PR 5210 Operating Manual Setup and Configuration
Sartorius 25
4.7.2.6 Standstill time
The standstill detection requires two parameters to determine the mechanical standstill of the scale.
During a defined period of time (Standstill time expressed in multiples of measuring time = Standstill
time), the weight value of the scale must be within defined limits (Standstill range). In this case, the
scale is in standstill condition.
Entry 'Number of measuring times', permissible range 1 … 9, default = 1.
4.7.2.7 Standstill range
Permissible range 0.00d to 50.00d, default = 1.00d.
4.7.2.8 Test mode
Determination, whether the test measurement displays
FullScale
(absolute) or the deviation related to
FullScale
(relative) is made. Example: FSD = 3000, result: Should be 3000 for absolute, should be 0 for
relative.
Calibration (with/ without weights) is completed with a test measurement and the result is scaled so
that FullScale is displayed.
Default = absolute.
4.7.2.9 Standstill time-out
Unless a tare- or Zero-set-command can be executed within time n (n = multiples of measuring times),
e.g. because the scale does not fulfill the standstill condition, the transmitter generates a message (e.g.
no standstill) and the command is aborted.
Enter the time in multiples of measuring time, 1 to 100 , default = 8.
4.7.2.10 Zero set range
Definition of a +/- range around the calibration zero, within which
• the displayed gross weight can be set to zero (by a corresponding external command), or
• automatic zero tracking is active, see chapter 4.7.2.13
Permissible range: 0.00d to 500.00d, default = 50.00d
4.7.2.11 Zero track range
Permissible range 0.00d to 500.00d, default = 0.25d.
This function is only valid, if Zerotrack repeat is not set to 0!, see chapter 4.7.2.13.
The zero tracking does only work as long as the weight signal is still in the zero set range.
4.7.2.12 Zero track step
Permissible range 0.00d to 10.00d, default= 0.25d
• For W&M applications, the correction must not be above 0.5 d/sec.
• The automatic zero tracking stepwidth must be smaller than the standstill range also for non
W&M applications.
This function is only valid, if Zerotrack repeat is not set to 0!, see chapter 4.7.2.13.
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