G4500
Portable Power Quality Analyzer
The BlackBox G4500 portable takes power quality analyzers & power monitoring to a whole new level by using the revolutionary PQZIP patent algorithm. The unique algorithm Enables you to measure, store & analyze (continuously) waveform signals regardless their size
PQZIP inside
Continuous waveform recording
Trigger free setup
5,000 power parameters @ 1/2 cycle resolution
Easy deployment
Class A
Far surpassing the highest standards set by the industry, the BLACKBOX device series complies with standards for: aggregations, time clock uncertainty, flagging, and transient influence quantities.
Superior Accuracy
Synchronized Monitoring
A unique time synchronization algorithm assures that logged data from multiple units is synchronized & displayed on the same time scale with typical 0.1 ms resolution. Every event on a grid is accurately analyzed for precise root cause analysis, behavior propagation, and traced to its source.
APPLICATIONS
UTILITIES (TRANSMISSION, DISTRIBUTION, GENERATION)
ENERGY CONSUMER (CRITICAL POWER, INDUSTRIAL, COMMERCIAL, ETC.)
Continuous Waveform Recordings
SUPREME TRENDS RESOLUTION
The G4500 power quality analyzer measures and records 5,000 power parameters continuously at a resolution of ½ cycles, 10/12 cycles, 150/180 cycles, 10 min and 2 hours of which, any given resolution is calculated for display and reporting purposes. Hence, there is no need to select which parameters to log, and more importantly, which parameters to ignore.
HARMONICS & INTER-HARMONICS ANALYSIS
The G4500 power quality analyzer has two FFT engines for harmonics analysis: Cycle by Cycle: performs FFT at 1 cycle resolution for extended bandwidth. This engine provides 512 harmonics order at 50Hz resolution. 10/12 Cycles: performs FFT 10/12 cycles resolution for extended resolution and sub-grouping calculation. This engine provides the magnitude and angle of 512 spectrum components at 5Hz resolution.
COMPREHENSIVE EVENT MECHANISM
The G4500 power quality analyzers series is designed to detect any event occurring on your system. The mechanism allows you to configure events on any measured parameter (more than 1,000) and/or I/O ports. The event mechanism supports out-of-limit events as well as rate of changed limits. The G4500 analyzer is capable of recording waveform signals continuously. The event configuration doesn’t trigger the recording but rather stores summary logs including start and end time, duration, severity and magnitude of the event. All events can be displayed in a tabular or scatter charts as CBEME/ITIC.
SPECIFICATIONS
Waveform Sampling | |
|---|---|
| Voltage Sampling Rate | 1024 Samples/Cycle |
| Current Sampling Rate | 256 Samples/Cycle |
| Voltage Harmonics (Individual, Even, Odd, Total) Up to – | 511Th |
| Current Harmonics (Individual, Even, Odd, Total) Up to – | 127Th |
| Type of Analog to Digital Converter | 16/201 bit |
Storage Capacity | |
| Internal Memory | 32 GB/32TB2 |
Power Quality Analysis | |
| transient Detection, Microseconds (50Hz/60Hz) | 19.5/16.3μs |
Communication Ports | |
| Ethernet Ports | 3 |
| Wi-Fi Communications (802.11g) | 1 |
| Power Over Ethernet (PoE- Out) | 1 |
| Digital Input | 4 |
| RS-232 | 1 |
| RS-485 | 1 |
Physical | |
| Dimensions mm | 314 X 84 X 271 |
| Weight | 3.7kg |
Control | |
| Comprehensive web server for local and remote real-time monitoring and control | |
Applicable Standards | |
| Measurement Standards | EN50160, IEEE1159, IEEE519, IEC61000-4-15, IEC61000-4-7, IEC61000-4-30 Class A EMC Standards EN61326, CFR47FCC, CISPR11 Group 1, FCC PART 15 Subpart B, EN61010-2, IEC61000-3-3, IEC61000-4-2, IEC61000-4-3, IEC61000-4-4, IEC61000-4-5, IEC61000-4-6, IEC61000-4-11 |
| Environmental Standards | IEC60068-2-1, 2, 6, 27, 30, 75 |
| Safety Standards | EN61010-1:2001 2nd Edition |
Power Supply | |
| Operating Range | 100-260 VAC: 50/60 Hz 100-300 VDC |
| Auxiliary DC Supply | 48 VDC |
| Auxiliary Supply | PoE In According to 802.3af |
| Battery Backup | 2 Hours |
Environmental Conditions | |
| Operation Temperature | 0°C – 50°C (32°F – 122 °F) |
| Storage Temperature | -20°C – 60°C (-4°F – 140 °F) |
Time Synchronization | |
| Real Time Clock | ±1 Second per 24 Hours |
| GPS | 100-200μs |
| IRIG B | 100-200μs |
| SNTP Server | 50-100μs |
| DCF-77 | ±15ms |
Voltage Channels | |
| Voltage Channels | 4 (3 Phases + Neut.)+ 1 DC |
| Nominal Full Scale | 1000V |
| Maximum Peak Measurement | 8000V |
| Input Impedance | 3MΩ |
| Uncertainty | 0.1% of Nominal |
Current Channels | |
| Current Channels | 4 (3 Phases + Neut.)+ 1Grn/DC |
| Current Channels Receive From Clamp | I1-I4: 0-10 VPk I5: 0-3 VPk |
| Uncertainty | 0.1% ±0.1 mV |
Frequency Measurement | |
| Fundamental Frequency | 42.5 Hz to 69 Hz |
| Frequency Resolution | 10 mHz |
| Frequency Accuracy | ±10 mHz |
OPTIONAL ACCESSORIES
1 – 6A MINI CLAMP
| Ordering Information | SOA-0010-0500 |
| Measurement Range | 6/60AAC |
| Output Signal | 100m V/A |
| Operating Temperature | – 20°C to + 60°C |
| Cable Length | 1.2m |
DC CURRENT CLAMP
| Ordering Information | SOA-0270-1400 |
| Measurement Range | 1,500A DC / 1,000A AC |
| Output Signal | 1m V/A, 10m V/A |
| Operating Temperature | – 10°C to + 55°C |
| Cable Length | 1.4m |
100A MINI CLAMP
| Ordering Information | SOA-0180-5000 |
| “Hole” Dimensions | 10mm Max |
| Measurement Range | Up to 100APK AC |
| Output Signal | 100m V/A |
| Operating Temperature | – 20°C to + 60°C |
| Cable Length | 1.2m |
CUSTOM CLAMP 3-FLEXIBLE CURRENT PROBES
| Ordering Information | SOA-3003-0270 |
| Measurement Range | 30A/300A/3000A AC RMS |
| Operating Temperature | – 20°C to + 65°C |
| Probe Cable Length | 610mm (24”) |
| Probe Cable Diameter | 194mm (7.5”) |
3000A FLEXIBLE CURRENT CLAMPS
| Ordering Information | SOA-9045-3001 |
| Measurement Range | 90A – 4,200A |
| Operating Temperature | – 20°C to + 60°C |
| Cable Length | 2m |
| Loop Diameter | 80cm |
300A FLEXIBLE CURRENT CLAMPS
| Ordering Information | SOA-9091-3000 |
| Measurement Range | 9A – 1,050A |
| Operating Temperature | – 20°C to + 60°C |
| Cable Length | 2m |
| Loop Diameter | 45cm |
GPS
The GPS provides an optimal mobile time synchronization solution for accurate time data via satellite signal. In absence of any other available technologies, it synchronizes the time at any remote location.
