How much does a power analyzer cost

NegotiableUpdate on 04/03

Model

Nature of the Manufacturer: Producers

Product Category

Place of Origin

Online Consult

Overview

Power analyzer for measuring the power conversion efficiency of motors and frequency converters

Product Details

Measuring the power conversion efficiency of motors and frequency convertersPower Analyzer

● Achieve high-level power basic accuracy of ± 0.04% rdg. ± 0.05% fs

A measurement frequency band of 200kHz, with stable amplitude and phase accuracy at high frequencies

● Achieve miniaturization/lightweighting of the body to meet high-precision measurements on site and in research laboratories

50ms high-precision and high-speed calculation of transient power, while parallel calculation of harmonic analysis, transient waveform, interference analysis, efficiency loss, and all other projects

Multiple systems can simultaneously measure and collect data from up to 8 synchronized devices

● Use clamp current sensors for simple power measurement

Measurement of Current and Power Balance for the New Fuel Efficiency Standard WLTP

specific model

PW3390-01

PW3390-02 (D/A output)

PW3390-03 (D/A output, motor analysis)

The PW3390 host cannot be measured separately. Please purchase additional voltage wires and current sensors from the options according to the measurement purpose.

Motor analysis and D/A output cannot be added later, please note.

Performance evaluation test of new fuel efficiency standard WLTP mode

When measuring fuel efficiency according to the WLTP standard, it is required to accurately measure the current accumulation and power accumulation of the charging and discharging of various batteries in the system. The high-precision clamp current sensor and the DC accuracy of PW3390, as well as the current accumulation and power accumulation functions with an interval of 50ms, effectively evaluate the fuel efficiency performance of the vehicle.

***Current sensor suitable for vehicle measurement

The high-precision sensor with clamp design can be quickly wired without cutting the wires. The temperature range for use is -40 ℃ to 85 ℃. It has excellent temperature characteristics and can achieve high-precision measurement even in the engine compartment of vehicles.

Accumulation function of current and power with different polarities

The cumulative measurement of DC is to accumulate charging power and discharging power by polarity at a sampling rate of every 500kS/s, and measure the positive direction energy, negative direction energy, and the sum of positive and negative direction energy at the time of accumulation. Even when the battery is rapidly and repeatedly charged and discharged, it can accurately measure the amount of charge and discharge.

Through external control and linkage with surrounding devices

By using an external control button, it is possible to control the start/stop of accumulation and screen copying operations. When evaluating the performance of a real vehicle, it can also be easily controlled through manual switches or connected to other devices for time.

Power measuring instrument: PW3390 that balances high precision and maneuverability

The reading error of the power analyzer PW3390 is ± 0.04%, and the full-scale error is ± 0.05%, achieving * * * power accuracy. 200kHz measurement bandwidth and smooth amplitude and phase characteristics up to high frequencies. Used together with the phase compensation function of the current sensor, it can accurately measure high-frequency and low power factor power. Very suitable for evaluating power conversion efficiency or analyzing EV/HEV inverter motors and harmonics.

Power measuring instrument: a power analyzer with rich current sensors to expand the measurement field

Current sensors suitable for various measurement scenarios include closed end type that emphasizes accuracy, high-precision clamp type that emphasizes convenience, and flexible clamp type that can measure * * AC6000A. From secondary measurement of frequency converters to high current measurement of power lines, various power analyses such as voltage, current, power, harmonics, waveform, and efficiency calculations can be achieved through this compact body.

PW3390 Power Analyzer Parameters

Measurement line	Single phase 2-wire, single-phase 3-wire, three-phase 3-wire, three-phase 4-wire, voltage 4ch, current 4ch, insulation between channels
Basic measurement items	Frequency, voltage effective value, voltage average rectified effective value conversion value, voltage AC component, voltage simple average value, voltage fundamental component, voltage peak+, voltage peak -, voltage total harmonic distortion rate, voltage ripple rate, voltage imbalance rate, current effective value, current average rectified effective value conversion value, current AC component, current simple average value, current fundamental component, current peak+, current peak -, current total harmonic distortion rate, current ripple rate, current imbalance rate, active power, apparent power, power factor, voltage phase angle, current phase angle, power phase angle, positive direction current, negative direction current, sum of positive and negative direction current, positive direction electrical energy, negative direction electrical energy, Directional electrical energy, positive and negative directional electrical energy, efficiency, and loss Current accumulation, active power accumulation
	PW3390-03: Motor torque, speed, motor power, slip rate
Harmonic measurement	Number of measurement channels: 4ch, synchronous frequency range: 0.5 Hz ± 5 kHz Analysis frequency: * * * 100 times
Interference measurement	Number of calculation channels: 1ch (from CH1?)? Select from CH4 ***Analysis frequency: 100 k/50 k/20 k/10 k/5 k/2 kHz
Motor analysis （PW3390-03）	Number of input channels: 3ch (CH A, CH B, CH Z) Measurement items: voltage, torque, speed, frequency, slip rate, motor power
measurement range	Voltage: 15? 1500 V, 7-speed range Current: 0.1 A ± 20 kA (the range structure may vary depending on the sensor used) Power: 1.5000 W? 90.00 MW (automatically determined based on voltage range/current range/measurement line combination) Frequency: 0.5 Hz to 5 kHz
Fundamental wave accuracy （45Hz~66Hz）	Voltage: ± 0.04% rdg. ± 0.05% fs Current: ± 0.04% rdg. ± 0.05% f.s (with additional accuracy of current sensor) Power: ± 0.04% rdg. ± 0.05% f.s (with additional accuracy of current sensor)
Synchronous frequency range	0.5 Hz? 5 kHz
frequency band	DC, 0.5 Hz? 200 kHz
data update rate	50 ms (harmonic measurement/frequency measurement: depending on frequency below 45Hz)
Display update rate	200 ms (independent of internal data update rate, waveform and FFT depend on the image)
Auto save function	Save to CF card at intervals (cannot use USB flash drive): OFF, 50ms? 60 min, 15 gear switching
interface	USB (communication/storage), LAN, CF card, RS-232C, synchronous control, external control
power supply	AC 100? 240 V, 50/60 Hz, 140 VA
Volume and weight	340 W × 170 H × 156 D mm, 4.6 kg
attachment	User manual x 1, measurement guide x 1, power cord x 1, USB cable (0.9m) x 1, input line label x 2, D-sub connector x 1 (PW3390-02, PW3390-03)