3BSE028140R0020 ABB张力传感器
手册描述
关于本手册本用户手册描述了您的新MeasureIT网张力系统。阅读本手册后，您将掌握测量系统的机械和电气安装、调试、操作、预防性维护和基本故障追踪的必要知识。为了获得测量系统的最佳可靠性和精度，请先学习本用户手册。1.2如何使用本手册本用户手册包括两个主要部分。1.张力电子设备信息：-系统和安全信息（第1章）-安装、调试、维护、操作和故障追踪（第2-6章）-技术数据（附录A）2。有关设计称重传感器安装的信息：-垂直力传感称重传感器PFCL 301E（附录B）-水平力传感称重元件PFTL 301E使用Tension Electronics PFEA111/112.1.2.1入门您可以使用快速设置序列来设置系统进行基本测量。快速设置可指导您完成设置张力电子设备的最少步骤。执行以下章节中的操作：•第3.6节分步调试指南•第3.7节执行基本设置•第3.8节执行快速设置对于扩展功能，请使用“执行完整设置”。参见第3.11节执行完整设置。1.2.2调试时保存实际数据和设置调试完成后，您可以使用附录F中的表格，填写实际调试数据和设置并保存以备将来使用。
关于本系统您的张力测量系统包括：
•张力电子设备PFEA111或PFEA112–PFEA111是一种经济高效的紧凑型用户友好型张力电子设备，可从两个称重传感器提供准确可靠的快速模拟SUM信号，用于控制和/或监测。显示器可以显示SUM、个别A&B和差异信号。小尺寸和DIN导轨安装使该装置很容易集成到多种类型的电气柜中–PFEA112提供了与PFEA111相同的功能和用户友好性，并通过Profibus DP添加了现场总线通信。Tension Electronics涵盖了广泛的应用，有三种版本（PFEA 113在单独的手册中描述），具有不同的性能和功能水平。所有三个版本都有多语言数字显示和配置键。配置键用于设置不同参数和检查张力系统的状态。2 x 16字符显示屏可显示和、差或单个称重传感器信号。所有三个版本都有DIN导轨版本（IP 20版本，未密封）和封闭式IP 65版本（NEMA 4），可用于在更恶劣的环境中安装。•PFCL 301E型、PFTL 301E、PFRL 101型和PFTL 101型称重传感器。该设备适用于在机器中运输任何类型材料（如纸、塑料或纺织品）的各种制造工艺。唯一的要求是将卷筒纸包裹在卷筒纸上。辊上的力与卷筒纸张力成正比。产生的力通过轴承箱传递到测压元件中。称重传感器产生一个信号，该信号与作用在称重传感器测量方向上的力成比例。该信号在张力电子设备中被处理和放大，并可用作过程控制、显示或配准的输入信号。
Manual description
This user manual describes your new MeasureIT network tension system. After reading this manual, you will master the necessary knowledge of mechanical and electrical installation, commissioning, operation, preventive maintenance and basic fault tracking of the measurement system. In order to obtain the best reliability and accuracy of the measurement system, please study this user manual first. 1.2 How to use this manual This user manual consists of two main parts. 1. Tension electronics information: - System and safety information (Chapter 1) - Installation, commissioning, maintenance, operation and fault tracking (Chapter 2-6) - Technical data (Appendix A) 2. Information on designing the load cell installation: - Vertical force sensing load cell PFCL 301E (Appendix B) - Horizontal force sensing load cell PFTL 301E Getting Started Using Tension Electronics PFEA111/112.1.2.1 You can use the quick setup sequence to set up the system for basic measurements. Quick Setup guides you through the minimum steps to set up the tension electronics. Perform the operations in the following sections: • Section 3.6 Step by step debugging guide • Section 3.7 Perform basic setup • Section 3.8 Perform quick setup For extended functions, use "Perform complete setup". Refer to Section 3.11 for complete setup. 1.2.2 When debugging, save the actual data and settings After debugging, you can use the form in Appendix F to fill in the actual debugging data and settings and save them for future use.
About this system Your tension measuring system includes:
• Tension Electronics PFEA111 or PFEA112 – PFEA111 is a cost-effective, compact, user-friendly tension electronics device that provides accurate, reliable and fast analog SUM signals from two load cells for control and/or monitoring. The display can display SUM, individual A&B and differential signals. The small size and DIN rail installation make it easy to integrate the device into various types of electrical cabinets – PFEA112 provides the same functionality and user friendliness as PFEA111, and adds field bus communication via Profibus DP. Tension Electronics covers a wide range of applications. There are three versions (PFEA 113 is described in a separate manual) with different performance and functional levels. All three versions have multilingual digital display and configuration keys. The configuration key is used to set different parameters and check the status of the tension system. The 2 x 16 character display can display the sum, difference or single load cell signal. All three versions are available in DIN rail version (IP 20 version, unsealed) and enclosed IP 65 version (NEMA 4) for installation in harsher environments. • PFCL 301E, PFTL 301E, PFRL 101 and PFTL 101 load cells. This equipment is applicable to various manufacturing processes for transporting any type of material (such as paper, plastic or textile) in the machine. The only requirement is to wrap the web paper on the web paper. The force on the roll is proportional to the web tension. The force generated is transmitted to the load cell through the bearing housing. The load cell generates a signal that is proportional to the force acting in the measuring direction of the load cell. The signal is processed and amplified in tension electronic equipment, and can be used as input signal for process control, display or registration.
