Tokyo Optoelectronic Laboratory Digital Illuminometer

Tokyo Optoelectronics Laboratory Digital Illuminator $r $n Tokyo Optoelectronics Corporation Digital Illuminator CANA-0010, is the successor model of ANA-F9, with a wide range of 0.0~39999Lx and a resolution of 0.1Lx. It supports real-time/timed mode, RS232C output, and is suitable for multi scene illumination management.

The core advantage of the device lies inWide range and high-precision measurement capabilityThe measurement range is 0.0~39999 lux (Lx), and the display resolution below 1000 lux can reach 0.1 lux (in hold mode). The linearity is ± 5%, and the relative responsivity characteristic deviation of visible light spectrum is within 9%, ensuring the accuracy and reliability of the measurement results; Using silicon photodiodes to receive light, with a measurement cycle of 2 times per second, it can quickly respond to changes in light and achieve real-time monitoring.

Equipment equipped withFlexible operation and data output functionSupports both instant and timed display retention modes, making it convenient to record illuminance data at different times; Side single key design, easy to operate, ready to use with just a few clicks; Equipped with automatic shutdown function, it can save power and extend battery life; Standard equipped with RS232C digital output interface (special connector optional), which can transmit data to a computer for subsequent analysis and recording.

The equipment adoptsStable and durable designThe oblique light characteristics, fatigue characteristics, and temperature characteristics all meet industrial standards, and can work stably in an environment of -10 ℃~40 ℃ and 80% relative humidity; Powered by 2 AA batteries, compatible with nickel hydrogen rechargeable batteries for easy on-site testing and long-term use; 5-bar LCD display screen, clear and intuitive data display, easy to read and record.

The equipment is widely used in outdoor scenes such as buildings, sports facilities, advertising, roads, and air transportation, as well as indoor places such as residences, offices, schools, libraries, hospitals, art museums, and museums, to help users achieve standardized management of lighting quality; This digital illuminance meter relies on its“Wide range, high precision, easy operation, multi scene adaptation”Its characteristics make it a practical tool for illuminance detection, helping users efficiently complete lighting quality detection and management work.