CARLO GAVAZZI RSGD, Руководство пользователя, Страница: 46 / 52

46
Code E F G H I E
Format LSB3 MSB3
Bits 32 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47
Code Variable Conversion Statement Comments
E
Current
Balancing
Setting
- Convert MSB3 to binary, bitwise-AND by
0b00001111 and store the result in variable
𝑥
- Convert
𝑥
to decimal, multiply by 256 and store
the result in variable
𝑦
- Convert LSB3 to decimal and store the result in
variable
𝑧
- Conversion result =
𝑦
+
𝑧
Scaling Factor: +32423
F Spare N/A N/A
G
Alarm Reset
Mode
- Convert MSB3 to binary, bitwise-AND by
0b01000000 and store the result in variable
𝑥
- Right arithmetic shift
𝑥
by 6 and store the result in
variable
𝑦
- Convert
𝑦
to decimal and store the result in
variable
𝑧
- Conversion result =
𝑧
Value Mode
0 Auto alarm reset
1 Manual alarm reset
H
Phase
Sequence
Alarm Mode
- Convert MSB3 to binary, bitwise-AND by
0b00100000 and store the result in variable
𝑥
- Right arithmetic shift
𝑥
by 5 and store the result in
variable
𝑦
- Convert
𝑦
to decimal and store the result in
variable
𝑧
- Conversion result =
𝑧
Value Mode
0 Enable
1 Disable
I
Motor
Overload
Alarm Mode
- Convert MSB3 to binary, bitwise-AND by
0b00010000 and store the result in variable
𝑥
- Right arithmetic shift
𝑥
by 4 and store the result in
variable
𝑦
- Convert
𝑦
to decimal and store the result in
variable
𝑧
- Conversion result =
𝑧
Value Mode
0 Enable
1 Disable
Code J K L
Format LSB4 MSB4
Bits 48 49 50 51 52 53 54 55 56 57 58 59 60 61 62 63
Code Variable Conversion Statement Comments
J
Current Limit
Setpoint
- Convert LSB4 to binary, left arithmetic shift by 2
and store the result in variable
𝑥
- Convert MSB4 to binary, right arithmetic shift by
6 and store the result in variable
𝑦
- Convert (
𝑥
+
𝑦
) to decimal and store the result in
variable
𝑧
- Conversion result =
𝑧
N/A
4
b
yt
es
5
b
yt
es
6
b
yt
es
6
b
yt
es
7
b
yt
es
8
b
yt
es