Carrier Integra 35X User manual

REFRIGERATION CONNECTION
CPR ADJUSTMENT
CHARGE
TXV ADJUSTEMENT
Carrier
T R A N S I C O L D
& INTEGRA 35 X
P/N : 62-61309-01 / rev B

ITEM P/N
90° ORS 1/4->3/8" 40-60048-01
90° ORS 3/8" 40-60048-02
135° ORS 3/8" 40-60049-02
90° ORS 1/2" 40-60048-03
90° ORS 5/8" 40-60048-04
90° ORS 3/4" 40-60048-05
135° ORS 1/2"-->5/8" 40-60049-06
90° O-RING 5/8" 40-60061-04
90° O-RING 1/2" 40-60061-03
180° O-RING 1/2" 40-60060-03
90° O-RING 5/8" 40-60061-04
180° O-RING 5/8" 40-60060-04
90° O-RING 5/8"->3/4" 40-60061-07
180° O-RING 5/8"->3/4" 40-60060-07
HP SERVICE VALVE 1/2" 40-60059-03
LP SERVICE VALVE 3/4" 40-60058-05
CLAMP 3/8" (mod 6) 34-60019-02
CLAMP 1/2" (mod 8) 34-60019-03
CLAMP 5/8" (mod 10) 34-60019-04
CLAMP 3/4" (mod 12) 34-60019-05
HOSE 3/8" (mod 6) 58-60115-02
HOSE 1/2" (mod 8) 58-60115-03
HOSE 5/8" (mod 10) 58-60115-04
HOSE 3/4" (mod 12) 58-60115-05
CHECK VALVE 3/8" (option) 14-00286-00
Standby suction
90° O-RING 5/8"
Liquid
180° ORS 3/8"
Hot gas
90° ORS 3/8"
Road discharge
90° ORS 1/2"
Standby suction
90° ORS 5/8"
Road suction
O-Ring pilot 3/4"
Hot gas
90° ORS 3/8"
LP service valve
3/4"
Oil return
90° ORS 1/4"->3/8"
HP service valve,1/2"
Carrier
T R A N S I C O L D
Road Suction
90° ORS 3/4"
Road discharge
O-Ring pilot 1/2"
Liquid
90° ORS 3/8" Check valve
With HGS2 only

OPERATING CONDITIONS
Road ONLY (2400 rpm)
Heating or Defrost mode
Run the unit on " HEAT or DEFROST " mode
Adjust the CPR to get the following gauge pressure values
STANDARD ADJUSTMENT
XARIOS 350 : 2,4 bars (35 psig) !Pressure value is given at the CPR port
!CPR adjustment must be increased by :
0,1(bar) x D(m)
D: Evaporator location from the front of the box (in meter)
3 m
6 m
Carrier
T R A N S I C O L D
Standard
Standard + 0,6
Standard + 0,3

OPERATING CONDITIONS
Road (2400 rpm) or Standby mode
Run the unit on
"COOL " mode
INITIAL CHARGE
XARIOS 350 = 1,7 Kg
!COMPLETE THE CHARGE ON THE SIGHT GLASS
AT 0°C BOX TEMPERATURE
Po : Pressure at manifold
To : Temperature at manifold
T1 : Temperature with thermocouple
SUPERHEAT = To - T1
The superheat should be :
!8°C at 0°C box T° (14.4°F at 32°F box T°)
4°C at -20°C box T° (7.2°F at -4°F box T°)
Carrier
T R A N S I C O L D
Beginning of
evaporating
Evaporating of the last liquid drop
Remote the bulb location
Superheat area
P0 - T0
T1