19
for quantifying is fixed at 1000.
Such as accessing to M1 of maximum speed
* Send: 1,GVM,1\r\n
* Returns: (the maximum speed of the motor, the road)
3.17 Set synchronous speed (ID,SVS,*,*****\r\n)
Synchronous speed refers to the speed once you have set, the drive will immediately regulate motor
speed according to the parameters, aware that synchronous speed should not exceed the maximum
speed, otherwise the drive will not respond to this command.
For example, to set the synchronous speed of the M1 to 100r/min
* Send: 1,SVS,1,100\r\n
* Returns: none
3.18 Set asynchronous speed (ID,SVR,*,*****\r\n)
Synchronous speed refers to the speed once you have set, the drive will Not immediately regulate
motor speed according to the parameters, only when it receives command-Perform asynchronous
speed before it can take effect. If you need to control two motors simultaneously, by setting motor
speed to each motor asynchronously, and then send by radio to perform asynchronous speed
command.
For example, to set the asynchronous rotational speed M1 to 100r/min
* Send: 1,SVR,1,100\r\n
* Returns: none
3.19 Perform asynchronous speed (ID,AVR,*,#\r\n)
The directive should perform with "set asynchronous speed" instruction to realize strict
synchronization of multiple motors. The two parameters which are not corresponding to the
mentioned above corresponding to the M1,M2 (1, 2), both values can only be 0 or 1, 0 signifies that
the motor is not performing an asynchronous speed, 1 indicates that the road to perform
asynchronous speed. *- the parameter to M1,#- the parameter to M2.
For example, performing asynchronous speed to M1, M2 does not perform asynchronous speed
* Send: 1,AVR,1,0\r\n
* Returns: none
3.20 Get Acceleration (ID,GACC,*\r\n)
In a closed-loop control mode, acceleration is r/min/s; in open-loop mode, is a quantitative parameter,
no matter the open-loop or closed-loop control, acceleration acts on motor speed. To this drive, when
speed’s absolute value increased or the speed is in opposite direction, the absolute value of the rate of