Feature

●Economical & Highly Accurate: Ideal for measuring UVA light sources, like UV lamps and sunlight; Instantly and accurately quantifies the intensity of UVA radiation with a +-10% accuracy; Properly monitors UVA light; Measures 320 nm to 400 nm, with a range from 0-199. 9 mW/cm²
●Versatile: Our 4.0 Digital UV radiometer can also be used for UV lamp aging tests, acrylic shield and window shield transmissions, and more!; It has a wide range of usage related to UVA testing, as its range only covers the UVA region
●Practical & Durable: This handheld radiometer offers effortless portability thanks to its compact design; Made of resistant plastic and includes a battery that lasts approximately 2 years on a typical service load
●Easy-to-Use: Compact, handheld, and durable, our Solarmeter Blue Light Tester features simple single-button operation and an easy-to-read LCD Display; Powered by one 9-volt DC Battery (included), this UVC light meter boasts NIST Traceable accuracy
●About Us: Solarmeter by Solar Light Company Inc. is the industry standard for UV and visible light radiometers that measure both indoor and outdoor light sources; Our NIST Traceable meters are used to monitor lamp irradiance and aging for UV sterilization, reptile husbandry, indoor tanning, red/blue light phototherapy, UV curing, and UV Index


Description

Introducing Solarmeter 4.0 Standard UVA Meter, a cutting-edge device designed to precisely measure UVA radiation levels with digital +-10% accuracy; This digital radiometer is equipped with a state-of-the-art sensor that ensures accurate detection of UVA radiation from various sources; The digital display provides clear and easy-to-read readings of the measured UV intensity, allowing for quick assessment and monitoring; With its user-friendly interface, the Digital UV Radiometer offers convenience and reliability, making it indispensable when UVA exposure is a concern; Its compact and portable design allows for effortless portability, ensuring measurements can be taken wherever they are needed