Kirby Evaporators
9000 Series
Slower ice formation
means less
frequent defrosting
1.3kW19.8kW
Kirby 9000 Series
Evaporators
Traditional evaporators feature a compact coil design which blocks quickly
and needs more defrost heat to remove ice build up. Having less
fin area requires the fin to run colder and this means more moisture
removal, more ice formation and more frequent defrosting.
Front Cover - Emperor
Penguins in Antartica
The Emperor Penguin’s
circulatory systems can
adjust conserving or
releasing heat to keep
the temperature constant.
To conserve heat, blood
flowing to the flippers and
legs transfers its heat to
blood that is leaving the
flippers and legs. This is
known as counter current
heat exchange and
enables the heat to remain
in the body rather than
ever actually reaching the
legs or flippers.
The Kirby 9000 Series
Evaporator shares
a similar Smart Solution.
Through new technological
advances, it provides
more stable room
conditions, greater energy
efficiency and longer time
between defrosts.
The Kirby 9000 Series Evaporator was specifically designed to
overcome these problems. This low frost innovation uses a unique fin
pattern to minimise latent load and maximise sensible load. Enhanced fin
configuration means less moisture removal and vastly improved run
times before ice formation.
Smart coil design means the coil loses less airflow as ice builds up, due
to the larger ratio of fin surface to tube surface. This results in more
stable room conditions between defrosts and allows the coil to hold ice
for longer between defrosts.
The result is an evaporator with greater efficiency and longer time
between defrosts.
Operating on a lower temperature differential, the Kirby 9000 Series
Evaporator uses less defrost heater wattage (up to 15% less than
conventional models) which reduces energy consumption and can deliver
substantial cost savings over the full life of the unit.
The Kirby 9000 Series Evaporator - a Heatcraft Smart Solution
which uses less energy
Kirby 9000 Series Evaporators Nomenclature Data
KMT
132
H
Heater
Blank = Standard Coil
Capacity
R404A Capacity (kW) ÷ 10
Unit Type
KMT = Kirby Medium Temperature
KLT = Kirby Low Temperature
2
Kirby 9000 Series Evaporators
Features & Benefits
Coil Design and Defrost
The Kirby 9000 Series Evaporator offers:
The coil loses less airflow as ice builds due to the larger
ratio of fin surface to tube surface. This results in more
stable room conditions between defrosts and allows the
coil to hold more ice between defrosts.
Extended model and capacity range
Easy to install and service
Design features easy front-opening access to
electrical panel and a separate panel for refrigeration
components. Terminal board simplifies wiring.
Face heaters allow easy access for maintenance
and replacement.
All models with fans and heaters
(where fitted) fully wired.
Options
Designed and built for Commercial Refrigeration
Applications, we are able to supply the following options:
Face heaters allow easy access for
maintenance and replacement
Drain heater is attached to the bottom of the
coil for easy access and extended for more heat
to the end compartments
In areas of high humidity it was sometimes necessary to
use wider fin spacing on medium temperature coils due
to rapid frost build up. Because of the larger fin area and
slower frost build-up, air defrost is more efficient on the
9000 series coil. In fact, the rate of frost build on the 9000
series is comparable to that of a traditional 4 or 5FPI coil
at the same KTD.
Medium temperature models with electric defrost
Special circuiting to suit glycol, water, split circuit,
liquid recirculation and special operating conditions
Thermostatic expansion valve fitted
3
Kirby 9000 Series Evaporators
KMT Medium Temperature Induced
Draught Coolers
Features
External rotor Ziehl/EBM motors used on all models
High efficiency and compact finned coils using
aluminium fins and rifle bore tubing
All fans fully wired
Aluminium stucco casing
Reversible drain tray
PRODUCT
NUMBER
CAPACITY W @ 6KTD
R507
R404A
R22
AIR
R134A
FLOW
(L/S)
MOTORS (MAX)
THROW FANS QTY
(M)
1 PHASE
WATTS
AMPS
REFRIGERANT CHARGE*
R507
R404A
R22
NETT
WEIGHT
(KG)
300mm FAN DIAMETER
KMT013
1350
1320
1200
1150
380
7.2
1
73
0.32
0.56
0.55
0.62
9.4
KMT016
1670
1620
1500
1410
360
6.9
1
73
0.32
0.77
0.76
0.84
10.3
KMT020
2095
2010
1900
1750
340
6.5
1
73
0.32
1.11
1.09
1.22
11.5
KMT027
2760
2700
2420
2350
760
10.3
2
146
0.64
1.06
1.04
1.16
15.1
KMT034
3415
3400
3100
2960
720
9.8
2
146
0.64
1.61
1.58
1.76
16.9
KMT038
3925
3780
3600
3290
680
9.3
2
146
0.64
2.11
2.08
2.31
18.7
KMT051
5255
5050
4700
4400
1080
12.1
3
219
0.96
2.38
2.34
2.61
23.0
KMT060
6110
5960
5600
5190
1020
11.5
3
219
0.96
3.10
3.05
3.39
26.0
KMT067
6795
6650
6250
5790
1440
13.6
4
292
1.28
3.15
3.10
3.45
29.9
KMT081
8275
8050
7500
7010
1360
12.9
4
292
1.28
4.12
4.05
4.51
32.4
350mm FAN DIAMETER
KMT023
2380
2320
2250
2020
700
8.8
1
155
0.65
1.35
1.33
1.48
14.7
KMT045
4680
4500
4300
3920
1400
12.6
2
310
1.30
2.16
2.12
2.36
25.3
KMT063
6395
6250
5800
5440
1400
12.6
2
310
1.30
2.73
2.68
2.99
26.3
KMT071
7140
7100
6600
6180
1375
11.9
2
310
1.30
3.74
3.67
4.09
30.4
KMT093
9510
9300
8800
8100
2160
15.4
3
465
1.95
4.24
4.17
4.64
37.7
KMT106
10855
10600
9800
9230
2060
14.7
3
465
1.95
5.34
5.25
5.85
42.6
KMT121
12185
12100
10500
10530
1970
14.2
3
465
1.95
6.50
6.39
7.12
47.6
KMT132
13455
13200
12400
11490
2880
17.3
4
620
2.60
5.30
5.21
5.81
49.5
KMT154
15645
15400
14600
13410
2630
15.9
4
620
2.60
8.84
8.69
9.68
63.7
KMT165
16870
16500
15700
14360
3600
19.3
5
775
3.25
6.61
6.50
7.24
60.5
KMT198
20140
19800
18700
17230
3280
17.8
5
775
3.25
10.96
10.78
12.01
77.5
CAPACITY - Rated at standard medium temperature conditions of -4°C SST and 6KTD.
* = 80% liquid and 20% vapour by volume at -4°C SST
4
Kirby 9000 Series Evaporators
KMT-H Medium Temperature Heater
Defrost Induced Draught Coolers
Features
External rotor Ziehl/EBM motors used on all models
High efficiency and compact finned coils using
aluminium fins and rifle bore tubing
All fans and heaters fully wired
Aluminium stucco casing
Reversible drain tray
PRODUCT
NUMBER
CAPACITY W @ 6KTD
R507
R404A
R 22
AIR
R134A
FLOW
(L/S)
THROW
(M)
FANS
QTY
MOTORS (MAX)
HEATERS (DEFROST)
1 PHASE
WATTS
AMPS
240/1
WATTS
415/3
AMPS
WATTS
AMPS
NETT
WEIGHT
(KG)
300mm FAN DIAMETER
KMT013H
1350
1320
1200
1150
380
7.2
1
73
0.32
900
3.75
-
-
9.8
KMT016H
1670
1620
1500
1410
360
6.9
1
73
0.32
900
3.75
-
-
10.7
KMT020H
2095
2010
1900
1750
340
6.5
1
73
0.32
900
3.75
-
-
12.0
KMT027H
2760
2700
2420
2350
760
10.3
2
146
0.64
1800
7.50
-
-
15.7
KMT034H
3415
3400
3100
2960
720
9.8
2
146
0.64
1800
7.50
-
-
17.6
KMT038H
3925
3780
3600
3290
680
9.3
2
146
0.64
1800
7.50
-
-
19.4
KMT051H
5255
5050
4700
4400
1080
12.1
3
219
0.96
-
-
2700
3.75
23.9
KMT060H
6110
5960
5600
5190
1020
11.5
3
219
0.96
-
-
2700
3.75
27.0
KMT067H
6795
6650
6250
5790
1440
13.6
4
292
1.28
-
-
3600
5.00
31.1
KMT081H
8275
8050
7500
7010
1360
12.9
4
292
1.28
-
-
3600
5.00
33.7
KMT023H
2380
2320
2250
2020
700
8.8
1
155
0.65
1600
6.67
-
-
15.3
KMT045H
4680
4500
4300
3920
1400
12.6
2
310
1.3
-
-
3200
6.7
26.3
350mm FAN DIAMETER
KMT063H
6395
6250
5800
5440
1400
12.6
2
310
1.3
-
-
3200
6.7
27.4
KMT071H
7140
7100
6600
6180
1375
11.9
2
310
1.3
-
-
3200
6.7
31.6
KMT093H
9510
9300
8800
8100
2160
15.4
3
465
1.95
-
-
4800
10.0
39.2
KMT106H
10855
10600
9800
9230
2060
14.7
3
465
1.95
-
-
4800
10.0
44.3
KMT121H
12185
12100
10500
10530
1970
14.2
3
465
1.95
-
-
4800
10.0
49.5
KMT132H
13455
13200
12400
11490
2880
17.3
4
620
2.6
-
-
6400
13.33
51.5
KMT154H
15645
15400
14600
13410
2630
15.9
4
620
2.6
-
-
6400
13.33
66.2
KMT165H
16870
16500
15700
14360
3600
19.3
5
775
3.25
-
-
8000
16.67
62.9
KMT198H
20140
19800
18700
17230
3280
17.8
5
775
3.25
-
-
8000
16.67
80.6
CAPACITY -Rated at standard medium temperature conditions of -4°C SST and 6KTD.
HEATER (DEFROST) CONNECTION
240/1
PARALLEL
415/3
STAR
5
Kirby 9000 Series Evaporators
KLT Low Temperature Induced
Draught Coolers
Features
External rotor Ziehl/EBM motors used on all models
High efficiency and compact finned coils using
aluminium fins and rifle bore tubing
All fans and heaters fully wired
Aluminium stucco casing
PRODUCT
NUMBER
CAP. WATT @ 6KTD
R507
R404A
AIR
FLOW
(L/S)
THROW
(M)
FANS
QTY
MOTORS (MAX)
1 PHASE
WATTS
AMPS
HEATERS (DEFROST)
REFRIGERANT
CHARGE*
R507
R404A
240/1
WATTS
415/3
AMPS
WATTS
AMPS
NETT
WEIGHT
(KG)
300mm FAN DIAMETER
KLT013
1310
1280
360
6.4
1
73
0.32
0.91
0.87
900
3.75
-
-
10.8
KLT015
1510
1470
340
6.0
1
73
0.32
1.25
1.20
900
3.75
-
-
11.8
KLT024
2460
2400
720
9.1
2
146
0.64
1.79
1.71
1800
7.5
-
-
17.5
KLT028
2850
2780
680
8.6
2
146
0.64
2.41
2.31
1800
7.5
-
-
19.4
KLT030
3075
3000
680
8.6
2
146
0.64
2.43
2.32
1800
7.5
-
-
19.5
KLT036
3695
3600
1080
11.2
3
219
0.96
2.65
2.54
-
-
2700
3.75
24.4
KLT042
4275
4150
1020
10.6
3
219
0.96
3.26
3.12
-
-
2700
3.75
26.5
KLT062
6320
6200
1360
11.9
4
292
1.28
4.68
4.48
-
-
3600
5.0
34.6
350mm FAN DIAMETER
KLT021
2125
2050
700
8.1
1
155
0.65
1.65
1.58
1600
6.67
-
-
15.5
KLT045
4645
4500
1400
11.6
2
310
1.30
2.84
2.72
-
-
3200
6.67
27.0
KLT050
5075
4950
1400
11.6
2
310
1.30
3.31
3.17
-
-
3200
6.67
27.8
KLT054
5505
5350
1375
11.0
2
310
1.30
4.25
4.07
-
-
3200
6.67
31.2
KLT067
6810
6650
2160
14.3
3
465
1.95
4.22
4.04
-
-
4800
10.0
38.1
KLT075
7620
7450
2160
14.3
3
465
1.95
4.62
4.42
-
-
4800
10.0
38.9
KLT089
9090
8900
2060
13.6
3
465
1.95
6.37
6.10
-
-
4800
10.0
45.2
KLT100
10310
10000
2750
15.2
4
620
2.60
7.23
6.93
-
-
6400
13.33
58.9
KLT113
11565
11300
2750
15.2
4
620
2.60
8.60
8.24
-
-
6400
13.33
63.0
KLT126
12850
12600
3600
17.9
5
775
3.25
7.15
7.81
-
-
8000
16.67
69.6
KLT136
14100
13600
3440
17.0
5
775
3.25
9.14
8.76
-
-
8000
16.67
77.8
CAPACITY - Rated at standard low temperature conditions of -24°C SST and 6KTD
* = 80% liquid and 20% vapour by volume at -24°C SST
HEATER (DEFROST) CONNECTION
6
240/1
PARALLEL
415/3
STAR
Kirby 9000 Series Evaporators
Correction Factors KMT & KLT
KMT Capacity Factor and
Application Limits
KLT Capacity Factor and
Application Limits
CAPACITY FACTORS / MAX - MIN KTD
SST
-10
-8
-6
-4
-2
0
2
4
6
9
12
FACTOR
0.95 0.98 0.99 1.00 1.02 1.05 1.08 1.10 1.14 1.19 1.19
CAPACITY FACTORS / MAX - MIN KTD
-42
-36
-30
SST
FACTOR
0.66
0.78
0.89
-24
-18
-12
1.00
1.10
1.22
MIN. KTD
4
4
4
4
4
5
5
5
5
6
6
MIN. KTD
4
4
4
4
4
4
MAX. KTD
9
10
10
10
10
10
10
10
10
10
10
MAX. KTD
11
11
11
11
11
11
NOTES: CAPACITY FACTOR TABLES
1.Capacity factor applies to SST @ 1KTD. Actual capacity = capacity @ 1KTD x factor x KTD.
2.The limits on this chart are intended to indicate the maximum application range of standard
KMT coils.
3.For applications outside these limits, consult your nearest Heatcraft outlet. Distributors and/or
circuiting may be unsuitable outside these limits.
4.Standard coils are aluminium fin at 236 FPM (6FPI)
NOTES: CAPACITY FACTOR TABLES
1.Capacity factor applies to SST @ 1KTD. Actual capacity = capacity @ 1KTD x factor x KTD.
2.The limits on this chart are intended to indicate the maximum application range of standard
KLT coils. For SST above -12°C use KMT-H models.
3.For applications outside these limits, consult your nearest Heatcraft outlet. Distributors and/or
circuiting may be unsuitable outside these limits.
4.Standard coils are aluminium fin at 236 FPM (6FPI)
Performance Rating Basis
KMT & KMT-H
Performance Rating Basis
KLT
1.CAPACITY — Based on industry guidelines at
40°C entering liquid (inherent subcooling), +2°C
air on, 80% RH and 6KTD. Capacity figure is Total
Capacity (rated with wet fin surfaces). KTD is defined
as entering air temperature - leaving refrigerant
Saturation temperature. Coils are in counterflow. 3K
useful coil superheat assumed.
1.CAPACITY — Based on industry guidelines at 40°C
entering liquid (inherent subcooling), -18°C air on,
90% RH and 6KTD.
Capacity figure is Total Capacity (rated with wet fin
surfaces). KTD is defined as entering air temperature
- leaving refrigerant Saturation temperature. Coils are
in counterflow. 3K useful coil superheat assumed.
2.AIRFLOW — rated as standard air conditions (20°C
dry air, 101.35kPa atmospheric pressure).
2.AIRFLOW — rated as standard air conditions (20°C
dry air, 101.35kPa atmospheric pressure).
3.AIRTHROW — Based on CRMA guidelines.
Measurements taken at 0.5, 0.75, and from 1m from
the ceiling at 20°C air. The distance at which the
average of the 3 values equals 0.5m/s is taken as
the limit of the airthrow.Correction for the 2°C (0.94)
room is included.
3.AIRTHROW — Based on CRMA guidelines.
Measurements taken at 0.5, 0.75, and from 1m from
the ceiling at 20°C air. The distance at which the
average of the 3 values equals 0.5m/s is taken as
the limit of the airthrow.Correction for -18°C (0.87)
room is included.
4. TX VALVE SELECTION — Based on coil capacity
at -4°C SST & 40°C liquid, 6KTD
4. TX VALVE SELECTION — Based on coil capacity
at -24°C SST & 40°C liquid, 6KTD
9000 Series Optional
Air Straightener
Air Straightener available for 350mm fans Model No. MR1792-1
7
Kirby 9000 Series Evaporators
Dimensions - KMT Medium
Temperature
PRODUCT
NUMBER
A
L
C
CONNECTIONS (MM)
LIQUID (Suggested)
SUCTION (Actual)
COIL
ROWS
TX VALVES SELECTION
R404A/R507
R22
R134a
300mm FAN DIAMETER
KMT013
440
750
430
6.4
12.7
2
TUA (#3)
TUA (#2)
TUA (#4)
KMT016
440
750
430
9.5
12.7
3
TUA (#4)
TUA (#3)
TUA (#4)
KMT020
440
750
430
9.5
15.9
4
TUAE (#5)
TUAE (#4)
TUAE (#4)
KMT027
845
1155
430
9.5
15.9
2
TUAE (#6)
TUAE (#5)
TUAE (#5)
KMT034
845
1155
430
9.5
15.9
3
TUAE (#6)
TUAE (#5)
TUAE (#6)
KMT038
845
1155
430
12.7
15.9
4
TUAE (#7)
TUAE (#5)
TUAE (#6)
KMT051
1250
1560
430
12.7
22.2
3
TUAE (#8)
TUAE (#6)
TUAE (#7)
KMT060
1250
1560
430
12.7
22.2
4
TUAE (#8)
TUAE (#7)
TUAE (#7)
KMT067
1660
1970
430
15.9
22.2
3
TUAE (#8)
TUAE (#7)
TUAE (#8)
KMT081
1660
1970
430
15.9
22.2
4
TUAE (#9)
TUAE (#7)
TUAE (#8)
KMT023
540
850
545
9.5
15.9
3
TUAE (#5)
TUAE (#5)
TUAE (#5)
KMT045
1175
1485
545
12.7
19.1
3
TUAE (#7)
TUAE (#6)
TUAE (#6)
350mm FAN DIAMETER
KMT063
1175
1485
545
12.7
22.2
3
TUAE (#8)
TUAE (#7)
TUAE (#7)
KMT071
1175
1485
545
15.9
25.4
4
TUAE (#8)
TUAE (#7)
TUAE (#8)
KMT093
1745
2060
545
15.9
25.4
3
TUAE (#9)
TUAE (#8)
TUAE (#9)
KMT106
1745
2060
545
19.1
28.6
4
TUAE (#9)
TUAE (#8)
TUAE (#9)
KMT121
1745
2060
545
19.1
28.6
5
TES5 (#01)
TUAE (#8)
TUAE (#9)
KMT132
2320
2630
545
19.1
31.8
3
TES5 (#01)
TUAE (#9)
TUAE (#9)
KMT154
2320
2630
545
22.2
31.8
5
TES5 (#02)
TUAE (#9)
TEN5 (#01)
KMT165
2890
3200
545
22.2
31.8
3
TES5 (#02)
TUAE (#9)
TEN5 (#02)
KMT198
2890
3200
545
22.2
31.8
5
TES5 (#02)
TEX5 (#01)
TEN5 (#02)
TX Valve model selections are based on Danfoss Solder/Solder tube connections and Power Element Range ‘N’ = -40 to +10 Deg.C
Refrigerant application to be confirmed when ordering TX Valve.
L
8
Kirby 9000 Series Evaporators
Dimensions - KMT Medium
Temperature Heater Defrost
PRODUCT
NUMBER
A
L
C
CONNECTIONS (MM)
LIQUID (Suggested)
SUCTION (Actual)
TX VALVES SELECTION
COIL
ROWS
R404A/R507
R22
R134a
TUA (#4)
300mm FAN DIAMETER
KMT013H
440
750
430
6.4
12.7
2
TUA (#3)
TUA (#2)
KMT016H
440
750
430
9.5
12.7
3
TUA (#4)
TUA (#3)
TUA (#4)
KMT020H
440
750
430
9.5
15.9
4
TUAE (#5)
TUAE (#4)
TUAE (#4)
KMT027H
845
1155
430
9.5
15.9
2
TUAE (#6)
TUAE (#5)
TUAE (#5)
KMT034H
845
1155
430
9.5
15.9
3
TUAE (#6)
TUAE (#5)
TUAE (#6)
KMT038H
845
1155
430
12.7
15.9
4
TUAE (#7)
TUAE (#5)
TUAE (#6)
KMT051H
1250
1560
430
12.7
22.2
3
TUAE (#8)
TUAE (#6)
TUAE (#7)
KMT060H
1250
1560
430
12.7
22.2
4
TUAE (#8)
TUAE (#7)
TUAE (#7)
KMT067H
1660
1970
430
15.9
22.2
3
TUAE (#8)
TUAE (#7)
TUAE (#8)
KMT081H
1660
1970
430
15.9
22.2
4
TUAE (#9)
TUAE (#7)
TUAE (#8)
350mm FAN DIAMETER
KMT023H
540
850
545
9.5
15.9
3
TUAE (#5)
TUAE (#5)
TUAE (#5)
KMT045H
1175
1485
545
12.7
19.1
3
TUAE (#7)
TUAE (#6)
TUAE (#6)
KMT063H
1175
1485
545
12.7
22.2
3
TUAE (#8)
TUAE (#7)
TUAE (#7)
KMT071H
1175
1485
545
15.9
25.4
4
TUAE (#8)
TUAE (#7)
TUAE (#8)
KMT093H
1745
2060
545
15.9
25.4
3
TUAE (#9)
TUAE (#8)
TUAE (#9)
KMT106H
1745
2060
545
19.1
28.6
4
TUAE (#9)
TUAE (#8)
TUAE (#9)
KMT121H
1745
2060
545
19.1
28.6
5
TES5 (#01)
TUAE (#8)
TUAE (#9)
KMT132H
2320
2630
545
19.1
31.8
3
TES5 (#01)
TUAE (#9)
TUAE (#9)
KMT154H
2320
2630
545
22.2
31.8
5
TES5 (#02)
TUAE (#9)
TEN5 (#01)
KMT165H
2890
3200
545
22.2
31.8
3
TES5 (#02)
TUAE (#9)
TEN5 (#02)
KMT198H
2890
3200
545
22.2
31.8
5
TES5 (#02)
TEX5 (#01)
TEN5 (#02)
TX Valve model selections are based on Danfoss Solder/Solder tube connections and Power Element Range ‘N’ = -40 to +10 Deg.C
Refrigerant application to be confirmed when ordering TX Valve.
KMT Cool Room Evaporator Relative Humidity Data
Notes: Relative Humidity Graphs
1.The relative humidity is an expression of the condition maintained in the room when the coil balances the room sensible and latent heat loads, and when the product is at desired temperature. It is not
a measure of the condition of the air coming off the coil surface.
2. These graphs are approximate, as factors such as outside conditions, door usage, leakage etc will affect the conditions achieved.
3. To approximate RH for R407C, reduce the R22 RH by 1% for each 5% higher capacity as given in tables.
4. To approximate RH for R134A, increase the R22 RH by 1% below 6KTD, and by 2% above 6KTD.
5. The graph and corrections are only directly applicable at the given air on condition. Corrections are required for other air on conditions for accurate results. Refer to the refrigeration technical manual.
9
Kirby 9000 Series Evaporators
Dimensions - KLT Low
Temperature
PRODUCT
NUMBER
A
L
C
CONNECTIONS (MM)
LIQUID (Suggested)
SUCTION (Actual)
TX VALVES SELECTION
COIL
ROWS
R404A
R507
TUA (#6)
300mm FAN DIAMETER
KLT013
440
750
430
9.5
15.9
3
TUA (#5)
KLT015
440
750
430
9.5
15.9
4
TUA (#6)
TUA (#6)
KLT024
845
1155
430
9.5
22.2
3
TUAE (#7)
TUAE (#7)
KLT028
845
1155
430
12.7
22.2
4
TUAE (#7)
TUAE (#7)
KLT030
845
1155
430
12.7
22.2
4
TUAE (#8)
TUAE (#7)
KLT036
1250
1560
430
12.7
25.4
3
TUAE (#8)
TUAE (#8)
KLT042
1250
1560
430
12.7
25.4
4
TUAE (#8)
TUAE (#8)
KLT062
1660
1970
430
15.9
28.6
4
TUAE (#9)
TUAE (#9)
350mm FAN DIAMETER
KLT021
540
850
545
9.5
19.1
3
TUAE (#6)
TUAE (#6)
KLT045
1175
1485
545
12.7
25.4
3
TUAE (#8)
TUAE (#8)
KLT050
1175
1485
545
12.7
25.4
3
TUAE (#9)
TUAE (#9)
KLT054
1175
1485
545
12.7
25.4
4
TUAE (#9)
TUAE (#9)
KLT067
1745
2060
545
15.9
28.6
3
TUAE (#9)
TUAE (#9)
KLT075
1745
2060
545
15.9
31.8
3
TES5 (#01)
TES5 (#01)
KLT089
1745
2060
545
15.9
31.8
4
TES5 (#01)
TES5 (#01)
KLT100
2320
2630
545
19.1
41.3
4
TES5 (#02)
TES5 (#02)
KLT113
2320
2630
545
19.1
41.3
4
TES5 (#02)
TES5 (#02)
KLT126
2890
3200
545
22.2
41.3
3
TES5 (#02)
TES5 (#02)
KLT136
2890
3200
545
22.2
41.3
4
TES5 (#02)
TES5 (#03)
TX Valve model selections are based on Danfoss Solder/Solder tube connections and Power Element Range ‘N’ = -40 to +10 Deg.C without MOP
(Max.Operating pressure charge). Refrigerant application to be confirmed when ordering TX Valve.
L
10
Kirby 9000 Series Evaporators
Notes
11
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heatcraft.com.au
new zealand 0800 653 330
heatcraft.co.nz
Australia Head Office
New Zealand Head Office
Heatcraft Australia Pty Ltd, 286 Horsley Road,
Milperra NSW 2214 Locked Bag 63, Wetherill Park
NSW 1851 (+61) 2 9774 7155
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All trade marks and registered trade marks are the property of their respective owners and are used for identification purposes only. © Copyright 2015
Heatcraft Australia Pty Limited. Heatcraft Australia continually strive to improve products and processes. We reserve the right to modify product features
without notice. Information is correct at time of printing.