2080-LC50-24QWB 继电器输出， 可编程逻辑控制器

【产品详情】

Allen Bradley Micro850 可编程逻辑控制器

使用 Micro850 体验卓越的 I/O 性能、定制和多功能性TM系列Allen Bradley 的可编程逻辑控制器，旨在成为 Micro800 系列的领先控制器。

这些可扩展控制器专门设计用于处理需要更强大 I/O 功能和灵活通信的大型独立机器控制应用。它们具有节省空间的插件、扩展 I/O 模块和可拆卸接线端子，以增强便利性。这些可编程控制器还配备了与 Micro830 器件相同的外形尺寸、插件支持、指令/数据大小和嵌入式运动功能。Micro850 PLC 包括通过嵌入式 10/100 Base-T 以太网端口提供的额外通信连接选项。它们可扩展至最多 132 个数字 I/O 点，为您提供最佳性能和功能。为了便于安装，Micro800 系统控制设备共享通用软件和附件。

特点和优点：

• 提供 24 点和 48 点控制器，以满足您的 PLC 系统要求

• 通过 USB 编程端口和 RS-232/485

提供快速、可靠的嵌入式通信• 通过 EtherNet/IP 进行通信（仅限服务器模式）• 通过支持多达三个轴和脉冲序列输出 （PTO）

具有内置运动功能• 还提供多个扩展 I/O 模块，以提高应用灵活性

• 100 kHz 速度高速计数器 （HSC） 输入仅包含在 24Vdc 版本中

软件：

Micro850 PLC 使用 Connected Components Workbench 编程软件，可免费下载。该软件为PanelView Component操作员产品提供控制器编程、设备配置和HMI编辑器的数据共享。该软件还支持三种标准的IEC编程语言：梯形图、功能块图和结构化文本。所有 Micro800 可编程控制器都支持密码保护，确保更高的安全性。

2080-LC50-24QWB：

Micro850 2080-LC50-24QWB 控制器具有 24 个数字输入/输出：14 个 24Vdc/Vac 输入，10 个继电器输出。它具有嵌入式 24V 直流电源。它有 3 个基本插件插槽，最多可使用 4 个扩展模块。它的工作温度范围为 -20°C 至 65°C，最多支持 4 个 2 线高速计数器 （HSC）。

基本编程端口：嵌入式 USB 2.0（非隔离）。

嵌入式通信端口：USB 2.0（非隔离）、RS232/RS485 非隔离组合串行、10/100 Base T 以太网端口 （RJ-45）。

什么是PLC，它是如何工作的？

可编程逻辑控制器 （PLC） 是复杂的计算机，它通过使用程序将电子信号传送给机器和设备来自动化控制过程。简单来说，它们通常由三个组件组成：CPU（中央处理器），它是系统的大脑或处理器，输入和输出。输入模块检测来自开关、传感器和按钮等设备的信号。这由 CPU 处理，这导致输出将 CPU 的指令中继到机器或设备。PLC系统功能可以通过添加额外的I/O模块来扩展。PLC系统广泛应用于现代工业自动化中，用于控制机械，如包装、食品和饮料生产、制药和印刷等行业。Allen Bradley 通过其灵活的 SLC/PLC 系统提供出色的控制功能，为您提供最佳功率和性能。

2080-LC50-24QWB 继电器输出， 14-输入， AC， DC输入

【英文介绍】

Allen Bradley Micro850 programmable logic controller

Experience exceptional I/O performance, customization and versatility with the Micro850 TM Series Allen Bradley's programmable logic controllers are designed to be the leading controller in the Micro800 series.

These scalable controllers are specifically designed to handle large stand-alone machine control applications that require more powerful I/O capabilities and flexible communication. They feature space-saving plug-ins, extended I/O modules, and detachable terminal blocks for enhanced convenience. These programmable controllers also come with the same form factor, plug-in support, instruction/data size, and embedded motion capabilities as Micro830 devices. The Micro850 PLC includes additional communication connectivity options via an embedded 10/100 Base-T Ethernet port. They can be scaled up to 132 digital I/O points, giving you the best performance and functionality. For ease of installation, Micro800 system control devices share common software and accessories.

Features and advantages:

• Available with 24 and 48 point controllers to meet your PLC system requirements

• Programming via USB port and RS-232/485

Provides fast and reliable embedded communication • Communication via EtherNet/IP (server only mode) • by supporting up to three axes and pulse train output (PTO)

With built-in motion features • Multiple extended I/O modules are also available for increased application flexibility

• 100 kHz speed High Speed counter (HSC) input is included in the 24Vdc version only

Software:

The Micro850 PLC uses the Connected Components Workbench programming software, which can be downloaded free of charge. The software provides data sharing of controller programming, device configuration, and HMI editor for the PanelView Component operator product. The software also supports three standard IEC programming languages: ladder diagram, function block diagram, and structured text. All Micro800 programmable controllers support password protection to ensure higher security.

2080-LC50-24QWB:

The Micro850 2080-LC50-24QWB controller has 24 digital inputs/outputs: 14 24Vdc/Vac inputs, 10 relay outputs. It has an embedded 24V DC power supply. It has 3 basic plug-in slots and can use up to 4 expansion modules. It operates in a temperature range of -20°C to 65°C and supports up to four 2-wire high-speed counters (HSCS).

Basic programming port: Embedded USB 2.0 (non-isolated).

Embedded communication ports: USB 2.0 (non-isolated), RS232/RS485 non-isolated serial combination, 10/100 Base T Ethernet port (RJ-45).

What is a PLC and how does it work?

Programmable logic controllers (PLCS) are complex computers that automate processes by using programs to transmit electronic signals to machines and equipment. In simple terms, they usually consist of three components: the CPU (central processing unit), which is the brain or processor of the system, inputs and outputs. Input modules detect signals from devices such as switches, sensors, and buttons. This is handled by the CPU, which causes the output to relay the CPU's instructions to the machine or device. PLC system functionality can be expanded by adding additional I/O modules. PLC systems are widely used in modern industrial automation to control machinery in industries such as packaging, food and beverage production, pharmaceuticals and printing. Allen Bradley delivers outstanding control features through its flexible SLC/PLC system to give you the best power and performance.

2080-LC50-24QWB 继电器输出， 14-输入， AC， DC输入

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