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General| Rated Power | 6250 W |
|---|---|
| Max. DC Input Power | 7500 W |
| Max. AC Output Power | 6250 W |
| Efficiency | 98.4% |
| Protection Level | IP65 |
Defines the manual's intended product and identifies the technical personnel audience.
Explains important safety and operational symbols used throughout the manual.
Defines key terms and abbreviations used in the manual for clarity.
Provides essential safety guidelines for operating the MV Station.
Details crucial safety measures to be taken for ground fault conditions.
Outlines necessary safety precautions during live line measurements.
Specifies the requirements for instruments used in measurements.
Describes procedures for performing operations when the system is voltage-free.
Warns about electrostatic discharge damage and outlines necessary protection.
Explains the meaning of symbols found on the equipment itself.
Emphasizes the importance of warning signs and keeping unauthorized persons away.
Covers safety considerations during daily operations and maintenance procedures.
Provides guidance on manual storage and proper disposal of the MV Station.
Describes the MV Station's application in large- and medium-sized PV power stations.
Details the main components of the MV Station's external design.
Illustrates different views of the MV Station and provides exterior dimensions.
Describes the internal design, including device layout and cable entry points.
Lists and describes internal devices such as the MV transformer and switchgear.
Explains how to identify the MV Station by referencing its nameplate information.
Guides on inspecting the MV Station for any damages incurred during transport.
Provides instructions for storing the MV Station appropriately before installation.
Details the process and requirements for transporting the MV Station as a whole unit.
Lists essential safety rules and precautions for safely hoisting the MV Station.
Describes the step-by-step procedure for safely hoisting and placing the MV Station.
Explains how to correctly fasten lifting devices and connectors for hoisting.
Outlines criteria for site selection and requirements for foundation construction.
Provides a plan and considerations for constructing the foundation.
Mentions drainage, tree planting precautions, and optional securing methods.
Explains the removal of sealing plates, tapes, and fasteners before commissioning.
Guides on opening the transformer room door and specifies required clearances.
Provides crucial safety guidelines and warnings for electrical installation.
Lists five essential safety rules to follow during electrical connections.
Presents the main circuit diagram for the MV Station.
Covers general external cable connections for the MV Station.
Explains the external grounding procedure and connection points.
Details the step-by-step process for connecting cables on the LV side.
Describes connections for MV side, communication, and auxiliary power supply.
Lists essential checks to perform after electrical connections are completed.
Checks related to the MV Station container's installation and condition.
Specific checks for the MV switchgear before powering on.
Detailed checks for the MV Transformer before it is powered on.
Checks required for the LV Cabinet before power-on.
Addresses possible reasons and measures for pressure relief valve trips.
Identifies causes and solutions for low oil level trip faults.
Provides solutions for issues related to oil temperature alarms.
Offers guidance on resolving oil temperature trip faults.
Safety precautions to be followed during routine maintenance activities.
Lists five fundamental safety rules for performing maintenance.
Introduces the importance of maintenance and specifies intervals.
Lists specific items and checks for routine inspection and maintenance.
Safety precautions to follow during routine maintenance.
Five safety rules to ensure maintainer safety.
Overview of maintenance needs and recommended intervals.
Lists detailed items for general checks and specific equipment maintenance.
Lists technical parameters for MVS6250 and MVS6800 models.
Specifies the correct torque values for tightening cable lugs.
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