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ZBLS-07-S
1.Summary:
ZBLS-07-S BLDC motor driver is designed by ZHIBI Technology independence which is assorted with the advanced motion control industrial. It is suitable for BLDC motor with the power below 750W. The driver adopts the latest high performance digital logic chips specialized for brushless motors, has the advantage on high integration, small volume, well protection, high reliability etc. The driver uses a new type of PWM technology that enable the motor running high speed, small vibration, low noise, good stability and high reliability.
2. Product Characteristic
1. System Characteristic:
Input Voltage: AC85~265VAC, 50/60Hz,
Continuous Output current:3.5A,
Max. peak current:7.0A
Working temp.: 0~+45°C
Storage temp.:-20~+85°C
Working & storage humidity: <85% (no frosting)
Structure: wall-mountable box type
Dimension：L165 x W67 x H102mm
2. Basic Characteristic
Cooling: Radiator
Control terminals ：Isolation
Protection：Over load, over heat, over speed, over voltage, lost voltage will cause the power abnormity.
Panel：6 digit LED display, 4 digit keypad operation
Mounting Dimension: 165x102x67mm
4. Terminal and Signal
Control Terminal
No. | Terminal Name | Description |
8 | COM | COM terminal |
7 | F/R | CW/CCW terminal |
6 | EN | Stop/Start terminal |
5 | BR | Brake terminal |
4 | SV | Analogy signal input terminal |
3 | PG | Speed output terminal |
2 | ALARM | Alarm output terminal |
1 | +5V | +5V power output terminal |
Hall Signal Terminal
No. | Name | Description |
1 | GND | Hall sensor Negative |
2 | HA | Hall sensor A phase |
3 | HB | Hall sensor B phase |
4 | HC | Hall sensor C phase |
5 | +5V | Hall sensor Positive |
Motor Connection Terminal
No. | Name | Description |
1 | U | BLDC winding U phase ( A ) |
2 | V | BLDC winding V phase ( B ) |
3 | W | BLDC winding W phase ( C ) |
4 | FG | GND |
Power connection Terminal
No. | Name | Description |
1 | L1 | 220VAC |
2 | L2 | 220VAC |
3 | FG | GND |
4 | B1 | External resistance release |
5 | B2 | External resistance release |
5. Function and Usage
Choose any of the below speed command：
Build-in potentiometer: Speed reduced while CCW potentiometer, otherwise speed increased. Set the potentiometer at minimum while use the external speed command.
External potentiometer: Connect on the GND and +5V of the drives, speed can be adjusted on external potentiometer ((10K~50K) when connect SV terminal. Input simulate voltage through other control command (e.x. PLC, SCM etc.) to SV terminal to achieve the speed adjust as well (relative GND). The range of the SV terminal is DC OV~+5V, the relevant motor speed is 0~rated speed.
External signal output circuit: Add 5V between SV and GND, speed can be adjusted by PWM control between the 1KHz~2KHz, motor speed is influenced by duty. When it can be adjust R-SV potentiometer SV digital signal value 0~1.0, At this time, by adjusting the R-SV potentiometer, SV digital signal amplitude can be 0~1.0 ratio attenuation processing. Generally, adjust R-SV to 1.0, SV input digital signal without attenuation processing.
Motor running/stop control (EN)
Control the brushless motor to run or stop by controlling the terminal “EN” and “GND” connecting. The motor will running when we connect the terminal “EN” to “GND”; when shut down, the motor will stop, and the stopping time will decided by the motor inertia and load add on the motor.
Motor rotation direction control（F/R)
Control the motor rotation direction by controlling the terminal “F/R” and “GND” connecting. When shut off terminal “F/R” to terminal “GND”, the motor will run at CW (view from motor output side), and when connect on, the motor will run at another direction. In avoid to damage the driver, please stop the motor running and then change the motor rotation direction.
Break the motor to stop(BREAK)
Motor stop can be controlled by connect BK and GND terminal. When shut off the BK and GND terminal, motor running, otherwise motor will fast stop. Motor stopping time is decided by the motor inertia and load added on the motor. If it is unnecessary to fast stop the motor, please don’t use this function since it has some electrical and mechanical impact on the motor and driver
Speed signal output(PG)
The speed pulse output port is 0C, output 30V/10mA max. You can connect with a resistance (3K ohm ~10K ohm) between signal and input power to get the pulse signal, this port will output serial pulses which has fixed extent ( it is 50uS). This output pulse from every rotation of motor is 3 x N, “N” means the total pole number of the magnet.
Alarm output
The alarm output port is 0C, output 30V/10mA max. You can connect with a resistance (3K ohm ~10K ohm) between signal and input power to get the alarm signal. When alarm, this port and the GND connecting (Low voltage), and the controller will stop working and keep in alarm status.
Driver failure
Drivers enter to protection status while inner overload or over current, drivers and motor will stop automatic, the blue led will flashed on the driver. The alarm can be released by reset the enable terminal (shut off EN and GND) or switched off. Please check the motor connection wires when failure.
1.Summary:
ZBLS-07-S BLDC motor driver is designed by ZHIBI Technology independence which is assorted with the advanced motion control industrial. It is suitable for BLDC motor with the power below 750W. The driver adopts the latest high performance digital logic chips specialized for brushless motors, has the advantage on high integration, small volume, well protection, high reliability etc. The driver uses a new type of PWM technology that enable the motor running high speed, small vibration, low noise, good stability and high reliability.
2. Product Characteristic
1. System Characteristic:
Input Voltage: AC85~265VAC, 50/60Hz,
Continuous Output current:3.5A,
Max. peak current:7.0A
Working temp.: 0~+45°C
Storage temp.:-20~+85°C
Working & storage humidity: <85% (no frosting)
Structure: wall-mountable box type
Dimension：L165 x W67 x H102mm
2. Basic Characteristic
Cooling: Radiator
Control terminals ：Isolation
Protection：Over load, over heat, over speed, over voltage, lost voltage will cause the power abnormity.
Panel：6 digit LED display, 4 digit keypad operation
Mounting Dimension: 165x102x67mm
4. Terminal and Signal
Control Terminal
No. | Terminal Name | Description |
8 | COM | COM terminal |
7 | F/R | CW/CCW terminal |
6 | EN | Stop/Start terminal |
5 | BR | Brake terminal |
4 | SV | Analogy signal input terminal |
3 | PG | Speed output terminal |
2 | ALARM | Alarm output terminal |
1 | +5V | +5V power output terminal |
Hall Signal Terminal
No. | Name | Description |
1 | GND | Hall sensor Negative |
2 | HA | Hall sensor A phase |
3 | HB | Hall sensor B phase |
4 | HC | Hall sensor C phase |
5 | +5V | Hall sensor Positive |
Motor Connection Terminal
No. | Name | Description |
1 | U | BLDC winding U phase ( A ) |
2 | V | BLDC winding V phase ( B ) |
3 | W | BLDC winding W phase ( C ) |
4 | FG | GND |
Power connection Terminal
No. | Name | Description |
1 | L1 | 220VAC |
2 | L2 | 220VAC |
3 | FG | GND |
4 | B1 | External resistance release |
5 | B2 | External resistance release |
5. Function and Usage
Choose any of the below speed command：
Build-in potentiometer: Speed reduced while CCW potentiometer, otherwise speed increased. Set the potentiometer at minimum while use the external speed command.
External potentiometer: Connect on the GND and +5V of the drives, speed can be adjusted on external potentiometer ((10K~50K) when connect SV terminal. Input simulate voltage through other control command (e.x. PLC, SCM etc.) to SV terminal to achieve the speed adjust as well (relative GND). The range of the SV terminal is DC OV~+5V, the relevant motor speed is 0~rated speed.
External signal output circuit: Add 5V between SV and GND, speed can be adjusted by PWM control between the 1KHz~2KHz, motor speed is influenced by duty. When it can be adjust R-SV potentiometer SV digital signal value 0~1.0, At this time, by adjusting the R-SV potentiometer, SV digital signal amplitude can be 0~1.0 ratio attenuation processing. Generally, adjust R-SV to 1.0, SV input digital signal without attenuation processing.
Motor running/stop control (EN)
Control the brushless motor to run or stop by controlling the terminal “EN” and “GND” connecting. The motor will running when we connect the terminal “EN” to “GND”; when shut down, the motor will stop, and the stopping time will decided by the motor inertia and load add on the motor.
Motor rotation direction control（F/R)
Control the motor rotation direction by controlling the terminal “F/R” and “GND” connecting. When shut off terminal “F/R” to terminal “GND”, the motor will run at CW (view from motor output side), and when connect on, the motor will run at another direction. In avoid to damage the driver, please stop the motor running and then change the motor rotation direction.
Break the motor to stop(BREAK)
Motor stop can be controlled by connect BK and GND terminal. When shut off the BK and GND terminal, motor running, otherwise motor will fast stop. Motor stopping time is decided by the motor inertia and load added on the motor. If it is unnecessary to fast stop the motor, please don’t use this function since it has some electrical and mechanical impact on the motor and driver
Speed signal output(PG)
The speed pulse output port is 0C, output 30V/10mA max. You can connect with a resistance (3K ohm ~10K ohm) between signal and input power to get the pulse signal, this port will output serial pulses which has fixed extent ( it is 50uS). This output pulse from every rotation of motor is 3 x N, “N” means the total pole number of the magnet.
Alarm output
The alarm output port is 0C, output 30V/10mA max. You can connect with a resistance (3K ohm ~10K ohm) between signal and input power to get the alarm signal. When alarm, this port and the GND connecting (Low voltage), and the controller will stop working and keep in alarm status.
Driver failure
Drivers enter to protection status while inner overload or over current, drivers and motor will stop automatic, the blue led will flashed on the driver. The alarm can be released by reset the enable terminal (shut off EN and GND) or switched off. Please check the motor connection wires when failure.
