GIDINGS&LEWIS 502-03679-02编码器模块

 GIDINGS&LEWIS 502-03679-02编码器模块

1.产 品 资 料 介 绍：

产品基础特性

1. 信号转换机制：该编码器模块运用先进的传感技术，能够敏锐感知设备运行过程中的位置、速度等物理量变化。例如在电机旋转场景中，其内置的敏感元件可根据电机转轴的转动，将机械位移量转化为电脉冲信号。在数控机床的坐标轴移动监测中，能实时把坐标轴的直线位移转化为精确的电信号输出，为控制系统反馈设备的实时运行状态。
2. 编码类型：采用 [具体编码类型，如增量式编码或绝对式编码]。若是增量式编码，在设备运转时，每产生一定的位移或转动角度，模块便会输出特定数量的脉冲信号，通过对脉冲数量的统计，系统可精准计算出设备的运行距离或转动角度。在自动化生产线的输送带长度监测上，就能凭借增量式编码准确统计输送带的运行长度。若为绝对式编码，模块则会依据设备所处的不同位置，输出唯一对应的编码值，无论设备是初次启动还是运行过程中突然断电重启，都能迅速确定设备的准确位置，这在对位置精度要求极高的航空航天零部件加工设备中尤为重要。
3. 电气参数适配性：具备良好的电气参数兼容性，其工作电压范围设计合理，能够适配多种常见的工业电源，例如可在 [具体电压范围，如 12V - 24V] 的直流电源下稳定工作，降低了在不同工业环境中因电源差异带来的适配难度。同时，它对电流的承载能力也经过精心考量，可承受 [具体电流值] 的工作电流，保障在复杂负载情况下的稳定运行。在驱动大型机械设备的电机编码器场景中，能有效应对启动瞬间的大电流冲击，确保模块自身以及所连接设备的正常运转。

性能优势展现

1. 高分辨率与高精度：分辨率极高，可精确到 [具体分辨率数值，如每转 1024 个脉冲或更高]。这意味着在设备运行过程中，能捕捉到极为细微的位置变化。以精密磨床为例，在磨削加工时，编码器模块可精确监测砂轮的转动角度和工作台的移动距离，确保磨削精度达到微米级，有效提升产品的表面质量和尺寸精度。高精度的特性使得它在对精度要求严苛的行业，如半导体制造、医疗器械生产等，成为不可或缺的关键组件。在半导体芯片制造过程中的光刻环节，可精确控制光刻机工作台的移动位置，保证光刻图案的准确性，提高芯片制造的良品率。

英文资料：

The GIDDINGS&LEWIS 502-03679-02 encoder module plays a key role in the field of industrial automation, accurately converting various physical quantities into electrical signals that are easy for the system to process, laying the foundation for precise control and stable operation of equipment.

Product basic characteristics

Signal conversion mechanism: This encoder module utilizes advanced sensing technology to keenly perceive changes in physical quantities such as position and speed during device operation. For example, in the scenario of motor rotation, its built-in sensitive components can convert mechanical displacement into electrical pulse signals based on the rotation of the motor shaft. In the coordinate axis movement monitoring of CNC machine tools, the linear displacement of the coordinate axis can be converted into accurate electrical signal output in real time, providing feedback on the real-time operating status of the equipment for the control system.

Encoding type: Adopt [specific encoding type, such as incremental encoding or absolute encoding]. If incremental coding is used, the module will output a specific number of pulse signals for each displacement or rotation angle generated during equipment operation. By counting the number of pulses, the system can accurately calculate the operating distance or rotation angle of the equipment. In the monitoring of conveyor belt length on automated production lines, the running length of the conveyor belt can be accurately calculated by incremental coding. If it is an absolute encoding, the module will output a unique corresponding encoding value based on the different positions of the equipment. Whether the equipment is first started or suddenly powered off and restarted during operation, the accurate position of the equipment can be quickly determined. This is particularly important in aerospace component processing equipment that requires extremely high position accuracy.

Electrical parameter adaptability: It has good electrical parameter compatibility, a reasonable design of its working voltage range, and can adapt to various common industrial power sources. For example, it can work stably under a specific voltage range, such as 12V-24V DC power supply, reducing the difficulty of adaptation caused by power differences in different industrial environments. At the same time, its current carrying capacity has been carefully considered, and it can withstand the working current of [specific current value], ensuring stable operation under complex load conditions. In the scenario of driving large mechanical equipment with motor encoders, it can effectively cope with the high current impact at the moment of startup, ensuring the normal operation of the module itself and the connected equipment.

Performance advantage display

High resolution and high precision: The resolution is extremely high and can be precise to [specific resolution values, such as 1024 pulses per revolution or higher]. This means that extremely subtle positional changes can be captured during device operation. Taking precision grinding machines as an example, the encoder module can accurately monitor the rotation angle of the grinding wheel and the movement distance of the worktable during grinding, ensuring that the grinding accuracy reaches the micrometer level and effectively improving the surface quality and dimensional accuracy of the product. The high precision characteristic makes it an indispensable key component in industries that require strict precision, such as semiconductor manufacturing and medical device production. In the photolithography process of semiconductor chip manufacturing, the movement position of the lithography machine worktable can be precisely controlled to ensure the accuracy of the lithography pattern and improve the yield of chip manufacturing.

 2.产      品      展      示      

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4.其他英文产品

TEL Tokyo Electron 073-000123-1 Controller

Novellus Systems 03-056746-00 Controller

KLA Tencor 710-450320-00 Controller

The content is from Ruichang Mingsheng Automation Equipment Co., LTD

Contact: +86 15270269218