Carrier MODU-PAC 50DF - Manual (Page 33)

If a field-supplied night thermostat is installed in the con­
ditioned space, indoor air fan runs only on a call for heating
or cooling. Dampers open only on a call for cooling. On a
call for cooling, economizer cooling is used first and then
integrated with mechanical cooling to meet the cooling
requirement.
A 5-hour, manual bypass timer is provided in remote
control box. This timer, when manually set by building
occupant, will override the UNOCCUPIED mode and place
unit in OCCUPIED mode for up to 5 hours.
Static pressure regulator — When supply air static pres­
sure exceeds or drops below pressure regulator setting,
regulator completes an electrical circuit to a damper
motor. The damper motor moves damper to a position that
maintains required static air pressure in the system.
lectriccJ data
Electrical protection
Compressor circuit breakers, calibrated for specific
applications, are current sensitive and temperature com­
pensated to shut off compressor if current draw is exces­
sive. Provide single-phase protection. Reset manually.
Inherent compressor thermal protection, with auto­
matic reset, de-energizes the control circuit if extreme com­
pressor motor temperature should occur due to excessive
suction gas temperature or motor overloading.
Low-pressure switch automatically shuts off compressor
if refrigerant pressure drops below setting; provides loss
of charge protection.
Inherent outdoor fan motor protection with auto­
matic reset — Power circuit opens if motor temperature
becomes excessive.
Indoor fan motor circuit breakers — These manually
reset circuit breakers protect against fan motor overload.
I
50DF Modu-Pac®
NOMINAL
V/PH/HZ
VOLTAGE COM PR
OUTDOOR INDOOR
FAN
MOTOR
'H p ~Ì ' f LA ~
HEA
“kw~
POWER SUPPLY
RAr
iviin
4GE
Max
NO
RLA~
. 1
” lra ~
NO
RLA~
2
lra ”
Fi
MOT
Qty
kN
ORS
FLA ”
TERS
’T la ”” “
Min
Ckt
Amp
MO
CP
208-230/3/60 187 254 80 0 345 2
76 75 24 2 — - 138 200
(ea| 75 24 2 30-37 83-92 138-146 200-200
50 66 — _ 60 90
460/3/60 414 508 37 0 172 2 33 7 5 11 0 — — 63 100
(eal 50 6 6 37 46 67 90
7.5 11.0 37 46 72 100
575/3/60 518 632 30 0 120 - - 2
27
(eal
50
7 5 5 6
90
— — 49
52 70
80
75 24 2 -- __ 160 225 ............
208-230/3/60 187 254 63 5 266 43 0 191 2
76
(ea)
100
75
308
24 2 45-55 125-138
167
187-203
225
200-225
10.0 30.8 45-55 125-138 195-211 225-250
75 11 0 _ 71 90
460/3/60 414 508 27 5 120 193 86 2
33
(ea)
100
75
140
11 0 55 69
74
100
100
110
100 140 55 69 104 125
575/3/60 518 660 220 96 150 69 2
2 7
(ea)
75
10.0
90
11 0
— — 57
59
70
80
10 30 8 — — 197 250
208-230/3/60 187 254 63 5 266 63 5 266 3
76
(ea)
15
10 46 0
30 8
45-55 125-138
222
197-211
250
250-250
15 46 0 45-55 125-138 214-230 330-330
10 140 — — 86 no
460/3/60 414 508 27 5 120 27 5 120 3
33
(ea)
15
10 21 0
140 55 69
93
104
no
125
15 21 0 55 69 113 150
575/3/60 518 660 22 0 96 22 0 96 3
27
(ea)
10
15
11 0
170
—
__
69
75 90
90
15 46 0 — — 249 300
208-230/3/60
20 53 5
__
263 300
187 254 80 0 345 80 0 345 3
(eal 15 46 0 60-73 166-184 265-288 350-350
20 53 5 60-73 166-184 283-305 350-350
15 21 0 — — 115 150
460/3/60
20 27 0
__ __
121 150
414 508 370 172 37 0 172 3
(ea) 15 21 0 73 92 142 175
20 27 0 73 92 149 200
575/3/60
■■
27 15 15 4 93 110
518 632 30 0 120 30 0 120 3 (ea ) 20 20 0 - 98 125
20 60 0 — — 312 400
208-230/3/60
25 75 0 __ 327 400
187 254 1170 506 78 5 345 4
(ea) 20 60 0 75-92 208-230 335-362 400-450
25 75 0 75-92 208-230 354-382 500-500
20 27 0 — _ 141 175
460/3/60 414 508 53 0 253 36 0 172 4
33
(ea)
25
20 34 0
27 0
92 115
148
178 200
200
— - 92 115 187 250
2 7 20 22 0
__
113 150
575/3/60 518 632 42 5 176 28 6 120 4
(ea) 25 27 0 - — 118 1 50
25 75 — - 370 400
119 506
30 88 383 450
208-230/3/60 187 254 119 506 4 6 6/6
25 75 75-91 5 208-230 370-382 500-500*"
30 88 75-91 5 208-230 383-398 500-500
25 34
_ __ 166 200
53 253
30 40 172 200
460/3/60 415 508 53 253 4 30
25 34 91 5 115 187 250
_________ j
30 40 91 5 115 194
1 -— i — L__ — _ _ —A.. L . —. _ - - —- -
FLA — Full Load Amps
Hp — Nominal Horsepower
LRA — Locked Rotor Amps MOCP — Maximum Overcurrent Protection
RLA — Rated Load Amps
33