The anti-soiling system can also be applied to the MS-711 Spectroradiometer and will keep the quartz dome free of sand, dust, rain and snow.

The Disdrometer is a laser instrument that measures the drop size distribution falling hydrometeors. It
can also monitor rainfall types, visibility, radar reflectivity and other parameters. It is widely used in the field of hydrometeorology.

The leaf wetness sensor can accurately measure the humidity of the leaf surface, and can monitor the trace
water or ice crystals on the leaf surface.

IES NIR51 Non-Intrusive Pavement Sensor is designed to monitor traffic and road surface design, which uses remote sensing technology, to avoid damage to the road.

The Non-Invasive Road Sensor is designed to monitor traffic and road surface status, which uses remote sensing technology, to avoid damage to the road.

The soil sensor which can measure soil moisture & EC & temperature, provided with high accurate and
high sensitive. It is an important tool to observe and study the occurrence, evolution, improvement and the
dynamics water of saline soil.

The Solar Monitoring Station also known as SMS Direct/Diffuse/Global, is a dedicated measurement system to perform the best possible solar radiation measurements.

The sun tracker is compact and perfectly suited to support all kinds of Global, Diffuse and Direct Radiation measurement sensors.

The sun tracker is heavy duty and is capable to take the highest load without compromising the high precision and performance.

The tipping rain gauge conforming to WMO is a standard instrument for monitoring rainfall data in various
industries. It can be used for traceability analysis of various applications.

The visibility sensor will allow you to see through the fog so you can see the road.  This sensor is used at airports and freeways.

This Wind Lidar is a “tower replacement” type pulse coherent wind lidar with miniaturisation, low power consumption, and high accuracy, designed and manufactured entirely based on the requirements of IEC 61400–12-1:2017 standard.