1.Is safe to use radar technology? Yes. The reflected signal is less than 3% of the maximum amount of leakage allowed by a microwave oven. The intensity of radar waves is no greater than the continuous radio waves, waves generated by mobile phones, and other communication devices that surround us daily. Moreover, transmitters are generally
FAQs about using radar level gauges Read More »
In industrial production and process control, accurately measuring the liquid level is a crucial part. The radar level gauge, as an advanced liquid level measurement device, has been widely applied in numerous fields due to its advantages such as high precision, non-contact measurement, and a wide range of applications. This article will elaborate on the
Do you know how to install and measure radar level gauges? Read More »
In the field of modern industrial measurement, radar technology has become an important tool for liquid level and material level measurement. Among them, 80G radar and guided wave radar are two common technologies, but they have significant differences in working principles, application scenarios and performance. So, which one has more advantages? KACISE will analyze it
80G radar vs guided wave radar: Which one has the advantage? Read More »
Ultrasonic, radar, and capacitive sensors all measure level, but they suit different liquids and environments: ultrasonic is non-contact and suitable for clean water (0.6–15 m, 0.5–1% F.S.), radar handles foam, vapour, and vacuum (up to ±1 mm at 80 GHz), and capacitive needs a wetted probe but works with conductive and high-pressure media. This guide
Ultrasonic vs Radar vs Capacitive Level Sensors: How to Choose Read More »
KWL801B-RS485 radar level sensor conforms to the standard specifications outlined in national standard DB50/T 826-2017 for level meters. Its core component is designed with a fully sealed IP68 waterproofing.
The maximum measurement range of the product extends up to 40 meters, with a minimal blind spot of less than 6 cms.
Due to its higher frequency and broader bandwidth, it achieves superior accuracy. Additionally, the product includes a fixed bracket for installation.
Radar Level Sensors: An In-Depth Guide Read More »
Technical Parameters Communication Protocol RS485 communication interface, Modbus-RTU protocol Physical Interface Connection Standard M20 industrial interface, seamless integration with instrumentation Material Housing High-strength 304 stainless steel shell, dustproof & explosion-proof design Remote Transmission Cloud Platform Built-in wireless transmission module, compatible with Feilian Cloud Platform Software Features Data Access Supports real-time data viewing via PC and
Radar level sensor 4G wireless remote transmission 485 protocol Read More »
433M Wireless Radar Technical Solution. In the process of industrial automation control, material level is an iportant parameter. There are many methods of material level measurement. For different working conditions and media, material level gauges with different measurement principles can be used for measurement, such as static pressure type, float type, heavy hammer type, ultrasonic
433M Wireless Radar Technical Solution Read More »
The dielectric constant (relative permittivity, εr) of the medium determines how much of the radar signal is reflected to the antenna. Media with εr > 3.6 reflect strongly and are easy targets; low-εr hydrocarbons (typically 1.4–4.0) reflect only a small fraction of the signal and require guided-wave radar or high-frequency (80 GHz) non-contact radar for reliable
How Dielectric Constant Affects Radar Level Measurement (εr Table & Selection Guide) Read More »
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