Листовка для Viper VR-ACF
After the flusher is connected to the A/C component as outlined, turn the control valve to the
FLUSH position for 20 to 30 seconds. This will allow 20 to 30 ounces of fluid to flow through
the system. Turn the control valve to the OFF position for about 10 seconds to allow a bleed-
off of the residual pressure. Reverse the hoses as instructed previously and repeat the flush-
ing operation in a backflushing mode. Move the control valve to the PURGE position and
allow the system to purge for 10 to 15 minutes. Some solvent manufacturers may recom-
mend a longer period of purging, depending on how readily their solvent will vaporize. Repeat
the operation for the remaining component and then return the control lever to the OFF posi-
tion. This completes the flushing operation.
FLUSH position for 20 to 30 seconds. This will allow 20 to 30 ounces of fluid to flow through
the system. Turn the control valve to the OFF position for about 10 seconds to allow a bleed-
off of the residual pressure. Reverse the hoses as instructed previously and repeat the flush-
ing operation in a backflushing mode. Move the control valve to the PURGE position and
allow the system to purge for 10 to 15 minutes. Some solvent manufacturers may recom-
mend a longer period of purging, depending on how readily their solvent will vaporize. Repeat
the operation for the remaining component and then return the control lever to the OFF posi-
tion. This completes the flushing operation.
Should the tank be emptied during the flushing operation, it will not be necessary to change
the position of the hoses to recycle the solvent. The control valve may be moved to the
RECYCLE position at any time and the solvent will be moved through the particle and dryer
filters and returned to the flush tank.
the position of the hoses to recycle the solvent. The control valve may be moved to the
RECYCLE position at any time and the solvent will be moved through the particle and dryer
filters and returned to the flush tank.
Flushing must be followed by a thorough job of evacuating with a good vacuum pump to
assure removal of moisture from the A/C system.
assure removal of moisture from the A/C system.
The technician should use good judgement as to how frequently to drain the flusher, install a
new particle filter and/or install new solvent. Flushing of several extremely dirty A/C systems
in succession will contaminate the solvent much more rapidly and decrease the number of
systems that can be flushed before changing the solvent.
new particle filter and/or install new solvent. Flushing of several extremely dirty A/C systems
in succession will contaminate the solvent much more rapidly and decrease the number of
systems that can be flushed before changing the solvent.
When draining or changing the solvent becomes necessary, please observe the following pro-
cedure. With the shop air supply connected to the flusher, connect both hoses to each side of
the anti-evaporation nipple on the back of the machine. Turn the control valve to the RECY-
CLE position, and allow all the solvent to flow into the FLUSH tank. Remove the drain hose
from its retaining clip and place the open end of the hose in a suitable drain container. Place
the control valve in the PURGE position and open the drain valve SLOWLY to avoid solvent
being blown from the hose too rapidly. Allow solvent to flow from the drain hose until nothing
but air comes from the hose. Return the control valve to the OFF position, close the drain
valve, and disconnect the shop air before attempting to remove the filler cap.
cedure. With the shop air supply connected to the flusher, connect both hoses to each side of
the anti-evaporation nipple on the back of the machine. Turn the control valve to the RECY-
CLE position, and allow all the solvent to flow into the FLUSH tank. Remove the drain hose
from its retaining clip and place the open end of the hose in a suitable drain container. Place
the control valve in the PURGE position and open the drain valve SLOWLY to avoid solvent
being blown from the hose too rapidly. Allow solvent to flow from the drain hose until nothing
but air comes from the hose. Return the control valve to the OFF position, close the drain
valve, and disconnect the shop air before attempting to remove the filler cap.
The flusher is equipped with a non-bypass, spin-on particle filter and a filter dryer to clean the
solvent during the recycling operation. The spin-on filter is a Purolator (part # P20064 or
equivalent) and may need to be changed when the solvent is changed, depending on the
severity of the contamination of the A/C systems that have been flushed.
solvent during the recycling operation. The spin-on filter is a Purolator (part # P20064 or
equivalent) and may need to be changed when the solvent is changed, depending on the
severity of the contamination of the A/C systems that have been flushed.
Should the recycling operation become too slow, it may be necessary to replace the filter
dryer. This dryer is a standard # 163 commercial dryer with 3/8" flare fittings. These dryers
are generally available from any commercial refrigeration supply store.
dryer. This dryer is a standard # 163 commercial dryer with 3/8" flare fittings. These dryers
are generally available from any commercial refrigeration supply store.
The vent filter has an activated charcoal element to control solvent emissions which is
replaceable separately as needed.
replaceable separately as needed.
842-399-000
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