NOTE 4
(a) (b)
(a) ⇒ The number of the weight units (Max: 5, key in 1 ~ 5)
(b) ⇒ The weight unit 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) (i) (j) (k) (l) (m) (n)
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.
For example: How to calculate the maximum capacity and the mass value based on the
different types of weight unit.
A. Choose “lb” as the weight unit for weight calibration
• The first weight unit setting: 12.000 lb / 0.005 lb (the maximum Capacity / division)
⇒ Enter the maximum capacity 012000 at (c) ~ (h)
⇒ Enter the mass value 012000 at (i) ~ (n)
‚ The second weight unit setting “g” :
0.002204623 lb = 1 g
12 lb = 5443 g. Take 6000 g as the maximum capacity
6000 g / 2 g (the maximum Capacity / division),
⇒ Enter the maximum capacity 006000 at (c) ~ (h)
⇒ Enter the mass value 005443 at (i) ~ (n)
ƒ”lb/oz” (hexadecimal notation system):
12._0.00 lb / 0.05 oz (the maximum Capacity / division)
12 lb = 12×16 (oz) = 192.00 oz
⇒ Enter the maximum capacity 019200 at (c) ~ (h)
⇒ Enter the mass value 019200 at (i) ~ (n)
„”oz” :
12 lb = 192.00 oz ,
Take 200.00 oz as the maximum capacity
200.00 oz / 0.05 oz (the maximum Capacity / division)
⇒ Enter the maximum capacity 020000 at (c) ~ (h)
⇒ Enter the mass value 019200 at (i) ~ (n)
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