Shenzhen Motion Control Technology Co. Ltd. MCT8000CN Manual De Usuario
FCC ID: PBM-MCT8000CN
29
DC Brushless
Servo
Amplifier
DC
Brushless
Sero Motor
Brushless
Sero Motor
REF+
P2
1 2
3
4
5
6
P3_0
6PIN
6PIN
MCT8000-I/O
J2
J2
J1
J1
MCT8000
Motherboard
Motherboard
ISA/PCI Bus or USB Port
DAC0
B G N D
MOTOR PHASE A
MOTOR PHASE B
MOTOR PHASE C
ADC0
POWER GND
D
O
W
E
R
I
N
U
ADC1
D O 8
D I 8
INHIBIT IN
FAULT OUT
P1
HALL
SENSOR
HALL 1
HALL 2
HALL 3
Encoder
CURRENT MONITOR
VELOCITY MONITOR
B+
GND
A+
REF-
Figureb.3 Control of Standard DC Brushless Servo Motors
Example
4 Stepper motor with step and direction signals
Figure b.4 shows an example using a MCT8000 controller to control a stepper motor. In this example,
a servo amplifier is used to drive the DC servo motor. A MCT8000 controller board and a MCT8000
I/O interface board are used to generate control signals to the amplifier. In this case, only three digital
output bits DO8 through DO10 are used. A MCT8000 controller board can control up to 13 axes of this
kind of motor at one time.
a servo amplifier is used to drive the DC servo motor. A MCT8000 controller board and a MCT8000
I/O interface board are used to generate control signals to the amplifier. In this case, only three digital
output bits DO8 through DO10 are used. A MCT8000 controller board can control up to 13 axes of this
kind of motor at one time.
Stepper
Ampifier
Stepper
Motor
EN
Pul
DIR
P1
MCT8000-I/O
J2
J2
J1
J1
MCT8000
Motherboard
Motherboard
ISA/PCI/USB
DO8
DO9
DO10
A+
A-
B+
B-
Figure b.4 Control of Stepper Motors
Index