Thermo Scientific Micro-Tech 9101 - Page 195

Thermo Fisher Scientific Micro-Tech 9101/9201 Reference Manual, Rev J B-23
No.
Parameter
Selection
Description
Scale capacity is the maximum rate (maximum mass
flow) at which the scale is allowed to work. This entry
also defines the default number of decimal places that
are used for displaying rate. (Password: Service.)
3
Scale divisions
1, 0.5, 0.2, 0.1,
0.05, 0.02, 0.01,
0.005, 0.002,
0.001, 50, 20, 10,
5, 2
4
Belt scale code #
1*
Enter code for Thermo Scientific scale models for
default values entered in.
Detail scrolls 4A-4O are dependent on the belt scale
code and on the number of weigh idlers selected.
*Reference table F.2 for other belt scale code options.
4A
Pivot to load cell
distance
32.00* (0-10000
in)
On a pivoting scale, measurement from pivot to load cell
centerline.
Note: Scale code dependent.
*Default value for Belt Scale code #1 shown.
4B
# of weigh idlers
1* (1-6)
Number of Idlers mounted on the scale carriage.
*Default value for Belt Scale code #1 shown.
4C
Pivot to 1st idler
distance
24.00* (0-5000 in)
On a pivoting scale, measurement from pivot to 1
st
idler
centerline.
Note: Scale code dependent.
*Default value for Belt Scale code #1 shown.
4D
Pivot to 2nd idler
distance
16.75* (0-5000 in)
On a pivoting scale, measurement from pivot to 2
nd
idler
centerline.
Note: Scale code dependent. Multi idler scale.
*Default value for Belt Scale code #14 shown.
4E
Pivot to 3rd idler
distance
On a pivoting scale, measurement from pivot to 3rd idler
centerline.
Note: Scale code dependent. Multi idler scale.
4F
Pivot to 4th idler
distance
On a pivoting scale, measurement from pivot to 4th idler
centerline.
Note: Scale code dependent. Multi idler scale.
4G
Pivot to 5th idler
distance
On a pivoting scale, measurement from pivot to 5th idler
centerline.
Note: Scale code dependent. Multi idler scale.
4H
Pivot to 6th idler
distance
On a pivoting scale, measurement from pivot to 6th idler
centerline.
Note: Scale code dependent. Multi idler scale.