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General| Type | Active Voltage Conditioner |
|---|---|
| Power Rating | 20 kVA |
| Input Voltage | 400 V |
| Output Voltage | 400 V |
| Frequency | 50/60 Hz |
| Voltage Correction Range | ±20% |
| Cooling Method | Forced Air |
| Phase | Three-Phase |
| Protection Level | IP20 |
| Efficiency | 98% |
Explains the impact of voltage supply on operations and the PCS100 AVC-20 solution.
Describes ABB's global presence, expertise, and commitment to quality.
Provides copyright notice, document identification, and contact details.
Specifies when and how the manual should be referenced for operation.
Identifies the intended audience, including maintenance personnel and operators.
General safety warnings and precautions presented in multiple languages.
Specific alerts regarding hazardous voltages, arc flash, and PPE.
Explains how electrical grids and renewable energy affect voltage stability.
Describes the impact of voltage fluctuations on productivity and equipment.
Explains the PCS100 AVC-20's principle of operation and voltage regulation.
Details the unit's performance in regulating undervoltage and overvoltage.
Illustrates general performance for undervoltage and overvoltage conditions.
Provides a schematic of the PCS100 AVC-20 system configuration.
Explains the structure and components of the PCS100 AVC-20 type code.
Describes the information presented on the product's rating label.
Introduces the software tool for selecting the correct PCS100 AVC-20 model.
Lists available models, power ratings, and associated type codes.
Specifies the overall power range of the PCS100 AVC-20 units.
Details the input voltage, frequency, and power system requirements.
Describes output voltage, impedance, power factor, and overload capability.
Lists key performance metrics like efficiency, sag correction, and regulation accuracy.
Outlines compliance with quality, environmental, safety, and EMC standards.
Specifies operating temperature, altitude, humidity, and noise levels.
Describes the enclosure housing the rectifier, inverter, and master modules.
Describes the enclosure containing the injection transformer.
Details the primary HMI, including its pages and features.
Explains the navigation buttons for accessing different GDM pages.
Describes the default page showing input/output voltages and system status.
Details how to view and interpret system and power quality events.
Describes local control via GDM and remote control via digital I/O.
Explains how to adjust the output voltage reference source.
Explains parameter adjustment via GDM menus and navigation.
Details the two-level menu access with operator and technician passwords.
Describes how to select the operating language for the GDM.
Lists and describes general system parameters like password and reboot.
Lists parameters for system current, voltage, frequency, and thresholds.
Details parameters for commissioning, testing, and configuration checks.
Includes parameters for voltage setpoint and source selection.
Defines abbreviations used in event code tables (Fault, Warning, Bypass).
Lists and describes various fault, warning, and bypass events with recommended actions.
Provides a disclaimer on network security responsibilities.
Explains how to access GDM pages remotely via a web browser.
Details the Modbus TCP protocol for SCADA and monitoring system integration.
Describes configuration for sending email notifications for events.
Details digital inputs, outputs, and relay outputs for remote control.
Describes the failsafe switch for stopping operation and enabling the controller.
Provides recommended maintenance intervals for key components.
Specifies that repairs must be performed by authorized ABB service personnel.
Lists enclosure dimensions and weights for different frame sizes.
Shows enclosure layouts and required clearances from a top-down perspective.
Shows enclosure elevations and required clearances from a front view.
Illustrates different frame size configurations (Side-by-Side, Back-to-Back).
Covers power system types and short circuit protection requirements.
Details overload protection requirements for the upstream breaker.
Discusses arc flash hazards, standards (NFPA 70E), and PPE recommendations.
Recommends fitting a maintenance bypass for uninterrupted operation.
Specifies requirements for the installation surface and enclosure leveling.
Discusses EMC design for commercial/industrial applications.
Specifies requirements for the installation location and environment.
Advises on the placement of capacitor banks relative to the PCS100 AVC-20.
Lists ABB's lifecycle services including support, training, and maintenance.
Describes service contract options tailored to specific customer needs.
Details product training programs for installation, commissioning, and maintenance.
Describes ABB's engineering capabilities for system selection and integration.
States the manufacturer's obligations and limitations regarding product use.
Provides definitions for technical terms used in the manual.
Defines customer connection details for the injection transformer terminals.
Specifies recommended torque settings for power cable connections.
Shows a graph illustrating the bypass overload capacity over time.
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