iVS-2Sx+
iVS-2Sx+ - Image 2
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iVS-2Sx+

Our iVS-2SX+ power analyzer is designed for use in a 200A residential meter base with the existing revenue meter. Using surface mount technology, we have included features never before available in such a power analyzer. In addition to RMS voltage and current in the base model, we now offer options to measure and monitor power factor, demand, phase angle, and harmonics to the 31st in an all-weather, self-contained, plug-in module.

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Description

Inputs
AC Voltage: 0 to 140 VAC
AC Current: 200 Amps RMS
Sample Rate: 128 samples/cycle/channel
Channels
Voltage: 2 channels
Current: 2 channels
Measured Quantities Per Cycle
RMS Voltage: Volts
RMS Current: Amps
Real Power: Watts (Optional)
Apparent Power: VAs
Reactive Power: VARs (Optional)
Phase Angle: Degrees (Optional)
Power Factor: Watts/VA (Optional)
Displacement PF: cos (phase angle) (Optional)
Power Usage: kWh, kVARh, kVAh (Optional)
Accuracy
Voltage: 0.33% of full scale
Current: 1.0% of full scale
Power: 1.0% of full scale
Phase Angle: 1.0°
Power Factor: ±0.02
Displacement PF: ±0.02
Harmonics
Voltage: to the 31st (Optional)
Current: to the 31st (Optional)
Measures: magnitude, THD
Communications
Type: RS232 port
Remote: n/a
Data Rate: 4,800 to 28,800 baud
Information Storage
Interval Graphs: 2.1 MB
Significant Change: 1000 records
Flicker: 1000 records
Waveform Capture: 384 KB (Optional)
Record Settings
Interval Graphs: 1 second to 4 hour interval user selected, stop-when-full, or wrap around memory modes
Significant Change: 1V to 8V in 1V steps
Flicker Settings: User-defined, or conform to IEEE Std. 141.
Waveform Capture: (Optional) voltage and current threshold
Power Supply
Power Consumption: Less than 2.5 watts
Operating Temp: -20°F to +135°F
Shock: 60 Hz to 2kHz, Acceleration 25G
Physical Dimension
Vibration: 10 Hz to 60 Hz, Amplitude 1.8 mm
Size: 4.625” x 6.75”
Weight: 3.6 lbs
Power Fail Operation
Can operate without any input voltage for up to 30 minutes. This allows it to record down to 0 volts on all channels during power outages.