Allen Bradley Micro 800 Series Display Module for Use with Micro 810 Series

Allen Bradley offer a range of accessories and parts which are suitable for use with the MicroLogix family of PLC’s, giving you full protection and a control system which is customised to meet your requirements. The MicroLogix controllers offer increased application coverage and superior network communications to keep your automated machine processes running smoothly.

Enhance monitoring, diagnosis and configuration of your programmable logic controllers (PLCs) with this multi-purpose display module from Rockwell Automation's Allen Bradley range. It's designed specifically for controllers in the Micro 800 and 810 series and lets you manipulate these devices without the need for software. The unit has a liquid crystal display (LCD) screen that offers a visual representation of values and settings, making configuration easier. As an added advantage, you can use this display module as a backup memory module for temporary configuration storage.

• Wide operating temperature range of -20°C to +55°C for use in demanding environments
• IP20 (ingress protection) rated to resist dust and objects larger than 12mm in size
• Soft buttons for non-slip use

• UL (Underwriters' Laboratory)
• CE (Conformitè Europëenne)
• RoHS (Restriction of Hazardous Substances)

• Allows simplified monitoring and modification of application data
• Snaps easily into the LCD module bay
• Can configure and operate smart relay function blocks
• Acts as a backup memory module for Micro810 controllers for extra reliability

If used properly, this unit doesn't need much maintenance. You should keep it away from objects with strong magnetic fields to prevent colour distortion. It's also necessary to install it in a dry environment to prevent condensation and possible short circuits.

Programmable Logic Controllers (PLC) are used to monitor and automate control processes. These control systems are often used in industrial automation, for example to monitor and control machinery in production lines. Inputs can be triggered via things like switches, sensors, and buttons while outputs send instructions to devices, such as motor starts and relays.