Siemens 6AG1212-1BE40-2XB0 Central module SIPLUS S7-1200 CPU 1212C AC/DC/Relay

SIPLUS S7-1200 CPU 1212C AC/DC/Relay based on 6ES7212-1BE40-0XB0 with conformal coating, -40.+70°C, start up -25°C, signal board: 0, compact CPU, AC/DC/Relay, onboard I/O: 8 DI DC 24V, 6 DO Relay 2A 2 AI 0-10V DC, power supply: AC 85-264V AC at 47-63Hz, program/data memory 75 KB SIMATIC S7-1200 Basic Controller - flexible thanks to a wide range of communication options. The Basic Controllers are the first choice for solving automation tasks in the lower and medium performance range flexibly and efficiently. The central modules are scaled in terms of performance, available for different input voltages and with transistor or relay outputs. Safety variants are also available. In addition to the already integrated inputs and outputs, the compact CPUs can be expanded directly on the device or with a wide variety of signal and communication modules in order to adapt them precisely to your requirements. HMI devices can also be connected via the integrated Ethernet interface. The CPU memory can be expanded using a memory card, and the PLC is configured using the STEP 7 Basic software in the TIA Portal. The micro PLC has a wide range of networking options using different communication standards through integrated functions (PROFINET, Modbus, etc.) or additional modules (IO-Link, AS-i, etc.) and thus offers maximum flexibility in the structure of the networks and topology. The application areas for the S7-1200 are very diverse due to its compact design and range from simple packaging machines and heating systems to use as a subordinate system in large systems. Compact design, modular structure and integrated IOs help to save space in the control cabinet. The STEP7 engineering software is integrated into the TIA Portal and thus uses shared data storage, a uniform operating concept and consistent communication services for all components of a system. This means less engineering effort and faster commissioning. The SIPLUS extreme variant also protects the automation components from harsh environmental conditions, such as particularly high and low temperatures, harmful gases, condensation, frost and biologically, chemically and mechanically active substances, such as those that can occur in control cabinets or container solutions close to production.