cylinder 250L, control
box & low loss header 2-zone and 236202 Logic Air DHW pre-plumbed cylinder
300L, control box & low loss header 2-zone

Section 2 - Product Information
PRODUCT INFO
13
Installation and Servicing
2.3.2 Two Zone Pre-Plumbed Cylinders with Integrated Low Loss Header Dimensions and Clearances
Figure 10. Logic Air DHW pre-plumbed slimline cylinder
210L, control box & low loss header 2-zone
Figure 11. Logic Air DHW pre-plumbed cylinder 250L,
control box & low loss header 2-zone
A
A
G
E
B
L
D
B
L
D
C
C
KK
F
F
H
H
JJ
Q
Q
NN
M M
P
P
G
E
IDEPLUHP250PPDZ-D8
IDEPLUHP210PPDZSL-D8.2

Section 2 - Product Information
PRODUCT INFO
14 Installation and Servicing
Table 4 Data - Single Zone Pre-plumbed Cylinder with Integrated Buffer
Heat Up Time, HWA Heat Pump Test 002:2020 (ow rate 0.42l/s and ow temperature of 55°C)
Heat Up Time, BS EN 12897, G3 Performance Test (ow rate of 0.25l/s / 80°C).
The relative heat up times stated are based on the tests referenced above and carried out on all cylinders within the range. The stated test value may not reect real life
performance within a residential environment
Figure 12. Plan View - PP Single Zone Bu - 550 mm Figure 13. Plan View - PP Single Zone Bu - 630 mm
1
2
3
6
7
8
9
10
OverheatThermostat
ControlThermistor
CYLINDER HOT OUTLET
45
CONTROL PANEL
MINIMUM
< - CLEARANCE - >
FOR REMOVAL
OF PTRV
ALLOW EXTRA 200MM
< - - - CLEARANCE FOR FILTER
& SPANNER ACCESS
236399
<- MINIMUM WIDTH = 705 mm ->
<-MINIMUMDEPTH=710mm->
All pipe holes are optional.
All pipe hole sizes are dictated by the
property / design. Therefore are a general indication.
The template is a general guide for installation
rather than a rule that must be followed without
deviation.
Dual Zone Version
Number Description Size (mm)
1Heat Pump Flow 28
2Heat Pump Return 28
3Central Heating Return 22/28
4Central Heating Return 22/28
5Central Heating Flow Z1 22/28
6Central Heating Flow Z2 22/28
7Tundish Outlet 22
8Balanced Cold Feed 22/28
9Mains Cold Supply 22/28
10 Hot Water Feed 22/28
Single Zone Version
Number Description Size (mm)
1Heat Pump Flow 28
2Heat Pump Return 28
3N/A N/A
4Central Heating Return 22/28
5Central Heating Flow 22/28
6N/A N/A
7Tundish Outlet 22
8Balanced Cold Feed 22/28
9Mains Cold Supply 22/28
10 Hot Water Feed 22/28
1
2
3
6
7
8
9
10
OverheatThermostat
ControlThermistor
CYLINDER HOT OUTLET
4
5
CONTROL PANEL
MINIMUM
< - CLEARANCE - >
FOR REMOVAL
OF PTRV
ALLOW EXTRA 200MM
< - - - CLEARANCE FOR FILTER
& SPANNER ACCESS
236399
<- MINIMUM WIDTH = 765 mm ->
<-MINIMUMDEPTH=790mm->
All pipe holes are optional.
All pipe hole sizes are dictated by the
property / design. Therefore are a general indication.
The template is a general guide for installation
rather than a rule that must be followed without
deviation.
Dual Zone Version
Number Description Size (mm)
1Heat Pump Flow 28
2Heat Pump Return 28
3Central Heating Return 22/28
4Central Heating Return 22/28
5Central Heating Flow Z1 22/28
6Central Heating Flow Z2 22/28
7Tundish Outlet 22
8Balanced Cold Feed 22/28
9Mains Cold Supply 22/28
10 Hot Water Feed 22/28
Single Zone Version
Number Description Size (mm)
1Heat Pump Flow 28
2Heat Pump Return 28
3N/A N/A
4Central Heating Return 22/28
5Central Heating Flow 22/28
6N/A N/A
7Tundish Outlet 22
8Balanced Cold Feed 22/28
9Mains Cold Supply 22/28
10 Hot Water Feed 22/28
Single Zone Pre-plumbed Cylinder with Integrated Buer
General Descripon
180, 210, 250 & 300 litre; 550mm & 630mm diameter; single coil cylinders intended for coupling with a range of heat
pumps 5kW to 14kW; Pre-plumbed and pre-wired including control box. Intended for a single zone heang system
installaon. These products incorporate a buer which increases system volume and decouples the heat pump from the
central heang zone. It is possible to upgrade this product to a dual zone at a later date.
Assembly Model code/number
Logic Air DHW pre-plumbed
cylinder 180L, control box &
buer 1-zone
Logic Air DHW pre-plumbed
cylinder 210L, control box &
buer 1-zone
Logic Air DHW pre-plumbed
cylinder 250L, control box &
buer 1-zone
Logic Air DHW pre-plumbed
cylinder 300L, control box &
buer 1-zone
Assembly UIN 236206 236208 236210 236212
Cylinder model code/number IDEPLUHP180DUOPPSZ IDEPLUHP210DUOPPSZ IDEPLUHP250DUOPPSZ IDEPLUHP300DUOPPSZ
Energy Eciency Class B B B B
Heat Loss Was 49 55 62 68
kWh/24h 1.18 1.33 1.49 1.63
Capacity (DHW content) Litres 171 199 239 287
Volume heated by immersion heater Litres 158 189 218 267
Weight Empty kg 64.6 68.6 77 87
Weight Full kg 305.6 337.4 379 437.5
Pressure Reducing valve seng bar 3 3 3 3
Expansion relief valve seng bar 4.5 4.5 4.5 4.5
Temperature seng of TPRV °C 95 95 95 95
Pressure seng of TPRV bar 6 6 6 6
Potable Expansion Vessel size. Litres 18 24 24 35
Expansion Vessel charge bar 3 3 3 3
Overall Width mm 644 644 705 705
Overall Height mm 1907 2095 1908 2128
Overall Depth mm 702 702 780 780
Cylinder Diameter mm A 550 A 550 A 630 A 630
DHW outlet mm B 1888 B 2076 B 1889 B 2109
Cylinder Height mm C1829 C2017 C1829 C2049
TPRV port mm D1586 D1774 D1572 D1792
Manual reset overheat thermostat pocket mm E 1151 E 1151 E 1151 E 1151
Primary ow mm F 742 F 742 F 742 F 742
Secondary return port mm G - G 1664 G 1491 G 1678
Thermistor pocket mm H 1109 H 1172 H 1101 H 1174
Primary return mm J 117 J 117 J 82 J 82
Immersion heater pocket mm K 744 K 744 K 736 K 736
Cold Water Inlet mm L 1810 L 2000 L 1796 L 2016
Cylinder Drain mm M 744 M 744 M 736 M 736
CH1 Flow mm N 118 N 118 N 83 N 83
CH2 Flow (n/a to SZ version) mm P 118 P 118 P 83 P 83
CH Return mm Q 118 Q 118 Q 83 Q 83
Buer Connecons mm R 375 R 375 R 340 R 340
Buer Inspecon mm S 360 S 360 S 325 S 325
Buer Drain mm T 221 T 221 T 219 T 219
Primary heat exchanger surface area m22.5 2.5 2.5 3.0
Primary heat exchanger capacity Litres 8.5 10.6 8.5 10.6
Buer Capacity Litres 70 70 63.5 63.5
HWA Heat pump Test - - - - -
Primary heat exchanger thermal rang kW 17.8 14.5 23.6 14.3
Heat up me from 10°C to 50°C min 22.2 32.7 26.6 44.1
V40 Litres 185.5 224.3 260.2 295.8
BS EN 12897 Test - - - - -
Primary heat exchanger thermal rang kW 35.1 37.2 37 39.2
Primary heat exchanger pressure loss bar 0.08 0.05 0.05 0.04
Heat up me from 10°C to 60°C min 14.5 16.4 20.3 21.8
V40 Litres 241.5 288.4 354.5 402.2
Revision Level D8.2 D8.2 D8.2 D8.2
applies to Logic Air DHW pre-plumbed cylinder 180L, control box & bu󰀨er 1-zone and
Logic Air DHW pre-plumbed cylinder 210L, control box & bu󰀨er 1-zone applies to Logic Air DHW pre-plumbed cylinder 250L, control box & bu󰀨er 1-zone and
Logic Air DHW pre-plumbed cylinder 300L, control box & bu󰀨er 1-zone

Section 2 - Product Information
PRODUCT INFO
15
Installation and Servicing
2.3.3 Single Zone Pre-Plumbed Cylinder with Integrated Buffer Dimensions and Clearances
Figure 14. Logic Air DHW pre-plumbed cylinder
210L, control box & buer 1-zone
Figure 15. Logic Air DHW pre-plumbed cylinder
300L, control box & buer 1-zone
A A
L
L
B
B
D
D
G
G
E
E
M
M
R
R
N,Q
N,Q
C
C
S
S
F
F
K
K
H
H
J
J
TT
IDEPLUHP210DUOPPSZ-D8.2
IDEPLUHP300DUOPPSZ-D8.2

Section 2 - Product Information
PRODUCT INFO
16 Installation and Servicing
Figure 16. Plan View - PP Two Zone Bu - 550 mm Figure 17. Plan View - PP Two Zone Bu - 630 mm
Table 5 Data - Two Zone Pre-plumbed Cylinder with Integrated Buffer
Heat Up Time, HWA Heat Pump Test 002:2020 (ow rate 0.42l/s and ow temperature of 55°C)
Heat Up Time, BS EN 12897, G3 Performance Test (ow rate of 0.25l/s / 80°C).
The relative heat up times stated are based on the tests referenced above and carried out on all cylinders within the range. The stated test value may not reect real life
performance within a residential environment.
1
2
3
6
7
8
9
10
OverheatThermostat
ControlThermistor
CYLINDER HOT OUTLET
45
CONTROL PANEL
MINIMUM
< - CLEARANCE - >
FOR REMOVAL
OF PTRV
ALLOW EXTRA 200MM
< - - - CLEARANCE FOR FILTER
& SPANNER ACCESS
236399
<- MINIMUM WIDTH = 705 mm ->
<-MINIMUMDEPTH=710mm->
All pipe holes are optional.
All pipe hole sizes are dictated by the
property / design. Therefore are a general indication.
The template is a general guide for installation
rather than a rule that must be followed without
deviation.
Dual Zone Version
Number Description Size (mm)
1Heat Pump Flow 28
2Heat Pump Return 28
3Central Heating Return 22/28
4Central Heating Return 22/28
5Central Heating Flow Z1 22/28
6Central Heating Flow Z2 22/28
7Tundish Outlet 22
8Balanced Cold Feed 22/28
9Mains Cold Supply 22/28
10 Hot Water Feed 22/28
Single Zone Version
Number Description Size (mm)
1Heat Pump Flow 28
2Heat Pump Return 28
3N/A N/A
4Central Heating Return 22/28
5Central Heating Flow 22/28
6N/A N/A
7Tundish Outlet 22
8Balanced Cold Feed 22/28
9Mains Cold Supply 22/28
10 Hot Water Feed 22/28
1
2
3
6
7
8
9
10
OverheatThermostat
ControlThermistor
CYLINDER HOT OUTLET
4
5
CONTROL PANEL
MINIMUM
< - CLEARANCE - >
FOR REMOVAL
OF PTRV
ALLOW EXTRA 200MM
< - - - CLEARANCE FOR FILTER
& SPANNER ACCESS
236399
<- MINIMUM WIDTH = 765 mm ->
<-MINIMUMDEPTH=790mm->
All pipe holes are optional.
All pipe hole sizes are dictated by the
property / design. Therefore are a general indication.
The template is a general guide for installation
rather than a rule that must be followed without
deviation.
Dual Zone Version
Number Description Size (mm)
1Heat Pump Flow 28
2Heat Pump Return 28
3Central Heating Return 22/28
4Central Heating Return 22/28
5Central Heating Flow Z1 22/28
6Central Heating Flow Z2 22/28
7Tundish Outlet 22
8Balanced Cold Feed 22/28
9Mains Cold Supply 22/28
10 Hot Water Feed 22/28
Single Zone Version
Number Description Size (mm)
1Heat Pump Flow 28
2Heat Pump Return 28
3N/A N/A
4Central Heating Return 22/28
5Central Heating Flow 22/28
6N/A N/A
7Tundish Outlet 22
8Balanced Cold Feed 22/28
9Mains Cold Supply 22/28
10 Hot Water Feed 22/28
Two Zone Pre-plumbed Cylinder with Integrated Buer
General Descripon
180, 210, 250 & 300 litre; 550mm & 630mm diameter; single coil cylinders intended for coupling with a range of heat
pumps 5kW to 14kW; Pre-plumbed and pre-wired including control box. Intended for a dual zone heang system
installaon. These products incorporate a buer which increases system volume and decouples the heat pump from the
central heang zones.
Assembly Model code/number
Logic Air DHW pre-plumbed
cylinder 180L, control box &
buer 2-zone
Logic Air DHW pre-plumbed
cylinder 210L, control box &
buer 2-zone
Logic Air DHW pre-plumbed
cylinder 250L, control box &
buer 2-zone
Logic Air DHW pre-plumbed
cylinder 300L, control box &
buer 2-zone
Assembly UIN 236207 236209 236211 236213
Cylinder model code/number IDEPLUHP180DUOPPDZ IDEPLUHP210DUOPPDZ IDEPLUHP250DUOPPDZ IDEPLUHP300DUOPPDZ
Energy Eciency Class B B B B
Heat Loss Was 49 55 62 68
kWh/24h 1.18 1.33 1.49 1.63
Capacity (DHW content) Litres 171 199 239 286
Volume heated by immersion heater Litres 158 189 218 267
Weight Empty kg 68 71.8 80 90.2
Weight Full kg 309 340.6 382 439.7
Pressure Reducing valve seng bar 3 3 3 3
Expansion relief valve seng bar 4.5 4.5 4.5 4.5
Temperature seng of TPRV °C 95 95 95 95
Pressure seng of TPRV bar 6 6 6 6
Potable Expansion Vessel size. Litres 18 24 24 35
Expansion Vessel charge bar 3 3 3 3
Overall Width mm 644 644 705 705
Overall Height mm 1907 2095 1908 2128
Overall Depth 702 702 780 780
Cylinder Diameter mm A 550 A 550 A 630 A 630
DHW outlet mm B 1888 B 2076 B 1889 B 2109
Cylinder Height mm C1829 C2017 C1829 C2049
TPRV port mm D1586 D1774 D1572 D1792
Manual reset overheat thermostat pocket mm E 1151 E 1151 E 1151 E 1151
Primary ow mm F 742 F 742 F 742 F 742
Secondary return port mm G - G 1664 G 1491 G 1678
Thermistor pocket mm H 1109 H 1172 H 1101 H 1174
Primary return mm J 117 J 117 J 82 J 82
Immersion heater pocket mm K 744 K 744 K 736 K 736
Cold Water Inlet mm L 1810 L 2000 L 1796 L 2016
Cylinder Drain mm M 744 M 744 M 736 M 736
CH1 Flow mm N 118 N 118 N 83 N 83
CH2 Flow (n/a to SZ version) mm P 118 P 118 P 83 P 83
CH Return mm Q 118 Q 118 Q 83 Q 83
Buer Connecons mm R 375 R 375 R 340 R 340
Buer Inspecon mm S 360 S 360 S 325 S 325
Buer Drain mm T 221 T 221 T 219 T 219
Primary heat exchanger surface area m22.5 2.5 2.5 3.0
Primary heat exchanger capacity Litres 8.5 10.6 8.5 10.6
Buer Capacity Litres 70 70 63.5 63.5
HWA Heat pump Test - - - - -
Primary heat exchanger thermal rang kW 17.8 14.5 23.6 14.3
Heat up me from 10°C to 50°C min 22.2 32.7 26.6 44.1
V40 Litres 185.5 224.3 260.2 295.8
BS EN 12897 Test - - - - -
Primary heat exchanger thermal rang kW 35.1 37.2 37 39.2
Primary heat exchanger pressure loss bar 0.08 0.05 0.05 0.04
Heat up me from 10°C to 60°C min 14.5 16.4 20.3 21.8
V40 Litres 241.5 288.4 354.5 402.2
Revision Level D8.2 D8.2 D8.2 D8.2
applies to Logic Air DHW pre-plumbed cylinder 180L, control box & bu󰀨er 2-zone
and Logic Air DHW pre-plumbed cylinder 210L, control box & bu󰀨er 2-zone
applies to Logic Air DHW pre-plumbed cylinder 250L, control box & bu󰀨er 2-zone
and Logic Air DHW pre-plumbed cylinder 300L, control box & bu󰀨er 2-zone

Section 2 - Product Information
PRODUCT INFO
17
Installation and Servicing
A A
L
L
B
B
D
D
G
G
E
E
M
M
R
R
N,Q
N,Q
C
C
S
S
F
F
K
K
H
H
J
J
TT
Figure 18. Logic Air DHW pre-plumbed cylinder
210L, control box & buer 2-zone
Figure 19. Logic Air DHW pre-plumbed cylinder
300L, control box & buer 2-zone
2.3.4 Two Zone Pre-Plumbed Cylinder with Integrated Buffer Dimensions and Clearances

Section 2 - Product Information
PRODUCT INFO
18 Installation and Servicing
Table 6 Data - Control Box
2.4 CONTROL BOX
Physical Properties
Packaged Weight - Gross (unpackaged Weight) kg 8.5 (5)
Height (unpackaged) mm 796 (627)
Width (unpackaged) mm 320 (254)
Depth (unpackaged) mm 176 (147)
Maximum Ambient Temp ° C 60
Electrical Properties
IP Rating. IP 20
Rated Voltage. VAC 220-240
Maximum Rated Current (Control Box) A 1
Maximum Rated Current (Contactor) A 16
Rated Power Input (Control Box) W 100
Rated Power Input (Contactor) W 3000
Frequency Hz 50
2.4.1 Control Box Dimensions and Clearances
ᘐCAUTION: Do not obstruct the product by any
surrounding objects or surfaces as this can limit
access and adversely a󰀨ect performance. The minimum
clearances that are shown in Figure 21 should be always
maintained.
ⓘIMPORTANT: Front clearance can be reduced to 5mm
(e.g. cupboard installation) but must maintain 900 mm
serviceable access.
Figure 20. Control Box - Dimensions Figure 21. Control Box - Clearances
139
603
24
8237 17
29
533
18 201
200 mm 200 mm
20 mm
200 mm

Section 2 - Product Information
PRODUCT INFO
19
Installation and Servicing
2.5 CONTENTS PROVIDED WITH APPLIANCE
2.5.1 Monobloc Heat Pump
Refer to Section 4.1.3 on page 29.
2.5.2 DHW Cylinders
Refer to Table 7 for components supplied with the DHW Cylinders
and Section 4.2.1 on page 34.
2.5.3 Control Box
Refer to Section 4.3.1 on page 38.
Brand reference code IDEPLUHP
Nominal Volume 150 180 150 180 210 210 250 300 180 180 210 210 250 250 300 300
Pre-plumbed (PP) PP
Single zone, Two Zone (SZ,TZ) SZ DZ SZ DZ SZ DZ SZ DZ SZ DZ
Slimline-475mm/ Standard-550mm / Wide-630mm (SL/S/W) SL S SL S W
No circulation pump, Low Loss Header / Bu󰀨er (NP/LLH/
BUFFER/MB) NP NP NP NP LLH LLH LLH LLH BUFFER
Pre-Plumbed unvented cylinder components
Inlet control group, inc. PRV, BCF, CV, ERV Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y
Temperature and pressure relief valve Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y
Tundish Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y
Cylinder drain valve, on cold inlet elbow, (22mm elbow with MT
cock) Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y
Correctly sized expansion vessel (supplied not tted) Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y
Pre-wired controls
DHW thermistor Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y
DHW cylinder overheat thermostat Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y
Pre-Plumbed Primary system components
HP ow and return temperature thermistor Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y
Full divert spring close 3 port valve, motor open for DHW
heating Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y
Low loss header, Inc. drain point N N N N Y Y Y Y N N N N N N N N
System by-pass valve Y Y Y Y N N N N N N N N N N N N
System lter tted to the HP return, Inc. isolation valves Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y
Auto air valve on central heating returns N N N N N N N N Y Y Y Y Y Y Y Y
Central heating zone pump, Inc. isolation valves N N N N Y Y Y Y Y Y Y Y Y Y Y Y
System lling loop Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y
Isolation valves on HP ow Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y
Isolation valves on CH returns Y Y Y Y N N N N Y Y Y Y Y Y Y Y
DHW Back up heat source
Immersion heater Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y
Expansion vessel ( supplied in a separate box)
Expansion vessel size 18 18 18 18 24 24 24 35 18 18 24 24 24 24 35 35
Table 7 Content provided with DHW Cylinders

Section 2 - Product Information
PRODUCT INFO
20 Installation and Servicing
2.6 LOCATION OF DATA PLATES
2.6.1 Heat Pump
The data plate can be found on the side of the Heat
Pump as shown in Figure 22.
2.6.2 DHW Cylinder
The location of the main data plate and warning label,
shown in Figure 23, can be di󰀨erent depending upon the
model of the DHW Cylinder.
2.6.3 Control Box
The main data plate can be found on the inside of the control
box door as shown in Figure 24.
The tear o󰀨 strips of the data plate can be found on the side
of the control box, Figure 24 and on the front of the literature
pack envelope.
002800600000001
Logic Air 8kW
Logic Air 8kW
Code 750666
Compressor / Compresseur 1 ~ 50Hz - 230V
3
MAXIMUM LOW PRESSURE REFRIGERATIONCIRCUIT
BASSE PRESSION MAXICIRCUIT FRIGORIGENE
HEAT TRANSFER FLUID
FLUIDE CALOPORTEUR
MAX. OPERATING PRESSURE COOLANT FLUID
PRESSION MAXI CIRCUIT CALOPORTEUR
INGRESS PROTECTION
INDICE DE PROTECTION
Code 750666
OUTDOOR TEMPERATURE LIMITS FOR HEATING / DHW OPERATION
LIMITE DE FONCTIONNEMENT CHAUFFAGE / ECS
PED Manufacturing site :GROUPE ATLANTIC/SIC Rue des Fondeurs BP64 59660 MERVILLE France :
IDEAL BOILERS PO box 103, NATIONAL AVENUE , KINGS TON UPON HULL HU5 4JN
21
22A
1Supply voltage
Tension d'alimentation
R32 / 1470g / GWP 675
4.2 MPa (42 bar)
0.3 MPa (3 bar)
Water
Eau
IPX4
-20/+35°C Serial Number
2
3
Maximum current
Intensité max
Power absorbed
Puissance absorbée
00U07302210-A
1.58kW
02/2023
Date
02/2023
4
Heat output (+7°C/+35°C)
Puissance calorifique
4
8.2kW
weight / poids :
110 kg
012-C700133
002800600000001
REFRIGERANT GROUP 1 (TYPE / CHARGE / GWP)
FLUIDE FRIGORIGENE GROUPE 1 (TYPE/CHARGE/GWP)
HERMETICALLY SEALED
CONTAINS FLUORINATED GREENHOUSE GASES / CONTIENT DES GAZ A EFFET DE SERRE FLUORES
0035
MAXIMUM HIGH PRESSURE REFRIGERATIONCIRCUIT
HAUTE PRESSION MAXICIRCUIT FRIGORIGENE (PS)
2.76 MPa (27.6 bar)
MAXIMUM TEMPRATURE REFRIGERANT
TEMPERATURE MAXIMALEFLUIDE FRIGORIGENE
130°C
MINIMUM TEMPERATURE REFRIGERANT
TEMPERATURE MINIMALEFLUIDE FRIGORIGENE
-40°C
075066600000001
075066600000001
KIWA 00027/021 HP
Inside view of
control box door
Side View of
control box
Side View of
Heat Pump
Figure 22. Heat Pump - Location of Data Plates
Figure 23. DHW Cylinder - Location of Data Plates
Figure 24. Control Box - Location of Data Plates