80g Radar Level Solution for Agitated Dyeing and Textile Vessels

Basic Info

Frequency Range

76-81GHz

Application Scope

Corrosive Liquid, Stirring, Condensation

Measurement Range

0-120m

Process Temperature

-40~120℃

Process Pressure

0~1.0MPa

Measurement Accuracy

±3.0mm

Antenna Type

3°

Transport Package

Carton

Specification

5-8KG

Origin

Zibo

HS Code

902620

Product Description

Radar Level Transmitter for Agitated Vessels and Reactors

This radar level transmitter is specially designed for agitated vessels and chemical reactors, where strong turbulence, internal structures, and complex reflections are common.

Based on a dedicated algorithm optimized for reactor and mixing conditions, the instrument can effectively distinguish true level signals from false echoes caused by agitators, baffles, coils, and foam. This ensures stable and accurate level measurement even during continuous stirring or reaction processes.

The transmitter adopts a high-resolution front-end sensor, enabling faster signal acquisition and finer echo recognition. Combined with advanced signal processing, it delivers high measurement reliability and repeatability under challenging industrial conditions.

This product is well suited for chemical, petrochemical, pharmaceutical, and fine chemical applications where conventional level measurement instruments often struggle.

Technical Specification

Parameter Item	D801 (Large Lens)	D802 (Anti-corrosion High Temp)	D803 (Small Lens)	D804 (Universal Purge)	D805 (Anti-corrosion Small Lens)	D806 (High Temp & Pressure)
Frequency	76-81GHz	76-81GHz	76-81GHz	76-81GHz	76-81GHz	76-81GHz
Application	Corrosive liquid, stirring	High-temp, corrosive liquid	High-temp, stirring	Heavy dust, solids	Corrosive liquid, frost	High-temp & pressure
Range	0-120m	0-120m	0-120m	0-120m	0-120m	0-100m
Temperature	-40~120℃	-40~220℃	-40~220℃	-40~120℃	-40~120℃	-40~300℃
Pressure	0~1.0MPa	0~3.0MPa	0~3.0MPa	0~1.0MPa	0~2.0MPa	0~3.0MPa
Accuracy	±3.0mm	±3.0mm	±2.0mm	±3.0mm	±1.0mm	±3.0mm
Protection	IP67	IP67	IP67	IP67	IP67	IP67
Explosion-proof	Exia II CT6 Ga	Exia II CT6 Ga	Exia II CT6 Ga	Exia II CT6 Ga	Exia II CT6 Ga	Exia II CT6 Ga
Output	4-20mA/HART(2-wire)/RS485/Modbus

Packing & Delivery

Packaging Details: Each Radar Level Gauge is packed in an independent carton with foam padding inside. Customized wooden cases are available for bulk orders.
Standard Size: 35cm × 25cm × 20cm; Gross weight: 5-8kg.
Delivery Time: 7-15 working days for standard models; 20-30 working days for customized bulk orders.
Transportation: Sea, Air, and Express (DHL, FedEx, UPS, TNT).
MOQ: 1 piece for standard models.

Manufacturing Excellence

As a professional supplier of integrated automation engineering systems, we specialize in industries such as petroleum, chemical, electric power, metallurgy, pharmaceutical, and environmental protection. Our production facility manufactures high-precision on-site instruments including level, pressure, temperature, and flow meters. With years of expertise, we provide high-quality services to a large number of enterprises and institutions nationwide, ensuring reliable operation and maintenance services for large-scale petrochemical plants.

Certifications

Frequently Asked Questions

Is this radar level transmitter suitable for agitated vessels or reactors?

Yes. It is specifically designed for these environments, using dedicated algorithms to handle turbulence and complex internal structures while ensuring stable measurement.

How does it handle false echoes from agitators?

The transmitter applies a reactor-optimized signal processing algorithm that identifies and suppresses false echoes from agitators, baffles, and coils, tracking only the true level.

Can it measure level accurately under continuous stirring?

Yes. High-resolution front-end sensors combined with fast signal processing enable reliable tracking even under splashing or turbulent conditions.

What are the advantages of the 80G high-frequency technology?

The 80GHz frequency provides a narrow beam angle (up to 1° or 3°), allowing for finer detection and better performance in narrow tanks or those with internal obstructions.

Is it suitable for foam or vapor conditions?

Yes. The advanced algorithm helps distinguish real echoes from interference caused by foam or vapor, making it ideal for chemical and pharmaceutical applications.

Can it replace traditional contact measurement devices?

Absolutely. As a non-contact solution, it eliminates issues like wear, corrosion, and high maintenance costs associated with contact probes in reactive environments.