Overview

The Eagle 120 is a complete ten function plug-in receptacle power quality analyzer that monitors two channels voltage and one channel of current in single-phase applications. When plugged into a standard 120V receptacle, it continuously detects and monitors sags, swells, flicker, RMS voltage, current, power factor, and harmonics. Additionally, the Eagle 120 captures waveforms from custom-triggered events. Power quality measurements are downloaded via USB cable.

• Fast, single cycle response
• Waveform capture
• High impact case and lightweight design

Features:

• Lightweight (0.5 lbs.)
• Palm Sized (4.875″ L x 2.625″ W x 1.25″ H)
• High-Impact ABS Plastic Case
• Fast, Single Cycle Response
• 1 MB memory, 8 MB Optional (battery backed)

Advanced Functionality:

• Monitor True RMS Voltage and Current
• IEEE 1453/IEC61000-4-15 Flicker
• Harmonics to the 51st degree
• Minimum/Maximum/Average Recording
• Real/Reactive/Apparent Power Recording
• Waveform capture

Part Numbers:

Specs

Inputs

AC Voltage: 60 to 140 VAC, 0 to 240 VAC Peak, Neutral-Ground 0-75 VAC RMS
AC Current: 0 to 80 Amps RMS (15 Amps continuous)
Sample Rate: 256 samples/cycle/channel

Channels

Voltage: 2 channels
Current: 1 channel

Measured Quantities Per Cycle

RMS Voltage: Volts
RMS Current: Amps
Real Power: Watts
Apparent Power: VAs
Reactive Power: VARs
Phase Angle: Degrees
Power Factor: Watts/VA
Displacement PF: cos (phase angle)
Power Usage: kWh, kVARh, kVAh

Communications

Type: USB

Information Storage

Interval Graphs: 1.2 MB (standard) 6.9 MB (with memory option)
Significant Change: 1000 records
Flicker: 1000 records
Waveform Capture: 256 KB (standard) 1.7 MB (with memory option)

Record Settings

Interval Graphs: 1 cycle to 4 hour interval. User selected, stop-when-full, or wrap around memory modes
Significant Change: 1V to 8V in 1V steps
Flicker: User-defined, or conform to IEEE1453/IEC61000-4-15,and IEEE Std. 141
Waveform Capture: Voltage and current threshold, periodic capture

Environmental

Operating Temp: -20°F to +135°F
Shock: 60 Hz to 2 kHz, acceleration 25G
Vibration: 10Hz to 60Hz, amplitude 1.8mm

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

Physical Dimensions

Size: 4.9” L x 2.7” W x 1.25” H
Weight: 0.5 lbs

Harmonics

Voltage: to the 51st
Current: to the 51st
Measures: magnitude, phase, THD

Downloads

Software and Drivers

• USB Device Driver (Windows Vista, 7, 8, and 10)
• Provision 1.80 Build 6984
• USB Device Driver v1110 (Windows XP Only)

Firmware

• Latest WinScan Firmware
• Latest Provision Firmware

Specification Sheet

White Papers

• Electric Tankless Water Heaters and Power Quality
• Hidden Delta Voltage Unbalance
• Using Cycle Stripcharts
• Understanding Crest Factor
• Adjusting Waveform Capture Sampling Rates
• Motor Start-Up from All Angles
• Application of the GE Flicker Curve
• Case Study: Electric Tankless Water Heaters and Power Quality
• Using TLAR CTs
• Predictive Power Monitoring
• Power Flow: Consumption vs. Generation
• Net Metering in ProVision
• Oscillatory Transient Ring Frequency
• Measuring Frequency with PMI Recorders
• Voltage Notching in IEEE Std. 519-2014
• Approaching Power Quality Monitoring Site-Work
• Power Monitoring Hardware White Paper
• Sampling Rate in PQ Recorders
• New Graph Templates for Flicker Analysis
• Electric Vehicle Charging and Power Quality
• Power Quality with the Significant Change Graph
• Understanding IEEE IEC Flicker Processing
• Finding the Source of Harmonic Problems
• Recording Harmonics
• Optimizing Memory in a Recorder
• Increasing Range When Using Bluetooth
• Bluetooth Security
• PC Memory Requirements for the Revolution and Vision
• Hookup Diagram Walkthrough Differential Input
• Comparison of Eagle 440 and Revolution PQ Analyzers
• ProVision Settings for Wireless Communications
• ProVision Settings for Wired Communications
• Guardian vs iVS 2SXplus Form and Function
• Transient Capture with the Vision and Revolution
• Harmonics from Periodic Waveform Capture
• THD-F vs THD-R
• Understanding Recording Modes
• Two Minute Countdown
• Calculating Interharmonics with Raw Waveform Data
• Vector Diagrams for Commonly Used Power Circuits
• Detecting Loose Neutrals with a Receptacle PQ Monitor
• Wireless Power Quality
• Power Quality Recorder Setup Basics (Part 2)
• How PFC Capacitors Affect Harmonic Levels
• Flicker Investigation Strategy
• Disconnecting a Power Quality Recorder
• Overcurrent Protection with Fused Leads
• Understanding PMI Data Record Types – Part 1
• Getting Started with the Pole Mount Boomerang
• Getting Started with the 3-Phase Boomerang