Overview

LUX Meter LMLXM-A200 offers maximum illumination measurements of 1000, 9999, 99990 LUX. It features 3-in-1 sensor design that monitors light intensity, temperature, and humidity in real time. Equipped with bright color screen and selectable light/dark themes for visibility in any lighting. Incorporated sleep function and data storage enhance battery life and support long-term monitoring. Our LUX Meter enables light testing for plant growth, equipment performance, and indoor environmental control.

Features :

Fast Sampling Rate

Wide Measuring Range

Detachable Cover

Large Viewing Angle

Cosine Correction Lens

Multi-Unit Reading

Specifications :

Maximum Measurement	1000, 9999, 99990 LUX
Resolution	0.1LUX
Sensor	Silicon photodetector and optical filter
Sampling Time	20 readings per second
Working Temperature	-10 to 50°C
Humidity	Less than or equal to 80% RH
Display	2.0-inch color screen
Cosine Angle Deviation	30° (±2%), 60° (±6%), 90° (±25%)
Storage Temperature	-10 to 50°C
Charger	TYPE-C (5V/1A)
Power Supply	3.7V/1500mAh lithium battery
Dimension	63×28×182 mm
Weight	205g

Applications :

LUX Meter LMLXM-A200 ensures monitoring of light, temperature, and humidity for optimal conditions in offices, studios, labs, indoor farming, urban spaces, and controlled greenhouse environments.

Selection Guide :

When selecting LUX Meter LMLXM-A200, customers should consider its advanced features tailored for high-precision illuminance measurement. This model is equipped with a silicon photodetector and optical filter, ensuring accurate light detection across a wide range of environments. It provides three selectable maximum measurement ranges: 1000, 9999, and 99990 Lux, making it suitable for various applications such as laboratory experiments, industrial lighting assessments, workspace lighting design, and environmental monitoring. The high resolution of 0.1 Lux allows for detailed readings even in low-light conditions, while the rapid sampling rate of 20 readings per second supports fast and reliable data collection during dynamic lighting changes. Based on its design and capabilities, this meter is well-suited for use in scientific research, quality control, educational experiments, and compliance with lighting standards in safety and health audits. Certifications related to calibration, traceability, and safety compliance further enhance its reliability for professional use.