Hoyt NA5, User Manual, Page: 55 / 61

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9. EXAMPLES OF NA5 METER PROGRAMMING
Example 1. Programming of the individual characteristic
.
If we want to programme so that to the value 4.00 mA will correspond the value 0
on the display, whereas the value 100, to the value 20.00 mA, one must:

enter into the programming mode and choose the D_ P parameter
responsible for the decimal point. Set the decimal point on
00000

choose the Ind parameter and switch the individual characteristic On

choose the
I_H1
parameter and introduce the value 4.00

transit on the d_Y1 parameter and introduce the value 0

transit on the
I_H2
parameter and introduce the value 20.00

transit on the d_Y2 parameter and introduce the value 100
Example 2 Programming of an inverse individual characteristic
.
If we want to programme so that to the value 4.00 mA will correspond the value 120.5
on the display, and the value 10.8, to the value 20.00 mA, one must:

enter into the programming mode and choose the D_P parameter responsible
for the decimal point. Set the decimal point on
0000.0

choose the Ind parameter and switch the individual characteristic On

choose the I_H1 parameter and introduce the value 4.00

transit on the d_Y1 parameter and introduce the value 120.5

transit on the I_H2 parameter and introduce the value 20.00

transit on the d_Y2 parameter and introduce the value 10.8
Example 3 Programming of the alarm with hysteresis
If we want to programme the alarm 1 operation so that at the value 850

C, this
alarm will be switched on, whereas it will be switched off at the value 100

C, and
the alarm 2 operation so that at the value 1000

C this alarm will be switched off
and switched on at the value -199

C, one must:

enter into the programming mode, choose the PrL parameter of the alarm 1
and introduce the value 100

transit on the PrH parameter of the alarm 1 and introduce the value 850

transit on the tYPA parameter of the alarm 1 and choose select the function
assigned as nor

enter into the programming mode and choose the PrL parameter of the
alarm 2 and introduce the value 1000

transit on the PrH parameter of the alarm 2 and introduce the value -199

transit on the tYPA parameter of the alarm 2 and select the function nor