LENZE MCS12H35-RS0B0伺服电机 PDF资料
1.产 品 资 料 介 绍：
中文资料：
LENZE MCS12H35-RS0B0 是一款高性能的伺服电机，属于 Lenze MCS 系列（MCS为 Modular Control Servo 的缩写）。该系列伺服电机广泛应用于自动化和机械控制领域，尤其适用于需要精确控制、高动态响应的应用，如包装、机器人、材料处理等。MCS12H35-RS0B0 是该系列中的一款具体型号，具有较高的功率密度和卓越的控制性能。
主要特点
- 高动态性能：MCS12H35-RS0B0 伺服电机采用了先进的磁性设计和优化的驱动系统，具有快速的加减速特性，适合动态响应要求较高的应用。
- 紧凑设计：该电机的设计紧凑，适合空间有限的安装环境，且具有良好的散热性能。
- 高效能：该电机具有高效率，能够在降低能耗的同时提供卓越的工作性能，适应各种工业自动化应用。
- 高精度位置控制：采用闭环反馈控制系统，确保位置、速度和力矩的高精度控制，保证系统稳定运行。
- 可选编码器和反馈系统：根据不同的应用需求，可以选择不同类型的编码器，提供不同精度和功能的反馈。
- 集成驱动系统支持：与 Lenze 系列驱动系统配合使用，能够实现无缝的控制和调试，减少设备间的兼容性问题。
技术规格
- 电机类型：三相交流伺服电机
- 额定功率：具体功率值取决于型号，一般伺服电机的功率可以从几百瓦到几千瓦不等。
- 额定转速：通常在 3000 rpm 左右，根据电机的具体配置和应用场景可能有所变化。
- 额定电流：根据电机功率和设计，额定电流范围通常为几安培至十几安培不等。
- 额定扭矩：可以提供较高的输出扭矩（通常为 Nm 级别），适合用于高负载、高加速度的应用。
- 编码器类型：可选配置的编码器类型包括增量型和绝对型，以便根据不同的应用需求提供反馈精度。
- 温度范围：通常工作温度为 -10°C 到 40°C，某些型号可能具有更宽的温度适应范围。
应用领域
- 自动化生产线：适用于包装机械、装配机械、物料搬运系统等，需要精准位置控制和高动态响应的设备。
- 机器人技术：在工业机器人、协作机器人等应用中，提供精确的驱动和控制。
- 电子制造：在贴片机、激光雕刻机、CNC 机床等高精密制造设备中提供运动控制。
- 纺织行业：在纺织机械中用于织布、编织等高精度控制的应用。
- 材料处理：如提升设备、传送带和物料输送系统中的伺服驱动。
优势
- 高精度与高效率：MCS 系列伺服电机能够提供非常精确的控制，适合需要高精度、高效率的工业环境。
- 可扩展性：适配 Lenze 的其他自动化系统（如驱动、控制器等），具备良好的系统兼容性和可扩展性。
- 紧凑性：该电机设计紧凑，适用于安装空间受限的应用场景。
安装与维护
- 安装：MCS12H35-RS0B0 电机采用标准化的安装接口，通常可以直接与 Lenze 的伺服驱动器和控制系统进行连接。安装时需要确保电机与驱动器的匹配，并确保所有电气连接正确无误。
- 维护：电机的维护通常包括定期检查电机的轴承、清洁电机表面以及检查电气连接和编码器反馈系统。根据工作环境的不同，可能需要调整和校准电机的控制参数以保持最佳性能。
英文资料：
LENZE MCS12H35-RS0B0 is a high-performance servo motor belonging to the Lenze MCS series (MCS stands for Modular Control Servo). This series of servo motors is widely used in the fields of automation and mechanical control, especially for applications that require precise control and high dynamic response, such as packaging, robotics, material processing, etc. MCS12H35-RS0B0 is a specific model in this series, with high power density and excellent control performance.
main features
High dynamic performance: The MCS12H35-RS0B0 servo motor adopts advanced magnetic design and optimized drive system, with fast acceleration and deceleration characteristics, suitable for applications with high dynamic response requirements.
Compact design: The motor is designed to be compact, suitable for installation environments with limited space, and has good heat dissipation performance.
High efficiency: This motor has high efficiency and can provide excellent working performance while reducing energy consumption, adapting to various industrial automation applications.
High precision position control: Adopting a closed-loop feedback control system to ensure high-precision control of position, speed, and torque, ensuring stable operation of the system.
Optional encoders and feedback systems: Depending on different application requirements, different types of encoders can be selected to provide feedback with varying accuracy and functionality.
Integrated driver system support: When used in conjunction with Lenze series driver systems, seamless control and debugging can be achieved, reducing compatibility issues between devices.
technical specifications
Motor type: Three phase AC servo motor
Rated power: The specific power value depends on the model, and the power of a servo motor can generally range from several hundred watts to several thousand watts.
Rated speed: usually around 3000 rpm, may vary depending on the specific configuration and application scenario of the motor.
Rated current: Depending on the motor power and design, the rated current range typically ranges from a few amperes to over ten amperes.
Rated torque: It can provide high output torque (usually in Nm level), suitable for applications with high loads and high acceleration.
Encoder type: Optional encoder types include incremental and absolute to provide feedback accuracy according to different application requirements.
Temperature range: The typical operating temperature is -10 ° C to 40 ° C, and some models may have a wider temperature adaptation range.
application area
Automated production line: suitable for packaging machinery, assembly machinery, material handling systems, etc., requiring precise position control and high dynamic response equipment.
Robotics technology: provides precise driving and control in applications such as industrial robots and collaborative robots.
Electronic manufacturing: providing motion control in high-precision manufacturing equipment such as surface mount machines, laser engraving machines, and CNC machine tools.
Textile industry: applications for high-precision control in textile machinery such as weaving and weaving.
Material handling: such as servo drives in lifting equipment, conveyor belts, and material conveying systems.
advantage
High precision and high efficiency: MCS series servo motors can provide very precise control, suitable for industrial environments that require high precision and high efficiency.
Scalability: Compatible with Lenze's other automation systems (such as drivers, controllers, etc.), with good system compatibility and scalability.
Compact: This motor is designed to be compact and suitable for applications with limited installation space.
Installation and maintenance
Installation: The MCS12H35-RS0B0 motor adopts standardized installation interfaces and can usually be directly connected to Lenze's servo drives and control systems. During installation, it is necessary to ensure that the motor matches the driver and that all electrical connections are correct and error free.
Maintenance: Motor maintenance usually includes regular inspections of the motor bearings, cleaning of the motor surface, and checking of electrical connections and encoder feedback systems. Depending on the working environment, it may be necessary to adjust and calibrate the control parameters of the motor to maintain optimal performance.
2.产 品 展 示
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5.更多库存型号
| PMA44R-00100-00 | AMAT 0100-35069 | PFTL 201CE-10.0KN |
| PMA44P-00100-00 | AMAT 0100-35213 | PFTL 101AER-2.0KN |
| PMA44N-01100-00 | AMAT 0100-14003 | PFTL 301E-0.2 |
| PMA43R-10100-00 | AMAT 0100-35279 | PFTL 101AE-1.0KN |
| PMA43Q-Y0100-02 | AMAT 0100-77043 | PFTC 101X |
| PMA43Q-10100-00 | AMAT 0100-00060 | PFEA113-65 3BSE050092R65 |
| PMA43Q-00100-00 | AMAT 0100-00059 | PFTL101A-0.5KN 3BSE004166R1 |
| PMA43P-11100-00 | ANAT 0100-76091 | PFEA113 |
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