ZEPHYRUS

ZEPHYRUS
HVAC & Waste Energy Recovery Solution provider
CHP Solution Inc.
Zephyrus CHILLER
CHP Solution Korea Co.,Ltd
Hot Water driven Absorption Chiller
CHP Solution Inc.
GREEN Technology
CHP Solution, Absorption Machines
Provide the best solution for CHP and CCHP application by utilizing waste heat more efficiently.
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No CFC’s and Environmentally safe
Low Noise & Low Vibration Operation
Precise & Optimized Control by PLC
Saving of Initial Investment
High Reliability by Few Moving Parts
Contents
4 About Products
10 Engineering Data
49 Guide Specifications
CHP Solution Inc.
Nomenclature
Identification Rule
SAB-HW052G1
SAB = Absorption Chiller
HW = Hot Water Driven Absorption Chiller
DF = Direct Gas Fired Absorption Chiller & Heater
SF = Steam Driven Absorption Chiller
MW = Two Stage Hot Water Driven Absorption Chiller
LW = Single Effect Double Lift Hot Water Driven Absorption Chiller
052 =
x 10 = Cooling Capacity ( Nominal Ton )
1 = Model Version number, 0,1,2,3…
CHP Solution Inc.
Line Up
Model
0
250
500
750
1000
1250
1500
SAB-DF-N, G SERIES
SERIES
120usRT
1250usRT
Direct Fired Absorption Chiller & Heater(N-COP based on 1.0 at HHV)
Direct Fired Absorption Chiller & Heater(G-COP based on 1.2 at HHV)
SAB-DF-E SERIES
120usRT
1000usRT
Direct Fired Absorption Chiller & Heater(COP based on 1.32 at HHV)
SAB-DF-E0J SERIES
120usRT
1000usRT
Waste Heat(Hybrid) Absorption Chiller & Heater(Gas+Hot water)
SAB-SF-N, G SERIES
120usRT
1250usRT
Steam Driven Absorption Chiller(N-Steam consumption ratio is 4.4kg/h.RT)
Steam Driven Absorption Chiller(G-Steam consumption ratio is 3.9kg/h.RT)
SAB-SF-E SERIES
120usRT
1000usRT
Steam Driven Absorption Chiller(Steam consumption ratio is 3.6kg/h.RT)
SAB-HW-G SERIES
SERIES
15usRT
1000usRT
Hot water Driven Absorption Chiller(Hot water in/out temp. is 95-80℃)
SAB-MW,LW-G SERIES
65usRT
Tow Stage Hot Water Driven Absorption Chiller
(Hot water in/out temp. is 95-68℃)
Single Effect-Double Lift Hot water Driven Absorption Chiller
(Hot water in/out temp. is 95-55℃)
1500usRT
CHP Solution Inc.
Product Feature
CHP Hot water driven Absorption Chiller
provides economical Water chilling for
CHP (Cooling, Heating and Power) System.
Heat recovery cooling and Excellent part
load performance
Exhaust-energy water chilling – CHP Hot water
driven absorption chiller produces cooling from
Exhaust or Solar energy. Also, the use of hot water
driven absorption chiller eliminates demand
charges and high cost electrical usage.
Application versatility Designed to suit a
variety of applications - From comfort cooling to
providing chilled water for process applications, the
CHP absorption chiller offers versatility for almost
any job where hot water is available as the heat
source, the CHP is sure to be the right choice for
either new construction or retrofit applications.
Excellent part load performance - CHP standard
concentration control system allows stable, part
load operation at cooling water temperatures as
low as 65℉(18℃) without the need for a cooling
water bypass. For maximum efficiency, a variable
frequency drive pump (option) automatically
maintains optimum solution flow between
generator and absorber at all operating condition.
This will result in improved part-load efficiency. The
CHP has a continuous operating range from 100%
to 25% of rated machine capacity.
Location and installation savings
Ease of installation - CHP Absorption chillers are
completely fabricated, assembled and wired in the
factory as single-piece units.
Single-point box electrical connection Installation costs are further reduced by eliminating
field wiring between machine components. On
units shipped as a single assembly, all unitmounted electrical items are factory-wired to the
chiller microprocessor control panel. Only a singlepoint electrical connection to the chiller from the
building’s electrical service is required. Voltage
transformers, mounted in the chiller control panel,
provide secondary, single-phase powers for the
CHP control.
Low noise and vibration allows location
flexibility - Low sound and vibration levels are
characteristic of absorption chillers, primarily due
to the fact the only rotating parts are the refrigerant
and solution pumps. The overall sound level of
CHP is typically 75dbA. This allows the machines
to be installed near occupies spaces or in areas
with strict sound requirements. Low vibration levels
also make it possible to install the chiller on upper
floors without special consideration for vibration
dampening systems.
Low maintenance
Standard features allow simple maintenance
procedures - Every CHP machine has numerous
standard design features that provide for
convenient and simple maintenance. All moving
parts are easily accessible for inspection or
replacement, as required.
Leak-proof hermetic pumps cut maintenance
costs - CHP solution and refrigerant pumps/
motors are leak-proof, completely self-contained,
and hermetically sealed. The hermetic design
eliminates the need for a separate, complicated,
and possibly leak-prone seal water system while
providing leak tightness and longer machine life.
Specially designed bearings absorb both radial and
axial thrusts to ensure correct fit at all times. There
is no possibility of external contamination since the
fluid being pumped lubricates and cools the pump
and motor assemblies. In addition, both the rotor
and the stator are separated by a stainless steel
liner that protects the windings from the fluid being
pumped. As an additional safety feature, thermal
over-load switches are embedded in the stator to
protect against high winding temperatures. The
pumps are field serviceable. Inspection is
recommended after 5 years or 20,000 hours of
operation, whichever comes first. Pump isolation
valves are included on CHP machines to make
field service easy, if required.
Reliable operation
CHP control system features automatic
microprocessor control center continuously
monitors machine operation, ensuring precise
control – Each CHP absorption chiller includes a
factory mounted and wired microprocessor control
panel that is functionally tested prior to shipment.
Continuous monitoring and control of machine
operation are performed automatically. A touch
screen type display on the front of the control
panel identifies operational status and fault
indication. All control panel components and the
assembly will meet local codes including UL
CHP Solution Inc.
(Underwriters’ Laboratories), CE and KS where
appropriate and include a microprocessor CPU
(central processing unit) board, molded case circuit
breaker, pump contactors, ambient compensated
3-phase pump overload protection, control power
transformers, and all other necessary safeties and
controls.
As part of the start-up sequence, the chiller
microprocessor control panel initiates a selfdiagnostic system check to verify that all sensors
are in range. Other standard features include a
remote start/stop switch and a key-locked control
panel door that protects against unauthorized
access.
Superior corrosion protection – Absorption
chillers must be protected from the possibility of
internal corrosion that is always present when
lithium bromide solution is in contact with internal
machine surfaces. The CHP absorption chiller
incorporates a highly effective corrosion inhibitor to
provide an extra margin of protection against
internal corrosion. Other inhibitors may require the
use of exotic tube materials in certain heat
exchangers since they are less effective and
require frequent maintenance and analysis. The
superior corrosion protection of CHP’s inhibitor
allows for the use of standard copper tubes
throughout the machine. This results in long
machine life and dependable operation.
Gravitational dropping refrigerant and solution
distribution system (Evaporator, Absorber) –
The refrigerant and solution distribution system in
evaporator and absorber is performed based on
gravity and siphon phenomenon. This gravitational
dropping distribution system adopts stainless steel
tray and allows uniform solution spray and
continuous heat transfer. Different from nozzle
spray type of distribution system, this system does
not need external pumps to spray the solutions
with nozzles and prevents nozzles from clogging.
Rugged machine construction – Every CHP
absorption chiller offers numerous standard
features designed to provide reliable, trouble-free
operation. The machine is fabricated to meet
stringent manufacturing and design requirements.
Automatic purge system (Option) extends
machine life and ensures optimum efficiency
and performance – The purge system of an
absorption chiller is critical to ensuring efficient
operation and long machine life. Even when
machines are vacuum tight or properly inhibited, all
absorption chillers generate hydrogen and other
non-condensable gases in small quantities. Since
these gases are present in sufficient volume to
interfere with proper machine operation, they must
be removed to protect the unit from internal
corrosion, lithium bromide solution crystallization,
and/or a reduction in chiller capacity. CHP purge
system protects the machines from these potential
hazards by working continuously during machine
operation.
During operation, non-condensable gas tends to
accumulate in the absorber section, which
operates at the lowest internal pressure. A slipstream of lithium bromide solution from the solution
pump discharge flows through an eductor, creating
a suction that draws non-condensable gas from
the absorber. The non-condensable gas is then
entrained by the solution flowing through the
eductor. The eductor discharges the solution and
non-condensable gas into a separator in a purge
chamber, where the non-condensable gas are
separated from the solution. The non-condensable
gas flows to a storage tank, while the solution
returns to the absorber pump.
As non-condensable gas accumulates in the
external storage tank, they are isolated from the
chiller and cannot reenter the machine (even
during shutdown). These gases must periodically
be exhausted (as required) from the storage tank
by a simple procedure performed while the
machine is running. Evacuation can be performed
by a unit-mounted vacuum pump that is connected
to the purge evacuation valve.
The unit-mounted vacuum pump can also be used
during chiller maintenance or service to remove
non-condensable gas directly from the machine.
CHP Solution Inc.
Controls
Control Algorithm
PLC Controller
Climatix Controller [ POL-63x.xx]
sensors on board
• 4 relay outputs
• 2 triac outputs (AC 24 V…230 V)
• 1 digital input galvanically isolated for AC 115/230 V.
* POL-945
• 4 analog inputs (can be configured separately as
digital inputs)
• 4 relay outputs
■ POL-925
• 4 digital inputs for potential-free contacts
• 2 digital inputs galvanically isolated for
AC 115/230 V
Touch screen
15 I/O module [POL-965]
■ XT07CD-7
The controllers offer the following features:
■ POL63x Controller
• Freely programmable
•Object-oriented programming by graphic editor
SAPRO
• Expandability via peripheral bus for local or
Remote I/O extension modules
• Power supply AC 24 V or DC 24 V
• 8 universal I/Os (configurable inputs / outputs, for
analog or digital signals)
• DC 24 V onboard power supply for active sensors
• 5 digital inputs (potential-free contacts)
• 2 analog outputs (DC 0…10 V outputs)
• 6 relay outputs (NO contacts)
• RS-485 in Modbus RTU model for third-party bus
• Full modem RS-232 port for remote service
• Process bus for connecting room units and remote
HMI (DPSU)
• Up to 3 additional communication modules for
BACS integration
• Local service connector for user interface (RJ45)
and PC tools (USB)
• SD card for application and operating system
upgrade
• LON field bus (POL636.00 only)
• Ethernet port for remote or local servicing using
standard browsers(POL638.00 only)
• Operating temperature -20…60 °C (without LCD –
40…70 °C)
■ POL-965
• 8 universal I/Os
• AC 24 V and DC 5 V power supply for active
• Panel size : 7” color display
• OS : Window CE 6.0
• Memory : 128Mb DDR2
• Storage : 128Mb SLC NAND FLASH
• Pixel : WVGA 800x480
• Touch type : Analog
• Font : Korea, Chinese, Japan, English image font
• Comm. : RS-232/422/485
• USB Host. : 1 Port
• Power supply DC 24 V
Ethernet Monitoring & Control System
We provide remote control system with Ethernet based
protocol for chiller operating data monitoring. Moreover
remote start/stop, change setting values of the chiller
operating.
And we can inspect and control all operating data and
forecast the alarm or malfunction.
So, we recommend better setting data and how to take
action.
Central Monitoring System
Remote monitoring and control system allow operators
to check and control Cention Chiller remotely via
internet or direct connection.
• Easily accessible to user’s interface
• Operational data acquisition
• Graphical display of monitoring & control status
• Real time graphical display of trend data
• Various graphic display for analog data
CHP Solution Inc.
ENGINEERING DATA
All products are qualified of reliability at factory test facility before shipments, and the
products are upgraded continuously through the records of test and field experiences.
Single Effect Hot Water Absorption Chiller
CHP Solution Inc.
COOLING WATER
OUTLET
HOT WATER
OUTLET
HOT WATER
INLET
CYCLE DIAGRAM FOR HW-G SERIES
T4
V11
T5
T6
PURGE EJECTOR
SAFETY VALVE
V12
CHILLED WATER
OUTLET
EVAP
T2
ABSO
PURGE TANK
V14
69WC
T9
MANOMETER
T10
CHILLED WATER
INLET
V13
P
T1
V8
COMPOUND
GUAGE
V15
MS
T7
V10
SOL. SP PUMP
V9
PURGE SOLENOID
VALVE
V3
GAS SEPARATOR
V7
: FLOW SET VALVE
: FLOAT VALVE
: SERVICE VALVE
: DIAPHRAGM VALVE
: SAFETY VALVE
V4
MS
26RL
V2
MR
REF.PUMP
V5
V1
MP
VACUUM.PUMP
HX
V6
SOL.PUMP
COOLING WATER
INLET
: ANGLE VALVE
T8
T3
V16
: SHUT OFF VALVE
Single Effect Hot Water Absorption Chiller
CHP Solution Inc.
Specifications
SAB-HW Series
SAB-HW
Model
Item
Cooling Capacity
Temperature
Chill
ed
Wat
er
Coo
ling
Wat
er
Hot
wat
er
001G1
002G1
003G1
004G1
005G1
006G1
008G1
010G1
usRT
15
20
30
40
50
65
80
100
kW
53
70
105
141
176
229
281
352
Mcal/h
45
60
91
121
151
197
242
302
Inlet 13
℃
Outlet 8
Flow rate
㎥/h
9.1
12.1
18.1
24.2
30.2
39.3
48.4
60.5
Pressure drop
kPa
41
41
52
52
49
54
62
89
Pipe size(DN)
mm
32
40
80
100
Temperature
℃
50
65
Inlet 31
Outlet 36.5
Flow rate
㎥/h
20
26
39
52
65
85
105
130
Pressure drop
kPa
50
51
46
51
64
80
89
83
Pipe size(DN)
mm
50
Temperature
℃
65
80
100
Inlet 95
125
Outlet 80
Flow rate
㎥/h
4.3
5.7
8.6
11.4
14.3
18.5
22.8
28.5
Pressure drop
kPa
12
21
30
53
46
40
49
55
Pipe size(DN)
mm
25
Electric Capacity
40
50
65
80
kVA
3.1
4.1
Sol. pump-1
kW
0.6
1.6
Sol. pump-2
kW
0.6
0.6
Ref. pump
kW
0.6
0.6
Vac. pump
kW
0.4
Length
mm
1,577
2,276
2,275
2,843
3,851
Width
mm
1,723
1,723
1,362
1,414
1,414
Height
mm
1,691
1,691
2,228
2,258
2,258
Tube space
mm
1,100
1,900
1,600
2,100
3,100
Operating weight
Ton
1.6
1.6
2.4
2.5
2.9
3.7
3.8
4.9
Rigging weight
Ton
1.4
1.4
2.2
2.2
2.6
3.3
3.4
4.4
Mot
or
Out
put
(50
Hz)
Dim
ensi
on
Insulation
surface
1.
2.
3.
4.
5.
Hot
㎡
4
3.9
4.8
7.5
10
Cold
㎡
2.5
4.7
5.8
6.2
8.2
1 usRT = 3.52kW(3,024kcal/h)
Standard tube and waterside pressure(Chilled ,Hot and Cooling water circuit) : 8kgf/cm2(785kPa)
Electrical data is based on 3ph/400V/50Hz
The specifications are subject to change without prior notice.
For other than above this table, contact nearest Sales agent.
CHP Solution Inc.
SAB-HW Series
SAB-HW
Model
Item
Cooling Capacity
Temperature
Chill
ed
Wat
er
Coo
ling
Wat
er
Hot
wat
er
012G1
015G1
018G1
021G1
024G1
028G1
032G1
036G1
usRT
120
150
180
210
240
280
320
360
kW
422
527
633
738
844
985
1,125
1,265.9
Mcal/h
363
454
544
635
726
847
968
1089
Inlet 13
℃
Outlet 8
Flow rate
㎥/h
72.6
90.7
108.9
127
145.2
169.3
193.5
217.7
Pressure drop
kPa
96
85
96
87
90
83
85
57
Pipe size(DN)
mm
Temperature
℃
100
125
150
Inlet 31
Outlet 36.5
Flow rate
㎥/h
156
196
235
274
313
365
417
469
Pressure drop
kPa
88
70
82
67
70
72
66
127
Pipe size(DN)
mm
Temperature
℃
150
200
Inlet 95
250
Outlet 80
Flow rate
㎥/h
34.2
42.8
51.3
59.9
68.5
79.9
91.3
102.7
Pressure drop
kPa
63
62
69
45
46
39
43
42
Pipe size(DN)
mm
80
kVA
4.1
6.3
10.0
11.3
Sol. Pump-1
kW
1.6
2.4
3.7
3.7
Sol. Pump-2
kW
0.6
1.6
2.0
2.0
Ref. Pump
kW
0.6
0.6
1.6
2.0
Vac. Pump
kW
Length
mm
3,851
3,878
4,829
5,058
5,036
Width
mm
1,414
1,600
1,600
1,727
1,922
Height
mm
2,258
2,244
2,244
2,530
3,250
Tube Space
mm
3,100
3,100
4,100
4,100
4,100
Operating Weight
Ton
5.1
6.2
6.4
7.7
7.9
9.9
10.0
11.9
Rigging Weight
Ton
4.5
5.4
5.5
6.7
6.8
8.2
8.4
10.1
Hot
㎡
10.0
10.0
12.5
13.5
14.8
Cold
㎡
8.2
8.2
13.5
14.5
15.9
Electric Capacity
Mot
or
Out
put
(50
Hz)
Dim
ensi
on
Insulation
Surface
1.
2.
3.
4.
5.
100
125
0.4
1 usRT = 3.52kW(3,024kcal/h)
2
Standard tube and waterside pressure(Chilled, Hot and Cooling water circuit) : 8kgf/cm (785kPa)
Electrical data is based on 3ph/400V/50Hz
The specifications are subject to change without prior notice.
For other than above this table, contact nearest Sales agent.
CHP Solution Inc.
SAB-HW Series
SAB-HW
Medel
Item
Cooling Capacity
Temperature
Chill
ed
Wate
r
Cooli
ng
Wate
r
Hot
wate
r
040G1
046G1
052G1
058G1
064G1
072G1
080G1
090G1
100G1
usRT
400
460
520
580
640
720
800
900
1000
kW
1,407
1,617
1,828
2,039
2,250
2,532
2,813
3,165
3,516
Mcal/h
1,210
1,391
1,572
1,754
1,935
2,177
2,419
2,722
3,024
Inlet 13
℃
Outlet 8
Flow rate
㎥/h
241.9
278.2
314.5
350.8
387.1
435.5
483.8
544.3
604.8
Pressure drop
kPa
105
107
116
108
59
56
72
94
97
Pipe size(DN)
mm
Temperature
℃
200
250
Inlet 31
300
Outlet 36.5
Flow rate
㎥/h
521
600
678
756
834
938
1,043
1,173
1,303
Pressure drop
kPa
82
92
85
91
142
154
45
59
59
Pipe size(DN)
mm
250
Temperature
℃
300
350
Inlet 95
400
Outlet 80
Flow rate
㎥/h
114.1
131.2
148.3
165.5
182.6
205.4
228.2
256.7
285.3
Pressure drop
kPa
21
24
30
32
50
54
60
79
84
Pipe size(DN)
mm
Electric Capacity
150
200
kVA
16.4
19.5
22.1
26.6
Sol. Pump-1
kW
5.5
5.5
5.5
7.5
Sol. Pump-2
kW
3.7
5.5
5.5
5.5
Ref. Pump
kW
2.0
2.0
3.7
3.7
Vac. Pump
kW
Length
mm
5,843
6,689
7,445
7,816
8,387
Width
mm
1,916
2,039
2,035
2,047
2,158
Height
mm
3,250
3,353
3,358
3,358
3,489
Tube Space
mm
4,900
5,600
6,300
6,600
7,000
Operating Weight
Ton
14.9
15.1
21.3
21.7
25.4
25.8
27.5
29.2
31.1
Rigging Weight
Ton
13.3
13.5
16.3
16.6
22.1
22.5
23.9
25.4
26.3
Moto
r
Outp
ut
(50H
z)
Dime
nsion
Insulation
Surface
1.
2.
3.
4.
5.
0.4
Hot
㎡
16.6
19.7
21.6
22.7
24.5
Cold
㎡
18.2
22.0
24.6
25.9
27.5
1 usRT = 3.52kW(3,024kcal/h)
Standard tube and waterside pressure(Chilled, Hot and Cooling water circuit) : 8kgf/cm2(785kPa)
Electrical data is based on 3ph/400V/50Hz
The specifications are subject to change without prior notice.
For other than above this table, contact nearest Sales agent.
CHP Solution Inc.
High Efficiency SAB-HW Series
SAB-HW
Model
Item
Cooling capacity
Temperature
Chill
ed
Wat
er
Coo
ling
Wat
er
Hot
wat
er
001G1
002G1
003G1
004G1
005G1
006G1
008G1
010G1
usRT
15
20
30
40
50
65
80
100
kW
53
70
105
141
176
229
281
352
Mcal/h
45
60
91
121
151
197
242
302
Inlet 13
℃
Outlet 8
Flow rate
㎥/h
9.1
12.1
18.1
24.2
30.2
39.3
48.4
60.5
Pressure drop
kPa
41
41
52
52
49
54
62
89
Pipe size(DN)
mm
32
40
80
100
Temperature
℃
50
65
Inlet 31
Outlet 36.5
Flow rate
㎥/h
18.6
24.7
37.1
49.5
61.9
80.4
99
123.7
Pressure drop
kPa
45
46
41
46
58
72
81
75
Pipe size(DN)
mm
65
80
Temperature
℃
50
Inlet 95
100
125
Outlet 80
Flow rate
㎥/h
3.9
5.2
7.8
10.4
13.0
16.9
20.8
26.0
Pressure drop
kPa
11
19
26
47
41
36
43
48
Pipe size(DN)
mm
25
40
50
65
Electric Capacity
kVA
3.1
4.1
Sol. Pump-1
kW
0.6
1.6
Sol. Pump-2
kW
0.6
0.6
Ref. Pump
kW
0.6
0.6
Vac. Pump
kW
0.4
0.4
Length
mm
1,577
2,276
2,275
2,843
3,851
Width
mm
1,723
1,723
1,362
1,414
1,414
Height
mm
1,691
1,691
2,228
2,258
2,258
Tube Space
mm
1,100
1,900
1,600
2,100
3,100
Operating Weight
Ton
1.6
1.6
2.4
2.5
2.9
3.7
3.8
4.9
Rigging Weight
Ton
1.4
1.4
2.2
2.2
2.6
3.3
3.4
4.4
Mot
or
Out
put
(50
Hz)
Dim
ensi
on
Insulation
Surface
1.
2.
3.
4.
5.
Hot
㎡
4.0
5.0
4.8
7.5
10.0
Cold
㎡
2.5
3.5
5.8
6.2
8.2
1 usRT = 3.52kW(3,024kcal/h)
2
Standard tube and waterside pressure(Chilled, Hot and Cooling water circuit) : 8kgf/cm (785kPa)
Electrical data is based on 3ph/400V/50Hz
The specifications are subject to change without prior notice.
For other than above this table, contact nearest Sales agent.
CHP Solution Inc.
High Efficiency SAB-HW Series
SAB-HW
Model
Item
Cooling capacity
Temperature
Chill
ed
Wat
er
Coo
ling
Wat
er
Hot
wat
er
012G1
015G1
018G1
021G1
024G1
028G1
032G1
036G1
usRT
120
150
180
210
240
280
320
360
kW
422
527
633
738
844
985
1,125
1,266
Mcal/h
363
454
544
635
726
847
968
1,089
Inlet 13
℃
Outlet 8
Flow rate
㎥/h
72.6
90.7
108.9
127.0
145.2
169.3
193.5
217.7
Pressure drop
kPa
96
85
96
87
90
83
85
73
Pipe size(DN)
mm
Temperature
℃
100
125
150
Inlet 31
Outlet 36.5
Flow rate
㎥/h
149
186
223
260
297
347
396
445
Pressure drop
kPa
79
63
74
60
63
65
59
52
Pipe size(DN)
mm
125
150
Temperature
℃
200
Inlet 95
250
Outlet 80
Flow rate
㎥/h
31.2
39.0
46.8
54.6
62.5
72.9
83.3
93.7
Pressure drop
kPa
56
55
61
40
40
35
38
43
Pipe size(DN)
mm
80
100
125
Electric capacity
kVA
4.1
6.3
10.0
11.3
Sol. Pump-1
kW
1.6
2.4
3.7
3.7
Sol. Pump-2
kW
0.6
1.6
2.0
2.0
Ref. Pump
kW
0.6
0.6
1.6
2.0
Vac. Pump
kW
Length
mm
3,851
3,878
4,829
5,058
4,984
Width
mm
1,414
1,600
1,600
1,727
1,922
Height
mm
2,258
2,244
2,244
2,530
3,250
Tube Space
mm
3,100
3,100
4,100
4,100
4,100
Operating Weight
Ton
5.1
6.2
6.4
7.7
7.9
9.9
10.0
11.9
Rigging Weight
Ton
4.5
5.4
5.5
6.7
6.8
8.2
8.4
10.1
Hot
㎡
10
10
12.5
13.5
14.8
Cold
㎡
8.2
8.2
13.5
14.5
15.9
Mot
or
Out
put
(50
Hz)
Dim
ensi
on
Insulation
Surface
1.
2.
3.
4.
5.
0.4
1 usRT = 3.52kW(3,024kcal/h)
Standard tube and waterside pressure(Chilled, Hot and Cooling water circuit) : 8kgf/cm2(785kPa)
Electrical data is based on 3ph/400V/50Hz
The specifications are subject to change without prior notice.
For other than above this table, contact nearest Sales agent.
CHP Solution Inc.
High Efficiency SAB-HW Series
SAB-HW
Medel
Item
Cooling capacity
Temperature
Chill
ed
Wate
r
Cooli
ng
Wate
r
Hot
wate
r
040G1
045G1
050G1
060G1
070G1
080G1
090G1
1000G1
110G1
usRT
400
450
500
600
700
800
900
1,000
1,100
kW
1,407
1,582
1,758
2,110
2,461
2,813
3,165
3,516
3,868
Mcal/h
1,210
1,361
1,512
1,814
2,117
2,419
2,722
3,024
3,326
Inlet 13
℃
Outlet 8
Flow rate
㎥/h
241.9
272.2
302.4
362.9
423.4
483.8
544.3
604.8
665.3
Pressure drop
kPa
70
40
38
47
48
69
91
116
117
Pipe size(DN)
mm
Temperature
℃
200
250
Inlet 31
300
Outlet 36.5
Flow rate
㎥/h
495
557
619
742
866
990
1,113
1,237
1,361
Pressure drop
kPa
55
93
98
102
119
43
51
65
65
Pipe size(DN)
mm
Temperature
℃
250
300
350
Inlet 95
400
Outlet 80
Flow rate
㎥/h
104.1
117.1
130.1
156.1
182.2
208.2
234.2
260.2
286.2
Pressure drop
kPa
46
24
25
35
41
59
68
11
11
Pipe size(DN)
mm
125
kVA
11.3
16.4
19.5
22.1
26.6
Sol. Pump-1
kW
3.7
5.5
5.5
5.5
7.5
Sol. Pump-2
kW
2.0
3.7
5.5
5.5
5.5
Ref. Pump
kW
2.0
2.0
2.0
3.7
3.7
Vac. Pump
kW
Length
mm
4,984
5,843
6,689
7,460
7,816
8,438
Width
mm
1,922
1,916
2,039
2,035
2,047
2,158
Height
mm
3,250
3,250
3,353
3,358
3,358
3,489
Tube Space
mm
4,100
4,900
5,600
6,300
6,600
7,000
Operating Weight
Ton
11.9
14.9
15.1
21.3
21.7
25.8
27.5
29.2
31.1
Rigging Weight
Ton
10.1
13.3
13.5
16.3
16.6
22.5
23.9
24.5
25.4
Hot
㎡
14.8
16.6
19.7
21.6
22.7
24.5
Cold
㎡
15.9
18.2
22
24.6
25.9
27.2
Electric Capacity
Moto
r
Outp
ut
(50H
z)
Dime
nsion
Insulatio
n
Surface
1.
2.
3.
4.
5.
150
200
200
0.4
1 usRT = 3.52kW(3,024kcal/h)
2
Standard tube and waterside pressure(Chilled, Hot and Cooling water circuit) : 8kgf/cm (785kPa)
Electrical data is based on 3ph/400V/50Hz
The specifications are subject to change without prior notice.
For other than above this table, contact nearest Sales agent.
CHP Solution Inc.
Two Stage Hot Water driven Absorption Chiller
CHP Solution Inc.
HOT WATER
OUTLET
HOT WATER
INLET
COOLING WATER
OUTLET
CYCLE DIAGRAM FOR MW-G SERIES
HOT WATER
CONTROL VALVE
T4
T5
T6
PURGE EJECTOR
CHILLED WATER
OUTLET
T2
EVAP-L
ABSO-L
COND-H
SAFETY VALVE
GENE-H
PURGE TANK
69WC
EVAP-H
COND-L
ABSO-H
GENE-L
MANOMETER
CHILLED WATER
INLET
T1
T9
P
COMPOUND
GUAGE
PURGE SOLENOID
VALVE
T8
T9
GAS SEPARATOR
MS
VACUUM.PUMP
LHX
MR
REF.PUMP
MP
SOL.PUMP
26RL
T7
MS
HHX
SOL.PUMP
MS
SOL.PUMP
MS
: ANGLE VALVE
SOL.PUMP
: DIAPHRAGM VALVE
: SAFETY VALVE
: SHUT OFF VALVE
COOLING WATER
INLET
: FLOAT VALVE
: SERVICE VALVE
T3
Two Stage Hot Water driven Absorption Chiller
CHP Solution Inc.
Specifications
SAB-MW Series
SAB-MW
Model
Item
Cooling Capacity
Temperature
Chill
ed
Wat
er
Coo
ling
Wat
er
Hot
wat
er
005G0
006G0
008G0
010G0
012G0
015G0
018G0
021G0
usRT
50
65
80
100
120
150
180
210
kW
176
229
281
352
422
527
633
738
Mcal/h
151
197
242
302
363
454
544
635
Inlet 13
℃
Outlet 8
Flow rate
㎥/h
30.2
39.3
48.4
60.5
72.6
90.7
108.9
127.0
Pressure drop
kPa
65
66
89
91
85
102
102
106
Pipe size(DN)
mm
65
Temperature
℃
80
100
Inlet 31
125
150
Outlet 36.5
Flow rate
㎥/h
64.2
83.4
102.7
128.3
154.0
192.5
231.0
269.5
Pressure drop
kPa
46
47
69
73
62
72
72
74
Pipe size(DN)
mm
100
Temperature
℃
125
150
Inlet 95
200
Outlet 68
Flow rate
㎥/h
7.7
10.0
12.3
15.4
18.4
23.1
27.7
32.3
Pressure drop
kPa
40
43
39
42
34
42
61
66
Pipe size(DN)
mm
40
Electric Capacity
kVA
5.2
7.0
9.2
10.5
Sol. pump
kW
0.55+0.55
0.8+0.8
1.1+1.1
1.5+1.5
Sol. SP. pump
kW
0.4+0.4
0.55+0.55
0.8+0.8
0.6+0.6
Ref. pump
kW
0.3
Vac. pump
kW
Length
mm
2,650
2,650
2,750
3,450
Width
mm
2,040
2,260
2,450
2,450
Height
mm
2,480
2,550
2,700
2,700
Mot
or
Out
put
(50
Hz)
Dim
ensi
on
50
65
0.4
0.6
0.4
Tube space
mm
Operating weight
Ton
5.6
5.7
5.9
6.1
6.8
7.2
9.6
10.2
Rigging weight
Ton
5.0
5.1
5.3
5.4
6.1
6.5
8.3
8.8
Insulation
surface
1.
2.
3.
4.
2,100
2,800
Hot
㎡
11.5
12.0
13.5
16.0
Cold
㎡
9.5
9.9
11.2
13.1
1 usRT = 3.52kW(3,024kcal/h)
2
Standard tube and waterside pressure(Chilled, Hot, Cooling water circuit) : 8kgf/cm (785kPa)
Electrical data is based on 3ph/400V/50Hzand The specifications are subject to change without prior notice.
For other than above this table, contact nearest Sales agent.
CHP Solution Inc.
SAB-MW Series
SAB-MW
Model
Item
Cooling Capacity
Temperature
Chil
led
Wat
er
Coo
ling
Wat
er
Hot
wat
er
025G0
030G0
035G0
040G0
045G0
051G0
057G0
usRT
250
300
350
400
450
510
570
kW
879
1,055
1,231
1,407
1,582
1,793
2,004
Mcal/h
756
907
1,058
1,210
1,361
1,542
1,724
Inlet 13
℃
Outlet 8
Flow rate
㎥/h
151.2
181.4
211.7
241.9
272.2
308.4
344.7
Pressure drop
kPa
60
59
89
96
98
80
81
Pipe size(DN)
mm
Temperature
℃
150
200
Inlet 31
Outlet 36.5
Flow rate
㎥/h
320.8
385.0
449.2
513.3
577.5
654.5
731.5
Pressure drop
kPa
36
36
54
52
53
43
44
Pipe size(DN)
mm
200
Temperature
℃
250
300
Inlet 95
Outlet 68
Flow rate
㎥/h
38.4
46.1
53.8
61.5
69.2
78.4
87.6
Pressure drop
kPa
29
29
44
44
44
37
37
Pipe size(DN)
mm
80
Electric Capacity
kVA
11.6
18.6
28.6
37.0
Sol. pump
kW
1.5+1.5
2.4+2.4
3.7+3.7
4.5+4.5
Sol. SP. pump
kW
0.6+0.6
1.2+1.2
2.4+2.4
3.7+3.7
Ref. pump
kW
1.1
Vac. pump
kW
Length
mm
4,150
4,650
4,700
5,700
Width
mm
2,580
2,580
2,810
2,810
Height
mm
2,850
2,850
3,000
3,000
Tube space
mm
3,500
Operating weight
Ton
15.0
16.0
17.0
17.9
19.0
28.2
30.4
Rigging weight
Ton
12.6
13.4
14.3
15.2
16.2
24.9
26.6
Mot
or
Out
put
(50
Hz)
Dim
ensi
on
Insulation
surface
1.
2.
3.
4.
100
125
1.5
0.4
4,000
5,000
Hot
㎡
21.6
23.0
24.4
31.5
Cold
㎡
23.2
24.7
26.2
35.2
1 usRT = 3.52kW(3,024kcal/h)
2
Standard tube and waterside pressure(Chilled, Hot , Cooling water circuit) : 8kgf/cm (785kPa)
Electrical data is based on 3ph/400V/50Hz
The specifications are subject to change without prior notice.
For other than above this table, contact nearest Sales agent.
CHP Solution Inc.
Single Effect Double Lift
Hot Water driven Absorption Chiller
CHP Solution Inc.
GENE-2
HOT WATER
OUTLET
HOT WATER
INLET
COOLING WATER
OUTLET
CYCLE DIAGRAM FOR LW-G SERIES
T6
T5
T4
ABSO-A
V20
COND
CHILLED WATER
OUTLET
EVAP
T2
GENE-3
PURGE EJECTOR
SAFETY VALVE
V21
ABSO
PURGE TANK
GENE-1
V24
T10
69WC
MANOMETER
CHILLED WATER
INLET
V22
P
T1
V23
COMPOUND
GUAGE
V11
SOL.SP-2 PUMP
MS
V13
T9
V12
V17
V14
SOL.SP-1 PUMP AUX-2 PUMP
MS
T7
V3
V8
MS
AUX-1 PUMP
PURGE SOLENOID
VALVE
MS
V18
V10
LIQUID SUPPLY
V9
V19
V25
V16
V15
GAS SEPARATOR
MP
: FLOW SET VALVE
T8
VACUUM.PUMP
: ANGLE VALVE
V7
26RL
: SERVICE VALVE
: DIAPHRAGM VALVE
: SAFETY VALVE
: SHUT OFF VALVE
V2
MR
REF.PUMP
V1
V5
MS
LHX
HHX
AHX
V6
SOL.PUMP
COOLING WATER
INLET
V4
: FLOAT VALVE
T3
Single Effect Double Lift Hot Water driven Absorption Chiller
CHP Solution Inc.
Specifications
SAB-LW Series
SAB-LW
Model
Item
Cooling Capacity
Temperature
Chil
led
Wat
er
Coo
ling
Wat
er
Hot
wat
er
006G1
008G1
010G1
012G1
015G1
018G1
021G1
024G1
usRT
65
80
100
120
150
180
210
240
kW
229
281
352
422
527
633
738
844
Mcal/h
197
242
302
363
454
544
635
726
Inlet 13
℃
Outlet 8
Flow rate
㎥/h
39.3
48.4
60.5
72.6
90.7
108.9
127.0
145.2
Pressure drop
kPa
77
81
73
73
68
76
71
72
Pipe size(DN)
mm
65
80
Temperature
℃
100
125
Inlet 31
150
Outlet 36.5
Flow rate
㎥/h
91.5
112.7
140.8
169.0
211.3
253.5
295.8
338.0
Pressure drop
kPa
61
66
69
70
76
85
77
79
Pipe size(DN)
mm
100
Temperature
℃
125
150
Inlet 95
200
Outlet 55
Flow rate
㎥/h
7.9
9.7
12.1
14.5
18.1
21.8
25.4
29.0
Pressure drop
kPa
43
48
54
58
50
55
63
62
Pipe size(DN)
mm
40
50
kVA
4.0
8.6
9.8
10.2
Sol. pump
kW
0.55
1.5
2.2
2.4
Ref. pump
kW
0.3
Vac. pump
kW
Length
mm
2,897
3,833
4,035
4,983
Width
mm
2,084
2,084
2,250
2,250
Height
mm
2,584
2,584
2,779
2,779
Tube space
mm
2,100
Operating weight
Ton
7.6
7.8
10.9
11.2
11.9
12.5
15.0
15.4
Rigging weight
Ton
5.5
5.7
7.9
8.1
8.3
8.5
10.9
11.2
Electric Capacity
Mot
or
Out
put
(50
Hz)
Dim
ensi
on
Insulatio
n
surface
1.
2.
3.
4.
5.
65
0.4
0.4
3,100
4,100
Hot
㎡
10.3
15.5
19.5
Cold
㎡
4.3
6.5
8.4
1 usRT = 3.52kW(3,024kcal/h)
2
Standard tube and waterside pressure(Chilled, Hot. Cooling water circuit) : 8kgf/cm (785kPa)
Electrical data is based on 3ph/400V/50H,
The specifications are subject to change without prior notice.
For other than above this table, contact nearest Sales agent.
CHP Solution Inc.
SAB-LW Series
SAB-LW
Model
Item
Cooling Capacity
Temperature
Chil
led
Wat
er
Coo
ling
Wat
er
Hot
wat
er
028G1
032G1
036G1
040G1
046G1
052G1
058G1
064G1
usRT
280
320
360
400
460
520
580
640
kW
985
1,125
1,266
1,407
1,617
1,828
2,039
2,250
Mcal/h
847
968
1,089
1,210
1,391
1,572
1,754
1,935
Inlet 13
℃
Outlet 8
Flow rate
㎥/h
169.3
193.5
217.7
241.9
278.2
314.5
350.8
387.1
Pressure drop
kPa
69
102
61
81
117
114
154
64
Pipe size(DN)
mm
Temperature
℃
150
200
Inlet 31
250
Outlet 36.5
Flow rate
㎥/h
394.4
450.7
507.0
563.4
647.9
732.4
816.9
901.4
Pressure drop
kPa
81
111
71
93
132
96
129
73
Pipe size(DN)
mm
Temperature
℃
250
300
Inlet 95
350
Outlet 55
Flow rate
㎥/h
33.9
38.7
43.5
48.4
55.6
62.9
70.2
77.4
Pressure drop
kPa
58
65
60
54
65
60
62
59
Pipe size(DN)
mm
Electric Capacity
Mot
or
Out
put
(50
Hz)
80
kVA
100
17.1
125
19.1
27.5
Sol. pump
kW
Ref. pump
kW
Vac. pump
kW
Length
mm
5,051
4,719
5,164
5,443
6,043
6,013
6,593
7,376
Width
mm
2,536
2,820
2,820
2,820
2,820
2,977
2,977
2,977
Height
mm
2,960
3,222
3,222
3,243
3,243
3,467
3,467
3,517
Tube space
mm
4,100
3,600
4,100
4,300
4,900
4,800
5,400
6,100
Operating weight
Ton
18.1
18.9
21.3
22.0
24.5
25.0
27.7
31.3
Rigging weight
Ton
12.6
13.4
15.3
15.5
17.5
17.7
19.8
22.2
Hot
㎡
20.5
19.3
20.8
21.8
23.3
26.7
28.3
30.1
Cold
㎡
9.8
9.4
10
10.6
11.3
13.4
14.2
15.3
Dim
ensi
on
Insulation
surface
1.
2.
3.
4.
5.
3.0
4.5
0.4
1.5
0.4
1 usRT = 3.52kW(3,024kcal/h)
Standard tube and waterside pressure(Chilled, Hot, Cooling water circuit) : 8kgf/cm2(785kPa)
Electrical data is based on 3ph/400V/50H.
The specifications are subject to change without prior notice.
For other than above this table, contact nearest Sales agent.
CHP Solution Inc.
SAB-LW Series
SAB-LW
Model
Item
Cooling Capacity
Temperature
Chil
led
Wat
er
Coo
ling
Wat
er
Hot
wat
er
072G1
080G1
090G1
100G1
115G1
130G1
usRT
720
800
900
1,000
1,150
1,300
kW
2,532
2,813
3,165
3,516
4,044
4,571
Mcal/h
2,177
2,419
2,722
3,024
3,478
3,931
Inlet 13
℃
Outlet 8
Flow rate
㎥/h
435.5
483.8
544.3
604.8
695.5
786.2
Pressure drop
kPa
87
64
87
114
91
125
Pipe size(DN)
mm
Temperature
℃
250
300
Inlet 31
Outlet 36.5
Flow rate
㎥/h
1,014.1
1,126.7
1,267.6
1,408.4
1,619.7
1,830.9
Pressure drop
kPa
98
68
91
118
100
136
Pipe size(DN)
mm
350
Temperature
℃
400
450
Inlet 95
500
Outlet 55
Flow rate
㎥/h
87.1
96.8
108.9
120.9
139.1
157.2
Pressure drop
kPa
53
59
53
70
65
58
Pipe size(DN)
mm
Electric Capacity
Mot
or
Out
put
(50
Hz)
125
kVA
150
27.5
29.3
Sol. pump
kW
4.5
Ref. pump
kW
1.5
Vac. pump
kW
0.4
Length
mm
7,856
7,551
8,031
8,561
8,540
8,975
Width
mm
2,977
3,167
3,167
3,167
3,410
3,410
Height
mm
3,517
3,745
3,745
3,745
3,810
3,810
Tube space
mm
6,600
6,100
6,600
7,100
6,900
7,500
Operating weight
Ton
33.9
39.5
42.5
45.8
46.5
49.5
Rigging weight
Ton
24.0
29.0
31.3
33.8
34.0
36.5
Hot
㎡
32.5
32.3
33.5
34.8
35.8
38.4
Cold
㎡
16.5
16.2
17.5
18.2
19.5
20.9
Dim
ensi
on
Insulation
surface
1.
2.
3.
4.
1 usRT = 3.52kW(3,024kcal/h)
Standard tube and waterside pressure(Chilled, Hot, Cooling water circuit) : 8kgf/cm2(785kPa)
Electrical data is based on 3ph/400V/50Hz
The specifications are subject to change without prior notice.
For other than above this table, contact nearest Sales agent.
CHP Solution Inc.
Outline Dimension & Pipe connection size
SAB-HW G Series
HW001G1 to 004G1
Model
HW001G1
HW002G1
HW003G1
HW004G1
Outline dimension(mm)
L
W
H
1,577
1,723
1,691
1,577
1,723
1,691
2,276
1,723
1,691
2,276
1,723
1,691
A
32
40
50
50
Nozzle size(DN)
B
C
D
E
32
50
50
25
40
65
65
40
50
65
65
40
50
80
80
50
F
25
40
40
50
Tube space
G
1,100
1,100
1,900
1,900
CHP Solution Inc.
HW005G1 to 100G1
Model
HW005G1
HW006G1
HW008G1
HW010G1
HW012G1
HW015G1
HW018G1
HW021G1
HW024G1
HW028G1
HW032G1
HW036G1
HW040G1
HW046G1
HW052G1
HW058G1
HW064G1
HW072G1
HW080G1
HW090G1
HW100G1
Outline dimension(mm)
L
W
H
2,275
1,362
2,228
2,843
1,414
2,258
2,843
1,414
2,258
3,851
1,414
2,258
3,851
1,414
2,258
3,878
1,600
2,244
3,878
1,600
2,244
4,829
1,600
2,244
4,829
1,600
2,244
5,058
1,727
2,530
5,058
1,727
2,530
5,036
1,922
3,250
5,843
1,916
3,250
5,843
1,916
3,250
6,689
2,039
3,353
6,689
2,039
3,353
7,445
2,035
3,358
7,445
2,035
3,358
7,816
2,047
3,358
8,387
2,158
3,489
8,387
2,158
3,489
A
65
65
80
100
100
100
125
125
125
150
150
150
200
200
200
200
250
250
250
250
300
Nozzle size(DN)
B
C
D
E
65 100 100 50
65 100 100 65
80 125 125 65
100 125 125 80
100 150 150 80
100 150 150 100
125 200 200 100
125 200 200 100
125 200 200 100
150 200 200 125
150 200 200 125
150 250 250 125
200 250 250 150
200 300 300 150
200 300 300 150
200 300 300 200
250 300 300 200
250 350 350 200
250 350 350 200
250 400 400 200
300 400 400 200
F
50
65
65
80
80
100
100
100
100
125
125
125
150
150
150
200
200
200
200
200
200
Tube space
G
1,600
2,100
2,100
3,100
3,100
3,100
3,100
4,100
4,100
4,100
4,100
4,100
4,900
4,900
5,600
5,600
6,300
6,300
6,600
7,000
7,000
CHP Solution Inc.
SAB-MW G Series
Model
MW005G0
MW006G0
MW008G0
MW010G0
MW012G0
MW015G0
MW018G0
MW021G0
MW025G0
MW030G0
MW035G0
MW040G0
MW045G0
MW051G0
MW057G0
Outline dimension(mm)
L
W
H
2,650
2,040
2,480
2,650
2,040
2,480
2,650
2,260
2,550
2,650
2,260
2,550
2,750
2,450
2,700
2,750
2,450
2,700
3,450
2,450
2,700
3,450
2,450
2,700
4,150
2,850
2,850
4,150
2,850
2,850
4,650
2,850
2,850
4,700
2,810
3,000
4,700
2,810
3,000
5,700
2,810
3,000
5,700
2,810
3,000
A
65
80
80
100
100
125
125
150
150
150
150
200
200
200
200
Nozzle size(DN)
B
C
D
E
65 100 100 40
80 125 125 40
80 125 125 50
100 150 150 65
100 150 150 65
125 200 200 65
125 200 200 65
150 200 200 65
150 200 200 80
150 250 250 80
150 250 250 100
200 300 300 100
200 300 300 100
200 300 300 100
200 300 300 125
F
40
40
50
65
65
65
65
65
80
80
100
100
100
100
125
Tube space
G
2,100
2,100
2,100
2,100
2,100
2,100
2,800
2,800
3,500
3,500
4,000
4,000
4,000
5,000
5,000
CHP Solution Inc.
SAB-LW G Series
Model
LW006G1
LW008G1
LW010G1
LW012G1
LW015G1
LW018G1
LW021G1
LW024G1
LW028G1
LW032G1
LW036G1
LW040G1
LW046G1
LW052G1
LW058G1
LW064G1
LW072G1
LW080G1
LW090G1
LW100G1
LW115G1
LW130G1
Outline dimension(mm)
L
W
H
2,897
2,084
2,584
2,897
2,084
2,584
3,883
2,084
2,584
3,883
2,084
2,584
4,035
2,250
2,779
4,035
2,250
2,779
4,983
2,250
2,779
4,983
2,250
2,779
5,051
2,536
2,960
4,719
2,820
3,222
5,164
2,820
3,222
5,443
2,820
3,243
6,043
2,820
3,243
6,013
2,977
3,467
6,593
2,977
3,467
7,376
2,977
3,517
7,856
2,977
3,517
7,551
3,167
3,745
8,031
3,167
3,745
8,561
3,167
3,745
8,540
3,410
3,810
8,975
3,410
3,810
A
65
80
100
100
100
125
125
125
150
150
150
200
200
200
200
250
250
250
250
300
300
300
Nozzle size(DN)
B
C
D
E
65 100 100 40
80 125 125 40
100 125 125 50
100 150 150 50
100 150 150 65
125 200 200 65
125 200 200 65
125 200 200 80
150 250 250 80
150 250 250 80
150 250 250 80
200 250 250 100
200 300 300 100
200 300 300 100
200 300 300 125
250 350 350 125
250 350 350 125
250 400 400 125
250 400 400 125
300 450 450 125
300 450 450 150
300 500 500 150
F
40
40
50
50
65
65
65
80
80
80
80
100
100
100
125
125
125
125
125
125
150
150
Tube space
G
2,100
2,100
3,100
3,100
3,100
3,100
4,100
4,100
4,100
3,600
4,100
4,300
4,900
4,800
5,400
6,100
6,600
6,100
6,600
7,100
6,900
7,500
CHP Solution Inc.
Foundation
SAB-HW G Series
Model
HW001,002G1
HW003,004G1
HW005G1
HW006,008G1
HW010,012G1
HW015,018G1
HW021,024G1
HW028,032G1
HW036G1
HW040,046G1
HW052,058G1
HW064,072G1
HW080G1
HW090,100G1
WEIGHT(Ton)
AA
0.8
1.25
1.45
1.9
2.55
3.2
3.95
5.0
5.95
7.55
10.85
12.9
13.75
14.6
BB
0.8
1.25
1.45
1.9
2.55
3.2
3.95
5.0
5.95
7.55
10.85
12.9
13.75
14.6
A
950
1,740
1,357
1,830
2,818
2,818
3,732
3,682
3,650
4,450
5,120
5,870
6,176
6,576
B
475
870
678.5
915
1,409
1,409
1,866
1,841
1,825
2,225
2,560
2,935
3,088
3,288
C
655
655
532.5
532.5
532.5
602.5
602.5
655
683.5
683.5
752
752
752
802.5
DIMENSION(mm)
D
E
F
1,310 180 100
1,310 180 100
1,065 305 225
1,065 330 250
1,065 330 250
1,205 330 250
1,205 330 250
1,310 380 300
1,367 480 400
1,367 480 400
1,504 480 400
1,504 480 400
1,504 480 400
1,605 480 400
G
1.230
1.230
985
985
985
1.125
1.125
1.230
1.287
1.424
1.424
1.424
1,424
1,525
H
140
140
265
290
290
290
290
340
440
440
440
440
440
440
J
1.270
1.270
1.025
1.025
1.025
1.165
1.165
1.270
1.327
1.327
1.464
1.464
1.464
1.565
CHP Solution Inc.
SAB-MW G Series
Model
MW005G0
MW006G0
MW008G0
MW010G0
MW012G0
MW015G0
MW018G0
MW021G0
MW025G0
MW030G0
MW035G0
MW040G0
MW045G0
MW051G0
MW057G0
WEIGHT(Ton)
AA
2.8
2.85
2.95
3.05
3.4
3.6
4.8
5.1
7.5
8.0
8.5
8.95
9.5
14.1
15.2
BB
2.8
2.85
2.95
3.05
3.4
3.6
4.8
5.1
7.5
8.0
8.5
8.95
9.5
14.1
15.2
A
1,832
1,832
1,832
1,832
1,782
1,782
2,482
2,482
3,226
3,226
3,682
3,676
3,676
4,676
4,676
B
916
916
916
916
891
891
1,241
1,241
1,613
1,613
1,841
1,838
1,838
2,338
2,338
C
750.5
750.5
857.5
857.5
990
990
990
990
1,052.5
1,052.5
1,052.5
1,170
1,170
1,170
1,170
DIMENSION(mm)
D
E
F
1,501 330 250
1,501 330 250
1,715 330 250
1,715 330 250
1,980 380 300
1,980 380 300
1,980 380 300
1,980 380 300
2,105 380 300
2,105 380 300
2,105 380 300
2,340 380 300
2,340 380 300
2,340 380 300
2,340 380 300
G
1,421
1,421
1,635
1,635
1,900
1,900
1,900
1,900
2,025
2,025
2,025
2,260
2,260
2,260
2,260
H
290
290
290
290
340
340
340
340
340
340
340
340
340
340
340
J
1,461
1,461
1,675
1,675
1,940
1,940
1,940
1,940
2,065
2,065
2,065
2,300
2,300
2,300
2,300
CHP Solution Inc.
SAB-LW G Series
Model
LW006G1
LW008G1
LW010G1
LW012G1
LW015G1
LW018G1
LW021G1
LW024G1
LW028G1
LW032G1
LW038G1
LW040G1
LW046G1
LW052G1
LW058G1
LW064G1
LW072G1
LW080G1
LW090G1
LW100G1
LW115G1
LW130G1
WEIGHT(Ton)
AA
3.8
3.9
5.45
5.6
5.95
6.25
7.5
7.7
9.75
9.45
10.65
11.0
12.25
12.5
13.85
15.65
16.95
19.75
21.25
22.9
23.25
24.75
BB
3.8
3.9
5.45
5.6
5.95
6.25
7.5
7.7
9.75
9.45
10.65
11.0
12.25
12.5
13.85
15.65
16.95
19.75
21.25
22.9
23.25
24.75
A
1942
1942
2928
2928
2884
2884
3836
3836
3836
3310
3810
4010
4610
4500
5080
5800
6280
5806
6286
6816
6716
7316
B
971
971
1464
1464
1442
1442
1918
1918
1918
1655
1905
2005
2305
2250
2540
2900
3140
2903
3143
3408
3358
3658
C
832.5
832.5
832.5
832.5
954
954
954
954
991
1170
1170
1170
1170
1244
1244
1244
1244
1345
1345
1345
1521
1521
DIMENSION(mm)
D
E
F
1665 330 250
1665 330 250
1665 330 250
1665 330 250
1908 380 300
1908 380 300
1908 380 300
1908 380 300
1982 380 300
2340 380 300
2340 380 300
2340 380 300
2340 380 300
2488 380 300
2488 380 300
2488 380 300
2488 380 300
2690 380 300
2690 380 300
2690 380 300
3042 380 300
3042 380 300
G
1575
1575
1575
1575
1828
1828
1828
1828
1902
2260
2260
2260
2260
2408
2408
2408
2408
2610
2610
2610
2962
2962
H
290
290
290
290
340
340
340
340
340
340
340
340
340
340
340
340
340
340
340
340
340
340
J
1615
1615
1615
1615
1868
1868
1868
1868
1942
2300
2300
2300
2300
2448
2448
2448
2448
2650
2650
2650
3002
3002
CHP Solution Inc.
Thermal Insulation
SAB-HW G Series
Install the insulation that easy to joint and disjoint.
THERMOMETER
Minimum length for disjointing
INSULATION
300
INSULATION
INSULATION
INSULATION
INSULATION
WATER BOX
POCKET
THERMOMETOR INSULATION
GALVANIZED IRON
VALVE INSULATION
WATER BOX INSULATION
REF. PUMP INSULATION
GENERATOR
EVAPORATOR
Solution pipe
HEAT EXCHANGER
REF. PUMP
Notes
1. Use the polyethylene form(Density is minimum 38kg/m ) or equivalent for insulation
surface.
2. We recommend to use the 25~50mm polyethylene form.
3. Non-flammable material for insulation is recommended.
4. Use the bond, band, steel plate to stick, but you shouldn't use welding, pushpin and
tapping.
5. It must be easy to disjoint and joint insulation in flange or external parts.
CHP Solution Inc.
SAB-MW G Series
Install the insulation that easy to joint and disjoint.
THERMOMETER
Minimum length for disjointing
INSULATION
300
INSULATION
INSULATION
INSULATION
POCKET
GALVANIZED IRON
THERMOMETOR INSULATION
EVAP
INSULATION
WATER BOX
VALVE INSULATION
REF. PUMP INSULATION
WATER BOX INSULATION
GENE-H
GENE-L
REF.PUMP & PIPE
Notes
1. Use the polyethylene form(Density is minimum 38kg/m ) or equivalent for insulation
surface.
2. We recommend to use the 25~50mm polyethylene form.
3. Material of insulation must be non-flammability.
4. Use the bond, band, steel plate to stick, but you shouldn't use welding, pushpin and
tapping.
5. It must be easy to disjoint and joint insulation in flange or external parts.
CHP Solution Inc.
SAB-LW G Series
Install the insulation that easy to joint and disjoint.
THERMOMETER
Minimum length for disjointing
INSULATION
300
INSULATION
INSULATION
INSULATION
INSULATION
WATER BOX
POCKET
GALVANIZED IRON
THERMOMETOR INSULATION
VALVE INSULATION
WATER BOX INSULATION
REF. PUMP INSULATION
2nd GENE.
AUX.GENE.
1st GENE.
EVAP
REF.PUMP & PIPE
Notes
1. Use the polyethylene form(Density is minimum 38kg/m ) or equivalent for insulation
surface.
2. We recommend to use the 25~50mm polyethylene form.
3. Material of insulation must be non-flammability.
4. Use the bond, band, steel plate to stick, but you shouldn't use welding, pushpin and
tapping.
5. It must be easy to disjoint and joint insulation in flange or external parts.
CHP Solution Inc.
Electric Diagram
SAB-HW G Series
Schematic Diagram
MCCB1
MCCB6
MCCB7
FUSE
TR(380V/220V)
N/F
TR(220V/24V)
TNR
POL635
MCCB2
88P1
OCR1
POL965.00
MCCB3
88P2
OCR2
MCCB4
POL925.00
RX
FX
11X
12X
13X
21X
22X
23X
MCCB5
88P3
88P4
OCR3
OCR4
** SYMBOL LISTS **
MARK
DESCRIPTION
MCCB1
MOLDED CASE CIRCUIT BREAKER(WITH E-HANDLE)
MCCB2~5
MOLDED CASE CIRCUIT BREAKER FOR PUMP
TR1
TRANSFORMER
EF1
FUSE FOR TRANSFORMER
88P1
MAGNETIC CONTACTOR FOR SOLUTION PUMP
OCR1
EOCR FOR SOLUTION PUMP OVER CURRENT
88P2
MAGNETIC CONTACTOR FOR SPRAY PUMP
OCR2
EOCR FOR SPRAY PUMP OVER CURRENT
88P3
MAGNETIC CONTACTOR FOR REFRIGERANT PUMP
OCR3
EOCR FOR REFRIGERANT PUMP OVER CURRENT
88P4
MAGNETIC CONTACTOR FOR PURGE PUMP
OCR4
EOCR FOR PURGE PUMP
ITH1~3
INTERNAL THERMOSTAT FOR MOTOR COIL
CHP Solution Inc.
** SYMBOL LISTS **
MARK
DESCRIPTION
MARK
DESCRIPTION
MCCB6
MOLDED CASE CIRCUIT BREAKER
EF2
FUSE FOR CONTROLLER
MCCB7
MOLDED CASE CIRCUIT BREAKER
NOISE FILTER
NOISE FILTER
EMG
EMERGENCY SWITCH(PUSH LOCK & TURN RESET SWITCH)
PBL2
ILLUMINATED PUSH BUTTON
PBL
ILLUMINATED PUSH BUTTON SWITCH
RX
CONTROL RELAY (CA2-KN-40-M7)
X14~X21
AUXILIARY RELAY
OCR4
OVER CURRENT RELAY FOR PURGE PUMP
GL
GREEN PILOT LAMP FOR SYSTEM RUN
88P3
MAGNETIC CONTACTOR FOR REFIGERANT PUMP
TS
ROTARY SWITCH FOR BUZZER ON/OFF
88P4
MAGNETIC CONTACTOR FOR PURGE PUMP
88P4
MAGNETIC COIL CONTACTOR FOR PUGE PUMP
23C
THERMOSTAT FOR EXHAUST FAN
YL
YELLOW PILOT LAMP FOR ALARMS
FAN
EXHAUST FAN
BZ
PANEL BUZZER FOR ALARMS
DPS
POWER SUPPLY FOR TOUCH PANEL
TOUCH PANEL
88P1
MAGNETIC CONTACTOR FOR SOLUTION PUMP
HVAC CONTROLLER MAIN CONTROLLER
88P2
MAGNETIC CONTACTOR FOR SPRAY PUMP
WIRING NUMBER & TERMINAL BLOCK
OPERATION & DISPLAY DEVICE
CONTROLLER INPUT/ OUTPUT WIRING
SCHEMATIC
POL902
POL635
POL965
POL925
CHP Solution Inc.
SAB-MW G Series
Schematic Diagram
** SYMBOL LISTS **
MARK
DESCRIPTION
MCCB1
MOLDED CASE CIRCUIT BREAKER(WITH E-HANDLE)
MCCB2~7
MOLDED CASE CIRCUIT BREAKER FOR PUMPS
MCCB8
MOLDED CASE CIRCUIT BREAKER FOR CONTROL POWER
TR1
TRANSFORMER FOR AC220V
TR2
TRANSFORMER FOR AC24V
NF
NOISE FILTER
EF1
FUSE FOR TRANSFORMER
88P1~6
MAGNETIC CONTACTOR FOR PUMPS
OCR1~6
OVER CURRENT RELAY FOR PUMPS
ITH1~5
INTERNAL THERMOSTAT FOR MOTOR COIL
CHP Solution Inc.
** SYMBOL LISTS **
MARK
DESCRIPTION
EMG
EMERGENCY SWITCH(Push Rock & Turn Reset switch)
CPX
CONTROL POWER RELAY (CA2-KN-40-M7)
PBS
PUSH BUTTON SWITCH FOR CONTROL POWER
GL
GREEN PILOT LAMP FOR SYSTEM RUN
PBL1,2
ILLUMINATED PUSH BUTTON FOR PURGE PUMP
YL
YELLOW PILOT LAMP FOR ALARM
FAN
EXHAUST FAN
88P6
MAGNETIC COIL CONTACTOR FOR PURGE PUMP
11X~13X
AUXILIARY RELAY FOR PUMP & COOLING FAN START SIGNAL
DPS
DC POWER SUPPLY FOR DC24V
BZ
BUZZER FOR ALARM
TS
TOGGLE SWITCH FOR ALARM
RX
AUXILIARY RELAY FOR SYSTEM RUN
FX
AUXILIARY RELAY FOR ALARM
21X~23X
AUXILIARY RELAY FOR REMOTE & INTERLOCK SIGNAL
CONTROLLER INPUT/OUTPUT WIRING SCHEMATIC
POL902
POL635.00
POL965
POL925
CHP Solution Inc.
CONTROLLER INPUT/OUTPUT WIRING SCHEMATIC
POL635.00
POL965
POL925
CHP Solution Inc.
SAB-LW G Series
Schematic Diagram
** SYMBOL LISTS **
MARK
MCCB1
DESCRIPTION
MOLDED CASE CIRCUIT BREAKER(WITH E-HANDLE)
MCCB2~8 MOLDED CASE CIRCUIT BREAKER FOR PUMPS
MCCB9
MOLDED CASE CIRCUIT BREAKER FOR CONTROL POWER
TR1
TRANSFORMER FOR AC220V
TR2
TRANSFORMER FOR AC24V
NF
NOISE FILTER
EF1
FUSE FOR TRANSFORMER
88P1~7
MAGNETIC CONTACTOR FOR PUMPS
OCR1~7
OVER CURRENT RELAY FOR PUMPS
ITH1~6
INTERNAL THERMOSTAT FOR MOTOR COIL
CHP Solution Inc.
** SYMBOL LISTS **
MARK
DESCRIPTION
EMG
EMERGENCY SWITCH(Push Rock & Turn Reset switch)
CPX
CONTROL POWER RELAY (CA2-KN-40-M7)
PBS
PUSH BUTTON SWITCH FOR CONTROL POWER
GL
GREEN PILOT LAMP FOR SYSTEM RUN
PBL1,2
ILLUMINATED PUSH BUTTON FOR PURGE PUMP
YL
YELLOW PILOT LAMP FOR ALARM
FAN
EXHAUST FAN
88P7
MAGNETIC COIL CONTACTOR FOR PURGE PUMP
11X~13X
AUXILIARY RELAY FOR PUMP & COOLING FAN START SIGNAL
DPS
DC POWER SUPPLY FOR DC24V
BZ
BUZZER FOR ALARM
TS
TOGGLE SWITCH FOR ALARM
RX
AUXILIARY RELAY FOR SYSTEM RUN
FX
AUXILIARY RELAY FOR ALARM
21X~23X
AUXILIARY RELAY FOR REMOTE & INTERLOCK SIGNAL
CONTROLLER INPUT/OUTPUT WIRING SCHEMATIC
POL902
POL635.00
POL965
POL925
CHP Solution Inc.
CONTROLLER INPUT/OUTPUT WIRING SCHEMATIC
POL635.00
POL965
POL925
CHP Solution Inc.
Guide Specifications
CHP Solution Inc.
Specifications
1.
Application scope
This production specification is applied to Zephyrus Hot Water Driven Absorption Chiller.
2.
Components and Materials
2.1 Lower Shell
2.1.1
2.1.2
2.1.3
2.1.4
2.1.5
Evaporator shell plate : Plain carbon steel(SS400)
Refrigerant Dispersion Tray : Stainless steel(STS316L)
Absorber shell plate : Plain carbon steel(SS400)
Absorbent Dispersion Tray : Stainless steel(STS316L)
Eliminator : Cold rolled steel sheet(SPCC)
2.2 Upper Shell
2.2.1 Condenser Shell plate : Plain carbon steel(SS400)
2.2.2 2nd Generator Shell plate : : Plain carbon steel(SS400)
2.2.3 Eliminator :Dispersion tray : Plain carbon steel(SS400)
2.3 Tube
2.3.1 Evaporator : Copper, C1220T, Φ16
2.3.2 Absorber, Condenser Tube : Copper, C1220T, Φ16
2.3.3 Generator : Copper, C1220T, Φ16 or Φ19
2.4 Absorbent Heat Exchanger
2.4.1 Plate Type Absorbent Heat Exchanger
2.5 Pumps
2.5.1 Diluted Absorbent pump and spray pump with isolating valves
2.5.2 Refrigerant pump with isolating valves
2.5.3 Purge pump
2.6 Unit Controller
2.6.1
2.6.2
2.6.3
2.6.4
Model : PLC-Climatix series, Siemens
Type : Micro Processor Control
Display : Touch Screen LCD
Communication Port : RS– 485, Mod-bus
2.7 Hot water control valve
2.7.1 3-Way type
2.7.2 Located at the Hot water Outlet
2.8 Safety Devices and Function
2.8.1 Chilled water differential pressure switch
2.8.2 Chilled water freeze protection
2.8.3 Generator absorbent high temperature
2.8.4 Driving hot water high temperature
2.8.5 Digital PID control
2.8.6 Optimum dilution operation
2.8.7 Customer support function
2.8.8 User communication function
2.8.9 Sequential operation of peripheral equipment
2.8.10 Remote RUN/STOP and remote temperature setting function
2.8.11 Crystallization prevention function
2.8.12 Maximum input control
2.8.13 Sensor burn - out detection function
2.8.14 Set point auto limiting function
CHP Solution Inc.
2.8.15 Absorbent pump operation / Stop control
2.8.16 Refrigeration pump operation / Stop control
2.8.17 Hot water control valve open / close Control
2.8.18 Operation data storage function
2.8.19 Fault data storage function
2.8.20 Operation time storage function
2.9 Locally mounted controls and Instruments
2.9.1
2.9.2
2.9.3
2.9.4
Chilled water differential pressure switch
Thermostat for absorbent and spray pump
Thermostat for refrigerant pump
Over-current protections for absorbent, spray, refrigerant and purge pump.
2.10 Temperature sensors for followings;
2.10.1 Chilled water inlet / outlet
2.10.2 Cooling water inlet / outlet
2.10.3 Hot water inlet / outlet
2.10.4 Evaporator refrigerant
2.10.5 Condensed refrigerant
2.10.6 Generator absorbent
2.11 Purge Unit
2.11.1 Storage tank
2.11.2 Ejector device
2.11.3 Liquid / gas separator
2.11.4 Diaphragm valves
2.11.5 Pressure gauge for vacuum
2.11.6 Manometer
2.11.7 Piping & various manual valves
2.12 Interconnecting Piping And Wiring
2.12.1 Refrigerant and absorbent piping
2.12.2 Automatic de-crystallization circuit
2.12.3 Internal power and control wiring
2.13 Initial charges
2.13.1 Refrigerant : Distilled water (H2O)
2.13.2 Absorbent : Lithium bromide (LiBr 53 wt%)
2.13.3 Inhibitor : Lithium molybdate (LiNo3)
2.13.4 Alcohol : N-Octyl
2.14 Pressure
2.14.1 Working pressure of chilled & cooling water side : 8barg / 0.8MPa / 116 psig
2.14.2 Design pressure of chilled & cooling water side : 9.2barg / 0.92MPa / 134 psig
2.14.3 Test pressure of chilled & cooling water side : 13.8barg / 1.38MPa / 200 psig
2.15 Standard spares
2.15.1 O & M Manual : 1 Copy
2.15.2 Tools set : 1set
3.
Painting Color
3.1 Body : Munsell No. 3.2PB 3.3/4.0
3.2 Controller : Yellow gray
3.3 It can be changed if customer request.
4.
Thermal Insulation (Option)
4.1 Hot Surface : Non-inflammable polymer sponge
4.2 Cool Surface : Non-inflammable polymer sponge
CHP Solution Inc.
5.
Capacity Control
The capacity is adjusted between 25%~100% of the load by the leaving chilled water temp.
6.
Factory Testing
Following test shall be carried out during the manufacturing;
6.1 Check of external dimensions
6.2 Hydraulic pressure test for water headers
6.3 Electric insulation resistance test
6.4 Leak test of vacuum sides
6.5 Safety device function test
6.6 Performance test (Option)
7.
Scope of Limits
The scope of supplier shall limit the followings;
Inlet/Outlet flanges of evaporator water boxes
Inlet flange of absorber water boxes
Outlet flange of condenser water boxes
Inlet flanges of gas connections
The following scopes shall be supplied by the Buyer;
7.5.1 Unloading, unpacking & wasted materials management.
7.5.2 Any transportation not specified in the contract condition.
7.5.3 Sectional joining works between semi-knocked down parts and insulation work at job
site.
7.5.4 Building & foundations.
7.5.5 Supply of utilities including electricity, waters and any other driving energy at rated
conditions.
7.5.6 External wiring & piping for the Chiller.
7.5.7 Insulation for the chiller including necessary parts.
7.5.8 Cooling tower, chilled water pumps and cooling water pumps
7.5.9 Matching flanges, gasket, bolts and nuts
7.5.10 In/out nozzle flanges of chilled Water side
7.5.11 In/out nozzle flanges of cooling Water side
7.5.12 In/out nozzle flanges of hot water side
7.5.13 Cooling water inlet temp. control devices
7.5.14 Necessary tools, workers and materials for site test, if necessary
7.5.15 Any other item not specially mentioned in the supplier’s scope of supply
7.1
7.2
7.3
7.4
7.5
8.
Site Test (Option)
Performance trials will be carried out commissioning of the chiller under the available load. In case
the load or rated utilities are not available, the chiller shall be deemed as handed over after the
performance trials on the any available parameter.
9.
Performance Criteria at site (Option)
Performance trails of the Chiller shall be carried out to demonstrate the capacity of the Chiller.
The following inputs to be provided by the Buyer;
 Steady Load(cooling load for the room)
 Input Parameters
9.1 Chilled water inlet temperature is not below the rated temperature.
9.2 Chilled water and cooling water as per the specification mentioned.
9.3 Water flow rate;
Chilled water flow rate within +/- 5%
Cooling water flow rate within + 5%,
- 0% of the nominal flow rate
CHP Solution Inc.
CHP Solution Korea Co.,Ltd.
http://www.centioncorp.com
For continual development,, CHP Solution Inc. reserves the right to change specifications without notice
Copyright © 2013 CHP Solution Inc. All rights reserved.