Peak i-Flow N2, Руководство пользователя

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7. The Generator has been pre-set in the factory to give the specified output flowrate and
pressure. Failure to achieve the factory specification after maintenance may be as a result of
an incorrect service procedure, so please review any maintenance carried out. If still unable
to achieve the specification, please contact Peak Gas Generation for further assistance.
8. Once the N2 Process Tank has stabilised and the generator has exited BYPASS mode, then
remove the blank plug from valve (5) and open valve (5), with valve (6) remaining closed
for a period of 5 to 10 minutes to purge the line.
9. Once the line has been purged, close valve (5) and replace the blank plug. The System is
now ready for use and valve (5) can be opened to the application.
The System is now ready for use.
Once installed and commissioned, as described above the design of the gas generator
is that it will deliver up to your specific output pressure and flowrate of Nitrogen.
Should the demand for Nitrogen be less than the rated output flow, or indeed should
the demand stop, the generator will automatically go into ‘Standby Mode’ and the
front panel LED will illuminate. In Standby Mode, the changeover of the columns is
suspended which will stop the consumption of inlet compressed air. The control system
will automatically detect when the demand for Nitrogen resumes and the generator will
start to produce gas again. DO NOT turn off the power to the i-Flow or the Air Dryer
without following the Shutdown procedure detailed below. Normal operation is to leave
the i-Flow and Dryer with Power ON and compressed Air Supply ON.
Connecting to the application
Once the initial purge run of approximately 8 hours has completed (required to reach
purity for the application), it is ready to be connected to the application(s).
Once the Skid system is connected to the application, please ensure
that it is thoroughly checked for being leak-tight. Even the slightest
leak in the gas supply between the system and the application can lead
to a reduction in efficiency.
CAUTION