SignalVax

01 Embedded Web UI

SV500’s Embedded Platform for Integrated Monitoring of Equipment Such as Motors and Transformers Through a Standard Web Browser

Key Monitoring Features

Real-time collection and high-speed analysis of voltage and current signals (FFT and ESA-based analysis)
Generates comprehensive diagnostic data including load characteristics, power quality, and mechanical imbalance analysis

Reporting & Analytics Features

Digital Twin and ML/AI-based anomaly detection
Predictive condition monitoring for rotating equipment such as motors, pumps, fans, and compressors
Diagnostics for critical transformer components including windings, bushings, and tap changers

Configuration & Asset Management

Provides real-time measurement status, power quality monitoring, diagnostic results, event and alarm management, and reporting functions

Dashboard

Displays integrated equipment information including equipment status, power quality status, voltage, current, and energy consumption
Provides real-time visibility into equipment operating conditions
Indicates equipment and power quality health status using four color levels (Green, Yellow, Orange, Red)

Measurement Status

Displays detailed real-time electrical data for equipment
Voltage (V), Current (A), Frequency (Hz), Power Factor (PF), Voltage Imbalance (%), Power (kW), Energy (kWh), THD, Demand Power, and more
Visualizes phase angles of voltage/current for L1, L2, and L3

Power Quality Status – Harmonics

Displays voltage and current harmonics up to the 63rd order
Shows harmonics for phase voltage, line voltage, and current on L1, L2, and L3 using bar charts or tables
Useful for identifying harmonic sources generated by nonlinear loads such as inverters and chillers

Power Quality Status – Waveforms

Displays real-time waveforms for phase voltage, line voltage, and current
Evaluates signal stability by analyzing sine wave distortion
Identifies waveform distortion caused by nonlinear loads
Determines whether current waveforms are operating under normal or abnormal conditions based on load patterns

Condition Monitoring – Equipment

AI-based analysis of mechanical and electrical conditions for equipment such as motors and inverters, displaying detailed diagnostic results by category
Includes supply voltage, bearings, stator, rotor, cable connections, mechanical imbalance, and more
Displays current condition levels using four color indicators (Green, Yellow, Orange, Red)
Provides detailed diagnostic descriptions to support maintenance and inspection activities when abnormalities occur

Condition Monitoring – Power Quality

AI-based analysis of equipment power quality conditions with detailed diagnostics by category
Displays current condition levels using four color indicators (Green, Yellow, Orange, Red)
Includes DC components, phase angles, imbalance, harmonics, voltage/current RMS, and more
Displays the severity level of each diagnostic item using four color indicators (Green, Yellow, Orange, Red)
Provides detailed diagnostic descriptions to support maintenance and inspection activities when abnormalities occur

Condition Monitoring – Events

Displays major event types such as overcurrent and overvoltage using detailed bar charts
Shows event occurrence counts and condition levels using four color indicators (Green, Yellow, Orange, Red)
Includes transient current/voltage, overcurrent/undercurrent, voltage sag/swell, and power outage events

Condition Monitoring – Electrical Anomalies

AI-based analysis of electrical anomalies with occurrence counts and condition severity displayed by category
Displays current condition levels using four color indicators (Green, Yellow, Orange, Red)
Includes no-load operation, overcurrent, phase sequence, overvoltage/undervoltage, power loss, frequency, and voltage-frequency ratio
Provides detailed diagnostic descriptions to support maintenance and inspection activities when abnormalities occur

Alarms / Events

Supports up to 32 configurable alarm settings, including alarm items, conditions, ranges, and threshold values
Supports event configuration for transient voltage/current, voltage sag/swell, overcurrent/undercurrent, and waveform capture at the moment of occurrence
Provides alarm occurrence counts, active status, and historical records
Stores and displays event history records

Trend Analysis

Displays equipment data stored in the SV500 internal database through trend charts
Includes measurements (voltage, current, frequency, etc.), energy consumption (hourly and cumulative), power quality (imbalance, harmonics, etc.), equipment condition (rotor, bearings, etc.), and additional parameters (RPM, torque, DC current, etc.)