Gas Driven VRF
M Series
GAS DRIVEN VRF
ELECTRIC VRF
COMMERCIAL SPLIT SYSTEMS
ROOM AIR CONDITIONERS
HEATING SOLUTIONS
SANYO Air Conditioners. The natural choice.
What is a GHP?
SANYO GHP - the natural choice
The application principle of Variable Refrigerant Flow
(VRF) systems for projects with multiple indoor unit is now
very much an integral element of the UK air conditioning
market place.
Gas Heat Pump M Series - the perfect solution SANYO benefits
when you’re short of power
SANYO has been developing GHP VRF systems since
1980, during which time we have been committed to
delivering ground-breaking technology. As a result, the
commercial range of GHP VRF systems is leading the
industry in the development of efficient and flexible
systems, making them the natural choice for commercial
projects, especially for those projects where power
restrictions apply. As you would expect, all of our gas
driven VRF systems have the highest reliability rates in
the industry and a leading customer service programme.
High-efficiency operation
A
GHP is no different in principle, however,
developed by SANYO in 1980 the GHP outdoor unit
13-25 HP models are equipped with a high-performance air
exchanger and a newly developed refrigerant heat exchanger
for high-efficiency operation, making them one of the most
energy-efficient solutions on the market.
is fitted with
Natural gas or LPG, to drive the refrigerant compressor.
a
combustion engine, powered by
Variable capacity is achieved via the engine speed being
altered up and down just as an inverter compressor speed
is controlled in the electric VRF equivalent. The GHP
therefore is an ideal solution where electrical power is at a
premium (or no 3 phase available) however it also boasts
a number of additional benefits/functions that are not
available on an electric equivalent.
Lowest nitrogen oxide emissions
The GHP VRF systems have the lowest nitrogen oxide emissions,
66% below the standard. In a pioneering development, the
SANYO GHP features a brand new lean-burn combustion
system that utilises air fuel ratio feedback control to reduce NOx
emissions to an all-time low.
The M Series of gas drivenVRF systems offers increased efficiency
and performance across the range. Now more powerful than
ever before, it can connect to up to 48 indoor units.
Exhaust
High efficiency heat exchanger
Excellent economy
Improvements include increased part load performance,
reduced gas consumption with a Miller-cycle engine and
reduced electrical consumption from using DC fan motors.
The‘M’series GHP continues to use a‘hybrid’heat exchanger for
improved efficiency. By interlacing the refrigerant coil with the
radiator carrying the coolant from the engine, the condensing
capacity and radiator performance is balanced to an optimum
level. This combination ensures the cooling efficiency drop in
cold ambient is kept to a minimum, heating performance is
down to -20oc and maintain a high COP.
The SANYO GHP provides quick and powerful cooling/
heating and increases delivery of heat into the space by the
efficient recovery of heat from the engine cooling water,
which is injected into the refrigerant circuit.
Fan
• Up to 71kW of cooling from a maximum running capacity of 5
AMPs
In addition, the use of engine waste heat ensures that our gas
heat pump air conditioner requires no defrost cycle, therefore
providing continuous 100% heating performance in severe
weather conditions with an outside air temperature as low as
-20°C. During cooling mode the rejected heat from the engine is
available for use within a hot water system and can supply up to
25kW of hot water at 75 °C.
• Single phase power supply across the range
• The option of natural gas or LPG as its main power source
Higher engine efficiency
Air
• Free hot water! A water heat exchanger to connect to domestic
hot water systems 13-25 HP (Heat Pump only)
By utilising a Miler-Cycle engine, the compression stroke is
reduced and therefore pumping losses are minimised. As a
result the expansion volume ratio increases and the efficiency
improves.
• Option of DX or chilled water for indoor heat exchange
• Option to connect to third party Air Handling Units
• Reduced CO2 emissions
High performance
Miller cycle:This heat cycle has the characteristic that the closing
time for the suction valve in regard to the base engine is late.
As a result, the expansion stroke becomes relatively longer in
comparison to the compression stroke.
With its advanced heat exchanger design, this new GHP system
offers improved efficiency and reduced running costs, which,
coupled with improved engine management systems, have
greatly improved the system COP rating.
Accumulator
Compressor
Refrigerant heat exchanger
New electrical power generator model
By fitting a new plate heat exchanger the engine waste heat
is recovered efficiently and reused to improve performance. In
addition a proportionate control 3 way change over valve is used
for control of the engine cooling water to increase efficiency in
heating operation
The biggest breakthrough in recent GHP technology is the
launch of the ECO G Power, which provides 4.0kW of power.
That’s enough electricity to power 8 computers or other
applications.
Power supply problems?
If you are short of electrical power, gas heat pump
could be the perfect solution.
How a GHP works - High performance and low operating costs by using gas fuel
• Runs on gas and just needs single phase supply.
Cooling
Heating
• Enables the building’s electrical power supply to be
used for other critical electrical demands.
Refrigerant gas
Refrigerant liquid
GHP features at a glance
• Power generation of up to 4kW on ECO G Power version
Refrigerant
liquid
Cold air
• Reduces capital cost to upgrade power substations
to run heating and cooling systems.
Refrigerant
gas
•
Up to 25kW hot water generation on all 2 pipe heat pump
versions
Outdoor unit
Outdoor unit
Heat
Heat
Warm air
• Reduces power loadings within a building especially
during peak periods.
• Chiller module available for water based solutions
• 100% heating performance even at -200c ambient
• 180% indoor connectability (Single heat pump module)
• Single phase power required through the range
Warm air
Hot water
function
Cold air
Engine waste heat
Discharge of heat
Absorption of heat
from the outside air
by evaporation of
refrigerant.
absorbed from the
inside of the room
by liquefaction of
refrigerant.
• Electricity supply freed up for other uses such as IT
servers, commercial refrigeration, manufacturing,
lighting etc.
Compressor
Gas engine
Compressor
Gas engine
Absorption of heat from the room by
liquefaction of refrigerant.
Discharge of heat generated by
condensation of refrigerant.
3
Rating Conditions: Cooling Indoor 27°C DB 19°C WB Outdoor 35°C DB 24°C WB Heating Indoor 20°C DB Outdoor 7°C DB 6°C WB
2
Rating Conditions: Cooling Indoor 27°C DB 19°C WB Outdoor 35°C DB 24°C WB Heating Indoor 20°C DB Outdoor 7°C DB 6°C WB
ECO G 3 Way Heat Recovery VRF System
ECO G 3 Way Outdoor Unit Specifications
HP
Model
16
SGP-EZ150M2G2
45.0
20
25
SGP-EZ240M2G2
71.0
SGP-EZ190M2G2
Cooling
Heating
Heating Low temp*
Cooling
Heating
Cooling
Heating
Heating
Cooling
Heating
AVE
kW
kW
56.0
63.0
67.0
1.35
Still the only heat recovery (3 way) GHP system in
Europe.
Capacity
Electricity
Gas
STD
50.0
53.0
80.0
75.0
kW
kW
kW
The new M Series ECO G 3 Way offers even more
performance and outstanding features when you need
simultaneous heating and cooling. Now with increased
capacities available from 16HP to 25HP, SANYO offers the
greatestchoiceandflexibilitytosolveanypowerproblemor
site requirement.
1.01
1.54
60.9
58.0
64.9
1.14
1.34
1.24
31.6
36.1
47.3
1.37
1.35
1.36
38.3
43.0
56.4
1.41
1.43
STD
LOW
kW
COP
1.42
Height
Width mm
Depth
kg
2,248
1,800
1,000 (+60)
• Simultaneous heating and cooling for total control
• Reduced gas consumption by Miller-cycle engine
• Reduced electrical power consumption by using DC motors
Size
Weight
Starter amperes
845
875
A
30
1 1/8 (28.58)
7/8 (22.22)
3/4 (19.05)
R3/4 (bolt thread)
ø 25 rubber hose
58
Gas
Piping
connection
Discharge Inches (mm)
• New lightweight design by use of aluminium engine block
reduces weight by 110kg
Liquid
Pipe fuel gas
Pipe exhaust drain
Operation sound
mm
dB(A)
57
62
• Part load efficiencies increased
Comparison of the start times for heating operation
Room temperature (˚C )
Indoor/outdoor capacity ratio
Number of indoor connections
* 1: Low temp condition: Outdoor temperature 2 C˚.
Condenser actual pipe connections may vary from above pipe connections shown, please refer to technical manuals for full details.
Please refer to tube sizing charts for pipe selections and pipe length parameters.
50-180% *1
36
• Connectability increased to up to 36 indoor units
• Now available in 16, 20 and 25HP
Gas heat pump
• 200m maximum allowable piping length (L1) (equivalent - refer
to technical manual)
• Diversity ratio 50% - 130%
Electric heat pump
• Extended pipe runs (total 500m)
• Silent mode offers a further 2dB(A) reduction
Time axis (in case of the same load)
Dimensions ECO G 3 Way (16-25HP)
• 10,000 run hours between engine service intervals (equivalent
Comparison of heating capacity
Heating capacity (% )
to one maintenance every 3.2 years*)
Size (mm)
Model Type
150
190 240
ø28.58
ø25.4
ø19.05
OD: ø25 Length: 200
• Full heating capacity down to -20°C
1
2
Suction refrigerant pipe
Discharge refrigerant pipe
Liquid refrigerant pipe
Exhaust gas drain hose
Inter-unit cable port
Electrical power supply port
Fuel gas port
Service Clearances for installation
ø22.22
(Units: mm)
• No defrost cycle
* Assuming 3120 running hrs per year - 12 hrs x 5 days x 52 weeks
Gas heat pump
3
Top View
at least
100
10
4
at least
100
5
ø28
ø28
6
Rear
Rear
(refrigerant tubing)
at least 2000
7
G: R3/4
ø20
(refrigerant tubing)
8
Condensation drain opening
9
Rain and condensation outlet
Engine exhaust outlet
Suspension holes
Anchor holes
Electric heat pump
10
11
12
13
14
15
at least
350
ECO G 3 Way is ideal for the following types of
application:
at least
100
at least
4 - ø20
4 - ø24
350
Front View
Front View
Segmented display
Coolant intake (top)
Vent
(Single-unit installation)
(Multi-unit series installation)
• Office buildings with a diverse range of room temperatures
Outside air temperature (˚C)
14
1000
12
400
(anchor pitch)
due to differing load profiles.
1000 (external)
ø736
• Buildings with computer rooms requiring year round cooling.
9
Additional parts
By taking its power supply from the nearest indoor unit, the
SANYO solenoid valve (change-over box) does not require any
additional fused spur and at only 150mm high can be easily
installed within a 200mm void space.
7
15
3
1
2
6
5
13
11
LPG option
1030 (suspension holes)
1060 (frame width)
The option of using LPG as a power supply increases flexibility
and avoids the problems of potential site restrictions in the
future. The purer fuel is also excellent for further reductions
in CO2 emissions - a fact recognised by the government.
1800 (external)
Front View
271
54
4
147
207
242
279
312
8
Rear View
Left Side View
5
Rating Conditions: Cooling Indoor 27°C DB 19°C WB Outdoor 35°C DB 24°C WB Heating Indoor 20°C DB Outdoor 7°C DB 6°C WB
4
Rating Conditions: Cooling Indoor 27°C DB 19°C WB Outdoor 35°C DB 24°C WB Heating Indoor 20°C DB Outdoor 7°C DB 6°C WB
ECO G 2 Way Heat Pump VRF System
ECO G 2 Way Outdoor Unit Specifications
Dimensions ECO G W-Multi 2 Way
ECO G W-Multi for Heat Pump
Applications
Size (mm)
Model Type
120
ø25.4
ø12.7
150 190 and 240
ø28.58
1
2
Gas refrigerant pipe (Gas tube)
Liquid refrigerant pipe (Liquid tube)
Refrigerant balance pipe (Balance tube)
Exhaust gas drain hose
Electrical power supply port
Inter-unit cable port
Fuel gas port
ø15.88
The new and improved
M
Series heat pump
Service Clearances for installation
3
(Units: mm)
ø9.52
(2 Way) not only offers improved performance
but also increased flexibility. Now available as
multi-systems, many combinations are possible,
from 13HP to 50HP, allowing for more power
and enabling accurate matching of a system building
load. Additional new features include part load engine
management and compressor run hour equalisation.
4
OD: ø25 Length: 200
Top View
at least
100
10
at least
100
5
ø28
ø28
6
Rear
Rear
(refrigerant tubing)
7
G: R3/4
ø20
at least 2000
(refrigerant tubing)
8
Condensation drain opening
Rain and condensation outlet
Engine exhaust outlet
Suspension holes
9
10
11
12
13
14
15
16
17
18
at least
350
4 - ø20
4 - ø24
at least
100
at least
Anchor holes
350
Front View
Front View
Segmented display
Coolant intake (top)
Vent
(Single-unit installation)
(Multi-unit series installation)
Hot water intake
Hot water outlet
Cable inlet for interlock and the like
Rp3/4
Rp3/4
ø28
14
1000
• Reduced gas consumption by Miller-cycle engine
12
400
(anchor pitch)
1000
ø736
• Reduced electrical power consumption by using DC motors
• New lightweight design by use of aluminium engine block
reduces weight by 110kg
9
3
7
• Part load efficiencies increased
2
• Silent mode offers a further 2dB(A) reduction
• Chiller option
1
• Connectability increased - now up to 48 indoor units
• Multi-systems with combinations from 13HP up to 50HP
18
15
12
6
5
17
16
- 13HP (25kW cooling - 30kW heating)
- 25HP (56kW cooling - 67kW heating)
• 200m maximum allowable piping length (L1) (equivalent - refer
to technical manual)
11
• 10,000 run hours between engine service intervals (equivalent
• Diversity ratio 50-180%
to one maintenance every 3.2 years*)
1040
1060
1800
271
4
54
• Extended pipe runs (total 500m)
• Industry leading sound levels
• Full heating capacity down to -20°C
147
207
242
275
312
461
8
Rear View
Front View
Left Side View
• No defrost cycle
* Assuming 3120 running hrs per year - 12 hrs x 5 days x 52 weeks
HP
13
16
20
25
26
29
32
33*
36*
40*
45*
50
SGP-EW120M2G2W
SGP-EW150M2G2W
SGP-EW190M2G2W
SGP-EW240M2G2W
SGP-EW120M2G2W
SGP-EW120M2G2W
SGP-EW120M2G2W
SGP-EW150M2G2W
SGP-EW150M2G2W
SGP-EW150M2G2W
90.00
SGP-EW120M2G2W
SGP-EW190M2G2W
SGP-EW150M2G2W
SGP-EW190M2G2W
101.00
SGP-EW190M2G2W
SGP-EW190M2G2W
112..0
SGP-EW190M2G2W
SGP-EW240M2G2W
127.00
SGP-EW240M2G2W
SGP-EW240M2G2W
142.00
Model name
Cooling
Heating
Heating Low temp*1 kW
kW
35.50
40.00
42.50
12.00
0.85
45.00
50.00
53.00
16.00
56.00
63.00
67.00
20.00
1.35
71.00
80.00
80.50
90.00
95.50
28.00
2.20
91.50
103.00
109.50
32.00
2.20
STD
100.00
106.00
32.00
113.00
120.00
36.00
126.00
134.00
40.00
143.00
142.00
45.00
160.00
150.00
50.00
Capacity
75.00
25.00
85.00
24.00
1.70
Hot water
Cooling
Heating
Cooling
Heating
Heating
Cooling
Heating
AVE
kW
2.70
2.70
Electricity
1.01
31.60
36.10
47.30
1.37
1.54
60.90
58.00
64.90
1.14
2.02
2.55
99.20
101.00
121.30
1.25
3.08
121.80
116.00
129.80
1.14
kW
kW
24.50
28.10
36.80
1.40
1.37
1.39
38.30
43.00
56.40
1.41
1.43
1.42
49.00
56.20
73.60
1.40
1.37
1.39
56.10
64.20
84.10
1.38
1.36
1.37
63.20
72.20
94.60
1.37
1.35
1.36
62.80
71.10
93.20
1.41
1.41
1.41
69.90
79.10
103.70
1.39
1.39
1.39
76.60
86.00
112.80
1.41
1.43
1.42
Gas consumption
STD
LOW
COP
1.35
1.36
1.34
1.24
1.38
1.31
1.34
1.24
Max COP (inc hot water) Cooling
Size
1.87
1.85
1.92
1.54
1.87
1.86
1.85
1.90
1.89
1.92
1.69
1.54
Height
2,248
Width mm
Depth
kg
1,800
1,800 + 100 (min distance) + 1,800 (in a straight installation)
1,610
1,000 (+60)
1,580
30
Weight
Starter amperes
Gas
790
820
850
1,640
1,670
1,700
(A)
1 1/8 (28.58)
1 3/8 (34.92)
1 5/8 (41.27)
Piping connection
Liquid
Balance
Inches (mm)
dB(A)
1/2 (12.7)
57
5/8 (15.88)
3/4 (19.05)
3/8 (9.52)
Pipe fuel gas
Pipe exhaust drain
Operation sound
Indoor/outdoor capacity ratio
Number of indoor connections
R3/4 (bolt thread)
ø25 rubber hose
60
58
36
62
61
63
65
50-180 %
50-130 %
48
32
* In case of these combinations EGW190M2G2W is able to connect as W-multi instead of EW190M2G2w.
* 1: Low temp condition: Outdoor temperature 2 C˚.
Condenser actual pipe connections may vary from above pipe connections shown, please refer to technical manuals for full details.
Please refer to tube sizing charts for pipe selections and pipe length parameters.
Capacity Hot Water is available when outside ambient air temperature is above 7C˚.
7
Rating Conditions: Cooling Indoor 27°C DB 19°C WB Outdoor 35°C DB 24°C WB Heating Indoor 20°C DB Outdoor 7°C DB 6°C WB
6
Rating Conditions: Cooling Indoor 27°C DB 19°C WB Outdoor 35°C DB 24°C WB Heating Indoor 20°C DB Outdoor 7°C DB 6°C WB
ECO G Power - GHP with electricity generation
& hot water supply
HP
20
33
SGP-EW120M2G2W
SGP-EGW190M2G2W
91.50
36
SGP-EW150M2G2W
SGP-EGW190M2G2W
101.00
40
SGP-EGW190M2G2W
SGP-EGW190M2G2W
112.00
45
SGP-EGW190M2G2W
SGP-EW240M2G2W
127.00
NEW
NEW 2 way gas driven VRF with electrical
power generator
SGP-EGW190M2G2W
Model
Cooling
Heating
Heating Low temp*1 kW
kW
56.0
63.0
67.0
22.0
STD
103.0
109.50
34.0
113.00
120.00
38.0
126.00
134.00
44.0
143.00
142.00
47 .00
Capacity
Hot water
SANYO’s ECO
G
Power is
a
revolution in air
permanent
Power generater capacity at
rating
kW
DC 2.5 (Max 4.3)
conditioning design. Fitted with
a
High power
engine
Cooling
Heating
kW
kW
kW
1.35
1.01
44.0 (38.3)*
48.7 (43.0)*
2.20
2.70
magnet, non-bearing type generator, it is the first
VRF system that can supply heating, cooling, hot
water and now also a supply of electrical power.
Electricity
Power generator
• permanent
magnet type
• non-bearing
2.02
75.60
84.80
2.55
Cooling
68.50
76.80
88.00
97.40
104.90
101.00
Line linkage
inverter
Heating STD
Heating
Gas consumption
kW
62.1 (56.4)*
98.90
1.31
1.81
109.40
124.20
121.30
Each ECO G Power unit has a 4.0kW generator, which
provides enough electricity to power 8 computers or
other applications.
LOW
Double clutch
compressor
Cooling
1.33 (1.41)*
1.34 (1.43)*
1.34 (1.42)*
1.29
1.30
1.23
1.27
1.25
1.18
1.38
1.28
COP Air conditioning only Heating
AVE
Max COP (Inc generater, hot water)
Cooling
1.30
• Innovative technology that reduces CO2 emissions by up to
30%
1.78
1.80
1.78
1.69
Height
2,248
Height
Width
Depth
mm
1,800
875
1,800 + 100 (Min distance) + 1,800
• Heat pump air conditioning system providing cooling
or heating
1,000 (+60)
1,685
Production of electricity
Weight
Starter amperes
Gas
kg
A
1,660
1,740
1,720
30
Generates from 2kW to 4kW depending on air conditioning
1 1/8 (28.58)
5/8 (15.88)
1 3/8 (34.92)
1 5/8 (41.27)
• Can provide both electricity and hot water in heating and
cooling mode
Pipe
Liquid
Balance
Pipe fuel gas
Inches (mm)
3/4 (19.05)
load
4.5
4
3/8 (9.52)
R3/4 (bolt, thread)
ø25 rubber hose
61
• Up to 4kW electricity generated
• Very efficient generator
Pipe exhaust drain port
Operation sound
Indoor/outdoor capacity ratio
Number of indoor connections*
mm
dB(A)
58
32
63
3.5
3
50-130%
48
• Hot water provided when cooling or heating when outside
ambient air temperature is above 7°C
2.5
2
Condenser actual pipe connections may vary from above pipe connections shown, please refer to technical manuals for full details.
Please refer to tube sizing charts for pipe selections and pipe length parameters.
Capacity Hot Water is available when outside ambient air temperature is above 7˚C.
• 22kW hot water generation capacity
1.5
1
• 20HP model provides 56kW cooling or 63kW heating
• Can connect to up to 36 indoor units
Dimensions ECO G Power
0.5
0
Size (mm)
ø28.58
ø15.88
0
10
20
30
40
50
60
70
80
90
100
• 200m maximum allowable piping length (L1) (equivalent - refer
to technical manual)
1 Gas refrigerant pipe (Gas tube)
Liquid refrigerant pipe (Liquid tube)
3
Air conditioning load (%)
2
Refrigerant balance pipe (Balance tube) ø9.52
Service Clearances for installation
OD:
(Units: mm)
4
Exhaust gas drain hose
Generate electricity during heating or cooling
operation
Length:
• IU/OU capacity ratio 50 - 130%
5
6
Electrical power supply port
Inter-unit cable port
Inverter cable port
Inverter cable port
Fuel gas port
ø28
ø28
ø28
ø40
at least
100
at least
100
at least
350
Top View
12
7
at least 2000
Rear
(refrigerant tubing)
Rear
(refrigerant tubing)
8
Generate electricity and air conditioning (heating or cooling)
at the same time by using remaining engine power. ECO G
Power can generate from 2.3 to 4.0kW electricity at a generation
efficiency of more than 40%.
9
G: R3/4
ø20
10
11
12
13
14
15
16
17
18
19
Condensation drain opening
Rain and condensation outlet
Engine exhaust outlet
Suspension holes 4-ø20
Anchor holes 4 - ø24
Segment display
Coolant intake (top)
Vent
Hot water intake
at least
100
at least
350
Front View
Front View
(Single-unit installation)
(Multi-unit series installation)
1000 (external)
ø736
Rp3/4
Rp3/4
1000
14
16
(anchor pitch)
400
Hot water outlet
11
17
9
8
7
5
6
3
1
19
18
13
15
2
1040 (suspension holes)
1100 (frame width)
4
271
54
1800 (external)
Front View
10
147
207
242
275
Rear View
Left Side View
312
461
9
Rating Conditions: Cooling Indoor 27°C DB 19°C WB Outdoor 35°C DB 24°C WB Heating Indoor 20°C DB Outdoor 7°C DB 6°C WB
8
Rating Conditions: Cooling Indoor 27°C DB 19°C WB Outdoor 35°C DB 24°C WB Heating Indoor 20°C DB Outdoor 7°C DB 6°C WB
Additional GHP Functions
GU Type Heat Exchanger & CFR Units
SANYO’s new heat recovery ventilation system allows
total control via a system network whilst modulating the
temperature and humidity of incoming air supply.
GHP Chiller available with outdoor unit capacities from 71kW
• Integration of heat recovery ventilation and DX coil technology
for optimum air temperature control
Water Heat Exchanger
• Connects to all ECO & GHP outdoor units with a filter option
• 3 Way: Solenoid valve kit is required for each unit
Duct
Water Piping
• 2 Way: RAP kit is required for each unit
Indoor unit specifications
Model Name
SPW-GU055XH
SPW-GU075XH
750
220/230/240V, 1 phase - 50 Hz
8.2 (2.6)*1
SPW-GU105XH
Air circulation (H) m3/h
Power source
500
1,000
Outdoor unit
Air Handling Unit
UK Cooling
kW
kW
5.3 (1.7)*1
6.5 (2.3)*1
10.7 (3.4)*1
12.6 (4.6)*1
Fresh air load
Model No.
SGP-WE80M1
SGP-WE170M1
treatment capacity
The SANYO ECO G Water Heat Exchanger can provide
water at a wide range of temperatures suitable for a
variety of commercial applications ranging from comfort
air conditioning to food processing or the replacement of
boilers and other systems.
UK Heating
UK Cooling
UK Heating
9.8 (3.5)*1
Cooling capacity
Heating capacity
Cooling capacity
Heating capacity
Cooling capacity
Heating capacity
Cooling capacity
Heating capacity
kW
kW
kW
kW
kW
kW
kW
kW
25
30
25
30
25
30
25
30
30
35.5
37.5
45
50
60
%
%
59
Enthalpy exchange
efficiency
SGP-EW120M2G2W
67
75
Temp exchange efficiency
SGP-EW150M2G2W
kW
BTU/h
kW
kW
Amps
Amps
3.6
12,000
0.532
0.532
2.4
5.6
7.3
25,000
0.798
0.798
3.5
Equivalent cooling capacity
SGP-EW190M2G2W and
SGP-EGW190M2G2W
19,000
0.737
0.737
3.2
Cooling
Power input
56
67
• New 25 kW and 50 kW capacity models
Heating
SGP-EW240M2G2W
Cooling
Running current
Heating
Cooling power input kW
Heating power input kW
0.01
0.01
• In cooling (chiller) mode provides water from -15°C to 15°C
2.4
3.2
3.5
Electrical rating
Power supply
Type
Sirocco fan
221 (188)
264 (218)
• In heating mode can provide hot water up to 55°C, for example
for under floor heating applications
220/230/240V Single Phase 50Hz
External static pressure-return air
External static pressure-supply air
Output
Pa
Pa
kW
db(A)
mm
183 (170)
205 (182)
0.28 (4P)x2
46 (Cooling), 47 (Heating)
135 (88)
176 (137)
Fan motor
Height
Width
Depth
mm
mm
mm
kg
1,000
550
965
Size
0.35 (4P)x2
Sound pressure level (C/H)
Height
Width
Depth
Liquid (flare)
Piping connections Gas (flare)
Drain piping
Connection duct diameter
Net weight
47 (Cooling), 48 (Heating)
48 (Cooling), 49 (Heating)
1220
• Includes water flow protection to prevent freezing
• Temperature sensor included
Weight
125
4.3
8.5
0.01
0.28
ø22.22
ø9.52
160
8.6
11.3
0.02
0.50
425
1785
1000
450
1903
Standard cold/hot water flow rate
Hydrostatic loss
Holding water quantity inside the unit
Minimum holding water quantity outside the unit m3
m3/h
kPa
m3
Dimensions
mm
mm
mm (inches)
mm (inches)
1120
• S-Link communication is connectable with any controllers
6.35 (1/4)
12.7 (1/2)
VP-25
Gas pipe
mm
ø28.58
ø15.88
• Split system means reduced installation cost and the use of a
less powerful circulation pump
Piping refrigerant
Liquid pipe
mm
mm
kg
250
300
168
Heat exchanger
hot/cold heat exchanger
0.686
Protective thermostat
134
153
Water circuit limit pressure
MPa
The values in ( ) for the external static pressure and operating sound are for use of booster cable. *1: Heat recovery capacity by heat exchanger. Data subject to change without notice.
•
One touch changeover between cooling and heating operation
Anti-freezing protection system
Specifications subject to change without notice.
The CFR- PHE uses a unique purifying Bioxigen system to
produce negative ions this can reduce pollutants by up to
85% whilst improving, significantly air quality within most
environments.
• The system can accommodate up to 120m (actual length) of
piping between the outdoor unit and the water heat exchanger,
allowing flexibility of installation location
Heating
(standard)
Outlet 45°C
Heating
Operating condition
Cooling
(low temperature)
Outlet 45°C
2°C DB, 1°C WB
Water temperature of water heat exchanger unit Outlet 7°C
Outdoor side intake air temperature
35°C DB 7°C DB, 6°C WB
• High efficiency heat exchanger & Easy to clean filters
• The system uses antifreeze coolant, so it can produce cold water
even at -15°C, thereby complying with “brine specifications”
Note: The gas consumption can be 110% of the specification value depending on the
operating conditions.
The CFR-PHE unit structure is constructed from Aluzink frame
The high efficiency low pressure loss total heat exchanger
is made of specially treated paper to enable the unit to be
as efficient as 76% during normal operation. This allows
system to recover both latent and sensible heat.
work and galvanised steel with 20 mm thick fire resistant
acoustic insulation, reducing both weight and sound levels to
a minimum. The system is supplied with ducted spigots which
can be positioned either at the front or side of the unit to ease
installation.
Hot water supply function (during cooling or heating operation)
SGP-EW120M2G2W
SGP-EW150M2G2W
SGP-EW190M2G2W
SGP-EW240M2G2W
SGP-EGW190M2G2W
The engine waste heat, which is normally exhausted into
the atmosphere, is recovered via the heat exchanger and
effectively used as hot water, so the GHP system acts as a
subsystem that alleviates the load on the client’s main hot
water system and therefore offers “free”hot water.
Water heating capacity up to 65 kW (of 75°C hot water)
Hot water piping allowable pressure 0.7 MPa
Hot water circulation rate 2 - 3.9m3/h
Indoor unit specifications
Model CFR/ CFR-PHE
33
55
110
175
220
Nominal air flow *
External Static Pressure
Sound Pressure **
Fans
m3/hr
pa
dB(A)
300
45
43
620
55
920
65
1580
70
1850
77
Hot water pipe size 3/4 inch
51
50
53
52
System configured at site
Power in
Absorbed power
Fan speeds
Watts
A
no
184
0.75
340
1.8
294
2.2
700
4.4
3
700
4.8
1
Insulation Class
F
Electrical supply
Bioxigen Elements (PHE only)
Number of elements
Electrical supply
Power in
v/ph/htz
230/1/50
GHP
Hot Water
Storage
Tank
Main
Hot Water
Boiler
OUT
IN
Hot water inlet: Rø3/4
Hot water outlet: Rø3/4
2 X C
2 X F
v/ph/htz
Watts
230/1/50
8
8
8
8
8
Filter
EU3
Paper Heat Exchanger
Temperature Efficiency heating ***
Temperature Efficiency cooling ****
CFR-PHE
Water piping
76%
62%
74%
60%
72%
58%
68%
54%
73%
59%
* Nominal air flow ** Sound pressure 1.5 mts from the unit in free field *** Data referred to -50C 80% RH OAT room condition 200C 50% RH **** Data referred to 320C 50% RH OAT room condition 260C 50% RH
10
11
Rating Conditions: Cooling Indoor 27°C DB 19°C WB Outdoor 35°C DB 24°C WB Heating Indoor 20°C DB Outdoor 7°C DB 6°C WB
Rating Conditions: Cooling Indoor 27°C DB 19°C WB Outdoor 35°C DB 24°C WB Heating Indoor 20°C DB Outdoor 7°C DB 6°C WB
VRF Indoor Unit Range for ECOi and GHP
Self-diagnosing function
Mild dry
Wider operation
Automatic fan operation
Air Sweep
Comfortable auto-flap control
Built-in drain pump
Automatic restart function for power failure
Model size
Capacity
7
9
12
16
18
22
25
36
48
60
76
96
Wireless remote control
Cooling
Heating
Cooling
Heating
2.2
2.5
7,500
8,500
SPW-X075XH
2.8
3.2
9,600
11,000
SPW-X095XH
3.6
4.2
12,000
14,000
SPW-X125XH
4.5
5.0
15,000
17,000
SPW-X165XH
5.6
6.3
19,000
21,000
SPW-X185XH
6.4
7.0
22,000
24,000
7.3
8.0
25,000
27,000
SPW-X255XH
10.6
11.4
36,000
39,000
14.0
16.0
47,800
54,600
16.0
18.0
54,600
61,500
SPW-X605XH
22.4
25.0
76,400
85,300
28.0
31.5
95,500
107,500
kW
Built-in infra red
sensor
Separate infra red
sensor
Functions
Capacity BTU/h
SPW-X365XH
SPW-X485XH
SPW-XDR74GXH56B SPW-XDR94GXH56B SPW-XDR124GXH56B SPW-XDR164GXH56B SPW-XDR184GXH56B
SPW-XDR254GXH56B
Panel
PNR-XD484GHAB
SPW-XDR364GXH56B SPW-XDR484GXH56B SPW-XDR604GXH56B
X Type
•
•
Panel
Panel
Panel
Panel
Panel
Panel
Panel
Panel
Semi-Concealed
Cassette
PNR-XD484GHAB
PNR-XD484GHAB
PNR-XD484GHAB
PNR-XD484GHAB
PNR-XD484GHAB
PNR-XD484GHAB
PNR-XD484GHAB
PNR-XD484GHAB
SPW-XM075XH
Panel
PNR-XM185
SPW-XM095XH
Panel
PNR-XM185
SPW-XM125XH
Panel
PNR-XM185
SPW-XM165XH
Panel
PNR-XM185
SPW-XM185XH
Panel
PNR-XM185
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
XM Type
Semi-Concealed
SPW-US075XH
SPW-US095XH
SPW-US125XH
SPW-US165XH
SPW-US185XH
US Type
Concealed Duct
SPW-U075XH
SPW-UR74GXH56B
SPW-U095XH
SPW-U125XH
SPW-U165XH
SPW-U185XH
SPW-U255XH
SPW-U365XH
SPW-U485XH
SPW-U605XH
SPW-UR94GXH56B SPW-UR124GXH56B SPW-UR164GXH56B SPW-UR184GXH56B
SPW-UR254GXH56B
SPW-UR364GXH56B SPW-UR484GXH56B SPW-UR604GXH56B
U Type
Concealed Duct
25,48 type
SPW-DR364GX-
SPW-DR484GX-
SPW-DR764GX-
SPW-DR964GX-
DR Type
Concealed
Duct
SPW-DR254GXH56B
H56B
H56B
H56B
H56B
76,96 type
SPW-K075XH
SPW-K095XH
SPW-K125XH
SPW-T125XH
•
•
•
•
K Type
Wall Mounted Unit
SPW-KR164GXH56B SPW-KR184GXH56B
SPW-KR254GXH56B
KR Type
Wall Mounted Unit
SPW-T165XH
SPW-T185XH
SPW-T225XH
SPW-TDR254GXH56B
SPW-T365XH
SPW-TDR364GXH56B SPW-TDR484GXH56B
SPW-T485XH
SPW-TDR124GXH56B SPW-TDR164GXH56B SPW-TDR184GXH56B
T Type Ceiling-
Mounted Unit
FTR Type
Floor/Ceiling
Mounted Units
SPW-FTR74EXH56B SPW-FTR94EXH56B SPW-FTR124EXH56B SPW-FTR164EXH56B SPW-FTR184EXH56B SPW-FTR224EXH56B
SPW-FUR74EXH56B SPW-FUR94EXH56B SPW-FUR124EXH56B SPW-FUR164EXH56B SPW-FUR184EXH56B SPW-FUR224EXH56B
FUR Type
Floor/Ceiling
Slim Concealed Duct
SPW-FR74GXH56B
SPW-FR94GXH56B
SPW-FR124GXH56B SPW-FR164GXH56B SPW-FR184GXH56B
SPW-FR254GXH56B
FR Type Floor
Standing Unit
SPW-FMR124GX-
SPW-FMR164GX-
SPW-FMR184GX-
SPW-FMR254GX-
FMR Type
Concealed Floor
Standing Unit
SPW-FMR74GXH56B SPW-FMR94GXH56B
SPW-ADR74GXH56B SPW-ADR94GXH56B
Panel
PNR-AD124GHB
H56B
H56B
H56B
H56B
SPW-ADR124GX-
H56B
ADR Type
Semi-Concealed
Cassette 1-Way
Air Discharge
Panel
PNR-AD124GHB
•
•
•
Panel
PNR-AD124GHB
SR Type
SPW-SR74GXH56B
Panel
PNR-S124GHB
SR94GXH56B
Panel
PNR-S124GHB
SR124GXH56B
Panel
PNR-S124GHB
SR164GXH56B,
Panel
PNR-S124GHB
SR184GXH56B
Panel
PNR-S124GHB
SPW-SR254GXH56B
Panel
PNR-S253GHANB
Semi-Concealed
Cassette 2-Way
Air Discharge
SPW-LDR94GXH56B SPW-LDR124GXH56B SPW-LDR164GXH56B SPW-LDR184GXH56B
Panel
PNR-LD254GHAB
SPW-LDR254GXH56B
Panel
PNR-LD254GHAB
LDR Type
Semi-Concealed
Slim Cassette
Panel
PNR-LD254GHAB
Panel
PNR-LD254GHAB
Panel
PNR-LD254GHAB
GU Type
Total Heat
Exchanger
SPW-GU055XH
SPW-GU075XH
SPW-GU105XH
13
Rating Conditions: Cooling Indoor 27°C DB 19°C WB Outdoor 35°C DB 24°C WB Heating Indoor 20°C DB Outdoor 7°C DB 6°C WB
12
Rating Conditions: Cooling Indoor 27°C DB 19°C WB Outdoor 35°C DB 24°C WB Heating Indoor 20°C DB Outdoor 7°C DB 6°C WB
Individual Control Systems Overview
Centralised Control Systems Overview
A wide variety of control options to meet the requirements of different customers.
Operation system
Individual control systems
Timer operation
Centralised control systems
Simplified charge ratio for each tenant
Operation with various
Only ON/OFF operation
function from central
from central station
station
Normal
Operation from
each seat
Daily and
Requirements
Simple operation
operation
weekly programme
Personal computer
Touch screen panel
(field supply)
External appearance
External appearance
Web
application
Wireless remote
controller
RCS-SH80BG.WLB
RCS-TH80BG.WLB
RCS-BH80AG.WLB
RCS-TRP80BG.WLB
RCS-SH1BGB
Simplified remote
controller
Timer wired
Schedule timer
SHA-TM64AGB
remote controller
System controller
SHA-KC64AGB
ON/OFF controller
SHA-KC16KAGB
Intelligent controller
Communication adaptor
Type, model name
Type, model name
RCS-TM80BG
SHA-KT256EG
SHA-KA128AGB
RCS-KR1EG
Number of indoor units
which can be controlled
64 groups,
1 group, 8 units
1 group, 8 units
1 group, 8 units
Number of indoor units which
can be controlled
64 groups,
16 groups,
64 units x 4 systems,
max. 256 units
2 systems,
max. 64 units
max. 64 units
max. 64 units
max. 128 units
Power supply from the
system controller.
Up to 10 units can be
connected to one system.
Main unit/sub unit (1
main unit + 1 sub unit)
connection is possible.
Up to 8 units (4 main
units + 4 sub units) can be
connected to one system.
Use without remote
controller is impossible.
When there is no system
controller, connection is
possible to the T10 terminal
of an
A communication adaptor
(SHA-KA128AGB) must be
installed for three or more
systems.
Up to 2 units can be
connected per group.
Up to 2 units can be
connected per group.
Up to 2 units can be
connected per group.
Maximum 500 indoor
units (128 per communica-
tion adaptor)
Use limitations
Use limitations
Use without remote
controller is possible.
indoor unit.
Connectable
indoor unit
4 series indoor unit
4 series indoor unit
4 series indoor unit
4 series indoor unit
Connectable
indoor unit
4 series indoor unit
4 series indoor unit
4 series indoor unit
4 series indoor unit
Function
Function
ON/OFF
-
-
-
-
-
-
•
•
•
•
•
•
•
•
•
ON/OFF
•
•
•
•
•
•
•
•
•
•
Mode setting
Fan speed setting
Mode setting
Fan speed setting
-
-
-
-
*1
*1
*1
Temperature setting
Air flow direction
•
•
•
Temperature setting
Air flow direction
•
•
•
*1
*1
*1
•
•
•
•
•
•
•
•
•
•
•
•
Permit/Prohibit switching
Weekly programme
-
-
-
Permit/Prohibit switching
Weekly programme
•
-
-
•
•
-
*1 Setting is not possible when a remote control unit is present. (Use the remote control for setting.)
15
Rating Conditions: Cooling Indoor 27°C DB 19°C WB Outdoor 35°C DB 24°C WB Heating Indoor 20°C DB Outdoor 7°C DB 6°C WB
14
Rating Conditions: Cooling Indoor 27°C DB 19°C WB Outdoor 35°C DB 24°C WB Heating Indoor 20°C DB Outdoor 7°C DB 6°C WB
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