Catalog pompe de caldura Hydrolution 2021 MITSUBISHI HEAVY INDUSTRIES
HYDROLUTION
WHY A MHI HEAT PUMP?
HEATING
HOT SANITARY
WHY A
MHI HEAT PUMP?
Mitsubishi Heavy Industries air to water heat pump is a complete
modern system for heating, cooling and producing hot sanitary
water for houses. Offering effective energy saving and reducing
carbon dioxide emission.
Mitsubishi Heavy Industries utilises its
high technology in a variety of areas and
provides comprehensive solutions for
realization of a low-carbon society.
COOLING
5
1
Our recognised contribution to
global environment.
Our contributions to a low-carbon society
encompass the entire product life cycle
from efficient production, effective
use of energy, effectual utilization of
inexhaustible clean energy and recycling.
This is a part of our accomplishments
through unique technological features.
2
Our assured integration of high
technology is the mainstay of a low
carbon society.
We have assured integration of high
technology in a variety of areas
including new clear power generation,
transp
ortation systems, desalination
plants, and wind turbine generators. Our
product portfolio covering entire social
infrastructure is supported by our proven
high technology. We integrate proprietary
technologies which have already
demonstrated their own significant
capabilities in their fields to enhance the
effect in our total solutions. Our air to
water heat pump is an innovative system
developed by using integration of high
technology.
1
5
2
4
3
3
Refrigerant
Water Pipe (for Air Conditioning)
Water Pipe (for Sanitary)
2 | mhiae.com
1
Water Heat Exchanger & Heat Storage Unit
2
Outdoor Unit
3
Sanitary
4
Floor Heating
5
Radiator or Fan Coil
Air to Water heat pump is one of our
products supported by our unrivalled
technology to realise utmost energy
savings, safety and assurance.
3
Heat pump technology for a
low-carbon society
Air to water heat pumps are a revolutionary
energy recycling system which reduces
environmental load by reusing heat energy
produced in daily lif
e. This first-rate energy
saving system has been developed by our
exceptional technology.
4
Saving running costs with use of heat
pump technology
Typically less than 1kW of output heat
energy can be produced by conventional
oil or gas boilers. Heat pump technology is
capable of producing up to 5.32kW of heat
energy from 1kW of energy input making
the system 5.32 times more efficient than
traditional means.
WHY A MHI HEAT PUMP? | 3
BENEFITS OF
HYDROLUTION
Our heat pump is a complete modern system for heating and cooling
room air and producing sanitary hot water. It absorbs ‘free’ heat from
outdoor air and amplifies it to generate ideal temperatures and hot water
swiftly and efficiently.
NEXT GENERATION
REFRIGERANT R32
R32 REFRIGERANT
This next generation refrigerant boasts nearly 70% lower Global Warming Potential rate than
R410A. Due to its superior qualities, R32 offers amazing energy efficiency benefits. It has a
potential refrigerating effect that is 1.5 times that of R410
A, meaning that it needs less energy to
achieve the desired temperatures and requires less refrigerant volumes to operate.
ENERGY SAVING
Optimum annual operation costs are achived thanks to the inverter driven
compressor. The speed of the compressor is controlled according to the
demand resulting in the highest COP levels of 4.09~5.42* in heating operation
and is in accordance with Lot 1 energy class.
BENEFITS OF R32
*Condition 2 on page 9
HIGH EFFICIENCY
The compressor is designed to be efficient even at low ambient temperatures
(down to -20°C) in order to be able to withstand the toughest winter climates.
1 Low Global Warming potential and Superior Energy
Efficiency
ENERGY
EFFICIENCY
2 Zero Ozone Depletion
THE DECISION
BY MHI TO
TRANSITION TO A
NEW REFRIGERANT IS
DRIVEN
BY MANY FACTORS:
3 Easy to recycle
4 It complies with F-Gas
INTEGRATED DESIGN
The compact size has been achieved by integrating the hot water tank for
sanitary water use together with the water heat exchang
er within the indoor
units (HMA 60-S and HMA 100-S only). Electrical and piping work is simpler
due to the integrated design.
5 Single component, easy to handle refrigerant
6 Already used in air conditioning systems and heat
pumps worldwide
7 It requires up to 13% less charge compared to
R410A
65˚C HOT WATER
Maximum flow line temperature is 65°C with the use of an auxiliary electric
heater used for hot water back-up and to cope with irregular and excessive
hot water demand. The heat pump can keep producing the temperature of 58°C
hot water without an auxiliary electric heater and can still produce this even at
ambient temperatures between -20-43°C.
Silent mode function can reduce the sound level from the outdoor unit during
heating mode by reducing the compressor and fan speed. The ON/OFF timer
operation can be set with the remote controller.
Sound pressure level at 5m is 35 dB(A).
INTERNET CONNECTION
Customers can get a brief overview and the status of the MHI heat pump a
nd
the heating system remotely. It allows customers to control heating and hot
water production.
4 | mhiae.com
LOW GLOBAL WARMING
1/3 GWP VS R410A
Global Warming Potential
SILENT MODE
IMPACT ON
ENVIRONMENT
COST
EFFECTIVENESS
PERFORMANCE
REDUCED REFRIGERANT CHARGE
F
(%)
100
Saving up to 13%
80
2088
60
87%
100%
R32
R410A
40
20
675
0
R32
R410A
GWP values based on IPCC 4th Assessment report
HYDROLUTION | 5
SPECIFICATIONS
Mitsubishi Heavy Industries air to water heat pumps are a complete modern system for heating,
cooling and producing hot sanitary water for living, offering effective energy saving.
NEW
Indoor Unit (HMA)
Outdoor Unit
• Flexible all in one indoor
module for heating, cooling
and hot water
• FDCW60VNX-W
• Upgrading existing heating
systems or new builds with
requirements for high hot
water performance
NEW
• MHI high quality outdoor unit
using low GWP refrigerant R32
• Availble only in 6kW version
as a flexible combination
(connectable to
split box)
• Equipped with a capacity
of 180 litres of heated
domestic water heater
• Silent mode range expanded
assuring sound pressure level
of 35 db(A) at 5 meters
• Integrated expansion
vessel (10L)
• Improved piping height from
7 to 20 meter
• Has a built in condenser, as
well two diverting valves
(one of heating and cooling,
the other for heating and
hot water)
• Very energy efficient with a
wide operation range
• Integrated electrical heater
for backup
• Extra additional heat
connection (eg: gas boiler,
oil boiler).
• Integrated controller
(advanced version)
• Available only in R410A
version.
6 | mhiae.com
• Latest inverter & DC twin
rotary compressor technology
Advanced Controllers
Tank Unit
RC-HY20-W, RCHY40-W
• Storage tank with coil
designed to store hot
sanitary water.
Easy Operation: Advanced
user friendly controller,
which have large
multicolor displays, It
shows information about
the status of the units.
RC-HY20-W: Base version
with
out extension module.
RC-HY40-W: Advanced
version with extension
module. Room sensor
and current sensor with
cascade heat pump control
function
Our domestic air-to-water
heat pump range offers a
complete modern system
for heating, cooling and
producing hot sanitary
water for houses.
Thanks to the integration
of a hot water heater,
immersion heater,
circulating pump and
climate system within the
indoor unit, the Hydrolution
range is one of the safest,
most economical and
environmentally friendly
options available today.
• Temperature indicator
allows user to read
and control water
temperature in the tank
• Large heating surface
of the coil provides
high hot utility water
efficiency
• Manages water
pressure up to 10 bar
• Compact design for easy
installation
• Built in drain pan heater to
improve defrost
• Blue coated fin for heat
exchanger to prevent
corrosion.
Monitor and Control: The
controller is compatible
with myUpway, which is
the internet function giving
you a qui
ck over view and
presents the status of the
installed units in order to
monitor and manage the
entire system. If an error
occurs users will receive
an email notification.
Split Box
• Built in condenser
• Easy installation by use
of wall bracket
• Good for flexible
applications
SPECIFICATIONS | 7
SPECIFICATIONS
Flexible combination
All-in-one combination
Split box
HSB60-W
Outdoor Model
Power source
Indoor Model
HMA 60-S
NEW
HMA 100-S NEW
HMA 100-S
NEW
Outdoor Model
FDCW60VNX-A
FDCW71VNX-A
FDCW100VNX-A
Power source
400V 3N AC (230V single-phase) 50Hz
400V 3N AC (230V single-phase) 50Hz
400V 3N AC (230V single-phase) 50Hz
Heating Nominal capacity
COP
Cooling Nominal capacity
EER
condition 1
kW
2.28 (0.50 - 8.00)
8.0 (3.0 - 8.0)
9.0 (3.5 - 11.0)
condition 2
kW
2.67 (0.50 -7.40)
8.3 (2.0 - 8.3)
9.2 (3.5 - 10.0)
condition 1
3.62
3.33
3.44
condition 2
5.32
4.09
4.28
condition 1
kW
4.86 (0.80 -6.00)
7.1 (2.0 - 7.1)
8.0 (3.0 - 9.0)
condition
ck over view and
presents the status of the
installed units in order to
monitor and manage the
entire system. If an error
occurs users will receive
an email notification.
Split Box
• Built in condenser
• Easy installation by use
of wall bracket
• Good for flexible
applications
SPECIFICATIONS | 7
SPECIFICATIONS
Flexible combination
All-in-one combination
Split box
HSB60-W
Outdoor Model
Power source
Indoor Model
HMA 60-S
NEW
HMA 100-S NEW
HMA 100-S
NEW
Outdoor Model
FDCW60VNX-A
FDCW71VNX-A
FDCW100VNX-A
Power source
400V 3N AC (230V single-phase) 50Hz
400V 3N AC (230V single-phase) 50Hz
400V 3N AC (230V single-phase) 50Hz
Heating Nominal capacity
COP
Cooling Nominal capacity
EER
condition 1
kW
2.28 (0.50 - 8.00)
8.0 (3.0 - 8.0)
9.0 (3.5 - 11.0)
condition 2
kW
2.67 (0.50 -7.40)
8.3 (2.0 - 8.3)
9.2 (3.5 - 10.0)
condition 1
3.62
3.33
3.44
condition 2
5.32
4.09
4.28
condition 1
kW
4.86 (0.80 -6.00)
7.1 (2.0 - 7.1)
8.0 (3.0 - 9.0)
condition
... ascunde