Air-to-Water Heatpump Product Training SDC & SDF Series 22nd – 23rd July 2010

1. Air-to-Water Heatpump Product Training SDC & SDF Series 22nd – 23rd July 2010

2. Content Product Line Up System of Model Number Product Feature Product Specification Product Dimension Product Operating Condition Competitors Product Comparison Location of Controls & Components Refrigeration Cycle & Water Circuit System Configuration Block & Wiring Diagrams Indoor Unit Installation Optional External Device Installation Operation & Control Servicing Mode Self-diagnosis Method Content of Product Training

3. Product Line Up

4. Content Product Line Up

5. System of Model Number

6. System of Model Number Heat exchange unit Indoor Unit WH S D F C 3 5 07 E WH : Air-to-Water S : Split-type D : Standard F : Heating Only ; C : Heating & Cooling Heating Capacity (kW) Generation (Development Sequence) Backup Heater Size (3: 3kW ; 6: 6kW) Destination (E: Europe) Power Source (5: Single Phase ; 8: Three Phase)

7. System of Model Number Heat exchange unit Outdoor Unit WH U D 07 E 5 A C WH : Air-to-Water U : Split-type D : Standard Heating Capacity (kW) Generation (Development Sequence) Destination (E: Europe) Power Source (5: Single Phase ; 8: Three Phase) Connectivity (A: SDF or SDC indoor unit)

8. Product Feature

9. Content Product Feature Top Class Energy Saving & Compact Heat Exchanger Unit in Industry Optimized use of Air-to-Air Heat Pump technology to realize up to COP 4.67* Panasonic Air-to-Water * EUROVENT standard (7oC outdoor ambient temperature / 35oC leaving water temperature) for 16.0kW model 892mm Space saving installation with compact design of heat exchanger unit (total volume 0.158m3) 353mm 502mm Volume ratio compare with Daikin Altherma 51%, Toshiba Estia 52%,Hitachi AquaFree 53% & Fujitsu General 58%

10. Content Maximum 40m Pipe Length Maximum 30m Height Difference Product Feature Flexible Application & Easy Installation of Heat Pump Unit Optimize design for installation space. Long pipe specification improves the flexibility for long piping installation up to 40m* & height difference up to 30m* Pipe connection flexibility allow outdoor pipe connection in four directions (front, bottom, side, rear) to indoor heat exchanger unit * for the 12kW, 14kW and 16.0kW models Rear Side Front Bottom

11. Content Product Feature Easy Maintenance, Monitoring Operation of Heat Exchanger Unit & Weekly Timer Front maintenance design of heat exchanger unit allow front panel to be opened or closed by just three screws. Thus, service or maintenance is convenient Easy monitoring of operation status (OFF/ON, outdoor & water inlet & outlet temperatures, abnormality) from the front control panel of heat exchanger unit It is possible to program operation in accordance with the typical weekly schedule (6 programs per day and 42 programs per week) Control Panel

12. Content Product Feature Wide Range (7kW ~ 16kW), Flexibility & High Connectivity to Existing or New Installation The Aquarea offer wide ranges (7kW ~ 16kW) that adapt just as well to an existing installation as boiler backup or to a new installation with radiant floor, low-temperature radiators or even fan-coil (in heating and cooling for the SDC models). These ranges also allow connect to a solar kit to increase efficiency and minimise the impact of ecosystem.

13. Product Specification

14. Product Specification Indoor Unit Specification (SDC)

15. Product Specification Indoor Unit Specification (SDF)

16. Product Specification Heat exchange unit Outdoor Unit Specification (SDC)

17. Product Specification Outdoor Unit Specification (SDC)

18. Product Specification Heat exchange unit Outdoor Unit Specification (SDF)

19. Product Specification Outdoor Unit Specification (SDF)

20. Product Dimension

21. Product Dimension Heat exchange unit Indoor Unit Dimension (7kW ~ 16kW) Unit: mm

22. Product Dimension Heat exchange unit Outdoor Unit Dimension (7kW ~ 9kW) 30cm Unit: mm

23. Product Dimension Heat exchange unit Outdoor Unit Dimension (12kW ~ 16kW) 30cm Unit: mm

24. Product Operating Condition

25. Product Operating Condition Heat exchange unit Product Operating Condition When outdoor temperature is out of the above temperature range, the cooling or heating capacity will drop significantly and outdoor unit might stop for protection control.

26. Location of Controls & Components

27. Location of Controls & Components Indoor Unit Control Panel (7kW ~ 16kW) 7 6 4 3 25 13 5 8 11 9 12 24 10 23 2 1 * for the SDF control panel, there’s no Cool Mode Indicator *

28. Location of Controls & Components Indoor Unit Control Panel (7kW ~ 16kW) 19 17 22 * 18 14 15 20 21 16 * for the SDF control panel, there’s no Water set temperature during cool mode (5oC ~ 20oC)

29. Location of Controls & Components Indoor Unit Control Panel (7kW ~ 16kW) 19 17 22 * 18 14 15 20 21 16 * for the SDF control panel, there’s no Cool + Tank and Cool Mode selection

30. Location of Controls & Components Indoor Unit Control Panel (7kW ~ 16kW)

31. Location of Controls & Components Indoor Unit Control Panel (7kW ~ 16kW)

32. Location of Controls & Components Indoor Unit Control Panel (7kW ~ 16kW)

33. Location of Controls & Components Heat exchange unit Indoor Unit Components (Activate when water pressure exceeds 0.20MPa) (10L)

34. Refrigeration Cycle & Water Circuit

35. Refrigeration Cycle & Water Circuit Heat exchange unit

36. System Configuration

37. System Configuration

38. Block & Wiring Diagrams

39. Block & Wiring Diagrams Indoor Unit & Outdoor UnitBlock Diagram (7kW ~ 9kW)

40. Block & Wiring Diagrams Indoor Unit & Outdoor Unit Block Diagram (12kW ~16kW)

41. Block & Wiring Diagrams Heat exchange unit Indoor Unit Wiring Diagram (7kW ~ 9kW)

42. Block & Wiring Diagrams Heat exchange unit Indoor Unit Wiring Diagram (12kW ~ 16kW)

43. Block & Wiring Diagrams Heat exchange unit Outdoor Unit Wiring Diagram (7kW ~ 9kW)

44. Block & Wiring Diagrams Heat exchange unit Outdoor Unit Wiring Diagram (12kW ~ 16kW)

45. Indoor Unit Installation (7kW ~ 16kW)

46. Indoor Unit Installation Heat exchange unit Indoor Unit Installation Diagram IMPORTANT: Cover refrigerant circuit’s tube connectors and pipes properly to prevent water or moisture from entering the circuit during installation and service work. Failing to do so may cause the system to malfunction. Ø28.00mm (1-3/32”) Ø28.00mm (1-3/32”) * For SDF models, 2-way valve cable is NOT required

47. Indoor Unit Installation Heat exchange unit How to Fix Installation Plate

48. Indoor Unit Installation Heat exchange unit Install The Indoor Unit

49. Indoor Unit Installation Heat exchange unit Water Pipe Installation 1. The minimum requirement of water in the system is 30 litres (for 7kW ~ 9kW models) and 50 litres (for 12kW ~ 16kW models). If this value could not be achieved, please install additional buffer tank (field supply). 2. Cover the pipe end to prevent dirt and dust when inserting it through wall. 3. Must install an external filter (30 mesh or more, field supply) before water inlet connector of indoor unit (indicated with “WATER IN”). 4. Use Rp 1-1/4” nut for both water inlet and water outlet connection and clean all piping with tap water before install. 5. Be sure to use two spanners to tighten the connection with 117.6N.m torque. Over tightening will cause water leakage. 6. Make sure to insulate the water circuit pipes to prevent reduction of heating and cooling capacity. 7. Mount the PS foam and long banding strap (factory supply as accessory for SDC models) to water inlet and water outlet connectors. * Only applicable for SDC models.

50. Indoor Unit Installation Heat exchange unit Drain Hose Installation