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Honeywell SmartLine ST 800 - Table 13 - Transmitter Setup Menus

Honeywell SmartLine ST 800
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36 ST 800 Pressure Transmitter User’s Manual Revision 15
Cal Set B*
calibration set from
drop-down menu.
Press
or to select
calibration type.
to initiate
Cal Set C**
Best Fit
NOTES:
* "Cal Set B" item in menu is available only if sensor supports Dual calibration
** “Cal Set C” item in menu will be available only if sensor supports Triple calibration.
Table 13 Transmitter Setup Menus
<Return> Return to the Level 1 menu
Parameters
<Return>
Tag ID

Enter Tag ID name up to 8
characters long. = any
Alphanumeric value
Press to enter
menu selection
and to select
Alphanumeric
to enter and shift to
next character to the
right.
Damping (sec)
##. #
Selection applies digital
filtering to suppress noise
effects on the PV. The limits
for this value are 0.0 to 32.0
seconds.
Press to enter
menu selection Press
and to select
number. Press to
enter
and shift to next digit.
NAMUR
Selection
Disabled
Disabling sets the loop output
and burnout levels to the
Honeywell levels
Press to enter
menu selection. Press
and to select
from list. Press to
enter.
Enabled
Enabling sets the loop output
and burnout levels to
the NAMUR levels
Filter
Performance
Fast SOR
Fast Speed of Response
Std SOR
Standard Speed of Response
Transfer
Function
(Available only
for DP
transmitters)
Linear
The loop output of the
transmitter is a linear
representation of the
differential pressure.
Press to enter
menu selection. Press
and to select
from list. Press to
enter.
Square
Root
The loop output of the
transmitter represents
%Flow as defined by the
DP Square Root flow
equation.
Flow Cutoff
(Available only
when Transfer
Function is
Square Root)
Single
Breakpt
Allows the user to specify a
single breakpoint as the low
flow cutoff point.
Press to enter
menu selection. Press
and to select
from list. Press to
enter.
Dual Slope
Uses a dual slope formula to
determine the low flow cutoff
point.
Zero flow
Sets loop output to 0
%Flow when the differential
pressure is below the low flow
cutoff point.

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