Varec 8300 series, Installation And Operation Manual, Page: 97 / 150

8303
Varec, Inc. 87
WriteData The data used in issuing a Download Command is retrieved form the WriteData
parameter. Not used on the Modbus SG6000 point.
ReplyData The reply data from issuing an Upload Command is stored in the ReplyData
parameter. Not used on the Modbus SG6000 point.
CmdStatus The status of the Command. The SG6000 point will acknowledge receipt of the
command by setting the CmdStatus to Start. When the command has finished, the
CmdStatus will be Complete. If it is not possible to perform the command, the
CmdStatus will be Error.
Level IEEE Floating point value representing the tank level. The data is returned in the
format specified during the configuration of the gauge. The Level can be converted
from Metric to English (or vice-versa) by setting the LevelConvert parameter of the
appropriate MSCAN or RKSCN point.
Position Floating point value representing the position of the displacer. The data is returned
in the format specified during the configuration of the gauge. The Position can be
converted from Metric to English (or vice-versa) by setting the LevelConvert
parameter of the appropriate MSCAN or RKSCN point.
Temp Floating point value representing the product temperature. The data is returned in
the format specified during the configuration of the gauge. The Temp can be
converted from Metric to English (or vice-versa) by setting the TempConvert
parameter of the appropriate MSCAN or RKSCN point.
UpperIntLevel Floating point value representing the upper interface level/water level. This data is
obtained with a Find Wtr Level or Follow Wtr Lvl. The UpperIntLevel can be
converted from Metric to English (or vice-versa) by setting the LevelConvert
parameter of the appropriate MSCAN or RKSCN point.
MidIntLevel Floating point value representing the middle interface level. This data is obtained
with a Mid Int Level command issued at the servo. The MidIntLevel can be
converted from Metric to English (or vice-versa) by setting the LevelConvert
parameter of the appropriate MSCAN or RKSCN point.
BottomLevel Floating point value representing the tank bottom. This data is obtained with a
Bottom command. The BottomLevel can be converted from Metric to English (or
vice-versa) by setting the LevelConvert parameter of the appropriate MSCAN or
RKSCN point.
UpperDensity Floating point value representing the upper product density or average product
density. This data is obtained with a Upper Density command or Run Immed Profile.
The UpperDensity can be converted from Metric to English (or vice-versa) by
setting the DensityConvert parameter of the appropriate MSCAN or RKSCN point.
MiddleDensity Floating point value representing the middle product density. This data is obtained
with a Middle Density command issued at the servo. The MiddleDensity can be
converted from Metric to English (or vice-versa) by setting the DensityConvert
parameter of the appropriate MSCAN or RKSCN point.
BottomDensity Floating point value representing the bottom product density. This data is obtained
with a Bottom Density command issued at the servo. The BottomDensity can be
converted from Metric to English (or vice-versa) by setting the DensityConvert
parameter of the appropriate MSCAN or RKSCN point.
DensityTemp The temperature when a density measurement was made using a Run Immed
Profile, Bottom Density, Middle Density or Upper Density command.
Elapse Time of last scan.
Interval Amount of time (in HR:MIN:SEC) between scans of the gauge
DiagCode Diagnostic code
Dynamic Parame-
ters Function