ABB PFEA113-65 3BSE050092R65 ABB

抗干扰设计:具备强电磁干扰防护能力,适用于高温高压等恶劣工业环境,支持长时间连续运行且维护成本低。

模块化扩展:提供双扩展端口,支持PLC网络和现场总线接口扩展,可无缝集成到现有工业自动化系统中。

应用场景

印刷包装行业:控制纸张、薄膜等卷材张力,避免印刷断线、包装材料褶皱等问题,提升产品质量。

纺织行业:稳定纱线或织物张力,优化纺织机械的生产效率和成品率。

金属加工领域:精确控制金属带或线材张力,保障加工过程的稳定性和精度。

电缆制造:确保电缆线在拉伸和挤压过程中的张力均匀性,提升电缆产品质量。

纸张纸板生产:维持纸张卷材的平整度,减少生产过程中的张力波动。

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描述

ABB PFEA113-65 3BSE050092R65是一款张力控制器,用于控制卷材或连续材料在生产加工过程中的张力,具有高精度、高可靠性、灵活配置和易于集成等特点,广泛应用于印刷、包装、纺织、金属加工、电缆制造、纸张纸板生产等行业。

产品功能

张力控制核心:作为张力控制系统的关键设备,通过实时监测和调节卷材张力,确保生产过程中材料张力的稳定性。

闭环控制机制:由张力传感器、控制系统和执行器组成闭环控制链路,传感器实时测量张力并转换为电信号,控制系统通过算法计算并输出控制指令,执行器(如电机或气缸)根据指令动态调整张力。

技术特性

高精度控制:采用先进控制算法和精密测量技术,支持多级张力参数配置,动态响应速度快,可快速适应材料张力变化并保持恒定控制。

抗干扰设计:具备强电磁干扰防护能力,适用于高温高压等恶劣工业环境,支持长时间连续运行且维护成本低。

模块化扩展:提供双扩展端口,支持PLC网络和现场总线接口扩展,可无缝集成到现有工业自动化系统中。

应用场景

印刷包装行业:控制纸张、薄膜等卷材张力,避免印刷断线、包装材料褶皱等问题,提升产品质量。

纺织行业:稳定纱线或织物张力,优化纺织机械的生产效率和成品率。

金属加工领域:精确控制金属带或线材张力,保障加工过程的稳定性和精度。

电缆制造:确保电缆线在拉伸和挤压过程中的张力均匀性,提升电缆产品质量。

纸张纸板生产:维持纸张卷材的平整度,减少生产过程中的张力波动。

性能优势

工业级可靠性:经过严格测试验证,具备高稳定性和长寿命设计,满足工业生产对设备可靠性的严苛要求。

智能化配置:支持多场景参数预设,用户可根据不同工艺需求快速切换控制模式,提升生产灵活性。

兼容性设计:可与主流工业控制系统无缝对接,降低系统集成成本,缩短项目实施周期。

ABB PFEA113-65 3BSE050092R65 is a tension controller used to control the tension of coils or continuous materials during production and processing.It has the characteristics of high precision,high reliability,flexible configuration and easy integration.It is widely used in printing,packaging,textile,metal processing,cable manufacturing,paper and cardboard production and other industries.

Product function

Tension control core:As a key device of the tension control system,it ensures the stability of material tension during production by real-time monitoring and adjustment of coil tension.

Closed-loop control mechanism:The closed-loop control link is composed of tension sensor,control system and actuator.The sensor measures the tension in real time and converts it into an electrical signal.The control system calculates and outputs control instructions through algorithms,and the actuator(such as a motor or cylinder)dynamically adjusts the tension according to the instructions.

Technical characteristics

High-precision control:It adopts advanced control algorithms and precision measurement technology,supports multi-level tension parameter configuration,has fast dynamic response speed,can quickly adapt to material tension changes and maintain constant control.

Anti-interference design:It has strong electromagnetic interference protection capabilities,is suitable for harsh industrial environments such as high temperature and high pressure,supports long-term continuous operation and has low maintenance costs.

Modular expansion:Provides dual expansion ports,supports PLC network and fieldbus interface expansion,and can be seamlessly integrated into existing industrial automation systems.

Application scenarios

Printing and packaging industry:Control the tension of paper,film and other coils to avoid problems such as printing line breakage and packaging material wrinkles,and improve product quality.

Textile industry:Stabilize the tension of yarn or fabric,optimize the production efficiency and yield of textile machinery.

Metal processing field:Accurately control the tension of metal strips or wires to ensure the stability and accuracy of the processing process.

Cable manufacturing:Ensure the uniformity of cable tension during stretching and extrusion to improve the quality of cable products.

Paper and cardboard production:Maintain the flatness of paper coils and reduce tension fluctuations during production.

Performance advantages

Industrial-grade reliability:After rigorous testing and verification,it has high stability and long-life design to meet the stringent requirements of industrial production for equipment reliability.

Intelligent configuration:Supports multi-scenario parameter presets,and users can quickly switch control modes according to different process requirements to improve production flexibility.

Compatibility design:It can be seamlessly connected with mainstream industrial control systems,reducing system integration costs and shortening project implementation cycles.