LX 1336A

LX 1336A Digital Lux Meter is a versatile lighting measurement tool featuring a separate light sensor and a wide measuring range up to 500,000 Lux, essential for professionals conducting lighting design, safety compliance checks, and energy audits in diverse environments.

Features:

  • Separate light sensor for measuring at the most optimum position.
  • Lux and FC units with range indicator. 
  • Data hold and low battery indicator. 
  • Backlit LCD with auto-range selection.
  • Optional PC data logging interface. 
  • Type Digital Lux Meter
Regular price Rs. 8,024.00 incl. taxes
In stock
In stock

Ready to work out of the box!

All our meters are delivered with essential accessories and easy-to-follow instructional manual. Unbox and start measuring with confidence!

Warranty and returns?

All our meters come with 12 month warranty against manufacturing defects. Please read our returns and refund policy for more information.

Got Questions? Feel free to get in touch.

Technical Specifications:

Model

Metrix+ 1336A

Measuring range

0 ~ 5,00,000 lux

Accuracy

± (5%n + 5%d)

Resolution

0 ~ 4999 lux : 1 lux

5,000 ~ 49,999 : 10lux

50,000 ~ 5,00,000 : 100lux

0 ~ 20,000 FC : 1 FC

Operating conditions

Temperature : 0 ~ 50oC (<80% RH)

Display

4-digit LCD

Power supply

4 x 1.5V AAA battery

Size and weight

Main unit : 140 x 72 x 34 mm

Sensor : 96 x 58 x 16 mm, 50mm diameter

Weight : 200g(including batteries)

Standard Accessories

Lux meter with split type sensor, manual, batteries, gift box

Optional Accessories

PC interface (software and cable)

 

Applications:

Digital lux meters are crucial for lighting design, workplace safety, and energy auditing, used to accurately measure illuminance (light intensity) in lux or foot-candles across indoor and outdoor environments. They are essential for professionals to ensure optimal visual comfort, regulatory compliance, and energy efficiency by checking light levels in offices, schools, and industrial areas.

 

Measuring Principle:

Digital lux meters operate by using a photovoltaic cell (photodetector) that converts the incident light energy into an electrical current, which is then amplified and processed digitally. This mechanism measures the light intensity in a way that approximates the human eye's spectral response to accurately determine the illuminance level in lux or foot-candles.