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General| Brand | Siemens |
|---|---|
| Model | SIMOCODE pro S |
| Category | Control Unit |
| Language | English |
Provides essential information and guidance for using the SIMOCODE pro System Manual and its components.
Outlines Siemens' commitment to industrial security and customer responsibilities for protecting systems against cyber threats.
Highlights the importance of staying updated on operational safety, especially for systems with safety-related characteristics.
Introduces SIMOCODE pro as a flexible motor management system for low-voltage applications, detailing its functions.
Details the key advantages and benefits of using SIMOCODE pro, including reduced cabling and improved plant availability.
Explains how SIMOCODE pro can protect and control motor feeders independently of the automation system.
Highlights how SIMOCODE pro simplifies conventional configurations by reducing components and wiring complexity.
Describes applications for motor protection and control, including hazardous areas and heavy-starting motors.
Explains the use of active power monitoring for dry-running protection of centrifugal pumps, including hazardous areas.
Details comprehensive motor protection and monitoring functions for rated motor currents up to 820 A.
Highlights integrated motor control functions that replace extensive hardware interlocks and offer flexible assignment.
Explains how SIMOCODE pro provides detailed data for timely fault detection, diagnosis, and resolution.
Describes integrated communication bus interfaces that replace individual wiring for data exchange with automation systems.
Details the extensive operating, service, and diagnostics data provided by SIMOCODE pro for monitoring and maintenance.
Details dry-running protection capabilities for centrifugal pumps using active power monitoring across SIMOCODE pro series.
Details the basic units (SIMOCODE pro C, S, V PN GP) and their connectivity options.
Describes the SIMOCODE pro V PB High Performance system for PROFIBUS with its functions and expandability.
Details the SIMOCODE pro V MR High Performance system for Modbus RTU and its features.
Describes the SIMOCODE pro V PN High Performance system for PROFINET and its extensive functions.
Details the SIMOCODE pro V EIP High Performance system for EtherNet/IP and its functionalities.
Explains the operator panel's function, installation, buttons, LEDs, and system interfaces.
Describes the operator panel with display, its features, usage restrictions, and system interfaces.
Describes current/voltage measuring modules (UM, UM+), their variants, functions, and current ranges.
Details the 2nd generation current/voltage measuring modules (UM+) with their features and compatibility notes.
Details DM-F Local and DM-F PROFIsafe fail-safe digital modules, their safety functions, and requirements.
Explains the analog module for expanding basic units with analog inputs/outputs (0/4-20 mA) for process variable monitoring.
Describes ground-fault modules for residual current monitoring and their requirements with residual current transformers.
Explains the 3UF50 compatibility mode for replacing SIMOCODE-DP devices with SIMOCODE pro V PB and the converter software.
Provides instructions for mounting basic units, expansion modules, and decoupling modules using snap-on or screw fixing.
Details wiring and connecting procedures for removable terminals on basic units, expansion modules, and decoupling modules.
Explains the system interfaces on various SIMOCODE pro components and their connection examples.
Provides configuration guidelines for PROFIBUS DP and PROFINET networks.
Covers prerequisites, parameterization methods, and commissioning options for SIMOCODE pro devices.
Provides commissioning steps for PROFIBUS, PROFINET, and Modbus RTU communication protocols.
Details preventive maintenance, reading statistical data, backing up parameters, replacing components, and firmware updates.
Offers guidance on diagnosing and resolving issues using the error buffer, event memory, and alarms/faults tables.
Details motor protection functions, module integration, and standards compliance for potentially explosive areas.
Explains dry-running protection for centrifugal pumps using active power monitoring in hazardous areas, including standards and warnings.
Provides general technical specifications including standards, ambient temperature, degree of protection, and vibration resistance.
Details technical specifications for SIMOCODE pro C, S, V PB, and V MR basic units, covering mounting, display, and interfaces.
Lists technical specifications for SIMOCODE pro V PN, PN GP, and EIP basic units, including PROFINET and ETHERNET interface data.
Provides technical data for current and current/voltage measuring modules, including mounting, circuit data, and accuracy.
Provides technical data for digital, fail-safe digital, analog, ground-fault, temperature, and multifunction modules.
Details technical data for the DM-F Local digital module, including LED status, DIP switch functions, and input specifications.
Provides technical data for the DM-F PROFIsafe digital module, including LED display, DIP switch, and input specifications.
Offers guidance on short-circuit protection using fuses for motor feeders with high short-circuit currents.
Defines basic units as fundamental components of SIMOCODE pro systems, detailing available versions.
Explains control functions for load feeders, including monitoring switch-on/off, status, and tripping.
Describes current measuring modules used with basic units, selected by current setting and covering various ranges.
Details current limit monitoring for process anomaly detection, indicating filter issues or sluggish motor bearings.
Explains the use of current/voltage measuring modules for motor current, voltage, power, and phase sequence monitoring.
Explains DM-F Local and PROFIsafe modules as safety relays for EMERGENCY STOP devices and safety circuits.
Lists optional expansion modules for basic units: Digital, Analog, Ground-fault, Temperature, and Multifunction modules.
The ground-fault module and the multifunction module enable implementation of a powerful external ground fault monitoring system in conjunction with the 3UL22 (3UF7 500-1AA00-0) and 3UL23 (3UF7 510-1AA00-0) residual current transformers.
SIMOCODE pro acquires and monitors all three phase currents. By evaluating the summation current of the three current values, the motor feeder can be monitored for a possible residual current or ground fault.
Explains SIMOCODE pro's ability to protect and control motor feeders independently of the automation system, even during PLC or communication failures.
Describes the initialization module as a permanently installed memory module for storing device parameters and enabling automatic data transmission.
Lists monitoring functions including ground-fault, current limit, voltage, cos phi, active power, and temperature monitoring.
Details motor protection mechanisms in the basic unit, including overload, unbalance, stalled rotor, and thermistor protection.
Details overload protection for motors according to IEC 60947-4-1, with trip classes ranging from CLASS 5 to CLASS 40.
Lists protection functions like overload, unbalance, stalled rotor, thermistor, and dry-running protection.
Defines SIMOCODE ES (TIA Portal) as standard parameterization software for SIMOCODE pro.
Explains stalled rotor protection for preventing motor damage due to excessive current thresholds and preventing thermal/mechanical loads.
Details the temperature module for analog temperature monitoring, connecting up to three analog sensors for motor windings, bearings, etc.
