1769-L36ERM 控制器通过嵌入式两(2)个以太网端口

1769-L36ERM是由Allen-Bradley制造的CompactLogix控制器。该控制器通过嵌入式两(2)个以太网端口支持以太网通信，并通过RS232通信端口支持串行协议。该控制器支持本地扩展模块，能够实现对本地和分布式I/O模块的控制。

Allen-Bradley 1769-l 36 erm compact logix控制器可与1769-SDN一起使用，以允许访问不同的I/O模块，如网络中的数字、模拟和高速计数器模块。它配有3 MB的内部内存，可以支持1gb或2 GB的SD存储卡。它配有一个1 GB的SD卡。

Allen-Bradley 1769-l 36 erm compact logix控制器能够在温度范围为0至60摄氏度、相对湿度范围为5至95%的环境中运行，不会出现冷凝现象。为了延长控制器的寿命，同时提供安全操作，遵循这些要求是很重要的。

Allen-Bradley 1769-l 36 erm compact logix控制器可支持多达32个连续任务和100个可编程任务。Allen-Bradley 1769-l 36 erm compact logix控制器使用的编程语言是继电器阶梯、结构化文本和功能块。Allen-Bradley 1769-l 36 erm compact logix控制器需要24伏DC数字输入。这种控制器由于其多功能的结构和功能以及紧凑的设计而广泛应用于不同的行业。

Allen-Bradley 1769-L36ERM是一种可编程自动化控制器(PAC)。该模块是CompactLogix 5370 L3控制器下的处理器，或通常称为1769 CompactLogix。该控制器具有集成的3MB用户内存，并可选择安装非易失性内存。控制器附带一个1 GB内存的1784-SD1卡，可以用1784-SD2卡替换。这些安全数字卡提供非易失性存储器，以允许控制器从该卡加载用户程序。它可以在本地通信总线中容纳多达三十(30)个1769紧凑型I/O模块，或者可以添加多达三(3)个I/O扩展组，以满足过程中的额外I/O。他的控制器有双以太网通信端口和USB接口。它还具有支持多达十六(16)个轴的集成运动能力。

该控制器是一种无机架控制器，支持DIN导轨或直接面板安装。安装该控制器时，必须遵守电源距离额定值，以保证装配合格。距离电源的具体要求是四(4)个模块，这意味着控制器必须安装在距离电源不超过4个模块的地方。

要配置IP地址，可以使用BOOTP-DHCP或RSnetworx for Ethernet。对于V21.xx和更高版本，使用Studio 5000 Logix designer。控制器支持国际电工委员会(IEC)标准61131-3规定的编程语言。下载到控制器的程序可以用继电器梯、结构化文本、功能块和顺序功能块(SFC)制作。

1769-L36ERM 控制器通过嵌入式两(2)个以太网端口

The 1769-L36ERM is a CompactLogix controller manufactured by Allen-Bradley. The controller supports Ethernet communication through two (2) embedded Ethernet ports and serial protocol through RS232 communication ports. The controller supports local expansion modules and can control both local and distributed I/O modules.

The Allen-Bradley 1769-l 36 erm compact logix controller can be used with the 1769-SDN to allow access to different I/O modules, such as digital, analog, and high-speed counter modules in the network. It comes with 3 MB of internal memory and can support 1gb or 2 GB SD memory cards. It comes with a 1 GB SD card.

The Allen-Bradley 1769-l 36 erm compact logix controller is capable of operating in a temperature range of 0 to 60 degrees Celsius and a relative humidity range of 5 to 95% without condensation. In order to extend the life of the controller while providing safe operation, it is important to follow these requirements.

The Allen-Bradley 1769-l 36 erm compact logix controller can support up to 32 continuous tasks and 100 programmable tasks. Allen-Bradley 1769-l 36 The programming language used by the erm compact logix controller is relay ladder, structured text, and function blocks. The Allen-Bradley 1769-l 36 erm compact logix controller requires a 24-volt DC digital input. This controller is widely used in different industries due to its versatile structure and function and compact design.

The Allen-Bradley 1769-L36ERM is a programmable automation controller (PAC). The module is a processor under the CompactLogix 5370 L3 controller, or commonly known as the 1769 CompactLogix. The controller has an integrated 3MB of user memory with the option to install non-volatile memory. The controller comes with a 1784-SD1 card with 1 GB of memory, which can be replaced with a 1784-SD2 card. These secure digital cards provide non-volatile memory to allow the controller to load user programs from the card. It can accommodate up to thirty (30) 1769 compact I/O modules in the local communication bus, or up to three (3) I/O expansion groups can be added to accommodate additional I/O in the process. His controller has dual Ethernet communication ports and USB ports. It also has integrated motion capabilities that support up to sixteen (16) axes.

The controller is a rackless controller that supports DIN rail or direct panel mounting. When installing the controller, the power distance rating must be observed to ensure proper assembly. The specific requirement for distance from the power supply is four (4) modules, which means that the controller must be installed no more than four modules away from the power supply.

To configure the IP address, you can use BOOTP-DHCP or RSnetworx for Ethernet. For V21.xx and later, use Studio 5000 Logix designer. The controller supports programming languages specified in International Electrotechnical Commission (IEC) standard 61131-3. Programs downloaded to the controller can be made using relay ladders, structured text, function blocks, and sequential function blocks (SFC).