Light Sensor

View as Grid List
Sort by
Display per page

Industrial Light Sensor, 4~20mA, 0~200KLUX

SUCH-LS-IND
● 4-20 mA output signal ● Light measurement range 0-200 kLux ● Power supply 12-24 VDC ● Operating temperature -20 to +80 °C
$186.99

Ambient Light Sensor, 380nm-780nm, IP68

SUCH-LS-AMB
● RS485 communication interface ● DC 5-18 V/15-40 mA power supply requirement ● IP68 waterproof rating ● Acceptance angle 180° (with cosine correction)
$398.99

Light Intensity Transmitter, RS485

SUCH-LS-TM
● Power supply10-30 VDC ● 0-65,536 lux measurement range ● RS485/4-20 mA output signal ● Wall-mounted mounting method
$116.99

WiFi Light Sensor, 0-1000Lux

SUCH-LS-WIFI
● 0-1000 lux light measurement range ● 180° detection angle ● 0 to 50 °C operating temperature ● Standby power consumption ≤0.5W
$65.99

Light sensors are designed to measure ambient light intensity, irradiance, or variations in light levels and convert optical signals into stable electrical outputs for monitoring and control systems. They are widely used in environmental monitoring, industrial automation, agriculture, smart city infrastructure, and renewable energy applications.

SUCH light sensors includes light sensors capable of detecting visible light, ultraviolet radiation, or broad-spectrum light, supporting applications ranging from basic illumination measurement to high-precision solar and radiation monitoring. With fast response time and reliable long-term stability, these sensors provide consistent performance in both indoor and outdoor environments.

Most light sensors in this directory support standard output interfaces such as RS485, analog voltage, or current signals, enabling seamless integration with PLCs, data loggers, and IoT platforms. Selected models are engineered for harsh conditions, offering durable construction and stable operation across wide temperature ranges.

By selecting the appropriate Light Sensor, users can achieve accurate light monitoring for energy management, crop growth optimization, climate observation, and research applications, making them essential components in modern intelligent sensing systems.