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Explains the function of SVG in improving power factor in electrical systems.
Highlights modular design, adaptability, accuracy, user-friendly interface, and compact size.
Explains the device's function to eliminate reactive power in electrical systems.
Details appearance and size of 220V SVG modules for wall and rack mounting.
Provides CAUTIONary notes on installation, assembly, and power-on by qualified personnel.
Details requirements for ambient temperature, dust, magnetic fields, and humidity.
Provides NOTICE on clearance and mounting screw specifications for wall-mount modules.
Explains handling facilities for flexible cabinets and their installation clearances.
Illustrates installation steps for power cables, CT, and HMI connection for single wall-mount modules.
Provides CAUTION regarding power cable connection for 3P3W and 3P4W systems.
Provides CAUTION and NOTICE regarding CT cable connection, including polarity and connection methods.
Describes the 7-inch HMI for centralized control and monitoring of Sinexcel modules.
Provides NOTICE on connecting communication cables for parallel rack-mounted modules.
Introduces the 4.3-inch HMI for Sinexcel Ultra wall-mounted modules.
Explains the importance of DC bus voltage for judging component status and expected values.
Presents dimensions and structure of the Sinexcel 7-inch HMI.
Explains setting module network structure and actual rate voltage.
Explains reactive power tracking and over-temperature alarm settings.
Outlines necessary preparations and initial settings for the calibration process.
Introduces the Dry Contact Board, its interface, dimensions, and structure.
Details connection methods for Modbus TCP/IP, including PC to monitor direct connection.
Provides interface details and dimensions for the ICMS-P2.
Details the maximum power consumption and output nodes of the ICMS-P2.
Lists the accuracy values for voltage, current, frequency, and power measurements.
Lists components required for designing cabinets.
Details requirements for cabinet ventilation design, focusing on air cooling.
Describes different types of CTs and their suitability.
Details the specifications and connection of CT cables.
Explains how to connect secondary CT cables to the SVG module.
Provides guidance on selecting the CT ratio based on load current.
Explains the function of current transformers for measuring current.
Describes the two main types of CTs: solid-core and split-core.
States Sinexcel SVG compatibility with CTs having secondary side current of 1A or 5A.
Defines CT burden as total secondary side resistance and its common expressions.
Discusses factors to consider when choosing CT cable length and resistance.
Provides step-by-step instructions for powering on the SVG system.
Provides instructions for safely powering off the SVG system and conducting safety checks.
Explains conditions and settings for automatic SVG power-on after utility power recovery.
Describes how to use the EPO button to perform an emergency shutdown and subsequent restart.
General| Brand | Sinexcel |
|---|---|
| Model | SVG 100 Ultra |
| Category | Industrial Equipment |
| Language | English |
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