PAR Meter Light Meter

PAR Meter Light Meter

The PAR Meter Light Meter is an essential tool for measuring photosynthetically active radiation (PAR). It provides growers with accurate readings of light intensity within the 400 to 700nm wavelength range. This device ensures that plants receive the optimal amount of light for photosynthesis. A stable and precise measurement is maintained, with an annual drift rate of less than 2%. As a result, the efficiency of plant growth and energy usage can be maximized.

Designed for multiple applications, the meter is suitable for indoor growing, greenhouse cultivation, and outdoor light monitoring. When used with plant grow lights, it helps maintain the correct light intensity to support plant health. Additionally, the amount of effective light received at different canopy heights can be analyzed, allowing adjustments to be made for optimal growth conditions.

A compact design and user-friendly interface make this PAR Meter convenient to use. The device includes simple operational buttons such as “POWER” (power switch), “HOLD” (data hold), and “MODE” (mode switch), ensuring ease of use for professionals and hobbyists alike. Equipped with a remote sensor, it allows for flexible positioning during measurements.

For those looking to enhance their grow setups, check out the AGL Full Spectrum LED Grow Light for an effective lighting solution. More updates and product details can be found here Facebook page.

PAR Meter Light Meter Basic Specifications:

• Model NO.: APM092
• Measurement Range: 0~5000 μmol/m²/sec
• Power Source: 3VDC (2 AAA Batteries)
• Weight: 115g
• Size: 115 x 60 x 24mm
• Memory Record: 100 data logs with average, max, and min display

Key Features:

• Repeatability of +/-1 μmol/m²/sec
• High-resolution display with accurate readings
• Records light intensity data for analysis
• Designed for precise light measurement in various growing environments

This PAR Meter Light Meter is ideal for those seeking a reliable and efficient way to monitor light conditions for plant growth.