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SiUS372201EA
Field Setting from Outdoor Unit
Part 5 Field Settings and Test Operation
254
2.8 Energy Saving and Optimum Operation
This
VRV
heat recovery system is equipped with advanced energy saving functionality (VRT).
Detecting all connected indoor unit type, advanced energy saving functionality type is selected
automatically. Depending on the priority, emphasizes can be put on energy saving or comfort level.
Several parameters can be selected, resulting in the optimal balance between energy consumption
and comfort for the particular application.
Several patterns are available and explained below.
Modify the parameters to the needs of your building and to realize the best balance between
energy consumption and comfort.
2.8.1 Target Temperature Settings
• Basic
The refrigerant temperature is fixed independent from the situation.
It corresponds to the standard operation which is known and can be expected from/under previous
VRV
systems:
To activate this operation method under cooling operation: Change field setting [2-64] to 1 or
disconnect the circuit between terminal on external control adaptor with [2-7] ≠ 0.
To activate this operation method under heating operation: Change field setting [2-64] to 2 or
disconnect the circuit between terminal on external control adaptor with [2-7] ≠ 0.
• Automatic for VRT control
The refrigerant temperature is set depending on the outdoor air conditions. As such adjusting the
refrigerant temperature to match the required load (which is also related to the outdoor air
conditions).
E.g., when your system is operating in cooling, you do not need as much cooling under low outdoor
air temperatures (e.g., 77°F (25°C)) as under high outdoor air temperatures (e.g., 95°F (35°C)).
Using this idea, the system automatically starts increasing its refrigerant temperature, automatically
reducing the delivered capacity and increasing the system’s efficiency.
This operation is selected automatically with checking connected indoor unit type.
E.g., when your system is operating in heating, you do not need as much heating under high
outdoor air temperatures (e.g., 68°F (20°C)) as under low outdoor air temperatures (e.g., 23°F
(–5°C)).
Using this idea, the system automatically starts decreasing its refrigerant temperature,
automatically reducing the delivered capacity and increasing the system’s efficiency.
This operation is selected automatically with checking connected indoor unit type.
• Hi-sensible
The refrigerant temperature is set higher/lower (cooling/heating) compared to basic operation. The
focus under high sensible mode is comfort feeling for the customer.
The selection method of indoor units is important and has to be considered as the available
capacity is not the same as under basic operation. For details concerning to Hi-sensible
applications, please contact your dealer.
To activate this setting under cooling operation: change field setting [2-8] to the appropriate
value, matching the requirements of the pre-designed system containing a high sensible
solution.
Value
[2-8]
Tc target
3
45°F (7°C)
4
46°F (8°C)
5
48°F (9°C)
6
50°F (10°C)
7
52°F (11°C)
Содержание REYQ-AATJA
Страница 1: ...Service Manual Heat Recovery 60 Hz REYQ AATJA 208 230 V REYQ AAYDA 460 V SiUS372201EA...
Страница 433: ...SiUS372201EA Check Part 6 Service Diagnosis 426 Reference Reference CHECK 7 Refer to page 432 CHECK 8 Refer to page 433...
Страница 460: ...Wiring Diagrams SiUS372201EA 453 Part 7 Appendix REYQ72 96 120 144 168 192 216 240AAYDA C 2D131905G...
Страница 463: ...SiUS372201EA Wiring Diagrams Part 7 Appendix 456 1 2 2 Multi Branch Selector Unit Standard Series BS4Q54TVJ 3D089123B...
Страница 465: ...SiUS372201EA Wiring Diagrams Part 7 Appendix 458 BS6 8Q54TVJ 2D089122B...
Страница 466: ...Wiring Diagrams SiUS372201EA 459 Part 7 Appendix BS10 12Q54TVJ 2D089121B...
Страница 468: ...Wiring Diagrams SiUS372201EA 461 Part 7 Appendix 1 2 3 Multi Branch Selector Unit Flex Series BSF4Q54TVJ 3D123904A...
Страница 469: ...SiUS372201EA Wiring Diagrams Part 7 Appendix 462 BSF6 8Q54TVJ 2D123905A...
Страница 470: ...Wiring Diagrams SiUS372201EA 463 Part 7 Appendix 1 3 Indoor Unit FXFQ07 09 12 15 18 24 30 36 48TVJU 3D086460B...
Страница 471: ...SiUS372201EA Wiring Diagrams Part 7 Appendix 464 BYCQ125BGW1 Self Cleaning Decoration Panel for FXFQ TVJU 3D076375A...
Страница 472: ...Wiring Diagrams SiUS372201EA 465 Part 7 Appendix FXZQ05 07 09 12 15 18TAVJU 3D110443A...
Страница 476: ...Wiring Diagrams SiUS372201EA 469 Part 7 Appendix FXEQ07 09 12 15 18 24PVJU 3D098557A...
Страница 477: ...SiUS372201EA Wiring Diagrams Part 7 Appendix 470 FXDQ07 09 12 18 24MVJU C 3D050501C...
Страница 478: ...Wiring Diagrams SiUS372201EA 471 Part 7 Appendix FXSQ05 07 09 12 15 18 24 30 36 48 54TAVJU C 3D110467C...
Страница 480: ...Wiring Diagrams SiUS372201EA 473 Part 7 Appendix FXMQ07 09 12 15 18 24 30 36 48 54PBVJU 3D093209B...
Страница 483: ...SiUS372201EA Wiring Diagrams Part 7 Appendix 476 FXHQ12 24 36MVJU 3D048116C...
Страница 484: ...Wiring Diagrams SiUS372201EA 477 Part 7 Appendix FXAQ07 09 12 18 24PVJU 3D075354F...
Страница 490: ...Wiring Diagrams SiUS372201EA 483 Part 7 Appendix VAM1200GVJU 3D073270D...