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SIPLUS - Information for Hazardous substance restrictions identification marking (SJ/T 11364-2014) A5E38634688A-001
SIPLUS extreme UL-Hazloc Certification per CA directives A5E31824012A-016
SIPLUS extreme UL-Hazloc Certification per US directives A5E31824011A-016
SIPLUS Extreme LOGO! - EU-Declaration of Conformity A5E35840235A-005
UL-File: NRAQ7.E120869 Link: Online Certification Directory, Programmable Controllers Certified for Canada (LOGO!, S7-1200, COROS ... ) UL Canada: NRAQ7.E120869
UL Online Certification Directory, Programmable Controllers (USA) UL : NRAQ.E120869 USA
A CPU S7-1500 Standard (6ES7*) of the same type must first be loaded on the SIMATIC memory card.
You have a SIPLUS extreme component for extreme environmental conditions with article number (6AG1*) and you want to configure this with STEP 7 (TIA Portal).
SIPLUS extreme specifies the limiting values of airborne contaminants according to the European standard EN 60721-3-3 ‘Classification of environmental conditions – Part 3: Classification of groups of environmental parameters and their severities – Section 3: Stationary use at weatherprotected locations’ for class 3C4.
From the SIPLUS extreme product range, the entire SIPLUS LOGO! 6 family will be declared phase-out products (PM400) as per 1 October 2016. From this date, SIPLUS LOGO! 6 products will remain available to customers for at least 1 year as new parts and up to 4 years as replacement parts. The SIPLUS extreme product range features refined components based on Siemens Industry standard products.
SIPLUS extreme - Manuals and Operating Instructions
SIPLUS extreme - environmental conditions
Korea Cetificate for EMC, KCC-REM-S49-XLOGO KCC-REM-S49-XLOGO
Send your questions to one of the e-mail addresses listed below.
6AG1 SIPLUS extreme: UL/ULhaz approbations
Conversion of Siemens standard order number to Siemens SIPLUS extreme order number is available in the Conversion Tool updated monthly. ...
According to the UL/FM/ATEX approvals it is necessary to adapt the temperature class of SIPLUS extreme to the temperature class of BasedOn in order to extend the field of application compared to BasedOn and enable a 1:1 exchange.