2 0 1 2 P R O D U C T C A T A L O G U E - Klima-Therm
2 0 1 2 P R O D U C T C A T A L O G U E - Klima-Therm
2 0 1 2 P R O D U C T C A T A L O G U E - Klima-Therm
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Maximum comfort from<br />
inbuilt flexibility<br />
Design Versatility<br />
Long piping system design<br />
High capacity connection<br />
•Equivalent pipe length: 120m maximum.<br />
•Total pipe length: 200m maximum.<br />
Height difference<br />
15m max.<br />
One outdoor unit can control<br />
up to 16 indoor units (28kW) of<br />
different types and capacities.<br />
Connectable capacity of indoor<br />
units for one outdoor unit<br />
50 to 130%<br />
Heat recovery<br />
AO90MPCMF<br />
Actual pipe length<br />
100m max.<br />
MAX Connectable indoor unit<br />
16<br />
High Efficiency<br />
Height difference<br />
50m max.<br />
Wide operating range<br />
Operating system<br />
Cooling and heating can be performed simultaneously within<br />
the same refrigerant circuit.<br />
Energy savings are made by transferring heat between the<br />
indoor units when in heat recovery operation.<br />
Cooling EER<br />
2.98 *<br />
Heating COP<br />
3.15 *<br />
*EER/COP values are base on<br />
our own testing method.<br />
Power accumulation technology<br />
Flow rate to the indoor unit(s) is controlled through the use of<br />
3 differently rated compressors operating in a sequential step<br />
arrangement. While power accumulation technology controls<br />
the circulating load of the refrigerant flow between those steps.<br />
Diagram<br />
*When outdoor unit is located above indoor unit. When outdoor unit is located<br />
below the indoor unit the height difference is 40m maximum.<br />
Outdoor unit operates over<br />
an outdoor temperature<br />
range of -5°C to 52°C for<br />
cooling and -15°C to 21°C<br />
for heating.<br />
Cooling<br />
52°C<br />
50<br />
40<br />
30<br />
20<br />
10<br />
0<br />
-10 -5°C<br />
Heating<br />
21°C<br />
-15°C<br />
Smooth operation delivering<br />
high efficiencies<br />
The configuration of 3 constant<br />
speed compressors with<br />
differing capacities and power<br />
accumulation technology ensure<br />
smooth step changes and highly<br />
efficient operation.<br />
Comfortable Operation<br />
Heat recovery operation<br />
High<br />
Required<br />
capacity<br />
low<br />
1 2<br />
1 2 3 3 3 3<br />
High<br />
Operating capacity<br />
1<br />
2<br />
Flow of refrigerant<br />
Comp.1<br />
Comp.2<br />
Comp.3<br />
Power accumulation<br />
technology<br />
High Reliability<br />
Recovery operation<br />
Outdoor Unit: In the event of<br />
compressor failure an alarm is<br />
automatically triggered and the<br />
remaining compressor(s) will<br />
continue to operate, thereby<br />
ensuring continuous operation when<br />
possible.<br />
Comp.1<br />
Comp.2<br />
Comp.3<br />
Indoor Unit: Each indoor unit operates independently from the<br />
others and is, therefore, not affected by a failure within any part<br />
of the network.<br />
Improved Comfort<br />
Quiet operation<br />
Operational noise has been reduced yet further through the<br />
application of a new dual casing bell-mouth and large fan.<br />
When set to silent operation, noise levels can be reduced by<br />
5-6dB(A) compared to normal operation.<br />
Normal operation mode<br />
55dB(A)<br />
Silent operation mode<br />
50dB(A)<br />
(380V)<br />
Heat recovery operation is a cooling/heating free operation system, cooling and heating can be<br />
performed simultaneously in the same refrigerant system according to user needs.<br />
At the moment, the Heat Recovery operation is an extremely superior type that provides a still<br />
greater energy saving effect by moving heat between indoor units that are performing the cooling<br />
and heating operations. This is by having the compressors act like a pump.<br />
Oil recovery operation<br />
After a fixed period of time the oil recovery operation<br />
automatically returns accumulated oil found in the refrigerant<br />
circuit and indoor units.<br />
100<br />
101