邮箱:stodcdcs@gmail.com

手机/微信/WhatsApp

+86 15270269218

stodcdcs@gmail.com

GIDDINGS & LEWIS 502-03459-00编码器

发布时间:2025-09-02人气:
  • GIDDINGS & LEWIS 502-03459-00编码器

 GIDINGS&LEWIS 502-03459-00编码器

1.产 品 资 料 介 绍:

Giddings & Lewis 502-03459-00 编码器模块产品特点

1. 高分辨率输出:精准捕捉位置与速度信号

该编码器模块具备高分辨率脉冲输出能力,可精准识别微小的位置变化与速度波动,是精密控制场景的核心优势。在工业生产中,诸多领域对位置反馈与速度控制的精度要求极高 —— 例如半导体晶圆切割设备,需将晶圆切割成微米级精度的芯片,模块的高分辨率可实时反馈切割刀具的细微位移,确保切割路径偏差控制在 0.001mm 以内;又如高精度数控机床的主轴速度控制,模块能捕捉主轴每分钟转速的微小变化(如 ±1rpm),并将信号传输至控制器,及时调整驱动参数,避免因速度波动影响加工精度。这种高分辨率特性,让模块可适配精密加工、高端装备制造等对控制精度要求严苛的领域。

2. TTL 电平信号输出:实现跨设备广泛兼容

模块输出信号采用 TTL 兼容电平(高电平典型值 5V、低电平典型值 0V),完美契合工业领域主流控制系统与驱动器的信号接收标准。在实际应用中,不同品牌、型号的控制设备(如 PLC、运动控制器)与驱动装置(如伺服驱动器、步进驱动器),大多默认支持 TTL 电平信号输入 —— 例如在自动化机械臂系统中,模块输出的 TTL 信号可直接接入 Giddings & Lewis PiC900 控制器,无需额外加装信号转换模块;同时,即便与其他品牌的伺服驱动器搭配,也能避免因电平不兼容导致的信号失真或设备损坏问题。这种 “通用型” 信号设计,大幅降低了系统集成难度,提升了模块的适配范围。

3. 多通道输出支持:满足复杂运动控制需求

模块支持 A、B 相位信号与 Z 参考信号的多通道输出,为复杂运动控制系统提供全面的信号支撑。A、B 相位信号可实现双向位置检测与速度计算 —— 例如在环形流水线的输送带控制中,通过 A、B 信号的相位差(超前或滞后 90°),控制器能判断输送带的运行方向,同时根据单位时间内的脉冲数计算运行速度,实现精准的启停与调速;Z 参考信号则可提供绝对零位参考,如在数控车床的刀架定位中,每次刀架旋转至 Z 信号触发位置时,系统可校准当前位置,避免长期运行后的累积误差。这种多通道设计,让模块可适配需要方向识别、零位校准的复杂运动场景,如机械臂搬运、精密传送等。

英文资料:

Giddings&Lewis 502-03459-00 Encoder Module Product Features

1. High resolution output: precise capture of position and velocity signals

This encoder module has high-resolution pulse output capability and can accurately identify small position changes and velocity fluctuations, which is the core advantage of precision control scenarios. In industrial production, many fields require extremely high precision for position feedback and speed control - such as semiconductor wafer cutting equipment, which needs to cut the wafer into chips with micrometer level accuracy. The high-resolution module can provide real-time feedback on the subtle displacement of the cutting tool, ensuring that the cutting path deviation is controlled within 0.001mm; For example, in the spindle speed control of high-precision CNC machine tools, the module can capture small changes in spindle speed per minute (such as ± 1rpm) and transmit the signal to the controller to adjust the driving parameters in a timely manner, avoiding the impact of speed fluctuations on machining accuracy. This high-resolution feature allows the module to adapt to fields such as precision machining and high-end equipment manufacturing that require strict control accuracy.

2. TTL level signal output: achieving wide compatibility across devices

The module output signal adopts TTL compatible levels (typical high level value of 5V, typical low level value of 0V), perfectly matching the signal reception standards of mainstream control systems and drivers in the industrial field. In practical applications, control devices of different brands and models (such as PLCs, motion controllers) and drive devices (such as servo drives, stepper drives) mostly support TTL level signal input by default. For example, in an automated robotic arm system, the TTL signal output by the module can be directly connected to the Giddings&Lewis PiC900 controller without the need for additional signal conversion modules; At the same time, even when paired with servo drives from other brands, it can avoid signal distortion or equipment damage caused by incompatible voltage levels. This "universal" signal design significantly reduces the difficulty of system integration and enhances the adaptability range of modules.

3. Multi channel output support: meets complex motion control requirements

The module supports multi-channel output of A, B phase signals and Z reference signals, providing comprehensive signal support for complex motion control systems. A. The B-phase signal can achieve bidirectional position detection and speed calculation - for example, in the conveyor belt control of a circular assembly line, the controller can determine the running direction of the conveyor belt by the phase difference (leading or lagging by 90 °) between the A and B signals, and calculate the running speed based on the number of pulses per unit time, achieving accurate start stop and speed regulation; The Z reference signal can provide an absolute zero position reference. For example, in the positioning of the tool holder in a CNC lathe, every time the tool holder rotates to the Z signal trigger position, the system can calibrate the current position to avoid cumulative errors after long-term operation. This multi-channel design allows the module to adapt to complex motion scenarios that require direction recognition and zero position calibration, such as robotic arm handling and precision transmission.

2.产      品      展      示      

giddings_lewis_encoder_output_module_502-03459-00r3.jpg

3.其他产品

IS215UCCCM04A 数字量输入模块

Teknic SST-1500-XCX 数字伺服驱动器

 97-9029-04单板计算机

4.其他英文产品

RADISYS 061-01450-0010 Network Adapter

Teknic SST-1500-XCX Digital Servo Drive

Metrix 5533-104 Sensor

PMB33F-00216-03CT 370aR43HMAA-R2-NS-VS-00
PMB33F-00216-0270AA01a-ER45GCNA-TS-NS-NV-00
PMB33F-00216-0170AA02B-EP21NRXA-LNF-NS-00
PMB33F-00216-0070FV01B-EP22NRXA-LSF-NS-02
PMB33F-00214-0370BK02B-EM21NRXB-LDN-NS-00
PMB33F-00214-0270 WB 01aP21NRXD-LNN-NS-00

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

Contact: +86 15270269218

推荐资讯

+86 15270269218