NEO MESSTECHNIK
NEO Messtechnik PQA 7000 Series Mobile Power Quality Analyzer
NEO Messtechnik PQA 7000 Series Mobile Power Quality Analyzer
The NEO MESSTECHNIK PQA 7000 is a Class A++ all-in-one portable power quality analyzer, DFR, and PMU system. It has 4 voltage inputs and 5 current inputs with industry leading accuracy of 0.05% and high sampling rate of 48 kHz, 24-bit ADC. It has a multi-touch display, 6 hour battery operation and Quad Core processor, and Windows 10.
Key Features
- Multi-functional Recorder (PQA, DFR, and PMU) - Meets & Exceeds all Standards
- High Resolution 24-bit ADC
- High Sampling Rate of 48kS/s for all voltage and current inputs
- 4x Voltage inputs (+/-1,600V range, common neutral 6kV isolation, CAT IV 600V)
- 5x Current inputs (Clamp/Rogowski sensor) with TEDS Auto Sensor Detection
- Interfaces: 1 x CAN Bus, 1 x RS-485, 4-bit digital input
- 2 x USB 3.0, 1x Ethernet, Wi-Fi, Bluetooth, GPS
- Power supply : +9~+30VDC
- With Display (PQA-7000) or Without Display (PQA-7000B)
- 6 Hour Li-ion Battery 80Wh
- Intel® Quad Core processor, 4GB RAM
- Microsoft® Windows® 10 64-bit operating system
- 256GB SSD (Expandable, any external HHD)
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- Technical Support
- Secure Checkout
PQA 7000 Series Models
Use our configurator to easily build your custom kit by adding current clamps and accessories.
7-inch Multi-Touch Display
24-bit ADC at 48 kHz
4x Voltage inputs
5x Current Inputs
PQA 7000-B
No Display
All features of PQA 7000
Compare NEO Messtechnik PQA 7000 Series
Specifications & Downloads including Data Sheets, User Manual, and Application Notes
 |  |  | |
|---|---|---|---|
| General | |||
SKU |
PQA7000
|
PQA7000-B
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PQA8000H-P
|
Brand |
NEO MESSTECHNIK
|
NEO MESSTECHNIK
|
NEO MESSTECHNIK
|
Processor |
Intel® Quad Core Processor and 4GB RAM
|
Intel® Quad Core Processor and 4GB RAM
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Intel® Quad Core Processor and 8GB RAM
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Operating System |
Microsoft® Windows® 10 64-bit (IOT)
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Microsoft® Windows® 10 64-bit (IOT)
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Microsoft® Windows® 10 64-bit (IOT)
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| Special Applications | |||
EV Charging Stations |
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AEMO FCAS Frequency Control Ancillary Services (FCAS)
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AEMO GPS & R2 Compliance |
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Supraharmonics 150 kHz |
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Supraharmonics 500 kHz |
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Applications |
AEMO FCAS, AEMO GPS R2 Compliance, EV Charging Stations, and Revenue Grade Energy Meter
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AEMO FCAS, AEMO GPS R2 Compliance, EV Charging Stations, and Revenue Grade Energy Meter
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AEMO FCAS, AEMO GPS R2 Compliance, EV Charging Stations, Supraharmonics, Grid Impedance, and Revenue Grade Energy Meter
|
| Data Acquisition | |||
ADC Type |
Sigma Delta
|
Sigma Delta
|
SAR (Successive Approximation Register)
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ADC Resolution |
24-bit
|
24-bit
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18-bit
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ADC Filters |
Analog, Digital, and Automatic Anti-Aliasing Filter
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Analog, Digital, and Automatic Anti-Aliasing Filter
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Analog, Digital, and Automatic Anti-Aliasing Filter
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Voltage Sample Rate per Second |
48 kHz
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48 kHz
|
1 MHz
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Sampling Rate Voltage per Cycle |
960 Samples/Cycle
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960 Samples/Cycle
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20,000 Samples/Cycle
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Sampling Rate Current per Cycle |
960 Samples/Cycle
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960 Samples/Cycle
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20,000 Samples/Cycle
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Technology |
RAW Sampled Voltage & Current
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RAW Sampled Voltage & Current
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RAW Sampled Voltage & Current
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| AEMO Frequency Control Ancillary Services (FCAS) | |||
Very Fast FCAS Compliant |
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Sampling rate of Local Frequency Measurements Calculation Rate
|
—
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—
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≤50ms
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Sampling rate of Generation Amount and Load Amount measurements Calculation Rate
|
—
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—
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≤50ms
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Intrinsic Frequency Uncertainty Local Frequency Measurement Range
|
—
|
—
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≤0.01 Hz
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Frequency Resolution Local Frequency Measurement Range
|
—
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—
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≤0.0025 Hz
|
Recording Period for Power & System Frequency Measurements |
—
|
—
|
Adjustable Trigger (Pre and Post)
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| Voltage Inputs | |||
Number of Inputs |
4
|
4
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4
|
Accuracy |
0.05 %
|
0.05 %
|
0.05 %
|
Range |
1600 V / 800 V
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1600 V / 800 V
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1600 V / 800 V and 600V / 20V
|
Isolation |
6 kV
|
6 kV
|
6 kV
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Impedance |
10 MΩ
|
10 MΩ
|
10 MΩ
|
Safety |
CAT IV 600 V and CAT III 1000 V
|
CAT IV 600 V and CAT III 1000 V
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CAT III 1000 V and CATIV 600 V
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| Current Inputs | |||
Number of Inputs |
5
|
5
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5
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Accuracy |
0.05 %
|
0.05 %
|
0.05 %
|
Type |
Current Clamp, Rogowski Coil, and Zero Flux
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Current Clamp, Rogowski Coil, and Zero Flux
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Current Clamp, Rogowski Coil, and Zero Flux
|
Current Sensor Supply |
± 15 V
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± 15 V
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± 15 V, ± 12 V, and ± 3.3 V
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Instrument Clamp Range |
2mV to 10V (15x Ranges)
|
2mV to 10V (15x Ranges)
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1V, 2V, 5V, 10V, 2mV, 20mV, 200mV, and 2mV to 10V (15x Ranges)
|
Integrator Rogowski Range |
1 A to 300 kA
|
1 A to 300 kA
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1 A to 300 kA
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Impedance |
10 MΩ
|
10 MΩ
|
10 MΩ
|
Additional Analog Inputs |
—
|
—
|
1 V, 2 V, 5 V, and 10 V
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Automatic Sensor Detection |
|
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| Functionality | |||
Power Quality Analyzer |
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Digital Fault Recorder |
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Phasor Measurement Unit (PMU) |
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|
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| PMU | |||
Total Vector Error (TVE) |
0.01 %
|
0.01 %
|
0.01 %
|
Angle Error |
0.003 °
|
0.003 °
|
0.003 °
|
Max Reporting Rate RR
|
50 FPS
|
50 FPS
|
50 FPS
|
GPS Time Stamp Accuracy |
0.1 μs
|
0.1 μs
|
0.1 μs
|
| Storage | |||
Capacity |
256 GB
|
256 GB
|
512 GB and 1 TB
|
Type |
32GB eMMC and 256GB SSD
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32GB eMMC and 256GB SSD
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SSD
|
Expandable |
Yes (Any External HHD via USB)
|
Yes (Any External HHD via USB)
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Yes (Any External HHD via USB)
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| Display | |||
Display |
|
|
|
Type |
7 inch Capacitive Multi-Touch TFT LCD Sunlight Readable
|
7 inch Capacitive Multi-Touch TFT LCD Sunlight Readable
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10.1 inch Capacitive Multi-Touch TFT LCD, Sunlight Readable / 800cd
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| Interfaces | |||
Digital Input & Output DIO
|
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CAN |
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RS485 |
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WiFi |
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Bluetooth |
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Ethernet |
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HDMI |
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GPS |
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GPS Type |
Internal and External (Optional)
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Internal and External (Optional)
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Internal and External (Optional)
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GSM LTE |
|
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GSM LTE Type |
—
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—
|
GSM LTE
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MODBUS |
|
|
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USB |
|
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USB Type |
USB 3.0
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USB 3.0
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USB 3.0
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| Time Synchronization | |||
GPS Accuracy |
0.1 μs
|
0.1 μs
|
0.1 μs
|
| Battery | |||
Battery Operation |
|
|
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Type & Capacity |
Li-Ion Battery 80Wh
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Li-Ion Battery 80Wh
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Li-Ion Battery 90Wh
|
Operating Time |
6 Hours
|
6 Hours
|
4 Hours
|
| Power Supply | |||
Main |
10-30 V DC
|
10-30 V DC
|
115V / 230V
|
| Environmental | |||
Operating Temp Range |
0 to 60°C
|
0 to 60°C
|
0 to 60°C
|
Storage Temp Range |
-20 to 80°C
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-20 to 80°C
|
-20 to 80°C
|
IP Rating |
IP2X
|
IP2X
|
IP2X
|
| Standards & Certifications | |||
Standards |
Exceeds All Standards, EN50160, IEEE 519, IEEE 1159, IEEE C37.118.1-2011, IEEE C37.118.2-2011, IEEE C37.118.1a-2014, IEC/IEEE-60255-118-1-2018, IEC61000-4-30 Ed. 3 Class A, IEC61000-4-7, IEC61000-4-15, IEC62586-2 Ed. 2, IEC62586-1, EN50163, IEC61000-2-2, IEC61000-2-4 (Class 1; 2; 3), IEC61000-2-12, NRS048, IEC61400-21, IEC61400-12, FGW-TR3, VDE N-4105, VDE N-4100, VDE N-4110, D-A-CH-CZ, BDEW, ROCOF, IEEE C37.118-2005, IEC60034, IEC 60076-1, IEC61000-3-2, IEC61000-3-3, IEC61000-3-11, and IEC61000-3-12
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Exceeds All Standards, EN50160, IEEE 519, IEEE 1159, IEEE C37.118.1-2011, IEEE C37.118.2-2011, IEEE C37.118.1a-2014, IEC/IEEE-60255-118-1-2018, IEC61000-4-30 Ed. 3 Class A, IEC61000-4-7, IEC61000-4-15, IEC62586-2 Ed. 2, IEC62586-1, EN50163, IEC61000-2-2, IEC61000-2-4 (Class 1; 2; 3), IEC61000-2-12, NRS048, IEC61400-21, IEC61400-12, FGW-TR3, VDE N-4105, VDE N-4100, VDE N-4110, D-A-CH-CZ, BDEW, ROCOF, IEEE C37.118-2005, IEC60034, IEC 60076-1, IEC61000-3-2, IEC61000-3-3, IEC61000-3-11, and IEC61000-3-12
|
Exceeds All Standards, EN50160, IEEE519, IEEE 1159, IEEE C37.118.1-2011, IEEE C37.118.2-2011, IEEE C37.118.1a-2014, IEC/IEEE-60255-118-1-2018, IEC61000-4-30 Ed. 3 Class A, IEC61000-4-7, IEC61000-4-15, IEC62586-2 Ed. 2, IEC62586-1, EN50163, IEC61000-2-2, IEC61000-2-4 (Class 1; 2; 3), IEC61000-2-12, NRS048, IEC61400-21, IEC61400-12, FGW-TR3, VDE N-4105, VDE N-4100, VDE N-4110, D-A-CH-CZ, BDEW, ROCOF, IEEE C37.118-2005, IEC60034, IEC 60076-1, IEC61000-3-2, IEC61000-3-3, IEC61000-3-11, and IEC61000-3-12
|
| Physical | |||
Weight |
2.3 kg
|
2.3 kg
|
4.0 kg
|
Dimensions |
250 x 190 x 80 mm
|
250 x 190 x 80 mm
|
298 x 225 x 95 mm
|
| In the Box | |||
Supplied |
PQA7000, Transport Bag, and Keyboard included
|
PQA7000-B, Transport Bag, and Keyboard included
|
PQA8000H-P, Transport Bag, and Keyboard included
|
| Optional Accessories | |||
Optional |
Current Sensors, Integrated GPS receiver and GPS mouse, Custom Color Code for Voltage and Current Inputs, Ruggedized Pelican-Case (IP67) with foamed insert adapted for the measurement instrument and pullout handle, Test Leads, and Other sensors available on request
|
Current Sensors, Integrated GPS receiver and GPS mouse, Custom Color Code for Voltage and Current Inputs, Ruggedized Pelican-Case (IP67) with foamed insert adapted for the measurement instrument and pullout handle, Test Leads, and Other sensors available on request
|
Current Sensors, Integrated GPS receiver and GPS mouse, Integrated GSM Modem for telecommunication, DC Power supply input +9V …. +36V DC, Custom Color Code for Voltage and Current Inputs, Ruggedized Pelican-Case (IP67) with foamed insert adapted for the measurement instrument and pullout handle, Dust Cover, Temperature Sensor Thermocouple Type K on DSUB15 input, Radiation Pyranometer Sensor on DSUB15 input, Test Leads, and Other sensors available on request
|
| Downloads | |||
Datasheet | |||
User Manual | |||
Technical Guide | |||
Accessories Manual | |||
Beyond the Standards
Power Quality Class A++ Exceeds All Standards with 0.05% Accuracy
Suitable for all power quality applications, future-proof with 24-bit high resolution, and 48 kHz Sampling Rate.
AEMO Frequency Control Ancillary Services (FCAS) Compliant for Monitoring & Reporting
PQA 7000 instrument meets all AEMO FCAS requirements for Very Fast FCAS, Fast FCAS, Slow FCAS, Delayed FCAS, and Regulation FCAS
AEMO GPS Compliance Assessment and R2 Model Validation
Suitable for Generator Performance Standard & R2 Testing
Suitable for All Applications
- Power Grid Monitoring & Ancillary Services
- PMU and WAMs
- Renewables: Wind, Solar, Hydro, Combined Heat & Power (CHP), Battery Energy Storage System (BESS)
- EV Charging Stations
- Transformers, Motor, Generators, GPS & R2 Testing
- Conventional Power Plants
- Railway
- Aircraft & Marine
- Smart Grid & Energy Management
- Equipment Testing
- and More..
The NEO Workflow
Truly Intuitive Software
1. Easy Setup
The Measurement Software has a clear structure that
shows colour coded schematics with explanations, with large display scaling, buttons, and icons for instrument setup using the built-in 7 inch Multi-Touch Screen on the PQA 7000.
If you do not require a built-in display opt for the PQA 7000-B.
Set up for 3 phase or single phase measurements.
VALIDATE CONFIGURATION SETTINGS & MEASUREMENTS
2. Measure
During measurements you can define widgets such as Scopes, Vector Scopes, Harmonic FFTs, Tables, Recorders etc. From this information, you can verify configuration settings such as phase order, current clamp polarity, or monitor live measurements.
Easy Remote Connection
- AnyDesk
- Teamviewer
- Microsoft Remote Desktop
ADVANCED ANALYSIS SOFTWARE
3. Analyze
With the included NEO Report Software, you can perform sophisticated functions such as analyze PQ Data using Continuous Waveforms, Phasors, Events, Transients, Disturbances, Harmonic Analysis with FFT up to 20 kHz, Alarms, and more...
PROFESSIONAL REPORTS & CUSTOM TEMPLATES
4. Report & Export
The instrument can automatically generate
- Standardized reports from IEEE, IEC, EN etc.
- User customizable report templates
- Professional documentation
Customize the Reports
- Company Logos
- Location of Recording with GPS Data
- Add comments
Save & Export
- PDF Reports are saved on device using built-in storage.
- Share reports directly via E-mail
- Export to Any Cloud Service such as Microsoft One Drive
- Export RAW data into CSV, XLS, Comtrade, PQDiff, and more.
FLEXABLE WORKFLOW
5. Install User Applications
The instrument uses Microsoft Windows 10. This flexibility means that you can process the raw data the way you want for your specific needs.
Install Any Windows Application
- MATLAB
- Microsoft 365 applications such as Word or Excel
- Remote Desktop Apps
- and many more...
Use the Data for
- Data Visualization
- Data Analytics
- Artificial Intelligence (AI)
- Machine Learning-based Applications
Need higher bandwidth?
Conventional PQ Analyzers, even if they are Class A certified, are not sufficient for modern measurement applications. NEO uses the best available components to ensure the highest safety category and also the highest accuracy. NEO instruments offer high bandwidth (up to 1 MHz) and correct the frequency dependent behavior of current & voltage sensors as well as integrated electronics to achieve the best possible measurement results.
Sensor Integration
All current sensors offered by NEO Messtechnik are industry proven for different applications. We use and improve on the best available sensors in the market.
Frequency Dependent Calibration
The NEO sensor integration calibrates each sensor over a wide frequency bandwidth and corrects frequency dependent phase shift and amplitude damping. This allows for high precision from DC to high-frequency measurements.
Measurement Range Dependent Calibration
In addition, the sensors will calibrated for each measurement range using multiple points.
Complying Standards
Power Quality, Harmonics, Flicker
IEC61000-4-30 Ed. 3 Class A / IEC61000-4-7 / IEC61000-4-15 /
IEC62586-2 Ed. 2 / IEC62586-1
Public Grid, Railway, and Industry
EN50160 / EN50163 / IEC61000-2-2 / IEC61000-2-4 (Class 1; 2; 3) /
IEEE519 / IEEE 1159 / IEC61000-2-12 / NRS048
Wind Power, Renewables, Grid Codes, and PMU
IEC61400-21 / IEC61400-12 / FGW-TR3 / VDE N-4105 / VDE N-4100 /
VDE N-4110 / D-A-CH-CZ / BDEW / ROCOF / IEEE C37.118-2005 / IEEE C37.118.1-2011 / IEEE C37.118.2-2011 / IEEE C37.118.1a-2014 / IEC/IEEE-60255-118-2018
Motors, Transformers, and Electrical Equipment
IEC60034 / IEC 60076-1 / IEC61000-3-2 / IEC61000-3-3 / IEC61000-3-11 / IEC61000-3-12
