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Outdoor unit
Advanced Power Inverter
05-06
Based on the connection of a demand response enabling device
(
DRED
)
to
the outdoor unit, Demand Response Mode is activated in response to
signals sent from the electric authority at times when it is necessary to
reduce peak demand.
The units with service reference number PUHZ-RP
•
VHA5R1-A and
PUHZ-RP
•
V/YKA2R1-A are demand response capable.
This capability is possible with the connection of a demand response
enabling device
(
DRED
)
to the terminal block interface
(
BT00C023G02
)
.
This item is supplied in a sealed bag located in the compressor chamber.
Connection of the terminal block interface is a mandatory requirement
for the installation of any PUHZ-RP
•
VHA5R1-A and PUHZ-RP
•
V/YKA2R1-A
units.
When installed the system is demand response capable; that is,
ready to
be connected to a demand response enabling device
(
DRED
)
*.
Mitsubishi Electric’s Power Inverter systems increase energy efficiency.
To better meet the needs of shops and oces, our outdoor units are oered
in three-phase power supply models in addition to the existing line-up of
single-phase models. Select the model to best match your needs from our
expanded model range.
DRM1 Compressor O
DRM2
Demand Response
Mode
(
DRM
)
Description of operation in this mode
Advanced Power Inverter
Demand Function
Three-phase
Outdoor Line-up
(
PUHZ-RP series
)
Single-phase
71
100 125 140 170 200 250
The air conditioner continues to cool or
heat during the demand response event,
but the electrical energy consumed by the
air conditioner in a half hour period is not
more than 50% of the total electrical energy
that would be consumed if operating at the
rated capacity in a half hour period.
DRM3
The air conditioner continues to cool or
heat during the demand response event,
but the electrical energy consumed by the
air conditioner in a half hour period is not
more than 75% of the total electrical energy
that would be consumed if operating at the
rated capacity in a half hour period.
Air Conditioner Demand Response Mode
Demand
controller
Terminal block
DRM1 DRM2 DRM3 C
*PUHZ-RP250 is excluded.
Please contact Mitsubishi Electric Australia Pty. Ltd. for details.
see specication on Page 24
PUHZ-RP100/125/140/170/200
PUHZ-RP250
PUHZ-RP71
see specication on Page 24
Wider Performance Range
Operation is now possible at lower speeds, thus cutting energy losses
produced by the repeated On/O operation of non-inverter models.
Comfort is improved while power consumption is reduced.
The maximum piping length is 75m.
Therefore there is a wide range of layout possibilities for
unit installation.
PUHZ-RP71
PUHZ-RP
100/125/140/170/200/250
Max. height dierence
Max. piping length
(one-way)
30m
30m
50m
75m
Max. piping length
Cooling capacity
(
kW
)
0 2 4 6 8 10 12 14 16 18kW
4-way ceiling cassette
High Power
More Power for Faster Cooling/Heating
Powerful Cooling/Heating Performance
The maximum operating cooling/heating capacity of the Mr. Slim
Power Inverter units have been improved (compared to conventional
non-inverter models) when operating in either low or high outdoor
temperatures.
71 class
100 class
125 class
140 class
7.7
9.7
12.4
14.0
8.1
11.4
14.0
15.3
105%
118%
113%
109%
R22
Non-inverter
R410A
Power inverter max. (PUHZ-RP)
4-way ceiling cassette
Heating capacity
(
kW
)
4-way ceiling cassette
71 class
100 class
125 class
140 class
8.4
10.4
14.0
16.1
10.2
14.0
16.0
18.0
121%
135%
114%
112%
R22
Non-inverter
R410A
Power inverter max. (PUHZ-RP)
Cooling capacity ranges
71 class 3.3-8.1 kW
100 class 4.9-11.4 kW
125 class 5.5-14.0 kW
140 class 6.2-15.3 kW
0 2 4 6 8 10 12 14 16 18kW
4-way ceiling cassette
Heating capacity ranges
71 class 3.5-10.2 kW
100 class 4.5-14.0 kW
125 class 5.0-16.0 kW
140 class 5.7-18.0 kW
Long Maximum Piping Length
41%
UP
32%
UP
57%
UP
80%
UP
Comparison of EER (cooling mode)
Comparison of EER between non-inverter and Power Inverter
(4-way ceiling cassette) models.
Power Inverter Model Non-inverter Model
EER
Outdoor Unit
4.0
3.5
3.0
2.5
2.0
71 class 100 class 125 class 140 class
2.47
3.27
2.22
4.00
2.33
3.29
2.17
3.40
Average
53%
UP
High Energy Efficiency
*EER are measured at rated condition.
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