9010 / 9020 PQNodes can be configured with 16 channels of power quality monitoring. A 4-voltage-channe, 12-current-channel configuration as is typically found at utility substations or an 8-voltage-channel 8-current-channel can be selected as is typically used to simultaneously monitor the input and output of power conditioning devices such as UPS, static transfer switches, Dynamic Voltage Restorers, etc. 9010 PQNodes can be cross-triggered to create up to 48 channels of advanced power quality recording.
The 9010 PQNode is permanently installed at one location; the 9020 PQNode can be transported for monitoring several locations. Otherwise, their performance and specifications are identical.
Upgrade Now!Dranetz has Discontinued this product and we strongly recommend that you consider upgrading your instrument to the recommended product upgrade: Encore 61000 SG, Encore 61000 STD.
Please note: This is a discontinued product. Options/Accessories associated with this product may no longer be available.
Dranetz provides several options to help you upgrade your product affordably. We can work with you to determine the best solution for your situation. Contact our Sales department today as ask about our trade-in options. If you are unable to upgrade, please be aware that your instrument should be serviced and calibrated yearly for optimal accuracy, and you may be eligible for service incentives. Please contact our sales department to discuss your situation.
Phase A, B, C, Neutral, and Ground. Supports single phase, split single phase, 3-phase 4-wire wye, 3-phase 3-wire delta. Two sets of three-phase voltage inputs available (total of 4 sets of inputs).
Phase A, B, C, and Neutral using built-in 25 Amp (pk), 10 amp RMS pass-though CTs (9010) or a variety of clamp-on CT's (9020) Three sets of three-phase current inputs available (total of 4 sets of inputs).
0 - 600 Vrms (±1,000 Vpk) or 0 - 170 Vrms (±250 Vpk), user selected 50/60 Hz Accuracy: ±0.2% reading ±0.02% full scale.
50 - 6000Vpk Peak detection, IEEE 587 type A and B Accuracy: ±5% reading ±5% full scale.
0.01 Arms - 2.00 Arms (±5 Apk) or 0.1 Arms - 10.0 Arms (±25 Apk), user selected 50/60 Hz Accuracy: ±0.2% reading ±0.04% full scale.
256 samples per cycle, continuous on all voltage channels; 128 samples per cycle, continuous on all current channels; phase-locked sampling technique employed.
Through 127th voltage harmonic, 63rd current harmonic at 50/60 Hz.
Voltage-only, waveshape fault, swell, sag, interruption, impulse, periodic waveshape capture.
0 - 15 cycles voltage and current, user selectable. Additional post-trigger rms data available on swell, sags.
90 Vrms - 250 Vrms, 45 Hz - 65 Hz Power factor > 0.97 Power consumption < 80 VA Impulse tolerance 6 kV Suitable for attaching directly to monitored circuit.
User selected up to 8 hours of battery operation.
Optional NEMA-4X Rain-,dust-,ice-resistant enclosure -22°F to 122°F -30°C to +50°C Humidity 0% - 95% non-condensing.
PES
CE, FCC, ISO-9001
The 9010/9020 PQNode is ideal for monitoring the input and the output of UPS systems at critical sites, giving detailed documentation of the success of your UPS system. Detailed graphs of the power problems at the input of a three-phase UPS with the corresponding graphs of the clean power at the output of the UPS. Providing documentation of any problems. Each 9010/9020 PQNode can monitor 8 voltage and 8 current channels simultaneously.
The transportable 9020 PQNode is perfect for demanding industrial power quality measurements, especially if you need to watch both the input and the output of a three-phase power conditioner. Use it to verify specifications, track adjustable speed drive performance, even check the timing on fast transfer switches.
The 9010 / 9020 PQNode can be connected directly to metering transformers for the ultimate power quality recording system. Each 9010 / 9020 PQNode can monitor 4 voltage and 12 current channels, or 8 voltage and 8 current channels.
Please note: This is a discontinued product. Options/Accessories associated with this product may no longer be available.
0.5-5.0A ±2% of full scale ±6% of reading
0.25-5.0A ±0.1% of full scale ±1% of reading
0.2-5.0A ±0.1% of full scale ±2% of reading
5-150A ±0.2% of full scale ±1.5% of reading
30-600A ±0.2% of full scale ±1% of reading
40-600A ±0.2% of full scale ±1% of reading
150-3000A ±0.2% of full scale ±1.5% of reading