CET8312-A Quartz WIM Sensor 40T Load Capacity IP68 Protection

CET8312-A Piezoelectric Quartz Dynamic Weighing Sensor features a wide measuring range, excellent long-term stability, high repeatability, precise measurement accuracy, and fast response frequency, making it ideal for dynamic weighing applications. This rigid, strip-shaped dynamic weighing sensor is based on the piezoelectric principle and incorporates a patented structure. It consists of a piezoelectric quartz crystal sheet, an electrode plate, and a specialized beam-bearing device. Available in sizes of 1 meter, 1.5 meters, 1.75 meters, and 2 meters, it can be combined into various configurations to meet different road traffic sensing requirements, offering high adaptability to dynamic weighing needs on diverse road surfaces.

Enviko

was founded in 2011, headquarter office in Hong Kong, factory located in Guangzhou & Chengdu. In 2021, we established China division in Chengdu, further enhancing our influence and service capabilities in the Asian market. We are specialized in the fields of intelligent transportation systems, smart grid systems, and civil bridge safety systems. With over ten years of experience in research, develop, and service, we are dedicated to providing the highest quality products and services to our global customers.

Two brands: Enviko and Viimax series.

Enviko represents our mature and stable products, dedicated to providing reliable and high-quality solutions. The Viimax series represents our innovative and pioneering products, constantly pushing the boundaries of technology and driving industry innovation. This dualbrand strategy allows Enviko to maintain a leading position in a highly competitive market.

Enviko is committed to providing high-quality products and services, working sincerely with partners and customers to achieve mutual growth. We will continue to pursue this strategy, constantly striving for technological innovation and industry advancement. Enviko looks forward to working with you to create a better future.