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General| Brand | SIGMATEK |
|---|---|
| Model | MDP 101-1 |
| Category | Power Supply |
| Language | English |
Describes the components of the servo system, including power and axis modules.
Explains the content and structure of the manual for user guidance.
Lists and explains all symbols and icons used throughout the document.
Details critical safety precautions for handling and operating the equipment safely.
Defines the intended and correct operational use of the servo drive system.
Lists prohibited uses and conditions that must be avoided to ensure safety.
Explains the information found on the product's nameplate for identification.
Illustrates the system's architecture and operational concept for better understanding.
Provides detailed technical specifications for the power supply module.
Lists safety standards and certifications the product complies with.
Covers environmental requirements, ventilation, and mounting guidelines for installation.
Details the requirements for the auxiliary power supply and holding brake connections.
Provides essential instructions before starting the installation process.
Details critical instructions specifically for the safety function setup.
Guides the planning and layout of the switchgear cabinet for optimal installation.
Shows the connection diagram and pin assignments for the power supply module.
Explains the grounding procedure for the MDD module and system.
Details the mechanical dimensions and mounting requirements for the system.
Describes the mechanical properties and types of the interface connectors for easy installation.
Provides recommendations for wire sizing based on EN 60204 for safety and performance.
Explains how to calculate and select external fuses for mains and auxiliary supplies.
Outlines different options for connecting the mains supply to the MDP 101-1.
Guides the correct usage of cooling units to prevent condensation and ensure thermal management.
Illustrates the sequence of turn-on and turn-off signals for the servo amplifier.
Explains the timing and control signals for the holding brake operation.
Details the internal switching circuit implementation of the safety functions.
Describes the function of the input block IN for generating supply voltage.
Explains the role of AMV, OPTO 01, and OPTO 02 blocks in the safety circuit.
Describes the function of control and power supply blocks for driver voltage.
Explains the function of relay output blocks for safety status indication.
Explains how ENABLE_L and ENABLE_H inputs control safety and normal operation.
Outlines the procedures and timing for testing the safety function.
Specifies the starting conditions and expected results for the function test.
Shows a wiring example for safety functions using conventional switch contacts.
Illustrates a safety PLC application for the drive's safety functions.
Details the preparation and connection of the mains input for power.
Explains the connection and usage of auxiliary 24V and holding brake supplies.
Describes the DC-link connection for power sharing between drives.
Details the standard configuration for connecting the motor.
Shows the standard wiring for the motor connector.
Lists the types of feedback devices supported by the servo drive.
Details the connection and specifications for resolver feedback.
Explains the EnDat® encoder interface and cable length limits.
Describes the Hiperface® encoder interface and maximum cable length.
Details the Sine Encoder Feedback system and cable length limits.
Explains how to connect Sanyo Denki motors with absolute encoders.
Covers the Panasonic feedback analysis and maximum cable length.
Details the BiSS C feedback analysis and maximum cable length.
Provides instructions for replacing components and outlines the repair process.
Covers guidelines for transporting, storing, and disposing of the servo drive.
Details methods for diagnosing and eliminating faults and warnings using displays and LEDs.
Explains the meaning of codes shown on the seven-segment display for diagnostics.
Describes the status indicated by the green and red LEDs on each axis module.
Lists common drive malfunctions, their causes, and suggested remedies.
Explains the status register bits for error and status information.
Guides wiring VARAN components from the control cabinet to external nodes.
Details wiring VARAN bus cables outside the control cabinet using IP67 components.
Explains how to shield VARAN bus lines within the control cabinet to prevent interference.
Advises on shielding placement for components that generate electromagnetic noise.
Recommends shielding at entry points when connecting two control cabinets via VARAN bus.
