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General| Brand | Cleco |
|---|---|
| Model | mPro300GCD-STO |
| Category | Controller |
| Language | English |
Lists the minimum software versions required for the controller's operation and functionality.
Provides a list of related documents and their types for further product information and installation.
Explains the meaning of various symbols used throughout the document for navigation and understanding.
Outlines essential safety instructions and conditions for operating the controller safely.
Defines the controller's purpose and the specific conditions under which it is designed for industrial use.
Details prohibited uses and scenarios that could lead to hazardous situations or damage.
Specifies the qualifications and training required for personnel operating, adjusting, or repairing the system.
Recommends necessary personal protective equipment to ensure user safety during operation and maintenance.
Explains the meaning of signal words and pictograms used to indicate hazards and important information.
Describes symbols found on the product itself, emphasizing their importance for safe installation and operation.
References relevant industry standards, including FCC and IC compliance, that the product adheres to.
Provides guidance on adhering to national, state, and local safety and connection standards during installation.
Details the power supply requirements and characteristics for the controller unit.
Outlines the safety technology integrated into the controller, including safety indices and classifications.
Specifies environmental operating parameters such as temperature, humidity, and altitude.
Provides detailed technical data for the controller's power supply unit.
Details the technical specifications related to the controller's safety functions and certifications.
Describes the pinout and function of the TSnet System Bus Out connector.
Details the pinout and function of the TSnet System Bus In connector.
Information on the supply connector, including its type and electrical specifications.
Pin assignment for the digital tool connector for specific tool series.
Pinout details for the serial port connector used for additional devices.
Description of the Anybus CC Fieldbus connector and its pin assignments.
Details the pinout for the digital I/O interface connectors X9 and X10.
Illustrates the internal power supply connections for the controller's I/O interface.
Pin assignment and signal description for the E-Stop connectors.
Illustrates the external power supply connections for the controller's I/O interface.
Explains the STO safety function and its role in switching off energy supply to the nutrunner.
Highlights key performance aspects of the STO safety function, including feedback contacts.
Details the X41 interface for connecting to previous controllers or external safety relays.
Explains how diagnostic coverage is determined for the integrated safety function.
Provides an overview of the digital I/O interfaces used for STO control and feedback.
Describes the X42 interface for connecting to the next controller or for termination.
Details the two-channel control inputs required to activate the STO safety function.
Explains the time tolerance for simultaneous signal level changes in the STO inputs.
Notes that test pulses from safety controllers are not tolerated and must be deactivated.
Describes the feedback contact's role in indicating the STO safety function status.
Explains how the STO safety function is monitored for plausibility and operability.
Describes how the STO status is available as an input signal for control purposes.
Details the behavior and error handling when a fault is detected in the safety technology.
Discusses the time delays associated with STO signal activation and its impact on system response.
Provides installation guidelines, including requirements for wiring and short circuit fault exclusion.
Illustrates the wiring example for a passive STO circuit using the X41 interface.
Shows the wiring example for an active STO circuit using the X41 interface.
Explains how to deactivate the STO safety function if it is not required in a controller.
Describes the requirements for connecting the X42 interface at the last controller in a system.
Outlines the operator's responsibility for checking safety device functionality at defined intervals.
Details the protection mechanisms for control inputs against overvoltage and polarity reversal.
Presents a diagram illustrating the overall system configuration and component interconnections.
Lists all connector positions and their maximum permissible cable lengths for system setup.
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