Cornelius CB1522, Руководство по установке

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IntelliCarb Drop-In Ice Cooled Installation Guide
Publication Number: 630460204INS - 34 - © 2003-2017, Cornelius Inc.
TROUBLESHOOTING
IMPORTANT:Only qualified personnel should service internal components or electrical wiring.
!
WARNING:
If repairs are to be made to carbonated water system, disconnect electrical power to Cooling Unit, shut off plain water
and CO
2
supplies, and relieve the carbonated water system pressure before proceeding. If repairs are to be made to
syrup system, remove quick disconnects from applicable syrup tank, then relieve the system pressure before
proceeding. If repairs are to be made to CO
2
system, stop dispensing, shut off CO
2
supply, then relieve the system
pressure before proceeding.
If repairs are to be made to an existing Remote Condensing unit, disconnect the power to the condensing unit
before proceeding.
Trouble Probable Cause Remedy
Adjustment of dispensing valve
syrup flow regulator does not
increase to desired water-to-
syrup “ratio” A. Dispensing Valve syrup flow regu-
lator, syrup tank quick disconnect,
or syrup line restricted.
B. Syrup tank quick disconnects not
secure.
C. Syrup tanks secondary CO
2
regu-
lator out of adjustment.
D. No syrup supply.
E. Improper syrup Baume.
F. Dirty or inoperative piston or
spring in dispensing valve syrup
flow regulator.
G. Tapered nylon washer inside tube
swivel nut connector distorted
from being overtightened.
A. Sanitize syrup system as
instructed.

B. Secure quick disconnects.

C. Adjust syrup tanks secondary
CO
2
regulator as instructed.
D. Replenish syrup supply.
E. Replace syrup supply.
F. Disassemble and clean dispens-
ing valve syrup flow regulator.

G. Replace nylon washer and make
sure it seats properly.
Adjustment Of Dispensing
Valve Syrup Flow Regulator
Does Not Decrease To Desired
Water-to-syrup “ratio” A. Dirty or inoperative piston or
spring in dispensing valve syrup
flow regulator.
A. Disassemble and clean dispens-
ing valve syrup flow regulator.
Dispensed product carbonation
too low A. Air in carbonator tank.




B. Water, oil or dirt in CO
2
supply
A. Vent air out of carbonator tank
through relief valve. Actuate dis-
pensing valve carbonated water
lever to make carbonator pump
cycle on.
B. Remove contaminated CO
2
.
Clean CO
2
system (lines, regula-
tors, ect.) using a clean CO
2
sup-
ply.
Dispensed product comes out
of dispensing valve clear but
foams in cup or glass. A. Oil film or soap scum in cup or
glass.
B. Ice used for finished drink is sub-
cooled.
A. Use clean cup or glass.

B. Do not use ice directly from
freezer. Allow ice to become
“wet” before using. (Refer to fol-
lowing NOTE).
NOTE: Crushed ice in the glass also causes dispensing problems. When finished drink hits
sharp edges of ice, carbonation is released from dispensed drink.