Digital Lux Meter

Product Description

Pioneers in the industry, our company are manufacturing and supplying Digital Lux Meter, which is used for measuring light intensity levels in terms of foot candles or lux. We manufacture this meter by using high grade raw materials and cutting edge technology. Our clients can avail this Digital Lux Meter from us in varied models and specifications as per their requirements.     

Features

• Built-in analog output
• Large LCD display for reading 1,999 counts and indicates over range
• Automatic zero adjustment  

Digital Lux Meter

Accurately measures light intensity levels in terms of foot candles (fc) or lux over a wide range. Measures from 0 to 5,000 fc in three ranges with a resolution of 0.1 fc. Also measures from 0 to 50,000 lux in three ranges with a resolution of one lux. Includes built-in analog output. Meter is accurate to 5%. Precision selenium photovoltaic cells give sampling time of 0.4 seconds. Automatic zero adjustment. Large 1/2" digital LCD displays read to 1,999 counts and indicate over range. 9V battery included. Measures 6.4" x 2.8" x 1.2".

Reliable Performance in Diverse Conditions

Designed for durability, the Digital Lux Meter operates effectively between 0C to 50C and can be stored in temperatures ranging from -20C to 60C. With its sturdy build and advanced features, it caters to varied applications including quality control, industrial safety, and laboratory analysis.


Advanced Sensing Technology

Incorporating a silicon photodiode with a filter, this lux meter delivers accurate light measurements. Its auto zero adjustment and over-range indication enhance usability, ensuring users are alerted to measurement limits and receive error-free results every time.


User-Friendly Functions

The hold function allows users to freeze readings for convenience, while the ergonomic design and portable size make it easy to transport and use in multiple locations. Whether on-site or in the lab, its straightforward operation benefits both beginners and experienced users.