Siemens LOGO 230RCEo-6ED1052-2FB08-0BA1

Siemens LOGO! 230RCEo – 6ED1052-2FB08-0BA1

The logic module LOGO! 230 RCEo – 6ED1052-2FB08-0BA1 from Siemens has IP20 protection and works with a 115/230 V AC power pack/relay. Up to 400 function blocks can be processed. In addition, eight digital inputs and four digital (relay) outputs are available. Four of the eight inputs can be used analog (0-10 V). The module can be programmed via the Ethernet interface. for the 230RCEo datasheet click on the datasheet tab and for the 230RCEo manual pdf visit this link. also to buy 230RCEo and similar siemens products please contact us.

It is also able to communicate with other modules of the LOGO! series and SIMATIC S7 devices. Cloud connection and integrated web server applications enable reliable, location-independent monitoring and control via smartphone, tablet, or desktop PC. custom pages can be saved as views. The logic module LOGO! 230 RCEo – 6ED1052-2FB08-0BA1 is used, for example, for machine control in industrial and manufacturing processes, in building technology, for time-controlled traffic systems, and for use in pumps or filter systems. Special applications are also possible.

LOGO! 230 RCEo Features

• LOGO! 230 RCEo
• Logic module with display
• Power supply: 115/230 V AC/relay
• 8 digital inputs
• 4 digital outputs
• Memory: 400 blocks
• Modularly expandable
• Ethernet
• Integrated web server
• Cloud interface
• User-defined web pages
• Data logging
• Standard micro SD card
• For LOGO! SOFT COMFORT from version 8.3
• Older projects can be run

Siemens LOGO! 230 RCEo Specifications:

Inputs 8
Outputs 4 relay
Dimensions (H x W x D)71.5 x 90 x 60 mm
MountingDIN-rail 35 mm 4 MW
Integrated real-time clock/power reservetyp. 480 h (no battery)
Programming cable ethernet (not included)
Max. program memory400 blocks
DataloggingInternal memory/SD card
Online status tables, with saving to the PC
Input/supply voltage115/230 V AC/DC
Permissible range85-265 V AC/100-253 V DC
Continuous current outputs10 A at resistive load; 3 A at inductive load