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DS556 is a new two-phase digital step drive with serial port debugging function launched by GET Technology Co., Ltd. It adopts the latest 32-bit DSP control technology and integrates MODBUS-RTU standard protocol specifications.
Application Industry: laser marking machine, wire harness processing equipment, automatic soldering machine, dispensing machine, advertising equipment, and medical devices.
DS556
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Product Description
DS556 Digital two-phase step drive
Product profile
Ⅰ. summary
DS556 is a new two-phase digital step drive with serial port debugging function launched by GET Technology Co., Ltd. It adopts the latest 32-bit DSP control technology and integrates MODBUS-RTU standard protocol specifications. Users can set multiple parameters such as 200-40000 through the upper computer debugging software, which greatly enriches the practical functions of the product and can meet the application needs in most occasions.
The DS556 drive adopts the control principle of servo, and integrates vector control technology, built-in differential technology and adaptive filtering technology, which greatly optimizes the performance of the step motor, with low, high speed and stable operation and small noise.Accurate and smooth pure string current vector control technology effectively reduces the motor heating.
The DS556 drive drive voltage ranges from D C 20 to 50 V with a two-phase hybrid stepping motor with a peak current below 5.6A with an external diameter of 42 to 86 m m.
2. characteristic
● with serial port debugging function The ● external dial code selects the drive working mode
● New 32-bit DSP technology ● is small and easy to install
The ● can drive the 4-, 6-, and 8-line two-phase stepping motors ● -light isolated differential signal input
● built-in differential fine ● pulse response frequency of up to 200KHz (higher adjustable)
● subdivision set range of 200-40000 The ● current is easy to set and can be set anywhere between the 0.1-5.6A s
● precision current control makes the motor heat greatly reduce ● low vibration and low noise
● has the protection functions such as overpressure, underpressure and overcurrent
3. application area
Suitable for a variety of small and medium-sized automation equipment and instruments, such as: engraving machine, marking machine, cutter, plotter, CNC machine tools, automatic assembly equipment, etc.In the user expects small noise, high speed device application effect is particularly good.
II. Electrical, mechanical and environmental indicators
1. Electrical indicators
explain | DS556 | |||
least value | representative value | crest value | unit | |
output | 1.4 | - | 5.6 | A |
Enter the power voltage | 20 | 36 | 50 | VDC |
Control the signal input current | 7 | 10 | 16 | mA |
Step-in pulse frequency | 0 | - | 200 | KHz |
insulation resistance | 50 | MΩ | ||
2. Use the environment and the parameters
cooling-down method | Natural cooling, fan heat dissipation | |
service environment | occasion | Can not be placed next to other heating equipment, to avoid dust, oil fog, corrosive gas, humidity is too large and strong vibration places, prohibit combustible gas and conductive dust |
temperature | 0——50℃ | |
humidity | 40—90%RH | |
vibrate | 10~55Hz/0.15mm | |
Save the temperature | -20℃~65℃ | |
3. Mechanical installation diagram
Figure 1 Installation dimension diagram (unit: mm)
It is recommended to use side installation, better heat dissipation effect, when the design and installation size, pay attention to the terminal size and wiring!
4. Strengthen heat dissipation
1）The reliable operating temperature of the drive is usually within 50℃ and the motor is within 80℃;
2）It is recommended to choose the automatic half-flow mode, that is, when the motor stops, the current automatically reduces by half, to reduce the heat of the motor and the drive;
3）When installing the drive, use the side installation and form strong air convection on the drive bottom; if necessary, install the fan near the drive to form air convection, assist the drive heat dissipation, and ensure that the drive works within a reliable operating temperature range.
III. Introduction of drive interface and wiring
1. Interface description
1）Control signal interface
name | function |
P LS + | Pulse control signal: + 5V- + 24V can be driven, the rise line is effective, whenever the pulse, the motor steps from high to low.For a reliable response to the pulse signal, the pulse width should be more than 2s. |
P LS - | |
DIR+ | Direction control signal: + 5V- + 24V can be driven, high / low level signal.To ensure reliable direction of the motor, the direction signal shall be established before the pulse signal for at least 5s.The initial operation direction of the motor is related to the motor wiring, and any interphase winding (e. g., A +, A-exchange) can change the initial operation direction of the motor. |
DIR- | |
ENA+ | Enable control signal: + 5V- + 24V can be driven, high / low level signal.To enable or prohibit motor operation.When ENA + to + 5V and ENA-to low level, the drive will cut off the current of each phase of the motor leaving the motor in a free state when the step pulse is not responsive.When this function is not required, the enabling signal end can be suspended. |
ENA- |
2）Output signal interface
name | function |
ALM+ | Alarm signal output: when overcurrent, overpressure and underpressure alarm occurs, the alarm signal output is effective; ALM + connect to pull resistance to output power source positive pole, ALM-connect to signal input of controller; maximum drive current is 50mA. |
ALM- |
3）Strong electric interface
name | function |
GND | DC power supply ground |
+V DC | Power supply cathode, range: DC 20~50V, recommended + 36V |
A+、A- | Motor A phase coil |
B+、B- | Motor B phase coil |
4）232 communication interface
The serial port communication interface driven by DS556 adopts RJ12 terminal, which can be connected to PC through USB to TTL serial port conversion tool. Live plug is prohibited!At the PC end, the customer can set the required parameters, such as current, subdivision, working mode, etc., depending on the upper computer software interface.
Terminal number | symbol | name | explain |
1 | GND | RS232 Communication | 0V |
2 | T X D | RS232 transmitting terminal | |
3 | NC | ||
4 | R X D | RS232 receiving end | |
5 | NC | ||
6 | NC |
▶ Note: The cables connected by the DS556 to the PC must be confirmed before use as special cables (randomly attached according to the user situation) to avoid damage.
5）Status indication
The green LED is the power indicator and the LED is on when the drive is on and the LED goes off when the drive is off.
The red LED is the fault indicator, which flashes for 3 seconds when the fault is eliminated by the user, the red LED is often out.Red LED flashes in 3 seconds represent different fault information, as shown in the following table:
order number | The number of flashing times | Red LED flashing waveform | Troubleshooting |
1 | 1 |
| Overcurrent, alternate short circuit, or bad contact fault |
2 | 2 |
| Overvoltage fault (voltage> DC 50V) |
3 | 3 |
| Undervoltage fault (voltage <DC20V) |
4 | 5 |
| Motor open circuit (phase missing) |
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FAQ
A stepper motor driver is a device that controls the operations of a stepper motor, a type of motor that moves in discrete steps.
A stepper motor driver controls the current sent to the stepper motor, enabling it to move in precise, controlled increments.
Stepper motor drivers are commonly used in machines that require precise movements, such as 3D printers, CNC machines, and robotic arms.
Consider factors such as the voltage and current requirements of your stepper motor, the driver's compatibility with your system, and the features you need, such as microstepping.
Microstepping is a method of controlling stepper motors where the motor's steps are divided into smaller increments. This results in smoother, more precise motor control.
Unipolar drivers can control motors with one winding per phase, while bipolar drivers can control motors with one or two windings per phase. Bipolar drivers typically offer better torque.
No, the driver must be compatible with the specifications of the motor, including its voltage and current requirements.
The motor may not operate correctly or at all. Over time, it may damage both the motor and the driver.
Stepper motors can get hot during operation due to the current flowing through their windings. If your motor is getting excessively hot, it may be due to overcurrent or a mismatch with the driver.
Yes, by adjusting the rate at which steps are sent to the motor, a stepper motor driver can control the speed of the motor.
Torque is the force that a stepper motor can exert. It's controlled by the current supplied by the driver.
This depends on the specifics of your system and the driver. Always refer to the manufacturer's instructions.
Start by checking the connections and settings. If the driver is still not working, refer to the manufacturer's troubleshooting guide or contact their support.
Yes, a stepper motor can run continuously, but keep in mind that it may get hot and require cooling.
This depends on factors like the quality of the driver, how hard it's being driven, and the conditions it's used in. A well-maintained driver can last for many years.
Check the specifications of the driver. Most are designed to operate within a certain temperature range. If the environment exceeds this range, the driver may not function properly or could be damaged.
