Product Specification

SIEMENS Simatic ET200SP Baseunit 6ES7193-6BP20-0DC0

SIMATIC ET 200SP, BaseUnit BU20-P6+A2+4D, BU type C0, Push-in terminals, with 2 AUX terminals, New load group, WxH: 20 mmx117 mm

Siemens SIMATIC ET 200SP Series — The Scalable and Open SCADA System | WinCC Runtime Advanced:

The scalable SIMATIC ET 200SP I/O system is a highly flexible, modular I/O system with IP20 degree of protection. Via an interface module with PROFINET or PROFIBUS interface it can exchange IO data of the connected I/O modules with a higher-level control system. Alternatively, as further head-end stations, various PLC, F-PLC and Open Controllers are available as compact S7-1500 Controllers (Distributed Controller). ET 200SP components are available as SIPLUS version for extreme requirements and a high degree of robustness.

SIMATIC ET 200SP is a multifunctional distributed I/O system for a wide range of applications. Thanks to its scalable design, you can gear the I/O station exactly to the on-site requirements. SIMATIC ET 200SP is constructed with IP 20 protection and designed for installation in a control cabinet. Depending on the selected header module (interface module, S7-1500, SP-CPU, or open controller) and parameter assignment, there are different limit values which restrict the maximum configuration of an ET 200SP station.

Features:

• Configuration control: application-based adaptation of the actual configuration via user software (option handling)
• Time-based IO: time stamping of the signals to the μs
• MSI/MSO: Simultaneous access to I/O data from up to 4 PLCs
• Oversampling: n-fold acquisition or output of digital and analog signals within a PN cycle
• Adaptation of measuring range: increased resolution by adapting the measuring range to a limited section of a measuring range supported by the analog input module
• Scaling of measured values: permits the transmission of the analog value normalized to the required physical value as a REAL value (32-bit floating point)
• Communication standards: PROFINET IO, PROFIBUS DP V0/V1, ET connection for connecting the ET 200AL (IP67), IO-Link V1.1, AS-Interface
• CPU: PROFINET connection with 3 ports, IO controller and PN IO device, Optional expansion as DP master/slave, Also as fail-safe version and Open Controller
• Point-to-point (RS 232, RS 485, RS 422)
• Modular configuration with up to 64 modules
• System-integrated self-assembling load group supply without power module via light BaseUnits
• Small size and highly flexible due to the modular design and comprehensive product range
• Up to 16 channels per module
• Permanent wiring
• Hot swapping: Module replacement without tools in RUN
• Operation with gaps
• Push-in terminals for cross-sections up to 1.5 mm2 with wire end ferrule, and up 2.5 mm2 without wire end ferrule
• Base Units for 1-wire or direct multi-wire connection
• Optimum accessibility for wiring due to spring release and measuring tap next to the conductor opening
• Flexible PROFINET connection via BusAdapter (RJ45, FastConnect, plastic or glass fiber-optic cables), also as integrated media converter
• Easy integration of fail-safe modules
• Easy F parameter assignment via software
• Group-by-group disconnection of non-fail-safe modules
• Isochronous PROFINET
• Internal data transfer with up to 100 Mbps
• Record analog values and output as of 50 μs
• Record digital values and output as of 1 μs
  
  
  Applications:
• Mode of operation: Via PROFINET or PROFIBUS, a central controller can access the distributed I/O modules of the ET 200SP in the same way as central I/O modules.
• Communication is handled entirely by the PN controller or the master interface module (in the central controller) and in the IM 155-6. Interference-free internal data transfer using shielded cables.
• Comprehensive, channel-specific and easy-to-program diagnostics with plain text messages permit the localization and correction of plant errors in the shortest possible time and significantly increase availability.
• Configuration, parameterization and diagnostics: The ET 200SP is configured and assigned parameters via STEP 7 or the configuration tool of the controller used.
• Extensive diagnostic information is available to the user, depending on the selected I/O module