KIRBY Air conditioning & Refrigeration Compressors New Releases - WJ SERIES Convenient grouping of electrical terminals, suction valve and discharge connector tube for ease of installation and service. Mounting centres identical to AK and AJ compressors. No additional height required for electrical access - the WJ terminals are on the side of the housing. Quiet in operation, with optimum balance for minimum vibration. AE18MG AE18LZ COMPRESSORS Extend the range of the very competitive AE design. Replace the 19cc AK models, and offer increased performance, at lower cost. Vertical copper tube connections, for ease of brazing and minimum overall dimensions. External overload, for ease of diagnosis. Both AE & WJ models available with pre-wired electrical box. Design Features: Up to 4HP Single Phase, 13HP Three Phase. Designed for all popular refrigerants. Thacom rotary compressors. Modern, efficient, compact designs. Backed by Kirby's technical support.
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Transcript
KIRBY
Air conditioning& Refrigeration Compressors
New Releases - WJ SERIESConvenient grouping of electricalterminals, suction valve and dischargeconnector tube for ease of installationand service.
Mounting centres identical to AK and AJ compressors.
No additional height required forelectrical access - the WJ terminals areon the side of the housing.
Quiet in operation, with optimum balance for minimum vibration.
AE18MG AE18LZ COMPRESSORSExtend the range of the very competitive AE design.
Replace the 19cc AK models, and offerincreased performance, at lower cost.
Vertical copper tube connections, forease of brazing and minimum overalldimensions.
External overload, for ease of diagnosis.
Both AE & WJ models available with pre-wired electrical box.
Design Features:Up to 4HP Single Phase,13HP Three Phase.
Designed for all popular refrigerants.
Thacom rotary compressors.
Modern, efficient, compact designs.
Backed by Kirby's technical support.
2
COM
PRES
SORS
USI
NG R
134a
(Als
o ap
prov
ed fo
r R12
or s
uita
ble
drop
-in re
plac
emen
t)Pa
rt No
.No
min
al
Disp
.No
min
al 1
34a
Capa
city
(Wat
ts)
RATI
NG P
OINT
Mot
orPo
wer
Inpu
t (W
atts
)Co
nnec
tions
(in.
)Oi
l Cha
rge
Oil
Heig
htNe
t Wt
Repl
aces
HP(c
c/re
v)-3
0-2
5-2
0-1
5-1
0-5
05
10-2
3.3
-6.7
7.2
Type
LM
HSu
ctio
nDi
scha
rge
(cc)
Type
(mm
)(k
g)AZ
Dom
estic
220
/240
V 50
Hz 1
Pha
se -
Stat
ic C
oolin
gAZ
22LY
-1KS
1/20
2.23
2331
4264
9337
RSIR
505/
16 S
T1/
4 ST
270
415
56.
4AZ
30LY
-1KS
1/16
2.95
3444
6285
117
57RS
IR65
5/16
ST
1/4
ST27
04
155
6.4
AE13
22A*
*AZ
33LY
-1KS
1/12
3.28
5473
9412
616
867
RSIR
705/
16 S
T1/
4 ST
400
416
86.
8AE
12Z7
**AZ
36LY
-1KS
1/10
3.59
5778
101
134
179
79RS
IR80
5/16
ST
1/4
ST40
04
155
6.4
AE8Z
A7**
AZ40
LY-1
KS1/
84.
0066
8611
114
218
593
RSIR
945/
16 S
T1/
4 ST
300
415
56.
4AE
6ZD7
**AZ
56LY
-1KS
1/6
5.59
8310
814
018
223
811
6RS
IR11
35/
16 S
T1/
4 ST
300
416
86.
8AE
Dom
estic
220
/240
V 50
Hz 1
Pha
se -
Stat
ic C
oolin
gAE
V6LY
-1KS
1/5
5.99
8911
615
019
525
513
0RS
IR12
75/
16 S
T1/
4 ST
296
418
99.
4AE
5ZF9
**AE
V7LY
-1KS
1/5
6.91
108
140
182
236
309
158
RSIR
140
5/16
ST
1/4
ST48
54
189
9.6
AE4Z
F11*
*AE
V8LY
-1KS
1/4
8.12
124
162
209
272
356
186
RSIR
160
5/16
ST
1/4
ST48
54
189
9.8
AE4Z
G12*
*AE
Dom
estic
220
/240
V 50
Hz 1
Pha
se -
Oil C
oole
rAE
V9LY
-1KS
1/4
9.42
147
191
248
322
421
220
RSIR
200
5/16
ST
1/4
ST48
54
189
10.2
AE13
85A*
*AE
Com
mer
cial
240
V 50
Hz 1
Pha
seAE
5HY-
1KS
1/6
4.48
9513
017
322
528
336
044
020
545
5RS
IR17
024
05/
16 S
T1/
4 ST
595
417
28.
9AE
6LM
Y-1K
S1/
65.
5155
8712
016
521
526
533
542
095
245
RSIR
150
190
5/16
ST
1/4
ST59
54
189
9.0
AE8L
MY-
1KS
1/5
7.55
8513
018
224
031
040
050
061
513
533
0RS
IR19
523
05/
16 S
T1/
4 ST
505
418
99.
5AE
9MHY
-1KS
1/4
8.88
210
270
350
450
570
700
850
370
820
CSIR
195
410
5/16
ST
1/4
ST50
54
189
9.5
AE12
LMY-
1KS
1/4
12.1
150
220
300
390
480
590
730
910
255
525
CSIR
265
390
5/16
ST
1/4
ST60
74
215
11.8
AE14
LMY-
1KS
1/3
14.1
175
255
340
445
560
700
860
1030
270
645
CSIR
295
470
5/16
ST
1/4
ST48
74
215
11.8
AE16
LMY-
1KS
3/8
16.1
220
310
420
540
680
840
1030
1260
355
765
CSR
300
490
5/16
ST
1/4
ST48
74
215
11.8
AE18
LZ-1
KS1/
218
.028
037
048
060
075
093
011
4013
9041
087
0CS
R33
055
03/
8 ST
1/4
ST48
74
215
12.5
WJ
Com
mer
cial
220
/240
V 50
Hz 1
Phas
eW
J22L
Z-1C
5/8
21.5
420
620
820
1110
1430
1810
2240
1010
1980
CSR
594
660
1/2
FV3/
8 ST
950
427
523
.5AK
M22
YS-1
CW
J26L
Z-1C
3/4
26.7
510
730
1010
1370
1740
2220
2760
1250
2440
CSR
735
813
1/2
FV3/
8 ST
950
427
523
.5AK
M26
YS-1
CW
J31L
Z-1C
130
.558
083
011
4015
6020
4025
9031
8014
2028
30CS
R83
594
35/
8 FV
3/8
ST95
04
275
24.0
AJ33
LZ-1
CAW
Com
mer
cial
240
V 50
Hz 1
Pha
seAW
40LZ
-1C
139
.674
010
9014
8019
7025
0030
5018
0010
005/
8 FV
3/8
ST95
04
305
27.0
AW43
LZ-5
C1
43.1
840
1240
1690
2240
2850
3480
2053
CSR
1120
5/8
FV3/
8 ST
950
430
527
.0AW
48M
HY-3
C1
1/2
48.4
820
1210
1790
2410
3150
4130
5200
2200
4600
CSR
1240
1720
3/4
SV1/
2 SV
946
434
028
.9AH
49M
HY-1
CAW
54LZ
-1C*
**1
53.1
510
860
1200
1690
2200
2830
3610
4500
980
2620
CSIR
820
1470
5/8
FV9/
16 S
T94
64
340
32.6
AH53
LY-1
CAW
Com
mer
cial
380
/420
V 50
Hz 3
Pha
seAW
48M
HY-2
C1
48.4
820
1210
1790
2410
3150
4130
5200
2200
4600
3 PH
1240
1720
5/8
FV3/
8 ST
950
434
028
.9AH
49M
HY-2
CAV
Com
mer
cial
220
/240
V 50
Hz 1
Pha
seAV
79M
HY-1
C2
79.0
1180
1770
2530
3640
5000
6570
8320
3100
6800
CSR
1750
2750
7/8
SV1/
2 SV
1597
439
136
.0AH
74M
HY-1
CAV
Com
mer
cial
380
/420
V 50
Hz 3
Pha
seAV
79M
HY-2
C2
79.0
1180
1770
2530
3640
5000
6570
8320
3100
6800
3 PH
1750
2750
7/8
SV1/
2 SV
1597
439
136
.0AH
74M
HY-2
C**
* Us
e w
ithou
t run
cap
acito
r on
LBP
appl
icat
ions
** P
rovi
ded
that
repl
acem
ent c
ompr
esso
r will
use
R12
or e
quiv
alen
t
3
COM
PRES
SORS
USI
NG R
12 O
R SU
ITAB
LE D
ROP-
IN R
EPLA
CEM
ENT
Part
No.
Nom
inal
Di
spl.
Nom
inal
Cap
acity
Wat
ts
Mot
orPo
wer
Inpu
t (W
atts
)Co
nnec
tions
(in.
)Oi
l Cha
rge
Oil
Heig
htNe
t Wt
HP(c
c/re
v)-2
3.3
-6.7
7.2
Type
LM
HSu
ctio
nDi
scha
rge
(cc)
Type
(mm
)(k
g)AE
Dom
estic
240
V 50
Hz 1
Pha
se -
Oil C
oole
rAE
5ZF9
-30K
S1/
57.
515
2RS
IR17
05/
16 S
T1/
4 ST
592
118
99.
0AE
4ZF1
1-36
KS1/
48.
8818
5RS
IR21
05/
16 S
T1/
4 ST
510
118
99.
5AE
4ZG1
2-35
KS1/
410
.222
0RS
IR23
75/
16 S
T1/
4 ST
510
118
99.
5AE
1385
A-22
KS1/
410
.225
0RS
IR27
55/
16 S
T1/
4 ST
510
118
99.
5AE
1411
A-7K
S1/
414
.14
338
RSIR
335
5/16
ST
1/4
ST60
01
202
11.2
AE C
omm
erci
al 2
40V
50Hz
1 P
hase
AE10
LMA-
1KS
1/4
10.2
525
048
0CS
IR27
534
55/
16 S
T1/
4 ST
505
118
99.
5
LOW
TEM
PERA
TURE
COM
MER
CIAL
COM
PRES
SORS
USI
NG R
404A
, R50
7 AN
D R4
07B
Part
No.
Nom
inal
Di
spl.
Nom
inal
404
A Ca
paci
ty (W
atts
)M
otor
Pow
erCo
nnec
tions
(in.
)Oi
l Cha
rge
Oil
Heig
htNe
t Wt
Repl
aces
HP(c
c/re
v)-3
5-3
0-2
5-2
0-1
5-2
3.3
Type
LSu
ctio
nDi
scha
rge
(cc)
Type
(mm
)(k
g)AE
Ser
ies
240V
50H
z 1
Phas
eAE
8MG-
1KS
1/4
7.55
137
210
295
385
490
330
CSIR
330
5/16
ST
1/4
ST48
74
202
10.0
AE12
LMY-
1KS
1/3
12.1
190
310
440
585
745
490
CSIR
460
5/16
ST
1/4
ST60
74
215
11.8
AE16
LMY-
1KS
3/8
16.1
330
465
620
810
1025
690
CSR
610
5/16
ST
1/4
ST48
74
215
11.8
AE18
LZ-1
KS1/
218
.040
055
072
093
011
8080
0CS
R71
03/
8 ST
1/4
ST48
74
215
12.5
AKL1
9ZS-
1CW
J Se
ries
220-
240V
50H
z 1 P
hase
WJ2
2LZ-
1C3/
421
.536
056
081
011
3014
9093
0CS
R78
01/
2 FV
5/16
ST
946
427
523
.5W
J26L
Z-1C
7/8
26.7
420
670
990
1390
1850
1140
CSR
920
1/2
FV5/
16 S
T94
64
275
23.5
AKL2
6ZS-
1CW
J31L
Z-1C
130
.553
082
011
8016
1021
3013
60CS
R10
505/
8 FV
5/16
ST
946
427
524
.0AJ
33LZ
-1C
AW S
erie
s 24
0V 5
0Hz 1
Pha
seAW
40LZ
-1C
139
.659
090
013
2518
9025
9015
20CS
R11
205/
8 FV
5/16
ST
946
430
532
.6AH
40LZ
-1C
AW43
LZ-1
C1
1/4
43.1
680
1030
1540
2160
2890
1750
CSR
1200
5/8
FV5/
16 S
T94
64
305
32.6
AW54
LZ-1
C1
1/2
53.5
780
1250
1920
2760
3660
2210
CSR
1660
5/8
FV5/
16 S
T94
64
340
29.8
AH53
LZ-3
CAV
Ser
ies
380-
420
50Hz
3 P
hase
AVA2
490Z
XG2
73.0
900
1600
2400
3350
4500
2720
3 PH
2090
7/8
SV1/
2 SV
1600
450
035
.0AH
74LZ
-4C
ZF S
crol
l Ser
ies
380-
420/
50Hz
3 P
hase
Part
No.
Nom
inal
Di
spl.
Nom
inal
R40
4A C
apac
ity (W
atts
)M
otor
Pow
er In
put
Conn
ectio
ns (i
n.)
Oil C
harg
eOi
lHe
ight
Net W
tRe
plac
esHP
(cc/
rev)
-40
-30
-20
-10
07
-23.
3-6
.7Ty
peL
MSu
ctio
nDi
scha
rge
(cc)
Type
(mm
)(k
g)ZF
09K4
E-TF
D-55
03
46.4
1200
1900
2800
4000
5600
7100
2530
4528
3 PH
2530
2800
7/8
SV5/
8 SV
1100
443
027
ZF11
K4E-
TFD-
550
3.5
57.5
1500
2300
3500
4900
7000
8900
3140
5593
3 PH
3080
3420
7/8
SV5/
8 SV
1100
444
028
ZF13
K4E-
TFD-
551
467
.817
0027
0040
0058
0082
0010
300
3610
6592
3 PH
3450
3850
7/8
SV5/
8 SV
1400
448
038
ZF15
K4E-
TFD-
551
583
.321
0033
0049
0070
0010
000
1270
044
2079
903
PH41
5047
007/
8 SV
5/8
SV17
004
480
39ZF
18K4
E-TF
D-55
16
98.8
2500
4000
5900
8400
1200
015
300
5330
9588
3 PH
4820
5630
7/8
SV5/
8 SV
1700
448
041
ZF24
K4E-
TFD-
551
7.5
125.
930
6049
0072
0010
300
1470
018
500
6510
1175
23
PH
6380
7240
1 3/
8 SV
3/4
SV40
004
560
93ZF
33K4
E-TF
D-55
110
166.
143
5067
2010
300
1490
020
800
2570
092
2616
847
3 PH
9180
1063
01
3/8
SV7/
8 SV
4000
456
093
ZF40
K4E-
TWD-
551
1320
4.6
5200
8300
1250
018
000
2550
032
200
1090
020
300
3 PH
1068
012
230
1 3/
8S V
7/8
SV41
004
570
103
ZF48
K4E-
TWD-
551
15TB
A60
0096
0014
100
2070
029
300
3700
012
500
2330
03
PH13
130
1503
01
3/8
SV7/
8 SV
4100
457
011
5
4
MED
IUM
/HIG
H TE
MPE
RATU
RE C
OMM
ERCI
AL C
OMPR
ESSO
RS U
SING
R22
, R40
4A, R
507
AND
R407
CPa
rt No
.No
min
al
Disp
.No
min
al R
22 C
apac
ity (W
atts
)Ra
ting
Poin
tM
otor
Pow
er In
put (
Wat
ts)
Conn
ectio
ns (i
n.)
Oil C
harg
eOi
lHe
ight
Net W
tRe
plac
esHP
(cc/
rev)
-15
-10
-50
510
-6.7
7.2
Type
MH
Suct
ion
Disc
harg
e(c
c)Ty
pe(m
m)
(kg)
AE S
erie
s 2
40V
50Hz
1 P
hase
AE5M
HG-1
KS1/
54.
4822
527
534
041
550
561
032
055
0RS
IR23
031
05/
16 S
T1/
4 ST
487
418
99.
0AE
6MHG
-1KS
1/4
5.51
270
325
400
490
590
705
375
640
CSIR
310
410
5/16
ST
1/4
ST58
74
189
9.0
AE8M
G-1K
S1/
47.
5536
046
558
072
087
054
0CS
IR43
05/
16 S
T1/
4 ST
487
420
211
.8AE
9MG-
1KS
1/3
8.88
460
565
705
860
1030
660
CSIR
520
5/16
ST
1/4
ST48
74
202
11.8
AE12
MG-
1KS
3/8
12.0
665
820
1020
1220
1440
950
CSR
545
5/16
ST
1/4
ST48
74
215
11.8
AE14
MG-
1KS
1/2
14.1
790
995
1230
1490
1800
1150
CSR
670
5/16
ST
1/4
ST48
74
215
11.8
AE16
MG-
1KS
3/4
16.2
880
1120
1390
1700
2060
1300
CSR
810
5/16
ST
1/4
ST48
74
215
11.8
AJ18
MG-
1CAE
18M
G-1K
S7/
818
.098
012
3015
3018
7022
5014
20CS
R90
03/
8 ST
1/4
ST48
74
215
12.5
AKM
19ES
-1C
WJ
Serie
s 22
0/24
0V 5
0Hz
1 P
hase
WJ2
2MHG
-1C
121
.511
8015
3019
2023
9029
2035
4017
8031
90CS
R99
012
201/
2 FV
3/8
ST95
04
275
23.5
AKM
22ES
-1C
WJ2
6MHG
-1C
1 1/
426
.815
2019
5024
3029
6035
4041
7022
6038
10CS
R12
9015
801/
2 FV
3/8
ST95
04
275
23.5
AKM
26ES
-1C
WJ3
1MHG
-1C
1 1/
230
.516
5021
3026
8033
0040
0047
7024
8043
30CS
R14
7018
405/
8 FV
3/8
ST95
04
275
24.0
AJ33
MG-
1CAW
Ser
ies
220/
240V
50H
z 1
Pha
seAW
38M
G-1C
1 1/
237
.516
8522
3928
6036
2045
1926
50CS
R16
005/
8 FV
3/8
ST95
04
310
28.2
AW43
MHG
-1C
243
.120
9727
9936
0044
6954
9067
6033
3060
50CS
R16
7021
005/
8 FV
3/8
ST95
04
340
28.2
AH43
MHG
-1C
AW48
MHG
-1C
2 1/
448
.423
6031
5039
8049
9062
1077
1737
0068
70CS
R20
3024
405/
8 FV
3/8
ST95
04
340
29.8
AH49
MHG
-1C
AW54
MHG
-1C
2 1/
253
.526
1235
4045
0857
1071
0987
1041
8078
10CS
R22
9027
705/
8 FV
3/8
ST95
04
340
29.8
AW S
erie
s 38
0/42
0V 5
0Hz
3 P
hase
AW43
MHG
-2C
243
.120
9727
9936
0044
6954
9067
6033
3060
503
PH17
0021
505/
8 FV
3/8
ST95
04
340
28.2
AH43
MHG
-2C
AW48
MHG
-2C
2 1/
448
.423
6031
5039
8049
9062
1077
1737
0068
703
PH20
9025
005/
8 FV
3/8
ST95
04
340
29.8
AH49
MHG
-2C
AW54
MHG
-2C
2 1/
253
.526
1235
4045
0857
1071
0987
1041
8078
103
PH22
9027
705/
8 FV
3/8
ST95
04
340
29.8
AV S
erie
s 38
0/42
0V 5
0Hz
3 P
hase
AV67
MHG
-2C
2 3/
467
.025
0036
6050
0065
7083
6010
370
4480
9250
3 PH
2520
3015
7/8
SV1/
2 SV
1600
450
037
.7AH
66M
HG-2
CAV
73M
HG-2
C3
73.3
2920
4170
5560
7340
9200
1134
050
7098
803
PH27
5035
057/
8 SV
1/2
SV16
004
500
37.7
AH55
33G-
2CAV
91M
HG-2
C4
1/2
91.0
4260
5750
7500
9740
1200
014
470
6890
1280
03
PH34
2044
007/
8 SV
1/2
SV16
004
500
40.0
AV92
MHG
-2C
591
.044
4059
3077
0099
9012
350
1499
070
8013
200
3 PH
3460
4320
7/8
SV1/
2 SV
1600
450
040
.0AG
Ser
ies
380/
420V
50H
z 3
Pha
seAG
125M
HG-2
C5
3/4
125.
047
5064
5086
5011
370
1460
018
340
7900
1624
03
PH43
6059
707/
8 SV
1/2
SV20
004
580
52.3
AG13
5MHG
-2C
613
5.0
5140
6970
9350
1229
015
780
1983
085
4017
560
3 PH
4590
6290
7/8
SV1/
2 SV
2000
458
047
.7CO
MM
ERCI
AL C
OMPR
ESSO
RS U
SING
R22
ONL
YZR
Ser
ies
220/
240
50HZ
1 P
hase
ZR28
K3PF
J522
-C2
1/3
39.2
2160
3060
4030
5110
6290
7610
3690
6970
PSC
2190
2190
3/4
ST1/
2 ST
1000
338
527
.3ZR
34K3
PFJ5
22-C
2 7/
846
.125
4035
6047
9061
1075
5091
2043
6082
60PS
C26
8025
303/
4 ST
1/2
ST11
203
410
29.5
ZR36
K3PF
J522
-C3
49.5
2830
3960
5200
6570
8080
9770
4770
8850
PSC
2900
2720
3/4
ST1/
2 ST
1120
341
029
.5ZR
47K3
PFJ5
22-C
3 7/
864
.146
2058
3072
2088
1010
640
1273
067
2011
500
PSC
3580
3500
7/8
ST1/
2 ST
1120
344
030
.5ZR
68KC
PFJ5
22-C
5 3/
493
.068
8084
8010
450
1278
015
350
1822
097
8016
800
PSC
5400
5120
7/8
ST1/
2 ST
1660
346
041
.8ZR
Ser
ies
380/
420
50Hz
3 P
hase
ZR54
KCTF
D522
-C4
1/2
73.2
4900
6350
7990
9820
1180
014
100
7430
1300
03
PH41
1040
207/
8 ST
1/2
ST18
303
460
35.5
ZR61
KCTF
D522
-C5
82.4
5680
7170
8910
1090
013
120
1565
083
2014
700
3 PH
4488
4420
7/8
ST1/
2 ST
1830
346
035
.9ZR
68KC
TFD5
22-C
5 3/
493
.066
7083
8010
250
1251
015
060
1797
096
1016
500
3 PH
5070
4960
7/8
ST1/
2 ST
1660
346
038
.2ZR
72KC
TFD5
22-C
698
.073
0090
0011
110
1348
016
160
1918
010
390
1780
03
PH53
0452
607/
8 ST
1/2
ST16
603
460
38.2
ZR81
KCTF
D522
-C6
3/4
110.
679
9099
0012
260
1505
018
240
2177
011
460
1980
03
PH59
0258
207/
8 ST
1/2
ST16
603
465
40.0
ZR94
KCTF
D523
-C8
127.
286
3011
000
1390
017
200
2100
025
100
1290
023
200
3 PH
7144
6880
1 1/
8 SV
3/4
SV24
003
495
58.2
SFA5
594E
XGZR
108K
CTFD
523-
C9
144.
510
900
1346
016
500
2009
024
100
2860
015
470
2690
03
PH79
8878
901
1/8
SV3/
4 SV
3130
355
562
.7SF
A561
1EXG
ZR12
5KCT
FD52
3-C
1016
5.6
1253
015
540
1906
023
250
2790
033
210
1786
031
000
3 PH
9259
9110
1 1/
8 SV
3/4
SV31
303
555
62.7
SFA5
612E
XGZR
144K
CTFD
523-
C12
191.
714
130
1742
021
460
2627
031
590
3752
020
080
3470
03
PH10
324
1018
01
1/8
SV3/
4 SV
3130
355
562
.7SF
A561
5EXG
ZR16
M3T
WD5
51-C
1320
4.3
1499
018
690
2329
028
610
3440
040
920
2172
037
700
3 PH
1133
611
180
1 3/
8 SV
7/8
SV41
403
546
103.
1ZR
19M
3TW
D551
-C15
241.
919
100
2340
028
600
3490
041
800
4980
026
800
4590
03
PH13
950
1403
01
5/8
SV1
1/8
SV41
403
592
112.
1No
te: R
404A
rate
d ca
paci
ties
are
very
clo
se to
the
R22
capa
citie
s sh
own.
HERM
ETIC
CON
DENS
ING
UNI
TS
5
* R
efer
Pag
e 6
Oil
Tabl
e
AIR
CO
ND
ITIO
NIN
G C
OM
PRES
SOR
S U
SIN
G R
22Pa
rt N
o.N
omin
al
Disp
.No
m.C
apac
ityM
otor
Inpu
t Co
nnec
tions
(in
.)O
il Ch
arge
Oil
Hei
ght
Net
Wt.
Rep
lace
sH
P (c
c/re
v)(W
atts
)Ty
pe(W
atts
)Su
ctio
nD
isch
arge
(cc)
Type
*(m
m)
(kg)
AE S
erie
s 2
40V
50H
z 1
Pha
seAE
5462
G-1
KS3/
414
.14
1800
PSC
812
3/8
ST1/
4 ST
385
421
512
AK S
erie
s 2
20/2
40V
50H
z 1
Pha
seAK
A551
0EXC
7/8
18.8
2440
PSC
1015
3/8
ST1/
4 ST
503
1 or
224
718
AJ54
83E-
1CAK
A551
2EXC
122
.329
30PS
C11
753/
8 ST
1/4
ST50
31
or 2
247
18AJ
5510
E-1C
AJ S
erie
s 2
20/2
40V
50H
Z 1
Pha
seAJ
B551
5EXC
1 1/
426
.1
3670
PSC
1610
1/2
ST5/
16 S
T76
81
or 2
272
23AJ
5513
G-1
CAJ
A551
8EXC
1 1/
232
.745
10PS
C19
801/
2 ST
5/16
ST
768
1 or
228
323
AJ55
15G
-1C
AJA5
519E
XC1
1/2
34.2
4720
PSC
2110
1/2
ST5/
16 S
T76
81
or 2
283
23AJ
5516
G-1
CAJ
Ser
ies
220
/240
V 50
Hz
1 P
hase
AW55
22EK
-3C
1 3/
439
.653
30PS
C19
003/
4 ST
3/8
ST94
61
322
28AH
5518
HG
-1C
AW55
24EK
-3C
243
.160
50PS
C21
003/
4 ST
3/8
ST94
61
322
38AH
5520
G-1
CAW
5528
EK-3
C2
1/4
48.4
6830
PSC
2440
3/4
ST3/
8 ST
946
132
230
AH55
23G
-1C
AW55
32EK
-3C
2 1/
253
.576
30PS
C27
003/
4 ST
3/8
ST94
61
322
30AW
Ser
ies
380
/420
V 50
Hz
3 P
hase
AWF5
522E
XG1
3/4
39.6
5330
3 PH
1940
3/4
ST3/
8 ST
946
132
228
AH55
18G
-2C
AWF5
524E
XG2
43.1
6050
3 PH
2150
3/4
ST3/
8 ST
946
132
228
AH55
20G
-2C
AWF5
528E
XG2
1/4
48.4
6830
3 PH
2500
3/4
ST3/
8 ST
946
132
230
AH55
23G
-2C
AWF5
532E
XG2
1/2
53.5
7630
3 PH
2770
3/4
ST3/
8 ST
946
132
230
AV S
erie
s 2
20/2
40V
50H
z 1
Pha
seAV
A553
5EXC
2 3/
462
.485
90PS
C29
007/
8 ST
1/2
ST15
971
or 2
388
36AV
A553
8EXC
367
.093
80PS
C32
007/
8 ST
1/2
ST15
971
or 2
391
38AV
A554
2EXC
3 1/
273
.310
380
PSC
3575
7/8
ST1/
2 ST
1597
1 or
237
038
AVA5
546E
XC4
79.0
1136
0PS
C38
507/
8 ST
1/2
ST15
971
or 2
370
38AV
Ser
ies
380
/420
V 50
Hz
3 P
hase
AVA5
535E
XG2
3/4
62.4
8590
3 PH
2900
7/8
ST1/
2 ST
1597
1 or
238
836
AVA5
538E
XG3
67.0
9380
3 PH
3015
7/8
ST1/
2 ST
1597
1 or
239
138
AVA5
542E
XG3
1/2
73.3
1038
03
PH35
057/
8 ST
1/2
ST15
971
or 2
370
38AH
5533
G-2
CAV
A554
6EXG
479
.011
360
3 PH
3830
7/8
ST1/
2 ST
1597
1 or
237
038
AVA5
555E
XG4
1/2
91.0
1343
03
PH45
007/
8 ST
1/2
ST15
971
or 2
391
40AG
A555
3EXG
AVB5
558E
XG4
3/4
91.0
1372
03
PH46
407/
8 ST
1/2
ST15
971
or 2
391
40AG
A556
1EXG
AG S
erie
s 3
80/4
20V
50H
z 3
Pha
seAG
C556
1EXG
511
2.5
1488
03
PH52
507/
8 ST
1/2
ST19
223
399
41AG
C556
8EXG
5 3/
412
4.5
1636
03
PH60
407/
8 ST
1/2
ST19
223
412
41AG
A557
3EXG
613
5.1
1768
03
OH
6250
7/8
ST1/
2 ST
1922
341
247
ZR S
erie
s 22
0/24
0V 5
0Hz
1 P
hase
ZR28
K3PF
J522
-C2
1/3
39.2
6970
PSC
2190
3/4
ST1/
2 ST
1000
338
527
.3ZR
34K3
PFJ5
22-C
2 7/
846
.182
60PS
C25
303/
4 ST
1/2
ST11
203
410
29.5
ZR36
K3PF
J522
-C3
49.5
8850
PSC
2720
3/4
ST1/
2 ST
1120
341
029
.5ZR
47K3
PFJ5
22-C
3 7/
864
.111
500
PSC
3500
7/8
ST1/
2 ST
1120
344
030
.5ZR
68KC
PFJ5
22-C
5 3/
493
.016
800
PSC
5120
7/8
ST1/
2 ST
1660
346
041
.8ZR
Ser
ies
380/
420V
50H
z 3
Pha
seZR
54KC
TFD
522-
C4
1/2
73.2
1300
03
PH40
207/
8 ST
1/2
ST18
303
460
35.5
ZR61
KCTF
D52
2-C
582
.414
700
3 PH
4420
7/8
ST1/
2 ST
1830
346
035
.9ZR
68KC
TFD
522-
C5
3/4
93.0
1650
03
PH49
607/
8 ST
1/2
ST16
603
460
38.2
ZR72
KCTF
D52
2-C
698
.017
800
3 PH
5260
7/8
ST1/
2 ST
1660
346
038
.2ZR
81KC
TFD
522-
C6
3/4
110.
619
800
3 PH
5820
7/8
ST1/
2 ST
1660
346
540
.0ZR
94KC
TFD
523-
C8
127.
223
200
3 PH
6880
1 1/
8 SV
3/4
SV24
003
495
58.2
SFA5
594E
XGZR
108K
CTFD
523-
C9
144.
526
900
3 PH
7890
1 1/
8 SV
3/4
SV31
303
555
62.7
SFA5
611E
XGZR
125K
CTFD
523-
C10
165.
631
000
3 PH
9110
1 1/
8 SV
3/4
SV31
303
555
62.7
SFA5
612E
XGZR
144K
CTFD
523-
C12
191.
734
700
3 PH
1018
01
1/8
SV3/
4 SV
3130
355
562
.7SF
A561
5EXG
ZR16
M3T
WD
551-
C13
204.
337
700
3 PH
1118
01
3/8
SV7/
8 SV
4140
354
610
3.1
ZR19
M3T
WD
551-
C15
241.
945
900
3 PH
1403
01
5/8
SV1
1/8
SV41
403
592
112.
1
AEAZ
6
DRAWINGS AND DIMENSIONS
PERFORMANCE RATING BASIS (ASHRAE)
EQUIVALENT COMPRESSOR MODELS
Application New Previous
Model Model
AE18LZ AKL19ZS AJ18LZ
LBP WJ22LZ AJ22LMY
R404A/R507 WJ26LZ AKL26ZS AJ26LZ
WJ31LZ AJ33LZ AJ34LMY
AE18MG AKM19ES AJ20MG
M/HBP WJ22MHG AKM22ES AJ24MG
R22/R404A/R507 WJ26MHG AKM26ES AJ26MG
WJ31MHG AJ33MG AJ34MG
AE18LZ AKM19YS AJ18MY
MBP WJ22LZ AKM22YS AJ22LMY
R134a WJ26LZ AKM26YS AJ26LMY
WJ31LZ AJ33LZ AJ33MY
Application Ambient Condensing Liquid Entering Return Vapour Nominal Capacity Power Input StandardTemp ˚C Temp ˚C Temp ˚C Temp ˚C W @ SST ˚C w @ SST ˚C
Low Suction Temp 32 55 32 32 -23.3 -23.3 ASHRAE-T
Medium Suction Temp 35 55 47 35 -6.7 -6.7 ASHRAE-T
High Suction Temp 35 55 47 35 +7.2 +7.2 ASHRAE-T
Air Conditioning 35 55 47 35 +7.2 +7.2 ASHRAE-T
ZR Scrolls REF 35 55 46 18 +7.2 +7.2 ARI
ZF Scroll 35 55 55 18/25 -23.3/-6.7 -23.3/-6.7 ARI
Stated Capacity(watts) and Power Input (watts) in the following tables have been established at these conditions usingnominated refrigerants and are accurate to ±5%. To establish capacities at design conditions, the following factors may be used:• For lower condensing temperature: increase capacity 6% for every 5˚C lower condensing temperature.• For higher condensing temperature: decrease capacity 6% for every 5˚C higher condensing temperature.• For lower liquid entering temperature: increase capacity 1% for every 1˚C lower liquid entering temperature.• For lower return temperature: disregard, generally marginal.
FEATURES• All hermetic compressors require fan cooling unless otherwise specified.• Low start torque compressors (i.e. with RSIR or PSC motors) require capillary refrigerant control.• High start torque compressors (i.e. with CSIR, CSR or 3 Phase motors) can be used with capillary or TX valve control.
* Differing oil viscosities may be required for different models. Ensure that theoil you select is appropriate for the specific compressor model.
WJ
AW
AG
AV
AE 18
7
DRAWINGS AND DIMENSIONS Continued
A Division of Heatcraft Australia Pty Limited A.C.N. 000 056 717
286 Horsley Road, Milperra NSW 2214
SYDNEY • AUSTRALIA
QUEENSLAND • NEW SOUTH WALES • ACT • VICTORIA • TASMANIA • SOUTH AUSTRALIA • WESTERN AUSTRALIA • NORTHERN TERRITORY • NEW ZEALAND
Freecall 1800 653 330 for your local outlet or visit our website www.kirbyrefrig.com.auJSM/KIR 4444 4/02
Part No Nom Disp. Rated Motor Motor Liquid Connections (in) Accum. Type Oil Charge Oil Height Net wtHP (cc/rev) Capacity (W) Type Input (W) Injection Suction Discharge Dia. (mm) (cc) Type (mm) (kg)
RM5485GNE81 .83 12.5 2075 PSC 730 NO 3/8 ST 1/4 ST 30 A 300 5 261 9.1RM5510GNE9 1.1 14.5 2400 PSC 810 NO 3/8 ST 1/4 ST 78 A 350 5 305 12.1RM5512GNE81 1.2 16.9 2930 PSC 965 NO 3/8 ST 1/4 ST 51 A 350 5 300 11.3RM5515GNE81 1.5 21.4 3600 PSC 1180 NO 3/8 ST 1/4 ST 51 C 450 5 303 13.9RM5518GNE81 1.9 25.0 4395 PSC 1410 NO 3/8 ST 1/4 ST 51 C 600 5 300 15.0RM6520GNHE91 2.0 28.0 4885 PSC 1590 YES 5/8 ST 1/4 ST 89 D 700 5 349 19.1RM5524GNHE91 2.4 34.5 5860 PSC 1970 YES 5/8 ST 1/4 ST 89 D 700 5 349 19.2RM5526GNHE9 2.5 37.3 6350 PSC 2165 YES 5/8 ST 3/8 ST 89 D 700 5 383 19.6
Kirby – Thacom Rotary Compressors are made in Thailand by Thacom, a joint venture between Kulthorn Kirby and Mitsubishi HeavyIndustries. The manufacturing plant utilises the latest technology to produce a high quality range of compressors.
Features• Few moving parts, minimum vibration, fewer causes of possible malfunction.• High efficiency design. Compression and suction carried through full 360˚ resulting in smooth
refrigerant flow.• Easy noise suppression. Rotary compressor noise mainly high frequency which is simple to
suppress.
Use of Liquid InjectionLiquid injection cooling is offered on compressor type D (see below). Part of the liquid refrigerantat the exit end of the condenser is injected directly into the cylinder, cooling the discharge gas andimproving efficiency and performance. When using these compressors as replacements for othermanufacturers’ rotary compressors, it is not always possible to connect a liquid injection system.This will not adversely affect performance compared to the compressor being replaced. Whenliquid injection is not being utilised, the connector on the lower housing should be sealed.