Carrier PIC 5+ User Manual

69
33,
36
1382.1
1978.3
1423±34
2493.2
3563.7
2534±34
39
1653.1
2371.3
1721±68
2981
4268.3
3049±68
42
2262.9
3238.5
2331±68
4092.1
5840.1
4160±68
45
2953.9
4214.1
3022±68
5325.2
7601.6
5393±68
48
3970.2
5677.5
4038±68
7154.4
10230.3
7222±68
52
4268.3
6165.3
4336±68
7682.9
10975.5
7751±68
56,
60
6165.3
8807.5
6233±68
11111
15867.1
11179±68
64
6775
96747
6843±68
15379.3
21964.6
15447±68
68
11463.3
16382
11531±68
221287.1
30406.2
21355±68
72,
76
14959.2
21368.4
15027±68
26964.5
38536.2
27032±68
Table 16 : Bolt torque requirements N.m (gasket or O-ring joint)
5.1.6 Check Chiller Tightness
Chillers can be shipped either with full refrigerant charge or with 1 bar dry nitrogen-holding charge.
5.1.6.1 Chiller shipped with 1 bar nitrogen-holding charge / without refrigerant:
Follow chart figure 40 – 19DV leak test procedure
To check leaks in chiller, in addition to the nitrogen gas, the chiller should be charged with helium tracer gas. Use
an electronic leak detector to check all flanges and solder joints after the chiller is pressurized. If any leak is
detected, follow the leak test procedure.
If the chiller is spring isolated, keep all springs blocked in both directions to prevent possible pipe stress and
damage during the transfer of refrigerant from vessel to vessel during the leak test process, or any other time
refrigerant is transferred. Before initial start, ensure that springs are adjusted, chiller is charged with refrigerant,
and water circuits are full with water.

Carrier PIC 5+ Specifications

General

Input Voltage Range	24 VDC
Relative Humidity Range	5% to 95% non-condensing
Number of Universal Inputs	8
Enclosure Rating	IP20
Communication Ports	RS-485
Storage Temperature Range	-40°C to +85°C
Communication Protocol	Modbus RTU