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CV072018-1
Caud.Extr.=XXX%
Caud.Ingr.
067%->150%
This parameter is available only for units adjusted to constant pressure with control over the two flows. Default value 100%, expresses, in
percentage, the desired ratio between the flow rate of the extraction fan and the supply fan, allowing an imbalance to be made between the
flow rates of the two flows.
Kp Port. In
This parameter is available only for constant flow units with control over the two flows (Factory menu). It is the value of the proportional coe-
fficient relative to the admission flow (default 0.40).
Tau Caud. I sec
This parameter is available only for constant flow units with control over the two flows (Factory menu). It is the integral time value relative to
the admission flow (default 0.30).
Kp Caud. E s
This parameter is available only for constant flow units with control over the two flows (Factory menu). It is the value of the proportional coe-
fficient relative to the return flow (default 0.40).
Tau Caud. E s
This parameter is available only for constant flow units with control over the two flows (Factory menu). It is the integral time value relative to
the return flow (default 0.30).
Kp Caudal
This parameter is only available for constant flow units with control over a flow (Factory menu). It is the value of the proportional coefficient
relative to the flow measured (default 0.40).
Tau Caud. s.
This parameter is only available for constant flow units with control over a flow (Factory menu). It is the integral time value relative to the
measured flow (default 0.30).
ImpostaZero Port
With this parameter, the pressure sensor can be reset. The operation must be carried out with the unit turned off; It is advisable to carry out it
periodically to correct possible reading errors.
Vent.estr.= XXX%
Vent.entrada
067%->150%
This parameter is available if the control is configured to manage variable speed fans. Default value 100%, expresses, in percentage, the desired
ratio between the speed of the extraction fan and the drive fan, allowing an imbalance between the two air flows to be made.
