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Digital PAR DLI Meter Datalogger

PAR DLI Meter – Measure Photosynthetic Light & Daily Light Integral

SKU: PAR-499
AU$342.00Price

Ensure optimal light exposure for your plants with this waterproof PAR DLI Meter. Accurately measure PAR and Daily Light Integral (DLI) to maximize plant health and yield.

 

Set Includes:

  • 1 x PAR Meter
  • 1 x Type-C Cable
  • 2 x AAA batteries
  • 1 x Soil rod
  • 1 x Screwdriver
  • English Instruction Manual
  • Standard Factory Packaging

        Give your plants the light they need—no more, no less—with the PAR DLI Meter, a precision tool designed to measure Photosynthetically Active Radiation (PAR) and Daily Light Integral (DLI). Plants rely on light within the 400–700nm spectrum for photosynthesis, and this meter helps you track and fine-tune light exposure for indoor grow setups, greenhouses, and scientific research.

        Whether you're a home gardener, commercial grower, or plant researcher, this device helps prevent under- or overexposure by offering accurate, real-time monitoring of light intensity and accumulation. View 30 days of recorded data directly on the device, or connect to a PC via USB Type-C to export up to 5 years of logged readings in CSV format for long-term analysis.

        Built for rugged environments, the unit is IP65 waterproof, and includes a battery level indicator, real-time clock, and auto/manual power-off options for extended field use.

        Key Features:

        • Measures PAR (400–700nm) and DLI (Daily Light Integral)

        • Stores up to 5 years of data – exportable in CSV format

        • View last 30 days of data directly on the main unit

        • Connects via USB Type-C to PC for data transfer

        • Real-time clock and date display

        • Battery level indicator and auto/manual power-off

        • IP65 waterproof – perfect for greenhouse and outdoor use

        • Supports manual and automatic data logging

        Ideal for growers, botanists, and researchers aiming to optimize plant light exposure for healthier growth, higher yields, and scientific accuracy.

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