Rice Lake SCT-10 - Manual (Page 17)

Configuration 13
To calibrate the instrument, the “Theoretical Calibration” on
page 14 must be completed first. After Theoretical Calibration is
set, the scale can be set with actual weights (see Section 2.1.5
“Weight (Span) Calibration (With Test Weights)” on page 16).
WEIGHT
Enter #
0 * Weight (Span) Calibration - after the Theoretical
Calibration has been completed and zero is set, the
calibration can be adjusted with actual test weights
by changing the displayed value in this parameter.
If changes are made to the theoretical
Full Scale (
FS-tEO
), the Sensitivity
(
SEnSIb
) or Divisions (
dI UI S
)
parameters, the weight (span) calibration is
cancelled and the theoretical calibration is
initiated and applied.
If the theoretical full scale (
FS-tEO
) and the
capacity full scale (
NASS
) are equal in weight
(span) calibration (
WEIGHt
), then the calibration
currently in use is theoretical; if they are different,
the calibration in use is the weight (span)
calibration based on calibration weights.
If changes are made to the theoretical full scale
(
FS-tEO
), the capacity full scale (
NASS
) or
divisions (
dI UI S
) parameters, all the system’s
parameters containing a weight value will be set
to default values (setpoints, hysteresis, etc.).
UNIT G
t
Lb *
nEUton
LI trE
bAr
AtN
PI ECE
nEU-N
HI LO-N
OtHEr
HI LOG
Unit of Measure - select to determine what unit of
measure is displayed and printed.
See Section 2.1.6 “Setting Units of Measure” on
page 17 for description of units.
COEFF
Enter #
0-99.9999
0 * Multiplier Value entered will display an alternative
unit of measure if the digital input is set for COEFF
and is in a closed state.
*
- indicates default value.
Parameter Choices Description
Table 2-2. Calibration Menu
Note
Note