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7
th
byte The highest byte of max power value
8
th
to 25
th
byte System reserve
26
th
byte Sum code
NOTE
Represent power by 4 bytes of Hex. Lower bytes are in the front location, higher bytes are in the later location. For
example :power is
200.000W，
Hex is
0X00030d40，
4th byte is
0X40，
5th byte is
0X0d，
6th byte is 0X03
，
7th byte is
0X00。
10. Setting / Reading CR mode resistance value
（
（（
（
30H/31H
）
））
）
1
st
byte Start bit ( AAH )
2
nd
byte Address (0—0XFE)
3
rd
byte
Command
（
30H/31H
）
4
th
byte The lowest byte of resistance value.
5
th
byte The lower byte of resistance value.
6
th
byte The higher byte of resistance value.
7
th
byte The highest byte of resistance value.
8
th
to 25
th
byte System reserve
26
th
byte Sum code
NOTE
Represent resistance value by 4 bytes of Hex. Lower bytes are in the front location, higher bytes are in the later
location. If resistance value is
200.000R，
Hex code is
0X00030d40，
4TH byte is
0X40，
5TH byte is
0X0d，
6th byte is
0X03
，
7th byte is
0X00。
11. Setting /Reading CC mode transient current and timer parameter.
（
（（
（
32H/33H
）
））
）
1
st
byte Start bit ( AAH )
2
nd
byte Address (0—0XFE)
3
rd
byte
Command
（
32H/33H
）
From 4
th
byte to 7
th
byte Setting value of current A (Lower bytes are in the front location, higher bytes are in the
later location.)
From 8
th
byte to 9
th
byte. Time value of timer A ((Lower bytes are in the front location, higher bytes are in the later
location) (1 represent 0.1mS)
From 10
th
to 13
th
byte Setting value of current B (Lower bytes are in the front location, higher bytes are in the
later location)
From 14
th
to 15
th
byte Time value of timer B (Lower bytes are in the front location, higher bytes are in the later
location) (1 represent 0.1mS)
16
th
byte Transition operation mode (0 is CONTINUES, 1 is PULSE, 2 is TOGGLED)
From 17
th
to 25
th
byte System reserve