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General| Type | Control Unit |
|---|---|
| Control Voltage | 24 V DC |
| Protection Class | IP20 |
| Digital inputs | 8 |
| Digital outputs | 8 |
| Communication Protocol | PROFIBUS DP, PROFINET |
| Operating Temperature | 0 to 60 °C |
| Current measuring inputs | Yes |
| Voltage measuring inputs | Yes |
| Protection functions | Overload, short-circuit, phase failure |
| Mounting type | DIN rail |
| Number of analog outputs | Up to 2 |
| Ambient temperature range | -25 ... +60 °C |
Essential information, safety notices, scope, and required basic knowledge for using the SIMOCODE pro system.
Guide to accessing up-to-date product information, services, and support via the online portal.
Information on downloading and using the SIMOCODE Industry Online Support mobile application.
Instructions on how to submit a support request for technical assistance via the online portal.
Siemens' approach to industrial security and recommendations for protecting plants against cyber threats.
Important notes for maintaining operational safety, including subscribing to newsletters for updates.
Details regarding third-party software components, licenses, and source code availability.
Guidelines for environmentally friendly recycling and disposal of SIMOCODE pro devices.
A comprehensive description of SIMOCODE pro as a flexible, modular motor management system.
Overview of SIMOCODE pro device series (C, S, V PN GP, V PB, V MR, V PN, V EIP) and their functionalities.
Details the system's modules, interfaces, and various configuration options for expanding functionality.
Details significant advantages like reduced cabling, decentralized automation, and improved plant availability.
Explains SIMOCODE pro's ability to protect and control motor feeders independently of the automation system.
Contrasts SIMOCODE pro configuration with conventional methods, highlighting simplification and reduced wiring.
Illustrates typical hardware configurations for SIMOCODE pro C, S, V PN GP, and V PROFIBUS/Modbus RTU.
Describes comprehensive protection and monitoring functions for motor feeders, covering overload, thermistor, and more.
Highlights flexible motor control using pre-defined, integrated functions, reducing the need for external hardware.
Details integrated communication bus interfaces (PROFIBUS, PROFINET, Modbus, EtherNet/IP) for data exchange.
Covers current-dependent overload, thermistor, phase failure, stalled rotor, and dry-running protection for motors.
Details current limit, ground-fault, voltage, temperature, active power, and cos phi monitoring capabilities.
Explains the use of fail-safe digital modules for safety-related tripping and compliance with PL e / SIL 3 standards.
Lists various parameterizable control functions available depending on the SIMOCODE pro device series.
Details communication capabilities via PROFIBUS DP, Modbus RTU, PROFINET, and EtherNet/IP.
Describes standard pre-defined functions like time-staggered restart and power failure monitoring.
Explains the use of freely programmable logic modules for custom functions, timers, counters, and limit monitors.
Covers detailed operating, service, and diagnostics data available for maintenance and troubleshooting.
Describes the fundamental components of the SIMOCODE pro system, including types and supply voltages.
Details the use of 3UF50 compatibility mode for replacing SIMOCODE-DP devices and the Win SIMOCODE-DP converter software.
Instructions for mounting basic units, expansion modules, decoupling modules, current measuring modules, and operator panels.
Covers wiring procedures for basic units, expansion modules, digital modules, measurement modules, and cables.
Explains the functionality and connection types of system interfaces on various SIMOCODE pro components.
Provides guidelines for configuring PROFIBUS DP and PROFINET networks, including bus termination.
Outlines prerequisites, parameterization methods, and commissioning options for SIMOCODE pro.
Detailed steps for commissioning SIMOCODE pro via PROFIBUS, PROFINET, Modbus, and EtherNet/IP.
Covers preventive maintenance, backing up parameters, replacing components, and firmware updates.
Guides users through diagnosing and resolving errors, faults, and system events using error buffer and event memory.
Explains motor protection functions for potentially explosive areas, including standards compliance and safety values.
Details dry-running protection for pumps in hazardous areas, including installation, commissioning, and parameters.
Lists general technical specifications, standards, ambient conditions, and EMC stability for SIMOCODE pro.
Provides detailed technical specifications for basic units, including mounting, display, interfaces, and connection technology.
Details technical specifications for SIMOCODE pro V PN, PN GP, and EIP basic units, including Ethernet interface.
Specifies technical data for current and voltage measuring modules, including mounting, connection, and accuracy.
Lists technical data for various expansion modules like digital, analog, ground-fault, temperature, and multifunction modules.
Information on how to find CAx data and dimension drawings for SIMOCODE pro products via Siemens Industry Online Support.
An alphabetical list of abbreviations used throughout the SIMOCODE pro documentation for quick reference.
