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Embedded high-performance STM32 chip, high-precision current and voltage acquisition, high-performance digital dual axis servo drive, adaptable to multiple types of motors
Embedded with high-performance STM32 chip, using mainstream ARM Cortex-M4 core, integrating DSP and FPU functions, with a maximum operating frequency of 170 MHz. Equipped with 5 12 bit ADCs and 7 12 bit DACs, it can provide high-speed parallel operation capability and mature and stable real-time control capability for servo drivers. It has the characteristics of high precision, low power consumption, high peripheral integration, large data and program storage capacity, and precise and fast A/D conversion
Based on the STM32 high-performance chip platform, each side is equipped with a motor control interface, providing digital high-precision and high-efficiency servo drive control, which can be widely used in multiple fields such as industrial automation, intelligent manufacturing, teaching and research
Can be adapted to various motor models such as Robot active wheel, servo motor, stepper motor, etc., comprehensively improving product compatibility and meeting the needs of different application scenarios
The maximum power output can reach 1800W, with a working voltage range of 24-60VDC, meeting the precise control requirements for various motor positions, speeds, and torques, ensuring that the servo drive has stable and reliable operating capabilities under various load conditions
Support vector control algorithms such as FOC and SVPWM to comprehensively improve the dynamic performance of the motor, ensuring efficient and high-precision operation of the motor under various working conditions Supports classic control modes such as torque, speed, and position, adapting to the needs of different scenarios and control accuracy applications Support the selection of different control models such as open-loop control and closed-loop control, inductive control and non inductive control, and can achieve seamless switching of models
Support high-precision sensing control based on incremental encoders, absolute value encoders, Hall sensors, digital temperature sensors, etc., to achieve sensitive sensing of motor torque, speed, position, etc. Support high-precision acquisition of two-phase current and three-phase voltage based on ADC, real-time quantification of current and voltage dynamic data, ensuring real-time dynamic response, providing real-time and accurate control information, more precise control, and more real-time response
Provide multiple safety protections such as anti reverse connection, input undervoltage and overvoltage, output short circuit and overcurrent, overload, temperature monitoring, safety isolation, LED warning lights, etc., to provide an intelligent and multi-level safety protection system for the safe and stable operation of power supply
| Basic Parameters | ||||
|---|---|---|---|---|
| Product Name | DX-03 High precision servo drive | Product Dimensions(WxDxH) | 155x97x32mm | |
| Working environment temperature | -10-50℃ | Maximum environmental humidity | 90% Rh (no condensation) | |
| Storage temperature | -10-70℃ | Usage occasions | Avoid dust, oil mist, and corrosive gases | |
| axle count | ||||
| Number of axes | Single axis, dual axis | |||
| Suitable motor type | ||||
| Adapted motor | Robot active wheel, servo motor, stepper motor | |||
| Electrical Characteristics | ||||
| Working Voltage | 24-60VDC | rated current | 15A | |
| Peak current | 30A | |||
| Main circuit control mode | ||||
| Main circuit control mode | SVPWM control | |||
| Control mode | ||||
| Bus control | CAN bus mode | |||
| Position control |
Instruction smoothing method: low-pass smoothing filtering; Smooth filtering of S-curve; Dynamic mean filtering Torque limit: Parameter setting method Feedforward compensation: parameter setting method |
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| Speed control | Instruction smoothing method: low-pass smoothing filtering; Smooth filtering of S-curve; Dynamic mean filtering | |||
| Torque control | Instruction smoothing method: low-pass smoothing filtering; Smooth filtering of S-curve; Dynamic mean filtering Speed limit: parameter setting method or analog input |
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| 混合模式控制 | 支持位置、速度、转矩任两种模式切换 | |||
| contact method | ||||
| CAN、RS485、RS232 | ||||
| function | ||||
| Anti reverse protection | Provide | Overcurrent protection | Provide | |
| Undervoltage protection | Provide | Overload protection | Provide | |
| Overvoltage protection | Provide | Security isolation protection | Provide | |
| Output short circuit protection | Provide | Temperature monitoring | Provide | |
| Warning light protection | Provided | |||
| I/O | ||||
| Digital input | 6-way optocoupler isolated input | |||
| Digital output | 6-way optocoupler isolated output | |||
| Encoder output interface | Encoder isolated single ended output | |||
| Communication interface | CAN bus control, parameter reading, modification, backup, and simple control through CAN, RS485, RS232 | |||