ST_TcPfw_TempPparamFromHmi_Itf

Such a structure contains the product data of a zone of temperature control.

Syntax

TYPE ST_TcPfw_TempPparamFromHmi_Itf :
(* last modification: 11.11.2008 *)
STRUCT
(*
see cnv_TempPparamFromHmi_TcPfw for format definition
Attention: HMI access via address
*)
Setpoint: LREAL;
StandbySetpoint: LREAL;
Setpoints      : ARRAY[cnv_TempCtrl_SetpointFirst..cnv_TempCtrl_SetpointLast] OF LREAL; (* AST: supporting selectable setpoints *)
Threshold_PP   : LREAL;
Threshold_P    : LREAL;
Threshold_M    : LREAL;
Threshold_MM   : LREAL;

Openloop_Output: LREAL;

SaveDelay: DINT:=-1;

Update         : BOOL;
bLoadParams    : BOOL:=FALSE; (* *)
bSavingParams  : BOOL:=FALSE; (* *)
END_STRUCT
END_TYPE

Parameter

Name	Type	Description
Setpoint	LREAL	The temperature setpoint of the zone.
StandbySetpoint	LREAL	This value is used as the temperature setpoint by the zone in standby.
Setpoints	ARRAY OF LREAL	Additional setpoints can be specified here, which can be easily switched over via an index. The number of the index is to be specified in TempCtrl.SelectSetpoint.
Threshold_PP	LREAL	The outer positive tolerance limit.
Threshold_P	LREAL	The inner positive tolerance limit.
Threshold_M	LREAL	The inner negative tolerance limit.
Threshold_MM	LREAL	The outer negative tolerance limit.
Openloop_Output	LREAL	Control value output if no actual temperature is available.
SaveDelay	DINT	Memory delay in µs. After a time written to this variable by the application, the saving of the actual values is triggered. (If the value is zero, the system is saved; if it is -1, the system is at rest; if the value is greater than zero, the system is saved after the time has elapsed)
Update	BOOL	With a TRUE the user interface signals here that it has changed values in this structure. The framework will check these values, adjust them if necessary and adopt them.
bLoadParams	BOOL	This flag triggers the saving of the parameters.
bSavingParams	BOOL	Signals to the application that data are being saved.