Thermo Scientific Micro-Tech 9101, Reference Manual

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B-24 Micro-Tech 9101/9201 Reference Manual, Rev J Thermo Fisher Scientific
No. Parameter Selection Description
4I Pivot to test-
weight height 0.00* ( -20 - 20
in) On a pivoting scale with Model 50-30 static weight,
measurement from pivot to test weight height.
Note: Scale code dependent.
Note: Default value for Belt Scale code #1 shown.
4J not used
4K not used
4L Pivot to test-
weight length 24.00* (0-10000
in) On a pivoting scale with Model 50-30 static weight,
measurement from pivot to test weight length centerline.
Note: Scale code dependent.
Default value for Belt Scale code #1 shown.
4M Pivot to carriage
height 6.50* (0-10 in) On a pivoting scale with Model 50-30 static weight,
measurement from pivot to carriage height.
Note: Scale code dependent.
*Default value for Belt Scale code #1 shown.
4N Roll to carriage
height 6.50* (0-20 in) On a pivoting scale with Model 50-30 static weight,
measurement from carry roll to carriage height
centerline.
Note: Scale code dependent.
*Default value for Belt Scale code #1 shown.
4O # of load cells 2* (1-6) Quantity of load cells wired to the Micro-Tech.
Default value for Belt Scale code #1 shown.
The number of load cells is automatically fixed to a value
of 2 when Two A/D Channel is selected for scroll 1A
Type of scale.
The number of load cells is automatically fixed to a value
of 4 when Four A/D Channel is selected for scroll 1A
Type of scale.
5 Idler spacing 36* (2-999 in) Spacing of “Scale Area” idlers.
*Default value for Belt Scale code #1 shown.
6 Conveyor angle
Degrees 0 (-35 - +35) Incline of conveyor. A 10-44 (incline compensator) can
be installed for measurement of changing conveyor
inclines.
7 Load cell capacity 250 (1-50000 lb) Rated capacity of a single load cell. On multiple load cell
scales each load cell will be of equal size.
Input ONLY capacity of one.
8 Load cell sens. 3.000 mV/V (0.5-
3.5) Load cell mv/v rating.
Refer to label at end of load cell cable or the
applications data sheet from Thermo.
9A Load cell #1 res. 350.000 Ohms
(10-2000) Signal bridge resistance of load cell #1.