CONVERTEAM P110-6052 是一款高级精密控制器，专为工业自动化系统设计，具备高性能、低功耗、高可靠性和丰富的功能特性。

一、核心功能

1. 高性能处理
   • 采用先进架构和高速运算能力，可快速处理复杂控制任务，适用于高精度、高响应速度的工业场景。
2. 低功耗设计
   • 延长设备运行时间，减少能源消耗，降低长期使用成本。
3. 实时控制与监测
   • 支持实时时钟（RTC）和看门狗定时器，确保系统稳定运行，自动检测故障并重启，避免停机。
4. 精确控制能力
   • 提供脉冲宽度调制（PWM）输出，可精准控制电机电流与功率，适用于需要微米级定位的精密加工（如位置控制精度达±0.1μm，速度控制精度±0.01%）。

二、技术参数

• 接口与扩展性
  • 提供多种通信接口（如EtherCAT、CANopen）和外设接口，支持与外部设备无缝数据交换。
  • 模块化设计，支持快速拆卸与替换，便于维护升级。
• 环境适应性
  • 工作温度范围：-20℃至60℃，适应极端工业环境。
  • 防护等级：IP20（防尘设计，适用于室内干燥环境）。
• 电气参数
  • 额定功率：2.2kW
  • 电压范围：400VAC（三相交流电）
  • 额定电流：5.5A
  • 转速：2000RPM

三、应用场景

1. 工业自动化
   • 数控机床、包装机械、装配线等高精度设备，提升生产效率和精度。
2. 机器人控制
   • 关节驱动、轨迹规划、力反馈系统，实现0.1mm级焊接路径控制（如汽车制造中的焊接机器人）。
3. 新能源领域
   • 风力发电变桨控制、太阳能跟踪系统，优化能源转换效率。
4. 测试与测量
   • 材料试验机、动态仿真平台，支持高精度数据采集与分析。
5. 半导体生产
   • 晶圆搬运机械臂，确保±0.5μm定位精度。
6. 物流分拣
   • 驱动高速输送带电机，支持动态变速与急停响应。

四、优势特点

1. 高可靠性
   • 采用工业级元件和冗余设计（如多模块并联支持），适应恶劣环境，减少故障率。
2. 节能高效
   • 低功耗设计结合高效功率转换技术，典型应用场景下可节能15%-20%。
3. 易于集成与维护
   • 模块化结构支持即插即用，可无缝集成至现有系统（如PLC、工业机器人），降低开发成本。
4. 可扩展性
   • 支持多台P110-6052同步运行，扩展系统规模，满足大规模控制需求。

五、对比与推荐

• 与P111-6052驱动器模块的关系
  • P110-6052更侧重于精密控制与通信功能，而P111-6052为驱动器模块，专注于电机驱动与功率转换。两者可协同工作，构建完整自动化系统。
• 推荐场景
  • 若需高精度定位、实时监控或复杂通信协议支持，优先选择P110-6052；若需直接驱动电机，则选择P111-6052。

CONVERTEAM P110-6052 is an advanced precision controller designed specifically for industrial automation systems, featuring high performance, low power consumption, high reliability, and rich functional features.

1、 Core functions

High performance processing

Adopting advanced architecture and high-speed computing capabilities, it can quickly handle complex control tasks and is suitable for industrial scenarios with high precision and high response speed.

low-power design

Extend equipment operation time, reduce energy consumption, and lower long-term usage costs.

Real time control and monitoring

Support real-time clock (RTC) and watchdog timer to ensure stable system operation, automatically detect faults and restart, and avoid downtime.

Accurate control capability

Provide pulse width modulation (PWM) output, which can accurately control motor current and power, suitable for precision machining that requires micrometer level positioning (such as position control accuracy of ± 0.1 μ m, speed control accuracy of ± 0.01%).

2、 Technical parameters

Interface and Scalability

Provide multiple communication interfaces (such as EtherCAT, CANopen) and peripheral interfaces, supporting seamless data exchange with external devices.

Modular design, supporting quick disassembly and replacement, easy to maintain and upgrade.

environmental adaptability

Working temperature range: -20 ℃ to 60 ℃, suitable for extreme industrial environments.

Protection level: IP20 (dustproof design, suitable for indoor dry environments).

Electrical parameters

Rated power: 2.2kW

Voltage range: 400VAC (three-phase AC)

Rated current: 5.5A

Speed: 2000RPM

3、 Application scenarios

Industrial Automation

High precision equipment such as CNC machine tools, packaging machinery, assembly lines, etc., improve production efficiency and accuracy.

Robot control

Joint drive, trajectory planning, force feedback system, achieving 0.1mm welding path control (such as welding robots in automotive manufacturing).

new energy sector

Wind power variable pitch control and solar tracking system optimize energy conversion efficiency.

Testing and Measurement

Material testing machine, dynamic simulation platform, supporting high-precision data acquisition and analysis.

Semiconductor production

The wafer handling robotic arm ensures a positioning accuracy of ± 0.5 μ m.

Logistics sorting

Drive high-speed conveyor belt motor, supporting dynamic speed change and emergency stop response.

4、 Advantages and Characteristics

high reliability

Adopting industrial grade components and redundant design (such as multi module parallel support) to adapt to harsh environments and reduce failure rates.

Energy-efficient

Low power design combined with efficient power conversion technology can save energy by 15% -20% in typical application scenarios.

Easy to integrate and maintain

The modular structure supports plug and play and can be seamlessly integrated into existing systems such as PLCs and industrial robots, reducing development costs.

scalability

Support synchronous operation of multiple P110-6052, expand system scale, and meet large-scale control requirements.

5、 Comparison and Recommendation

Relationship with P111-6052 driver module

P110-6052 focuses more on precision control and communication functions, while P111-6052 is a driver module that focuses on motor drive and power conversion. The two can work together to build a complete automation system.

recommended scenarios

If high-precision positioning, real-time monitoring, or support for complex communication protocols are required, P110-6052 is preferred; If you need to directly drive the motor, ｓｅｌｅｃｔ P111-6052.