Tag: Standby Power

Standby Power

  • Power Analyser PPA1500

    Power Analyser | PPA1500

    Power Analyser PPA1500 - Overview

    The PPA1500 Power Analyser offers higher performance compared to its sibling – the PPA500 unit.  N4L power analysers provide optimum solutions in almost any power measurement application and budget. The PPA1500 offers a 1Mhz Bandwidth and full graphic display, this includes harmonic bar graphs and graphic data logging. It features sophisticated parallel digital filtering algorithms enabling the PPA1500 to be used in various Pulse Width Modulated applications.

    While being only half-rack width and 2U high, the PPA1500 is available in 1, 2 or 3-phase configurations and offers a level of performance normally found only in larger and more costly instruments. With modes such as “Inrush Current and “Standby Power”, the PPA1500 provides fast, accurate and easy measurements in challenging environments.

    The PPA1500 series analysers now have a 6 Phase 2U Rack option in which two PPA1530 units are installed on the same rack side by side to give the ability to perform 6 Phase 0.1% accurate power measurement whilst only occupying a height of 2U in any rack.

    All PPA1500 units are supplied with UKAS ISO17025 certification as standard, this is performed at N4L in the UK in our accredited ISO17025 Laboratory.

    Power Analyser PPA1500 - Features

    • High contrast full-colour graphic display
    • Simple BNC connection of N4L shunts for high-current applications
    • RS232, USB, LAN, Extension and Auxiliary ports
    • 0.05% Basic accuracy
    • Frequency range DC and 10mHz to 1MHz
    • High-precision internal shunts – Superior accuracy to any external shunt
    • 10 millidegree phase accuracy – Necessary for low power factor applications
    • 20 Arms (300 Apk) & 1000 Vrms (2500 Vpk) direct input
    • Unique x10 gain mode for Standby Power measurement
    • 1MS/s High-speed sampling on all channels
    • True real-time analysis with no measurement gap
    • 1, 2 or 3 phase versions

    https://www.youtube.com/watch?v=AUGd54KrkfE

     

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  • Benchtop Power Analyzer up to 8 Phase Analysis PPA3500

    Benchtop Power Analyzer up to 8 Phase Analysis | PPA3500

    High-Performance PPA3500 up to 8-Phases Power Analysis Overview

    The PPA3500 is a high accuracy 3~6 phase power analyzer able to perform reliable, accurate power analysis in a variety of applications. DUT to innovative analogue card design, the PPA3500 is packaged in a compact 2U chassis. The PPA3500 is available in 3, 4, 5 or 6-phase configurations. The PPA3500 power analyzer benefits from a full colour “Dual” TFT display, this concept employs two TFT displays within one instrument, allowing for a large widescreen display area in a 2U form factor. There is also the option to install the unit in a 19"| rack providing a 2U 6 Phase solution, see accessories for more details.

    Proprietary Technology featuring the industry-renowned planar shunt technology (A shunt design topology developed by N4L) and FPGA based real-time no-gap analysis techniques, the PPA3500 is able to provide groundbreaking 6-phase analysis performance. Real-Time no gap analysis ensures efficiency measurements are entirely synchronized between input and output.

    All PPA3500 units are supplied with UKAS ISO17025 certification as standard, this is performed at N4L in the UK in our accredited ISO17025 Laboratory.

    6 phase Power Analyzer Features

    • Designed specifically for inverter drive applications
    • Excellent Accuracy 0.03%
    • Wide Bandwidth ideal for distorted signal analysis such as PWM Inverter drives
    • 1MHz Bandwidth
    • Torque and Speed inputs fitted as standard +/- 10V, Analogue DC and Pulsed Inputs
    • Extremely high accuracy phase measurement of 0.01deg
    • Real-time monitoring and efficiency calculation of Electrical to Electrical and Electrical to Mechanical
    • ISO17025 (UKAS) traceable certification supplied
    • 8 Phase Analysis Use 3P2W + CH3 + 3P2W + CH3 to measure 8 phases including 3 Phase Input Power, DC Bus and 3 Phase Output Power
    • Low profile – 2U High, up to 6 Phase measurement
    • DFT Based Power Calculation Utilize the Power of DFT Fourier analysis, made possible using top-of-the-range DSPs and FPGAs
    • PWM Motor drive mode for quick easy setup

    https://www.youtube.com/watch?v=ntKljPrXvYM

     

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