Endress+Hauser FQG74 Radiometric level and density source container
- Capacity: Up to 20 Sources
- Safety: Type A Approval
- Temperature: -52 to +450°C
- Application: Multi-point Measurement
Did you like this product? Add to favorites now and follow the product.
(+86) 132-6243-8118 Start Live Chat
Description
Endress+Hauser FQG74: Advanced Multi-Source Radiometric System
The Endress+Hauser FQG74 Source Container represents a significant advancement in radiometric measurement technology, designed to reliably house up to 20 individual radioactive sources. This capability makes it exceptionally well-suited for complex applications requiring multiple measurement points or extended measuring ranges. Its robust construction and superior shielding provide best-in-class safety, including Type A approval, ensuring that personnel and the environment are protected even with high activity sources. The FQG74, used in conjunction with a radiometric transmitter, facilitates precise point level detection, continuous level monitoring, and multipoint density measurements across demanding industrial sectors like Oil & Gas and Petrochemical/Chemical.
Versatile Source Housing for Measurements
This container is engineered for versatile source housing for measurements, capable of holding up to 20 radioactive sources with high activities. Its robust design and high shielding properties ensure ease of use, whether installed in straight or bent dip tubes within process vessels. The FQG74 is integral to radiometric measurement systems for point level detection, continuous level monitoring, and multipoint density measurements, proving particularly effective for applications that demand long measuring ranges or detailed profiling of process variables across different elevations or points within a vessel.
Unparalleled Safety and Radiation Protection
The FQG74 delivers unparalleled safety and radiation protection, backed by its Type A approval. This designation signifies the highest standards in safety and radiation containment, providing immense confidence for installations in accessible areas. The exceptional shielding inherent in its design typically eliminates the need for dedicated control areas, simplifying plant layout and reducing installation costs. The careful, almost spherical design contributes to optimized screening, further enhancing safety for personnel and ensuring reliable measurement operations, even when handling sources with high activity levels.
Flexible Source Positioning for Accuracy
A key benefit of the FQG74 is its flexible source positioning for accuracy. Commissioning of the multiple sources is made simple, as each source’s position can be individually adjusted using independent ropes, offering a maximum rope length of 30 meters. This granular control allows for precise placement of each source within the dip tube, ensuring optimal measurement geometry and maximizing accuracy for complex applications such as multipoint density profiling or detailed level detection across various strata within a process vessel.
TPT24: Your Definitive Global Provider
For the advanced Endress+Hauser FQG74, TPT24: Your Definitive Global Provider is the undisputed top online store worldwide. We guarantee the authenticity and quality of every FQG74 unit we supply, ensuring you receive a genuine, high-performance product. Our efficient and comprehensive worldwide delivery network means this critical source container can be delivered securely to any country, directly to your facility. Count on tpt24 for unparalleled access to authentic, top-tier radiometric equipment and exceptional global service.
Facilitating Complex Process Measurements
The FQG74 is specifically designed for facilitating complex process measurements, making it ideal for critical applications in demanding industries. In the Oil & Gas sector, it is invaluable for density profile measurements during separation processes, offering detailed insights into phase changes. It also enables precise level control of catalyst beds at various elevations within reactors, crucial for optimizing hydrocracking processes. Within the Petrochemical and Chemical industries, the FQG74 excels in multipoint density and level measurements within reactors for processes such as PTA (Purified Terephthalic Acid) and Urea production, providing essential data for process control and optimization.
Versatility Across Diverse Applications
With its high capacity for multiple sources and flexible installation options, the FQG74 exhibits versatility across diverse applications. The availability of different variants of the source container allows it to be adapted to a wide array of specific user needs and measurement challenges. This adaptability, combined with the robust safety features and precise positioning capabilities, makes the FQG74 a highly adaptable solution for industries requiring detailed volumetric, density, or level data from multiple points within a process, ensuring optimal performance and reliable operation across a broad spectrum of uses.
Secure Operation and Enhanced Control
Ensuring secure operation is paramount, and the FQG74 includes features for secure operation and enhanced control. A padlock can be used to fix the on/off switch position, safeguarding against accidental activation and protecting against theft. This mechanical lock provides an additional layer of security, giving operators peace of mind. The ease with which the source positions can be managed and secured contributes to the overall user-friendly nature of the FQG74, making it a reliable and manageable component in even the most critical industrial measurement systems.
Specifications
-
Measuring principle
Radiometric
-
Characteristic / Application
Source container with flexible extension element to position up to 20 sources inside the process vessel (diptube)
Weight: 800 kg -
Specialities
With flexible extension elements
-
Ambient temperature
-52°C…+120°C,
(-61°F…+248°F) -
Process temperature
-52°C…+450°C
(-61°F…+842°F) -
Process pressure / max. overpressure limit
Any
-
Main wetted parts
Non-contact
-
Process connection
Non-contact






