2711P Series AB Rockwell Touchscreen Supply

NegotiableUpdate on 01/22

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Nature of the Manufacturer: Producers

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Place of Origin

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Overview

PLC, as a general industrial control computer, is an industrial control equipment designed for industrial and mining enterprises. It has an easy interface and a programming language that is easily accepted by engineering and technical personnel. The graphical symbols and expressions of ladder diagram language are quite similar to relay circuit diagrams, and the functions of relay circuits can be easily implemented with only a small number of switch logic control instructions from PLC. This has opened the door for people who are not familiar with electronic circuits, computer principles, and assembly language to use computers for industrial control. $r $n2711P Series AB Rockwell Touchscreen Supply

Product Details

Technical specifications for 2711P-K6C20A8

manufacturer	Rockwell Automation
card	Alan Bradley
Part number/catalog number	2711P-K6C20A8
production line	Panelview 6 Plus
Display Size	5.7-inch
display color	color
input type	keyboard
communication	Ethernet and RS-232
input power	100-240 volts AC

software	FactoryTalk View Machine Edition
memory	256 MB RAM
backlight	non-replaceable
communication cable	2711-NC13
Shipping weight	6 pounds
Shipping dimensions	14 x 11 x 8 inches
series	Series A and Series B
firmware	7.00-8.10
UPC	884951344211

2711P Series AB Rockwell Touchscreen Supply 2711P Series AB Rockwell Touchscreen Supply

Size of 2711P-K6C20A8

size	5.7 inches, 600 colors
input type	keyboard
Panel opening height	142 millimeters (5.61 inches)
Panel opening width	241 millimeters (9.50 inches)
Terminal height	167 millimeters (6.58 inches)
Terminal width	266 millimeters (10.47 inches)
Total depth of terminal	68 millimeters (2.68 inches)
Terminal installation depth	98 millimeters (3.36 inches)

1) Receive user programs and data input from the programmer.
2) Diagnose power supply, internal circuit faults of PLC, and syntax errors in programming.
3) Receive on-site status or data through input interfaces and store it in input image registers or data registers.
4) Read user programs from memory one by one, interpret them, and execute them.
5) Based on the execution results, update the status of the flag bits and the contents of the output mapping register, and implement output control through the output unit. Some PLCs also have tables