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EXCELL PRECISION CO., LTD
NOTE 4
(a) ⇒ The number of the weight UNITS (Max: 5, key in 1 ~ 5)
(b) ⇒ The weight UNITS for weight calibration (choose from "kg", "g", "lb", key in 0, 1, or 2)
Parameter description:
0 ⇒ kg , 1 ⇒ g , 2 ⇒ lb
NOTE 5
(c) (d) ( e) ( f) ( g) (h )
c ~ h set the maximum capacity (6 digits)
i ~ n set the mass value for weight calibration (6 digits)
The maximum capacity needs to be presented based on the decimal system, and the first
UNITS must be the calibration UNITS.
For example: How to calculate the maximum capacity and the mass value based on the
different types of weight UNITS.
A. Choose "kg" as the weight UNITS for the weight calibration
The first weight UNITS setting: 6.000 kg / 0.002 kg
⇒ Enter the maximum capacity 006000 at (c) ~ (h)
⇒ Enter the mass value 006000 at (i) ~ (n)
UNITS "lb" (hexadecimal notation system)
Calibration weight is 6kg. 0.001 kg = 0.002204623 lb
6 kg = 6 × 2.204623 (lb) = 13.227738 lb. Take 12 lb as the max capacity
12. _ 0.00 lb / 0.08 oz (minimum division=8, decimal point position=2)
12 lb × 16 (oz) = 192.00 oz
13.227738 lb × 16 (oz) = 211.64 oz ⇒ Enter the mass value 021164 at (i) ~ (n)
UNITS "GN"
Calibration weight is 6kg. 0.001 kg = 15.432358GN
6kg=92594GN
The maximum capacity 100000GN ⇒ Enter the maximum capacity 100000 at (c) ~ (h)
02005302
(a) (b)
⇒ Enter the maximum capacity 019200 at (c) ~ (h)
⇒ Enter the calibration weight 092594 at (i) ~ (n)
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(i) (j ) (k) ( l) ( m) ( n)
ZSME300000237
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