
RXYQ34MY1B
RXYQ36MY1B
RXYQ38MY1B
RXYQ40MY1B
RXYQ42MY1B
RXYQ44MY1B
RXYQ46MY1B
RXYQ48MY1B
RXYQ5MY1B RXYQ8MY1B
RXYQ10MY1B
RXYQ12MY1B
RXYQ14MY1B
RXYQ16MY1B
RXYQ18MY1B
RXYQ20MY1B
RXYQ22MY1B
RXYQ24MY1B
RXYQ26MY1B
34, 36 HP 38, 40, 42 HP 44, 46, 48 HP
5 HP 8, 10 HP 12, 14, 16 HP 18, 20 HP 22, 24, 26 HP
RXYQ28MY1B
RXYQ30MY1B
RXYQ32MY1B
28, 30, 32 HP
REYQ34MY1B
REYQ36MY1B
REYQ38MY1B
REYQ40MY1B
REYQ42MY1B
REYQ44MY1B
REYQ46MY1B
REYQ48MY1B
REYQ8MY1B
REYQ10MY1B
REYQ12MY1B
REYQ14MY1B
REYQ16MY1B
REYQ18MY1B
REYQ20MY1B
REYQ22MY1B
REYQ24MY1B
REYQ26MY1B
34, 36 HP 38, 40, 42 HP 44, 46, 48 HP
8, 10 HP 12, 14, 16 HP 18, 20 HP 22, 24, 26 HP
REYQ28MY1B
REYQ30MY1B
REYQ32MY1B
28, 30, 32 HP
Heat pump type
Between 8 (5 HP) and up to 40 (48 HP)
indoor units in a single refrigerant piping
circuit can be individually controlled in
minimum increments of 2.2 kW (0.8 HP).
A lineup of 5-48 HP models precisely
supports applications ranging from small
to large facilities, including their
expansions and renovations, while
Heat recovery type
The BS unit that switches the system
between cooling and heating modes
enables the simultaneous operation of
cooling and heating within a single
refrigerant piping circuit.
Series
5 HP
Capacity range
8 HP 10 HP 12 HP 14 HP 16 HP 18 HP 20 HP 22 HP 24 HP 26 HP 28 HP 30 HP 32 HP 34 HP 36 HP 38 HP 42 HP 44 HP 46 HP 48 HP40 HP
Series Line Up
Heat recovery type
Heat pump type
Heat recovery operation mode
Note:
Operation modes (A) and (E) are applicable when the outdoor temperature is 35°C and 0°C respectively; The other modes are applicable under typical outdoor conditions.
(A)
(B)
(C)
(D)
(E)
Total load
Standard ratio of power
input for outdoor unit
Cooling load
(equipment HP)
Heating load
(equipment HP)
Unit load
(equipment HP)
Heat radiation
to outdoor air
(equipment HP)
Heat absorption
from outdoor air
(equipment HP)
Compressor
power ratio
(equipment HP ratio)
10 10 10 100
7.5 2.5 10 5 48
5 5 10 47
2.5 7.5 10 5 72
10 10 10 89
Heat radiation operation
(all cooling operation)
Heat radiation tendency
heat recovery operation
(mainly cooling,
part heating operation)
Heat recovery operation
(cooling and heating operation)
Heat absorption tendency
heat recovery operation
(mainly heating,
part cooling operation)
Heat absorption operation
(all heating operation)
10
2.5 2.5 2.5 2.5
Outdoor
unit
Indoor unit
No.1 No.2
BS unit
No.3 No.4
Heat radiation
heating heatingcooling heating
Heat absorption
heating heatingheatingheating
cooling cooling heating heating
cooling cooling cooling heating
Heat
radiation
cooling cooling cooling cooling
Modern office buildings are highly airtight and subject to an increasing
heat load due to the use of computers, lighting equipment and other
office equipment. In these buildings some rooms may require artificial
cooling even in winter, depending on the amount of sunshine received
and the number of people in the room. In order to meet such
requirements the Heat Recovery Series enables the simultaneous
operation of cooling and heating by controlling the BS unit that switches
cooling and heating. This series also substantially improves energy
efficiency by recycling exhaust heat.
• The adoption of an inverter-controlled R-HIDECS circuit has achieved an efficient exhaust
heat recovery operation. This circuit enables exhaust gas generated during cooling
operation to be utilized for heating operation, reducing power consumption by 15 to 20%
compared with that of conventional systems.
• Cooling and heating modes switch over automatically according to preset temperatures.
The system also responds flexibly to changes in the room's heat load.
3635
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