Applications manual
For AME series
6.4.6
SET_CC_FACTORY_SETTING [1Eh] [09h] [0Ah] [1Fh]
0
6.4.7
READ_CC_REFERENCE [1Eh] [09h] [1Ah] [00h]
6.4.8
SET_CC_UPPER_LIMIT [18h] [04h] [
Argument
]
Argument:115 => 11.5A
Argument value
6.4.9
READ_CC_UPPER_LIMIT_PRM [1Eh] [09h] [1Ah] [14h]
This command returns the value (argument value) set by "SET_CC_LIMIT" command.
6.4.10
SET_CC_LIMIT_FACTORY_SETTING [1Eh] [09h] [0Ah] [1Eh]
0
Power on
ー
* If the state has changed by any protection, etc., the return value will be different from the value set
by "SET_CC".
17.0A
Return value
The value of the constant current that has been stored in the non-volatile memory by
"SYS_STORE_USER_SETTING" command does not change.
This command returns the controlling value for the constant current.
Table 6.4.1
"READ_CC_REFERENCE" Operation example
(
AM06-xxxF
)
Operation
Return value
Slot1 Output
Remark
2
Send "
SET_CC"
&
"
1700"
1700
20.0A
Rated output current
1
This command restores the value of the constant current set by "SET_CC" command to
the factory default.
Example of return value
Return value:1150 => 11.50A
3
Send "
READ_CC_PRM
"
1700
17.0A
15.0A
4
Send "
READ_CC_REFERENCE
"
1700
17.0A
5
Send "
SET_CC_UPPER_LIMIT"
&
"
150"
150
6
Send "
READ_CC_PRM
"
1700
15.0A
Send "
READ_CC_REFERENCE
"
15.0A
6
1500
Return value
The upper limit of the constant current that has been stored in the non-volatile memory by
"SYS_STORE_USER_SETTING" command does not change.
This command sets the upper limit of the setting of the constant current.
The upper limit, in A, for the constant current is set to the value of "Argument/10".
When the specified value is lower than the controlling value of the constant current, the constant
current changes to the specified value.
It cannot be set to the value which exceeds the rated current.
Example of argument
Return value
This command restores the value set by "SET_CC_LIMIT" command to the factory
default.
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ver1.1E 2020.2.12