Boqu Bq-ulm Hot Sell Water Liquid Ultrasonic Tank Ultrasonic Lpg Tank Level Monitoring Sensor Water Level Monitoring System
Efficient Ultrasonic Tank Monitoring
The Boqu BQ-ULM Water Liquid Ultrasonic Tank Level Monitoring System utilizes advanced technology to provide accurate measurements of material level, volume, weight, and more. With options for GPRS, Wifi, and various communication and power options, this system offers flexibility and ease of use for a variety of applications. Its non-contact measurement capabilities make it suitable for a wide range of liquid and solid materials, and the high level of accuracy and precision ensures reliable monitoring and control.
Product Display
Efficient and Reliable Tank Monitoring
Efficient Liquid Level Monitoring
The Boqu Bq-ulm Ultrasonic Tank Level Monitoring Sensor features state-of-the-art technology, including the ability to connect with GPRS and Wifi, backup and restore settings parameters, and the capability to measure material level, liquid level, volume, and weight. It also offers analog output adjustment, digital filtering, and echo recognition, with the option of RS485, RS232, and relays, and an explosion-proof model. The BQ-ULM model has a range of 5m to 30m, a beam angle of ≤10°, a high resolution of 1mm, and a frequency of 20 KHz to 2000KHz. Its accuracy is ±0.3% F.S, with LED, LCD, or OLED display options, and various output and communication capabilities, making it a versatile and reliable choice for tank and water level monitoring systems.
Material Introduction
The Boqu Bq-ulm Hot Sell Water Liquid Ultrasonic Tank Level Monitoring Sensor is made of high-quality materials to ensure accurate and reliable measurement of liquid levels. The sensor itself is constructed with durable and resistant components to withstand harsh environmental conditions, making it suitable for a wide range of applications. Additionally, the ultrasonic level sensor features advanced technology such as GPRS and Wifi connectivity options, analog output adjustment, digital filtering, and echo recognition for precise measurements.
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