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General| Brand | ABB |
|---|---|
| Model | HVC 200 |
| Category | Industrial Equipment |
| Language | English |
Explains the document's purpose and scope for EVSE operation.
Identifies intended users like owners and installation engineers.
Lists document versions, dates, and changes.
States the original language and translation notes.
Notes that illustrations show typical setups for instruction.
Specifies SI and North American units used in the manual.
Explains formatting for lists and procedures.
Provides guidance on navigating and understanding the manual.
Defines common symbols and signal words for safety and information.
Details specific symbols indicating risks like voltage, pinching, heat.
Provides contact information for ABB E-mobility support.
Lists and defines common abbreviations used in the manual.
Defines key terms and concepts related to the EVSE.
Explains coordinate system (X, Y, Z) for EVSE orientation.
Outlines manufacturer's non-liability for damages due to non-compliance.
Mandates following procedures, using qualified personnel, and obeying laws.
Details owner's duties regarding safety, laws, and site conditions.
Specifies engineer's knowledge, qualifications, and adherence to rules.
Lists required PPE like clothing, gloves, shoes, and glasses.
Covers safe handling during transport, including hoisting and forklift use.
Emphasizes safe practices during the physical installation process.
Warns against using damaged or unsafe EVSEs and conditions.
Advises on safety measures for cleaning and maintenance tasks.
Details proper grounding procedures and compliance with local rules.
Explains various hazard and information symbols found on the EVSE.
Guides on environmentally sound disposal and recycling of EVSE components.
Addresses security responsibilities for network connections and data protection.
Provides information on FCC regulations and compliance for the device.
Details the information displayed on the EVSE's type plate.
Specifies the EVSE's intended application and restrictions.
Provides a high-level diagram of the EVSE system components.
Describes the external components and features of the power cabinet.
Details the internal components and their functions within the power cabinet.
Explains the components and connections on the AC power plate.
Describes the components and connections on the DC power plate.
Illustrates cable entry points and gland types in the power cabinet.
Covers the user interface elements, including LED indicators.
Explains the meaning of different LED colors and patterns for EVSE status.
Discusses how power is distributed among multiple EVSE outlets.
Describes fixed power distribution based on outlet availability.
Mentions dynamic power sharing, currently unavailable.
Lists optional features available for the EVSE.
Details the function and installation of the optional emergency stop button.
Covers delivery responsibilities and storage conditions for the EVSE.
Provides instructions for safely lifting the packaged EVSE.
Details procedures for moving the EVSE using a forklift.
Covers the steps for safely removing the EVSE from its packaging.
Outlines the process for unpacking and checking delivered parts.
Explains how to check sensors for shocks or tilt during transport.
Covers site preparation, space, airflow, and cable routing requirements.
Ensures adequate clearance and unobstructed airflow for the EVSE.
Describes the installation of cable ducts for routing and protection.
Details requirements for preparing a suitable foundation for the EVSE.
General steps for preparing foundations based on surface type.
Specific instructions for preparing a concrete foundation.
Instructions for preparing a metal frame foundation.
Guides on installing the cable gland plate onto a concrete foundation.
Overview of the steps for installing the power cabinet.
Covers physical mounting and securing of the power cabinet.
General steps for the mechanical installation of the cabinet.
Details securing the cabinet to the prepared foundation.
Instructions for installing cover plates on a metal foundation.
Covers all wiring and electrical connections for the EVSE.
Overview of the electrical connection steps for the cabinet.
Step-by-step guide for connecting the protective earth wire.
Instructions for connecting the main AC power input wires.
Details connecting the 3-phase 480V auxiliary power cable.
Details connecting the 1-phase 120V auxiliary power cable.
Instructions for connecting the main DC power cables to outlets.
Guides on connecting 24V DC auxiliary power cables.
Details connecting safety interlock and DC guard signal cables.
Instructions for connecting Ethernet communication cables.
Guides on connecting Ethernet to fiber optic converters.
Guides on connecting CAN bus to fiber optic converters.
Steps for installing the optional long-distance communication kit.
Procedure for safely disconnecting an Ethernet cable from a converter.
Steps for connecting an Ethernet cable to its designated connector.
Details connecting the optional Emergency Stop (EMO) cable.
Explains the process of crimping ferrules onto wire ends.
Details connecting wires that have already been fitted with ferrules.
Covers the initial setup and configuration phase before full commissioning.
Provides background on precommissioning mode and its requirements.
Outlines the overall steps for entering and using precommissioning mode.
Describes checking the integrity of the protective earth connection.
Details connecting the 120V AC supply for precommissioning.
Verifies the condition and position of electrical components.
Instructions for setting the precommissioning mode switch.
Steps to confirm the EVSE is ready for commissioning.
Verifies correct settings and connections before commissioning.
Outlines the general steps to exit precommissioning mode.
Details setting the switch to the correct position for commissioning.
Describes disconnecting the temporary 120V supply.
Final checks and requirements before the official commissioning process.
Steps for final checks and appointing personnel before operation.
Explains how to use the emergency stop button to halt operations.
Procedures for safely resetting the EVSE after an emergency stop.
Covers the process of charging an electric vehicle.
Basic steps for initiating and managing an EV charging session.
Details how to begin the EV charging process.
Instructions for ending a charging session.
Outlines the recommended tasks and frequencies for EVSE maintenance.
Guides on inspecting the power cabinet for damage or wear.
Provides instructions for safely cleaning the EVSE unit.
Step-by-step instructions for opening the main power cabinet door.
Details how to securely close the main power cabinet door.
Explains how to remove the covers at the base of the power cabinet.
Instructions for installing various protective covers onto the cabinet.
Procedures for removing the cover protecting AC components.
Steps for reinstalling the AC component cover.
Instructions for opening the door providing access to DC components.
Details how to securely close the DC component access door.
Guides on diagnosing and resolving issues with the EVSE.
Classifies different EVSE models based on power, outlets, and variants.
Explains the coding system for identifying EVSE models.
Lists specific ABB part codes and short descriptions for HVC models.
Lists the components provided with the EVSE.
Specifies additional parts needed for installation, like fasteners.
Provides torque values for various fasteners and connections.
Lists overall compliance, IP rating, and EMC specifications.
Defines appropriate cleaning agents and tools for the EVSE.
Provides physical dimensions and weight of the EVSE.
Specifies the required slack for various cables.
Details the necessary clearances around the EVSE for installation and operation.
Outlines requirements for the foundation supporting the EVSE.
Provides detailed dimensions for custom concrete foundations.
Specifies dimensions for metal frame foundations.
Lists acceptable operating and storage temperature and humidity ranges.
Illustrates connections for optical fiber communication cables.
Details various types of cables used with the EVSE.
General requirements for cable compliance and resistance.
Specifies parameters for the main AC input cables.
Details specifications for 3-phase 480V auxiliary power cables.
Details specifications for 1-phase 120V auxiliary power cables.
Specifies parameters for the main DC power cables.
Details specifications for 24V DC auxiliary power cables.
Specifies parameters for protective earth cables.
Details specifications for interlock signal cables.
Specifies parameters for combined interlock and DC guard cables.
Details specifications for Ethernet communication cables.
Specifies parameters for optical fiber communication cables.
Provides electrical input data for different power configurations.
Electrical input specifications for the 200 kW EVSE model.
Electrical input specifications for the 300 kW EVSE model.
Electrical input specifications for the 360 kW EVSE model.
Details the DC power output capabilities of the EVSE.
Lists maximum output voltage and current ratings.
Shows voltage-current curves for different EVSE power outputs.
Specifies circuit breaker ratings for AC auxiliary circuits.
Provides standby power consumption details.
Lists part numbers and colors for various terminal blocks.
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