Flintec FDT-B - Manual (Page 14)

FLINTEC
Document Date Code Rev. Page
FDT – VERSION A/B – TECH. -REFERENCE MANUAL 05.04.99 FDT.RM 2 14 of 23
E-CAL DIALOGUE (Electronic calibration of FAD with mV/V from loadcell data sheets)
Display shows CORNER. Press P to calibrate corners.
Display shows 000000 . Enter the rated output (in mV/V) of loadcell in corner 1.
(Example : If R. O of Loadcell 1= 1,9793 mV/V then enter 019793).
The display shows CORNER.2 . Press P . Enter the rated output (in mV/V) of loadcell in corner 2.
The display shows CORNER.3 . Press P . Enter the rated output (in mV/V) of loadcell in corner 3.
The display shows CORNER.4 . Press P . Enter the rated output (in mV/V) of loadcell in corner 4.
Display shows WAIT… for about 5 sec. Then it shows weight.
Press O . Display shows CORNER. Press I . Display shows ZERO.
Press P . Enter the overall mV/V of the deadload. (Loadcell zero balance + scale deadload).
Display shows WAIT… and then it displays weight.
Press O then I .
The display shows SPAN. Press P .
The display shows C xxxxx . Enter the rated capacity of each loadcell.
The display shows WAIT… and then it displays weight.
Press O , O , I to exit .
SET UP SUBMENU
Press I to scroll through SET UP 1, SET UP 2, SET UP.
Press P to enter the display dialogue.
SET UP 1 (operational parameters of FAD)
1.c = Tilt switch 0 = NO 1 = N.C
1.t = Debounce time 0 – 9 sec
If both 1.c = 0 and 1.t = 0 the tilt function is disabled.
SET UP 2 (COMMUNICATION PARAMETERS OF FAD)
Display shows SEt UP2 . Press P to enter the dialogue.
2.b BAUD RATE 24 = 2400 baud 38 = 38.4kbaud
Use I to select 96 = 9600 baud 57 = 57.6kbaud
and P to accept 19 = 19200 baud 11 = 115kbaud
and proceed.
2.d DATA BITS & PARITY 08 = 8 data bits, no parity
Use I to select 17 = 7 data bits, Even parity
and P to accept
2.A FAD ADDRESS Use “DIGIT ENTRY” to key in the FAD network address
(65 – 127) (decimal).
DIALOGUE STORE (Save in EEPROM)
Press P to permanently save all the calibration data.
Program exits setup / calibration and reinitialises. (up to 100.000 storage cycles allowed).
The data will be stored in the FAD EEPROM.