Carrier 51CM - Manual (Page 3)

proper size fittings to make the connection Connect
1 /4-in fitting to a refrigerant di urn by using chaiging
hose 01 1 /4-in tubing
Cut off the end of the pigtail on the discharge line
Flaie and install a I /4-in stop valve or (preferably) a
charging manifold
Invert drum and charge liquid refrigerant
Open discharge valve and allow to purge slowly until
liquid Freon comes, then close valve
6 Close valve on refrigerant drum and allow refrigerant
to remain in piping at least 15 minutes
7 Open valve on discharge stub and allow refrigerant to
blow out quickly Be careful not to stand in front of
valve when purging Protect hands from refrigerant
burns with cloth
8 Disconnect refrigerant drum and unsolder connection
to suction line
9 Proceed with remainder of installation
MODEL 51
ZMA705101
ZMA705111
ZMA706101
ZMA706103
ZGA706103
ZMA007913
ZGAa07903
ZMA007703
ZMA008101
ZMA008103
ZGA008103
ZMA008703
ZMA009913
ZGA009903
ZMA009703
ZMA009303
ZMB009703
Table 1 — Unit Model Numbers (104, 304, 404)
CASING
104
MODEL 51
CMA109101
CMB112111
CMB112103
CMC012311
CMB012313
CMA012903
CMB012913
CGA012903
CMA012703
CVA212703
CMA115301
CMB115303
CMA118903
CGA118903
CMB118313
CMA118703
CMA115703
CASING
304
MODEL 51
GMA009101
G MA114101
GMA118301
GMA121301
GMA121311
GMA124301
GMA228301
G MA118703
GYA318703
GMA224703
CASING
404
Table 2 — Physical and Electrical Data (Single Phase, 60 Hz) — 1988
MODEL
51
CAPACITY
(Btuh)
R-22
CHG
(oz ± 5 - 0)
WET
BULB
( A t F )
VOLTS
NAMEPLATE* FAN
PF
(%)
EER
(DOE)
CASING COMPR
CAPILLARY
START
THERMISTOR
Amps Watts
MO OH
Cool Heat Cool Heat Cool Heat FLA Hp Data Insertion
ZMA705101 5,200 155 98 115 56 580 93 '/l5 90 90 104 T-1 C-1
ZMA705111 5,200 — 15 5 98 115 56 _ 580 __ 93 90 90 104 T-1 C-1
2MA706101 6,100 — 15 0 12 1 115 63 _ 665 93 Vts 92 92 104 T-2 C-2
ZM,ZGA706103 6,100 — 150 12 1 115 63
_
665 _ 93 Vl5 92 9 2 104 T-2 C-2 CM Z-1
ZMA008101 7,600 — 18 0 15 5 115 81 _ 845 _ 93 Vl3 91 90 104 T-3 C-3
ZM,ZGA008103 7,600 — 18 0 155 115 8 1 __ 845 _ 93 91 90 104 T-3 C-3
ZMA009303 9,000/ 8,900 ----- 20,0 16.5/16.4 230/208 4.2/ 4.6 _ 900/ 890 _ .61 V,. 93 10.0 104 ___ T-5 C--4__
CMAiogioi 8 800 23 0 96 115 86 930 1 40 Vl2 98 9 5 304 T-7 C-8
CMB112111 12,000 — 30 0 11 2 115 120 _
1335
_ 1 40 Vl2 93 90 304 T-8 C-9
CMB,CGA112103 12,000 — 30 0 11 2 115 120 1335 __ 1 40 ’/.2 93 90 304 T-8 C-9
CMC012311 11,800/11,700 — 32 0 109 230/208 5 9 / 6 2 _ 1285 _ 70 V,2 98 9 2/9 1 304 T-9 C-19
CMB012313 11,800/11 700
— 32 0 109 230/208 5 9 / 6 2 1285 _ 70 ’/l2 98 9 2/9 1 304 T-9 C-19
CI-2
CMA115301 15,000/14,800 — 38 0 13 1 230/208 7 5 / 7 9
_
1630/1610
___
90 % 97 9 2/9 2 304 T-12 C-7
CGA.CMB115303 15,000/14,800 — 38 0 13 1 230/208 7 5 / 7 9 1630/1610
_
90 % 97 9 2/9 2 304 T-12 C-7
CMB118313 18,000/17,800 — 32 0 14.0 230/208 9.2/10.2 -- 2140/2120 .90 'A 98 8.4/8.4 304 T-14 C-11
GMA009101 9,000 — 27 0 65 115 7 2
_
750
_
1 11 V,0 93 120 T-17 C-10
GMA114101 13,500
— 27 0 86 115 120
_
1320
_
3 10 98 102 H-1 C-13
GMA118301 18 000/17 700
— 40 0 12 1 230/208 8 7 / 9 5 1950/1920 — 1 00 ’/6 97 92 MA-1 C-14
GMA121301 20,500/20 000
— 44 0 14 5 230/208 10 3/11 0
_
2220/2165
_
1 11 'A 94 92 404 T-14 C-15 CI-3 Z-1
GMA121311 20,500/20,000
— 39 0 14 5 230/208 10 3/11 0 — 2220/2165
_
1 11 'A 94 9 2 MA-2 C-15
GMA124301 23,500/23,000
— 39 0 15 8 230/208 11 3/12 0
_
2550/2500
_
1 60 % 98 9 2 T-22 C-20
GMA228301 27,500/27,000
—
40 0 187 230/208 15 2/16 0
—
3350/3290
—
1 60 Vi 96 82 T-23 C-16
DOE — Department of Energy
EER — Energy Efficiency Ratio
FLA — Full Load Amps
Hp — Horsepower
PF — Power Factor
‘Based on AHAM Standard RAC-1 and ANSI Z234 1
A t — Entering wet-bulb temperature minus leaving wet-bulb temperature based on 67 F room wet-bulb temperature and95F dry-bulb outside air temperature
If conditions vary, wet-bulb At will vary
Table 3 — Physical and Electrical Data (Single Phase, 50 Hz) — 1988
MODEL
51
CAPACITY
(Btuh)
R-22
CHG
{oz ± 5 - 0)
WET
BULB
( A t F )
VOLTS
NAMEPLATE* FAN
PF
(%)
EER
(DOE)
CASING COMPR
START
THERMISTOR
Amps Watts MO TOR
Cool •Heat Cool Heat Cool Heat FLA Hp Data Insertion
ZMA007913 7,000 _ 18 5 159 200 44 __ 780 _ 44 V 2 0
89 90 Ml-1 C-5
ZGA007903 7,000 — 18 5 159 200 44 — 780 — 44 V 2 0
89 90 Mt-1 C-5
ZMA007703 7,000/ 6,800 — 160 149 240/220 3 8 / 4 0 780/ 755 — 41 V 2 0
86 90 T-4 C-4
ZMA009913 9,000 — 170 21 0 200 56 _ 1000
_
44 89 90 MI-2 C-6
ZGA009903 9,000 — 170 21 0 200 56
_
1000 — 44 89 90
104
MI-2 C-6
CI-1 Z-1
ZMA009703 9,000/ 8 750 — 18 0 20 2/20 0 240/220 4 5 / 4 7 — 950/ 920 _ 41 'A , 88/89 80 T-6 C-6
ZMA008703 8,000/ 7,775 — 18 0 20 2/20 0 240/220 4 5 / 4 7 — 995/ 965 — 41 92/93 80 T-6 C-6
ZMB009703 8,500/ 8,250 -- 180 20 2/20,0 240/220 4 5 / 4 7 - 995/ 965 - .41 'A d 92/93 8.0 T-6 __________
CMA012903 12,000 _ 29 0 123 200 62 _ 1265 _ 60 V.2 92 95 T'11 C-9
CMA012703 12,000/11,900 — 32 0 10 6 240/220 5 6 / 6 0 _ 1265/1250 _ 60 y,2 96 95 T-10 C-10
CVA212703 12,000/11,900 — 32 0 10 6 240/220 5 6 / 6 0 1265/1250 _ 60 Vi; 96 96 T-10 C-10
CMA115703 15,000/14,800 — 29 0 10 8 240/220 7 8 / 8 2 _ 1750/1730 _ 1 00 'A 95 80 T-13 C-7
CMA118703 18,000/17.800 — 34 0 12 9 240/220 9 5 / 9 9 _ 2220/2200 _ 1 00 % 97 8 1 304 T-15 C-11 CI-2 Z-1
CMA118903 18 000 — 34 0 13 2 200 11 9 _ 2195 _ 1 60 'A 97 82 T-16 C-11
CMB012913 12,000 — 22 0 107 200 70 _ 1275 _ 60 82 94 MI-3 C-12
CGA012903 12 000 — 22 0 10 7 200 70 _ 1275 _ 60 '/t2 82 94 Ml-3 e - 1 2
CMB118913 18 000 — 29 0 11 1 200 11 0 2115 1 60 'A 96 85 MI-4 c - 1 1
CGA118903 18,000 — 29.0 11.1 200 11.0 2115 1.60 'A 96 8.5 MI-4 c - 1 1
G MA118703 18,000/17,500 _ 28 0 12 5 240/220 10 4/110
_
2250/2190
_
1 10 'A 90 80 T-5 c - 1 7
GYA318703 18,000/17,500 11,300/9,500 28 0 125 240/220 10 4/11 0 15 1/14 0 2250/2190 3590/3050 1 10 'A 90 80 404 T-5 c - 1 7 CI-3 z
-1
GMA224703 24 000/23,500 — 36 0 150 240/220 13 7/14 7 — 3000/2940 — 1 50 V a 91 80 T-9 c- 1 8
DOE ~ Department of Energy
EER — Energy Efficiency Ratio
FLA — Full Load Amps
Hp — Horsepower
PF — Power Factor
‘Based on AHAM Standard RAC-1 and ANSI Z234 1
A t — Entering wet-bulb temperature minus leaving wet-bulb temperature based on 67 F room wet-bulb temperature and95 Fdry-bulboutsideairtemperature
If conditions vary, wet-bulb At will vary