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AMAT Applied Materials 0020-40923旋转锁

发布时间:2025-09-30人气:
  • AMAT Applied Materials 0020-40923旋转锁
  • AMAT Applied Materials 0020-40923旋转锁
  • AMAT Applied Materials 0020-40923旋转锁

AMAT Applied Materials 0020-40923旋转锁

1.产 品 资 料 介 绍:

一、产品核心定位
AMAT 0020-40923 是应用材料公司专为半导体设备密封与安全控制打造的高精度机械旋转锁,属于设备腔室与模块连接的 “安全启闭枢纽”。其核心功能是通过旋转式机械结构实现制程腔室、真空阀门或传送模块的快速锁定与密封,在保障腔室内部真空环境或工艺介质隔离的同时,提供机械联锁保护,防止非授权操作导致的设备损坏或工艺中断,是半导体自动化设备中兼顾密封性与安全性的关键机械组件。
与通用工业锁具相比,该型号采用半导体级耐磨材料与精密齿合设计,可耐受洁净车间频繁启闭操作,适配刻蚀、沉积等工艺场景的高压差与腐蚀性环境,满足 24/7 连续生产的高可靠性需求。
二、关键技术参数(基于行业标准与同类产品推导)
结合 AMAT 机械组件技术规范、半导体设备锁具通用要求及旋转锁核心特性,该型号核心规格推测如下:
参数类别
规格说明
机械结构特性
采用不锈钢 316L 锁体材质,旋转角度 90°±5°,锁芯齿合精度 ≤0.02mm;支持手动 / 电动双模式操作
密封与承载性能
静态密封压力 ≥10⁻⁵ Torr(适配真空环境),动态插拔寿命 ≥10 万次;最大承载拉力 500N
控制与联锁功能
集成位置传感器(输出 NPN 信号),支持设备 PLC 联锁控制;解锁响应时间 ≤0.5s
物理与环境规格
锁体尺寸约 85×60×45mm,重量<400g;工作温度 -20-80℃,耐化学腐蚀等级 ISO 10289
防护与认证
表面钝化处理,防护等级 IP65;符合 SEMI S2/S8 半导体设备安全标准及 RoHS 环保认证
三、应用场景与适配系统
1. 核心应用领域
作为设备的 “安全密封阀”,该旋转锁主要服务于半导体制造的腔室与模块控制环节:
  • 制程腔室密封锁定:用于刻蚀机、PECVD 设备的反应腔门体锁定,通过旋转齿合结构保障腔室真空密封性,防止工艺气体泄漏或外部杂质侵入
  • 真空模块连接控制:适配晶圆传送腔与制程腔的连接端口,实现模块对接后的机械锁定,配合密封圈形成双重密封防护
  • 安全联锁保护:在设备维护门、高压模块舱体等关键位置安装,通过位置信号联锁切断设备电源,避免误操作引发安全事故

AMAT Applied Materials 0020-40923旋转锁 英文资料:

1、 Product core positioning

AMAT 0020-40923 is a high-precision mechanical rotary lock specially designed by Applied Materials for semiconductor equipment sealing and safety control. It belongs to the "safety opening and closing hub" for connecting equipment chambers and modules. Its core function is to achieve rapid locking and sealing of process chambers, vacuum valves, or transfer modules through a rotating mechanical structure. While ensuring the vacuum environment or process medium isolation inside the chamber, it provides mechanical interlocking protection to prevent equipment damage or process interruption caused by unauthorized operations. It is a key mechanical component in semiconductor automation equipment that balances sealing and safety.

Compared with general industrial locks, this model adopts semiconductor grade wear-resistant materials and precision meshing design, which can withstand frequent opening and closing operations in clean workshops, adapt to high pressure differentials and corrosive environments in etching, deposition and other process scenarios, and meet the high reliability requirements of 24/7 continuous production.

2、 Key technical parameters (derived from industry standards and similar products)

Based on the technical specifications of AMAT mechanical components, general requirements for semiconductor equipment locks, and core characteristics of rotary locks, the core specifications of this model are speculated as follows:


Parameter category

Specification Description

Mechanical structural characteristics

Made of stainless steel 316L lock body material, with a rotation angle of 90 ° ± 5 ° and a lock core tooth engagement accuracy of ≤ 0.02mm; supports manual/electric dual-mode operation

Sealing and load-bearing performance

Static sealing pressure ≥ 10 ⁻⁵ Torr (suitable for vacuum environment), dynamic insertion and removal life ≥ 100000 times; Maximum tensile strength of 500N

Control and interlocking functions

Integrated position sensor (outputting NPN signal), supporting equipment PLC interlocking control; Unlock response time ≤ 0.5s

Physical and Environmental Specifications

Lock body size is approximately 85 × 60 × 45mm, weight<400g; working temperature -20-80 ℃, chemical corrosion resistance level ISO 10289

Protection and Certification

Surface passivation treatment, protection level IP65; Compliant with SEMI S2/S8 semiconductor equipment safety standards and RoHS environmental certification


3、 Application scenarios and adaptation systems

1. Core application areas

As the "safety sealing valve" of the equipment, this rotary lock mainly serves the control of chambers and modules in semiconductor manufacturing:

Process chamber sealing locking: used for locking the reaction chamber door of etching machines and PECVD equipment, ensuring the vacuum sealing of the chamber by rotating the toothed structure to prevent process gas leakage or external impurities from entering

Vacuum module connection control: Adapt to the connection ports between the wafer transfer chamber and the process chamber to achieve mechanical locking after module docking, and form a dual sealing protection with the sealing ring

Safety interlock protection: Installed at key positions such as equipment maintenance doors and high-voltage module compartments, the power supply of the equipment is cut off through position signal interlocking to avoid safety accidents caused by misoperation

 AMAT Applied Materials 0020-40923旋转锁 产品展示      

applied_materials_0020-40923_rotation_lock_manual_indexer_amat.jpg

 产品视频

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

Contact: +86 15270269218

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