abc 2000 Series User Manual page 180

code which can not be changed, only for the use of manufacturers
or monitoring) : function code parameter address label rules:
By function block number and the label for the parameter address
raprasanlalion rules . H i g h byla: FO-FF(P group),AO-AF(C
group),70-7F(D group)low byle:OO-FF
Such as:P3.12,The address is expressed as F30C; attention:
PF group:Neither read the parameters, and do not change
parameters;Group D group: only can read, do not change the
parameters.
When some parameters in inverter is in operation, do not
change;Some parameters of the inverter in any state, cannot be
changed;Change function code parameters, but also pay attention
to the range of parameters, units, and related instructions.
In addition, because !he EEPROM is stored frequently, the service
life of the block can reduce the the life of the block EPROM, so
some function code under the mode of communication, do not
need to be stored, just change the value of RAM.If it is P group of
parameters, in order to realize the function, as long as putting this
function code address high
of parameters, in order to realize the function, as long as putting
the function code the address of high A into 4 can be achieved.
Corresponding function codas are shown as the following address:
the high byte: 00 - OF (P group), 40 - 4F(group B) low byte: 00 to
FF
Such as:
Function code P3. 1 2 is not stored in the EEPROM,The address
is expressed as 030C;Function code C0-05 is not stored in the
EEPROM,The address is expressed as 4005; The address
representation can only do writing RAM,can't do reading
a.clion,whan reading.it is invalid address. For a.II the parameters, can
also use the command coda 7H to implement this function.
Slopping/starling parameters:
Parameter address
1000
1001
1002
1003
1004
1005
1006
F
into 0 can be achieved.If it is C group
Communi ca ti o n Setti n g val u e (-10000-10000 ) (deci m al
·175·
B Communication Protocol
Parameter descri p ti o n
system )
Operati n g frequency
Bus votta1:1 e
output vol t age
currant output
output power