SIPLUS ET 200SP F-RQ 1x24 V DC/24 ... 230 V AC/5 A -30 ... +60 °C with confor...

SIPLUS ET 200SP F-RQ DC 24V/24-230V AC/5A based on 6ES7136-6RA00-0BF0 with conformal coating, -30…+60 °C, 20 mm overall width, 1 relay output (2 NO) summation output current 5 A, load voltage 24 V DC and 24 ... 230 V AC, can be used up to PL e (ISO 13849-1: 2008)/ SIL 3 (IEC 61508: 2010) if controlled by F-DQ (e.g. 6AG1136-6DB00-2CA0) SIMATIC ET 200SP is a modular, scalable, and highly flexible distributed I/O system. With its small footprint, it is particularly well-suited for installation in small control boxes near the machine. The modules can either be plugged directly into an ET 200SP CPU or connected to a central controller via PROFINET or PROFIBUS. SIMATIC ET 200SP can be expanded with up to 64 I/O modules, which can be inserted in any combination. The system provides a very comprehensive range of modules. Many modules are also available with a wide variety of characteristics, which considerably improve the scalability in regard to functionality and price. Thus, in addition to modules with standard functions (ST), modules with an extended range of functions and diagnostics (HF High Feature / HS High Speed) are also available. For price-sensitive applications, there are modules with basic functions (BA). The advantage of the ET 200SP system is in its ease of application, such as through the free selection of the PROFINET connection technology via the BusAdapter, the tool-free wiring by means of push-in technology, improved accessibility of the wiring due to a new arrangement of the spring releases, in addition to the associated conductor aperture and the channel-precise diagnostic functions. The availability and productivity of the machine are ensured by the capability of swapping modules and terminal boxes during operation, the so-called "hot swapping". Just like the CPU, the digital output modules are also protected against extreme ambient conditions. Due to the 100% conformal coating they can withstand biologically, chemically and physically active substances, condensation, frost, and corrosive gases. Regardless of the conditions, your digital signals are reliably output.