DT-6630S Three-phase Power Quality Analyzer | 6000A Range | 51st Harmonics | 16GB Memory

DT-6630S THREE-PHASE POWER QUALITY ANALYZER

Professional Three-phase Power Quality and Energy Analysis Instrument

The DT-6630S Three-phase Power Quality Analyzer is a professional instrument designed for comprehensive measurement and analysis of three-phase electrical systems. With support for multiple sensor types, 16GB internal memory, and harmonic analysis up to 51st order, this analyzer provides accurate real-time RMS values for all three phases and neutral, along with comprehensive power calculations.

Key Features:

Advanced Measurement Capabilities:

• Measures currents and voltages with real-time RMS values for all 3-phases and neutral

• Harmonic analysis up to 51st order simultaneously

• Calculates power factor, real power, reactive power, and comprehensive power parameters

• 4.3 inch TFT screen display for clear data visualization

• Sampling rate: 8k samples per second for high-resolution measurements

• 16GB Memory for extensive data logging

• USB DISK download for easy data transfer

Flexible Sensor Support:

• Support for extra sensors with 4pcs BNC terminals

• Compatible with 333mV CT sensors

• Compatible with 320mV current clamp sensors

• Compatible with Rogowski coil sensors

• External Rogowski coil and External CT input capability

Measurement Configurations:

• Poly-phase measurement capability

• Data logger function for continuous monitoring

• Power analyzer for comprehensive electrical analysis

• Poles description: 3PH4W (3-phase 4-wire), 3PH3W (3-phase 3-wire)

• Single-phase configurations: 1PH2W (L-N); 1PH2W (L-L); 1PH3W (L-L-N)

Technical Specifications:

Current Measurement Ranges:

• 600A range: 0.5% accuracy from 6A to 720A

• 3000A range: 0.5% accuracy from 10A to 3600A

• 6000A range: 0.5% accuracy from 20A to 7200A

Rogowski Coil Compatibility:

• 600A range: MRC-36 Rogowski coil

• 3000A range: NRC-150 or Y-FCT-510 Rogowski coil

• 6000A range: NRC-200 or Y-FCT-800 Rogowski coil

CT (Current Transformer) Settings:

• Primary current setting: from 1A to 999,999A

• Secondary voltage setting: from 0.001mV to 707mV

Measurement Accuracies:

• Voltage: 0.2% accuracy from 5 to 600V

• Power factor: ±0.005 accuracy

• Active/Apparent Power: IEC62053-22 Class 0.5 accuracy

• Reactive power: IEC62053-21 Class 2 accuracy

• Frequency: 0.01% accuracy from 45 to 65Hz

• Active energy: IEC62053-22 Class 0.5s accuracy

• Reactive energy: IEC62053-21 Class 2 accuracy

Input Characteristics:

• Primary current range for 600A setting: 0.5A to 720A

• Primary current range for 3kA setting: 0.5A to 3600A

• Primary current range for 6kA setting: 0.5A to 7200A

• Measurement input range: 1/225mV to 707mV

• Permissible overload: 2V for 10 seconds per hour

Power Supply:

• Power: 3 × 2600mAh lithium battery

• Working time: 10 hours continuous operation

• Charging time: 8 hours full charge

• 5V DC power supply (included adaptor)

Power Consumption:

• Screen Maximum Brightness: 2000mW

• Screen Minimum Brightness: 1800mW

Connection Specifications:

• Current input: BNC connector

• Voltage input: Banana plug

• DC power supply: DC 5.5×2.1 plug

Physical Specifications:

• Size: 230mm x 164mm x 65mm (H x W x D)

• Weight: 894g

Professional Applications:

Power Quality Analysis:

• Harmonic distortion measurement up to 51st order

• Three-phase voltage and current unbalance analysis

• Power factor measurement and correction assessment

• Real-time RMS measurement of all phases

• Power quality troubleshooting and diagnosis

Energy Measurement:

• Active and reactive power measurement

• Energy consumption analysis

• Load profiling and demand analysis

• Power loss calculation

• Efficiency analysis of electrical systems

Data Logging and Monitoring:

• Continuous data logging with 16GB memory

• Real-time monitoring of electrical parameters

• Trend analysis of power quality parameters

• Event recording for power disturbances

• Long-term performance monitoring

Industrial Applications:

• Manufacturing plant power monitoring

• Motor and drive system analysis

• Transformer and generator testing

• Power distribution system evaluation

• Renewable energy system integration