Inspector™ Site Survey – Advanced Power Quality Analysis & EN50160 Compliance Assessment

Ensure reliable electrical performance with Inspector™ Site Survey, a field-proven Power Quality (PQ) evaluation platform designed for industrial and commercial environments. Inspector delivers advanced analytics, automated EN50160 compliance assessment, and detailed power quality monitoring to help engineers accurately evaluate voltage, frequency, harmonics, flicker, sags, swells, and interruptions. With built-in ride-through curve analysis (ITIC, CBEMA, SEMI F47), automatic disturbance recording, harmonic spectrum analysis, and professional reporting tools, Inspector transforms raw measurements into clear, actionable insights. The system supports multi-point surveys across facilities, enabling fast root-cause identification, regulatory documentation, commissioning support, and proactive infrastructure optimization. Inspector empowers organizations to reduce downtime, prevent equipment vulnerability, and make confident, data-driven decisions about their electrical networks.

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Inspector™ UPS Risk Mitigation – Real-Time UPS Monitoring & Predictive Maintenance System

Stay in control of your critical power infrastructure with Inspector™ UPS Risk Mitigation, an advanced real-time UPS monitoring system designed to maximize uptime, safety, and operational efficiency. The platform provides continuous visibility into UPS operating modes (Online, Bypass, On-Battery), input/output power, inverter efficiency, and power losses—ensuring complete performance transparency at all times. With intelligent battery monitoring, historical performance analysis, and detailed inverter disturbance evaluation, Inspector helps identify whether disruptions originate from the mains supply or the UPS itself. The system enables predictive maintenance through customizable thresholds, automated alerts, and email/SMS notifications, empowering businesses to reduce downtime risks, extend equipment lifespan, and make data-driven maintenance decisions. Inspector transforms UPS monitoring into a proactive, intelligent risk mitigation strategy—anytime, anywhere.

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Inspector™ Class A Power Quality Monitoring – Utility-Grade Accuracy for Critical Electrical Networks

Upgrade from conventional monitoring to trusted, utility-grade measurement with Inspector™ Class A Power Quality Monitoring. Designed for critical and regulated electrical networks, Inspector delivers Class A compliant, standards-aligned power quality measurements that are precise, synchronized, auditable, and fully defensible. Unlike indicative monitoring systems, Inspector ensures deterministic measurement performance with precise time synchronization, accurate event sequencing, harmonics and unbalance calculations, and improved frequency estimation. The result is reproducible, standards-compliant data suitable for regulatory compliance, contractual verification, dispute resolution, and high-impact operational decision-making. Ideal for utilities, transmission and distribution networks, substations, data centers, hospitals, airports, industrial PCC points, and regulated energy environments, Inspector transforms power quality data into credible, grid-level intelligence you can rely on when accuracy truly matters.

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Inspector™ Cloud Platform – Real-Time Remote Power Quality & Electrical System Monitoring

Unlock full visibility of your electrical infrastructure with the Inspector™ Cloud Platform, a secure and intelligent cloud-based solution for real-time power quality, UPS, and environmental monitoring. Designed for reliability and seamless remote access, Inspector Cloud enables you to monitor voltage, current, harmonics (up to the 60th order), EN50160 power quality events, UPS efficiency, battery health, motor performance, and environmental sensors—all from a centralized online dashboard. With smart alerts via Email, SMS, Web, and Mobile App notifications, customizable alarm thresholds, and advanced analytics with downloadable PDF and CSV reports, the platform empowers faster decision-making and proactive issue resolution. Built-in AI cloud support provides instant troubleshooting assistance, while an intuitive control panel allows you to manage multiple sites, users, firmware updates, and system configurations from one secure interface. Whether you manage a single facility or hundreds of sites, Inspector Cloud transforms real-time monitoring into smarter, data-driven operational control—anytime, anywhere.

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Inspector™ Core – Advanced Environmental Monitoring System for Critical Facilities

Ensure total environmental control with Inspector™ Core, a modular, real-time environmental monitoring system designed for critical facilities where temperature, humidity, air quality, and environmental stability directly impact safety, compliance, and operational continuity. Inspector™ Core provides 24/7 monitoring, data logging, intelligent alarm management, and seamless integration with facility management systems. The platform monitors a wide range of parameters including temperature, relative humidity, CO₂, TVOC, NOx, O₃, particulate matter (PM2.5), barometric pressure, vibration, gas levels, and 4–20 mA analog sensors—delivering high-accuracy measurements across pharmaceutical plants, cold storage, laboratories, hospitals, data centers, telecom sites, industrial facilities, and renewable energy environments. With configurable alerts via Email, SNMP, MQTT, BACnet, and Modbus, centralized multi-site visibility, and secure remote access, Inspector™ Core enables early detection of environmental deviations, reduces risk of product loss, supports GMP/GxP/ISO compliance, and safeguards critical assets with confidence.

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Inspector™ for ISO 50001 – Energy Audit & Energy Management System (EnMS) Compliance Solution

Achieve ISO 50001 compliance with confidence using Inspector™ for Energy Management Systems (EnMS)—a powerful energy monitoring and power quality platform designed to support energy audits, performance tracking, and continuous improvement initiatives. Inspector enables accurate energy baseline definition and Significant Energy Use (SEU) identification by measuring active, reactive, and apparent energy (kWh, kVARh, kVAh), demand profiles, and equipment-level consumption. With high-resolution data, the system supports Energy Performance Indicators (EnPIs), power factor evaluation, harmonic analysis (THD), voltage disturbances, and frequency variations—helping organizations uncover hidden energy losses and improve overall efficiency. Through real-time monitoring, automated data logging, event tracking, and exportable reports (PDF, CSV, JSON), Inspector provides strong technical evidence for audits, certification, and regulatory verification. Built-in alarms and operational alerts ensure abnormal energy consumption is detected early, enabling proactive corrective actions and sustained performance optimization. Inspector transforms energy data into measurable improvement—delivering reliable compliance, reduced losses, improved power quality, and continuous performance enhancement aligned with ISO 50001 standards.

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Inspector™ Vibration Monitoring – 4–20 mA RMS-Based Condition Monitoring for Rotating Equipment

Gain scalable mechanical health insight without the complexity of traditional vibration analyzers using Inspector™ Vibration-Based Condition Monitoring. Designed for rotating equipment and industrial assets, the system leverages standard 4–20 mA RMS vibration sensors to deliver continuous condition monitoring, trend analysis, and early fault detection. Inspector evaluates vibration severity and long-term trends to detect gradual wear, sudden impact events, abnormal operating conditions, and machine stoppages—providing actionable maintenance intelligence before critical failure occurs. Built on ISO 10816 severity classification guidelines, the platform converts vibration RMS values into clear condition states (Good, Satisfactory, Unsatisfactory, Unacceptable), ensuring standardized and defensible reporting. Ideal for motors, pumps, fans, rolling-element bearing machines, and auxiliary plant equipment, Inspector enables condition-based maintenance strategies, reduces unplanned downtime, lowers maintenance costs, and supports fleet-wide deployment across industrial facilities. With simplified fault indication and scalable architecture, Inspector transforms vibration data into reliable, practical asset health management.

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Inspector™ VFD Analysis – Drive-Aware Monitoring for Variable Frequency Drives

Traditional power quality tools are not designed to accurately analyze Variable Frequency Drive (VFD) outputs. Inspector™ VFD Analysis delivers drive-aware monitoring directly at the motor terminals—providing precise, real-time insight into variable-speed systems under actual operating conditions. Inspector continuously tracks critical VFD parameters including output frequency, ramp rate stability, voltage, current, output power, modulation index, carrier frequency, dv/dt levels, common-mode voltage, and current unbalance. By accurately following dynamic frequency changes during acceleration and deceleration, the system ensures reliable measurement across the full operating range of the drive. With built-in VFD-specific event detection—such as abnormal ramp behavior, dv/dt spikes, elevated common-mode voltage, and output current imbalance—Inspector enables early identification of electrical stress mechanisms that impact motor insulation, bearing life, and overall system reliability. Ideal for commissioning, tuning, troubleshooting, and long-term performance validation, Inspector transforms VFD monitoring into a precise, data-driven reliability tool—reducing downtime, improving motor protection, and enhancing operational efficiency.

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Inspector™ Motor Electrical Analysis – Continuous Non-Intrusive Motor Performance Monitoring

Unlock continuous visibility into motor performance with Inspector™ Motor Electrical Analysis, a non-intrusive monitoring solution that delivers real-time insight using electrical measurements only—eliminating the need for mechanical sensors such as encoders, torque meters, or vibration probes. Inspector continuously derives critical motor performance indicators including speed estimation, slip, electrical input power, estimated mechanical output power, shaft torque, load factor, efficiency, power factor, and phase current balance. This enables operators to understand true motor utilization, detect abnormal load conditions, and distinguish between electrical supply issues, mechanical load changes, and process-driven variations. With built-in motor event detection—covering overload, underload, stall, locked-rotor conditions, phase imbalance, inrush behavior, sustained low power factor, and efficiency degradation—Inspector provides early warning of developing faults before mechanical failure occurs. Ideal for pumps, fans, compressors, conveyors, and large motor fleets, Inspector transforms motors from operational black boxes into measurable, optimized energy assets—reducing downtime, improving reliability, and supporting data-driven maintenance and energy management strategies.

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Inspector™ Busway Monitoring – Real-Time Busbar & Power Distribution Monitoring Solution

Enhance the safety, reliability, and performance of your power distribution system with Inspector™ Busway Monitoring—an intelligent, non-invasive monitoring solution designed for busway systems in data centers, industrial plants, and large commercial facilities. Inspector provides real-time visibility into phase currents and voltages, load balance, power factor, energy consumption, demand trends, harmonics, voltage disturbances, and power quality events. In addition, the system monitors thermal and environmental conditions such as temperature and humidity near busway joints and tap-off points—enabling early detection of overheating, imbalance, and abnormal operating conditions before they escalate into failures. With accurate event recording, instant alarms, and seamless integration with BMS, DCIM, and energy management platforms, Inspector transforms conventional busway infrastructure into a smart, data-driven distribution network. The result is improved power quality for critical loads, reduced downtime, predictive maintenance capability, and enhanced operational confidence for both busway manufacturers and end users.

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