User Manual
Version 1.0 14
VII. Operating Instructions
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The stainless steel reactor is manufactured according to JB/T4735-1997 Steel
Welded Atmospheric Pressure Vessels standards. Pressured steam should not
exceed the rated maximum working pressure for any significant amount time. Steam
should be introduced by slowly opening the inlet valve until the desired pressure is
achieved.
If a trap is installed, the valve at the condensate outlet should always be left open. If
there is no trap, the valve should initially be turned on until the steam overflows and
then the valve should be adjusted for a minimal outflow. The valve can be adjusted
to increase or decrease pressure as needed. When operating the chamber, use the
reactor inlet valve to adjust chamber pressure in real time.
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A hoist is recommended for installation or relocation of the reactor. It is
recommended that thinned cushioning materials are used to cover any part of the
equipment that is in contact with the hoist cables to prevent damage. Avoid violent
jarring and excessive tilting during transportation and orient the chamber horizontally
at the set location for connecting plumbing fixtures and hoses.
•
Before using the reactor should be inspected that all valves should be secure and
there is no leaking. it is recommended to test for leaks with water.
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The reactor should be cleaned with detergent before use. All valves should be
closed prior to cleaning. Make sure the liquid type is allowed to be put into the
stainless steel tank.
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Only use liquid that is recommended for cleaning the stainless steel chamber.
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Clearly mark all chemicals that are used for processing to prevent accidents. It is
recommended that a drainage ditch and a diluting device are present at the site
where the reactor is located.
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The maximum filling volume of the tank should not be exceeded. The maximum
filling of the tank can be calculated according to the formula given below:
Maximum filling volume = the filling volume factor x the actual volume of the tank x
the saturated liquid density of the medium at the designated temperature.
