Curien N2BASE01 N2 Neuron
The N2 Neuron Dual Channel Wireless Graphing Multimeter provides electrical testing accuracy and versatility in the palm of your hand. This wireless graphing meter is built shop tough and ready to fit into any situation providing the right readings and the right measurements the first time. By wirelessly connecting to your Curien smart device or existing android or windows scan tool, or iOS device you can use the big screen you already own for real time readings, wave form analysis, graphing and logging. If a job requires you to go for a test drive, no worries!
Volts, Ohms & Amps Measurements to test motors, wires, components, sensors, batteries and more
2 Voltmeters onboard allow for transducer and voltage measurements to be used simultaneously for data relationships such as I=VR Calculations, Efficiency testing and other advanced understandings.
App with Database & Community For data readouts, graphing, logging, and sharing data.
Dual Channel Read outs (simultaneous) to see how one circuit affects another.
24 Bit Resolution for more information about the circuit per sample cycle. (for Data relationship testing, great accuracy for parasitic draw testing and more)
Graphing & Logging for visual diagnostics and playback.
Community Driven App and firmware updates for continuous relevant improvements.
Standard 4mm Banana Jacks
Accepts BNC Adapters for transducers and connectors
Over the air updatable firmware and app for adaptation and improvement with the future of the market and technology needs.
2 Year Warranty
* Tablet not included
N2 - NEURON SPECIFICATION TABLE
Specifications for N2 - Neuron
Neuron Specification TableAs of 05/01/2020
Up to 600V, DC or peak ACProtocol: Bluetooth Low Energy
Up to 420VAC RMS sinusoidal
Better than 0.5% accuracy DCWireless Range
Better than 1.0% accuracy AC for harmonic content below 1kHzThe wireless range has been tested empirically through the following media to an iPhone 5.
>10 Megaohm input impedance
50m air, line of sight
High Precision Voltage:5cm of refrigerator, door closed
Up to 100mV with <15nV per count resolutionEngine compartment to the passenger seat of most vehicles
Up to 1.2V with <200nV per count resolution10m air + safety shield of a Tesla Coil rock-bands testing facility
>10 Megaohm input impedance
If used outside of the measurement range (0-1.2V), the overvoltage protection circuit will short this to the common (“C”) input.Applications
Current, InternalSimultaneous high-speed sampling of voltage and current gives the following power measurements:
Up to 10 Amps
20 µV / mA burden voltage (using factory fuse)True Power
Less than 5 µA per count in 10 Amp scaleReactive, Complex, Apparent Power
Better than 1% accuracyPower Factor
Total Harmonic Distortion
ResistancePhase Lead or Lag
Better than 1% accuracy over 20 Ohms – 20 Megaohms
FrequencyMeasure the supply sag under load to estimate:
Better than 1% accuracy up to 1kHz
Supply or Battery equivalent resistance
DiodesBattery State of Health
Up to 1V @ 100nA
Current Measurement, External Shunt
SamplingMeasure thousands of amps with sub-milliohm shunts
8kHz dual simultaneous samplingMeasure precision currents with large shunts
4kHz analog bandwidth for most measurementsUse the existing wiring for “quick’n’dirty” measurements
24-bit resolution maxUse 1′ of 10AWG for 12µA per count resolution, up to several times the wires ampacity.
>18 Effective bits at 125 samples per second
On Board Storage – SD CardExternal Thermistors
MicroSD CardSteinhart-Hart or Beta parameterized
Up to 32GBExternal Thermocouples
More than a week of constant logging two channels at 8kHz