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Multiple Application Scenarios' Drivers
start-motors
031
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ZM-BL2215F Main features
◆It can be connected with an external speed display board ZM-BL01, showing
the speed, set drive parameters;
◆ It has high speed output with the maximum speed of 10000rpm / min;
◆Speed control mode : analog quantity 0-5V
◆ It has have EN, DIR signal control side;
◆It can output tachometer pulse (optoelectronic isolation, gate output);
◆It has over-current, overvoltage, under voltage , overheating, motor stalling and other protection functions
Product Overview
ZM-BL2215F is the latest high-tech product of our company, for the field of medium power motor drive. It uses a large-scale integrated circuit to replace the original hardware, so it has higher performance of anti-jamming and fast response ability. It is suitable for all the low voltage three-phase brushless DC motors with peak current below15A and low voltage AC80V-250V(boards show AC80V-220V) ,whether the motor driver with Hall or not. It is widely used in knitting equipment, medical equipment, food packaging machinery, electric tools and a series of electrical automation control area .
Functional Overview
1.Run model: square wave, with hall sensor, open loop speed
2.Run model: square wave, with hall sensor, closed loop speed
3.Run model: square wave, without hall sensor, open loop speed
4.Run model: square wave, without hall sensor, closed loop speed
5.Run model: constant-torque device, open loop speed（Don't run for long time with overloading）
6.Run model: constant-torque device, closed loop speed(Don't run for long time with overloading)
On the basis of our upper computer software and hand debugger, all the above functions can be set by yourself
Electrical Specification:
Power supply | AC80V～220V direct current (Capacity according to motor power selection) |
The maximum input current | Not greater than15A (according to motor and rated load) |
The maximum power | The maximum is 3300W (over power motor is strictly prohibited) |
Adaptable motor | Adaptable output power ≤2200W motor |
Insulation resistance | General temperature﹥500MΩ |
Insulation strength | General temperature and pressure 0.5KV，1minitute |
Environmental Parameter
Cooling method | Natural air cooling & forced air cooling | |
Environment | Condition | Avoid dust, oil mist and corrosive gases |
Temperature | 0℃～+50℃ | |
Humidity | ﹤80%RH，no condensation, no frost | |
Vibration | 5.9m/s2 max | |
Reserved temperature | -20℃～+65℃ | |
Size | 198mmX103mmX86mm | |
Weight | About 1.5Kg | |
Terminal interface description
Function | Mark | Description |
Indicator light | POWER | If the green power indicator is lighten, it shows that power is normal. |
ALM | Red status indicator (1) The red light is off when it is normal; (2) When EN is not connected to GND1, the red light is steady on; (3) When the motor Hall is faulty, the red light flashes 1 and stops for 1s; (4) Under voltage (power supply voltage < 80V AC) when the red light blinks 2, stop for 1s; (5) When the overvoltage (supply voltage > 250V AC) occurs, the red light blinks and stops for 3 seconds. (6) When overcurrent (power current > 15A), the red light blinks 4 times and stops for 1s; (7) When the motor is blocked, the red light flashes 5 times and stops for 1s; (8) When the driver is overloaded, the red light blinks 6 times and stops for 1s; (9) When the driver is overheated, the red light blinks 7 times and stops for 1s; (10) When the driver phase current is too large, the red light blinks. Stop for 9 seconds | |
Control signal port | +5V1 | Control signal power+( inner power output ) |
VSP | External speed control signal Control way: By connecting with a potentiometer to change VSP, then it can complete 0 ~ 100% speed adjustment. The range is 0-5V | |
FG | Motor speed pulse output is measuring the frequency of this signal. Then converts it into the actual motor speed. | |
DIR | Rotary direction is controlled by high and low electrical level, motor forward: connected with GND1, motor reversal （anticlockwise） ;without GND1 or connected with +5V, motor forward (clockwise) | |
EN | Connected EN with GND1, motor can work(online status);without connected or connected with +5V1，motor can not work(offline status and the red light keep working) | |
Hall control port | +5V2 | + motor’s Hall power |
HU | Hall sensor signal U phase input | |
HV | Hall sensor signal V phase input | |
HW | Hall sensor signal W phase input | |
GND2 | The motor’s Hall power supply | |
The motor and power port | U、V、W | The motor’s three-phase output signal |
AC1，AC2 | The input power is AC80V～250V.(boards show AC80V-220V) |
Function and method
Speed mode (VSP/PWM) | 1. The external input speed: two external terminals of the external potentiometer(5K-10K) respectively connected to the driver's GND1 and +5 V1 terminal. If the regulator is connected to the VSP end, you can use an external potentiometer to adjust speed. It can also be made by the other control unit’s (such as PLC, microcontroller, etc.) input analog voltage to VSP side (relative to GND1). VSP port accepts the range of DC 0V ~ +5 V and the corresponding motor speed is 0 ~ rated speed; 2. PWM speed: the PWM’s positive end is connected to the VSP. The negative end connects with GND1. The frequency is 100Hz-100KHz, changing the duty cycle speed. |
Start/Stop signal（EN）
| By controlling high low-level of EN to control the motor’s stop and run. When EN is low level, motor run; when EN is high level or non-connect ,motor stop working, red light keep working. When control motor stop by EN port, it is nature stop, and the run regular is related with overloading inertia. Power Consumption is less than or equal to 30mA. Fault Value: short circuit with EN and GND1 |
The motor positive and negative signal（DIR） | By controlling high low-level of DIR to control the motor’s positive and reverse turn. Noticed: Swerved suddenly when motor is at high speed, to avoid the damage of motor and equipment , when DIR get the transform single , we must make motor stop running for 2s, then change the motor direction ,improve speed to the set value. |
Speed signal output （FG）
| The drive provides the motor speed pulse signal, which is positive proportion to the motor speed, pulse output way: RPUP 4.7k, open collector output 1. the motor speed (RPM) = F ÷ N× 60 F = actually measured frequency current on the FG foot by frequency table N = Pole logarithm , 2 pole motor, N = 2; 4 pole motor, N = 4 For example: the user selects a 4 pole motor. When the output FG signal is 200Hz, the motor speed = 200 ÷4× 60 = 3000 r / min. 2.optoelectronic isolation, gate output |
Connection Diagram
We have several types of drives. The power and current capacity can be selected based on the actual application scenarios of the customers. It also includes the selection of installation dimensions. For more model options, please feel free to contact us at any time.
ZM-BL2215F Main features
◆It can be connected with an external speed display board ZM-BL01, showing
the speed, set drive parameters;
◆ It has high speed output with the maximum speed of 10000rpm / min;
◆Speed control mode : analog quantity 0-5V
◆ It has have EN, DIR signal control side;
◆It can output tachometer pulse (optoelectronic isolation, gate output);
◆It has over-current, overvoltage, under voltage , overheating, motor stalling and other protection functions
Product Overview
ZM-BL2215F is the latest high-tech product of our company, for the field of medium power motor drive. It uses a large-scale integrated circuit to replace the original hardware, so it has higher performance of anti-jamming and fast response ability. It is suitable for all the low voltage three-phase brushless DC motors with peak current below15A and low voltage AC80V-250V(boards show AC80V-220V) ,whether the motor driver with Hall or not. It is widely used in knitting equipment, medical equipment, food packaging machinery, electric tools and a series of electrical automation control area .
Functional Overview
1.Run model: square wave, with hall sensor, open loop speed
2.Run model: square wave, with hall sensor, closed loop speed
3.Run model: square wave, without hall sensor, open loop speed
4.Run model: square wave, without hall sensor, closed loop speed
5.Run model: constant-torque device, open loop speed（Don't run for long time with overloading）
6.Run model: constant-torque device, closed loop speed(Don't run for long time with overloading)
On the basis of our upper computer software and hand debugger, all the above functions can be set by yourself
Electrical Specification:
Power supply | AC80V～220V direct current (Capacity according to motor power selection) |
The maximum input current | Not greater than15A (according to motor and rated load) |
The maximum power | The maximum is 3300W (over power motor is strictly prohibited) |
Adaptable motor | Adaptable output power ≤2200W motor |
Insulation resistance | General temperature﹥500MΩ |
Insulation strength | General temperature and pressure 0.5KV，1minitute |
Environmental Parameter
Cooling method | Natural air cooling & forced air cooling | |
Environment | Condition | Avoid dust, oil mist and corrosive gases |
Temperature | 0℃～+50℃ | |
Humidity | ﹤80%RH，no condensation, no frost | |
Vibration | 5.9m/s2 max | |
Reserved temperature | -20℃～+65℃ | |
Size | 198mmX103mmX86mm | |
Weight | About 1.5Kg | |
Terminal interface description
Function | Mark | Description |
Indicator light | POWER | If the green power indicator is lighten, it shows that power is normal. |
ALM | Red status indicator (1) The red light is off when it is normal; (2) When EN is not connected to GND1, the red light is steady on; (3) When the motor Hall is faulty, the red light flashes 1 and stops for 1s; (4) Under voltage (power supply voltage < 80V AC) when the red light blinks 2, stop for 1s; (5) When the overvoltage (supply voltage > 250V AC) occurs, the red light blinks and stops for 3 seconds. (6) When overcurrent (power current > 15A), the red light blinks 4 times and stops for 1s; (7) When the motor is blocked, the red light flashes 5 times and stops for 1s; (8) When the driver is overloaded, the red light blinks 6 times and stops for 1s; (9) When the driver is overheated, the red light blinks 7 times and stops for 1s; (10) When the driver phase current is too large, the red light blinks. Stop for 9 seconds | |
Control signal port | +5V1 | Control signal power+( inner power output ) |
VSP | External speed control signal Control way: By connecting with a potentiometer to change VSP, then it can complete 0 ~ 100% speed adjustment. The range is 0-5V | |
FG | Motor speed pulse output is measuring the frequency of this signal. Then converts it into the actual motor speed. | |
DIR | Rotary direction is controlled by high and low electrical level, motor forward: connected with GND1, motor reversal （anticlockwise） ;without GND1 or connected with +5V, motor forward (clockwise) | |
EN | Connected EN with GND1, motor can work(online status);without connected or connected with +5V1，motor can not work(offline status and the red light keep working) | |
Hall control port | +5V2 | + motor’s Hall power |
HU | Hall sensor signal U phase input | |
HV | Hall sensor signal V phase input | |
HW | Hall sensor signal W phase input | |
GND2 | The motor’s Hall power supply | |
The motor and power port | U、V、W | The motor’s three-phase output signal |
AC1，AC2 | The input power is AC80V～250V.(boards show AC80V-220V) |
Function and method
Speed mode (VSP/PWM) | 1. The external input speed: two external terminals of the external potentiometer(5K-10K) respectively connected to the driver's GND1 and +5 V1 terminal. If the regulator is connected to the VSP end, you can use an external potentiometer to adjust speed. It can also be made by the other control unit’s (such as PLC, microcontroller, etc.) input analog voltage to VSP side (relative to GND1). VSP port accepts the range of DC 0V ~ +5 V and the corresponding motor speed is 0 ~ rated speed; 2. PWM speed: the PWM’s positive end is connected to the VSP. The negative end connects with GND1. The frequency is 100Hz-100KHz, changing the duty cycle speed. |
Start/Stop signal（EN）
| By controlling high low-level of EN to control the motor’s stop and run. When EN is low level, motor run; when EN is high level or non-connect ,motor stop working, red light keep working. When control motor stop by EN port, it is nature stop, and the run regular is related with overloading inertia. Power Consumption is less than or equal to 30mA. Fault Value: short circuit with EN and GND1 |
The motor positive and negative signal（DIR） | By controlling high low-level of DIR to control the motor’s positive and reverse turn. Noticed: Swerved suddenly when motor is at high speed, to avoid the damage of motor and equipment , when DIR get the transform single , we must make motor stop running for 2s, then change the motor direction ,improve speed to the set value. |
Speed signal output （FG）
| The drive provides the motor speed pulse signal, which is positive proportion to the motor speed, pulse output way: RPUP 4.7k, open collector output 1. the motor speed (RPM) = F ÷ N× 60 F = actually measured frequency current on the FG foot by frequency table N = Pole logarithm , 2 pole motor, N = 2; 4 pole motor, N = 4 For example: the user selects a 4 pole motor. When the output FG signal is 200Hz, the motor speed = 200 ÷4× 60 = 3000 r / min. 2.optoelectronic isolation, gate output |
Connection Diagram
We have several types of drives. The power and current capacity can be selected based on the actual application scenarios of the customers. It also includes the selection of installation dimensions. For more model options, please feel free to contact us at any time.
