The CEM DT-7760 Three-Phase Power Quality Analyzer with Thermal Imaging Camera is a professional diagnostic instrument designed for comprehensive electrical system analysis in industrial environments. It combines advanced three-phase power quality monitoring with a built-in 120 × 90 infrared thermal imager, enabling technicians to identify electrical faults, thermal anomalies, and power disturbances in a single device. Featuring Class A compliance, waveform capture, transient detection, data logging, Bluetooth, Wi-Fi, and report generation, the DT-7760 is an ideal solution for preventive maintenance, energy audits, troubleshooting, and power system analysis in industrial facilities, utilities, and commercial installations.
Couldn't load pickup availability
Product features
Professional three-phase power quality and energy analyzer.
Integrated 120 × 90 infrared thermal imaging camera for thermal inspections.
Measures all three phases and neutral simultaneously.
Fully Class A compliant for power quality analysis.
Automatic transient detection and waveform capture.
Power inverter efficiency analysis.
Real-time power waveform and event recording.
Automatic trending and long-term data logging.
System monitoring for preventive maintenance applications.
Bluetooth BLE and Wi-Fi connectivity for fast data sharing.
USB interface for data transfer and report generation.
Built-in graph visualization and professional reporting tools.
Supports 50 Hz and 60 Hz electrical systems.
Includes four flexible 3000A Rogowski current coils.
Optional 6000A and 10000A flexible current probes available.
CE certified.
Compact portable design (240 × 160 × 100 mm).
Weight: approximately 1.2 kg.
Suitable for industrial plants, utilities, manufacturing facilities, commercial buildings, renewable energy systems, and Oil & Gas applications.
Materials and care
Store the analyzer in a clean, dry environment away from excessive humidity and dust.
Keep the infrared lens clean using a soft microfiber cloth designed for optical surfaces.
Inspect current probes and test leads before each use for signs of wear or damage.
Avoid impacts, excessive vibration, and exposure to corrosive chemicals.
Recharge the battery regularly and avoid long-term storage with a depleted battery.
Operate within the manufacturer's recommended environmental conditions.
Use only compatible accessories and current probes for accurate measurements.
Periodically update firmware (when available) and calibrate the instrument according to your maintenance schedule to ensure optimal accuracy.
