Ultrasonic Flow Meter for Water Supply System
SCL-82 series DN80mm~DN1800mm
Application
The SCL-82 CE approved ultrasonic flow meters is suitable for water supply/drainage system, power, oil, chemical and metallurgical sectors.
Special Features
1. The SCL-82 CE approved is integrated Hz-USP ultrasonic signal processing function modules (Patent No. 200920306467.3). High in measuring and accuracy up to class 0.5.
2. Ultrahigh anti-interference capability and steady operation thanks to the use of multiple pulses and DPS digital signal processing technology.
3. Highly adaptable to various complex flow conditions due to working with double channels.
4. Capable of drilling holes on pipe under flow pressure. Mounting and maintenance of the meter can be made on line with water flow.
5. The meters are in conformity with" Standard on Ultrasonic Flowmeter for Water Supply and Drainage Application"(CJ/T3063/1997)-a standard formulated by the Urban Construction Industry of the People's Republic of China.
6. EX-factory calibration of the meter is made in accordance with P. R. C callibration regulations as specified in "Ultrasonic Flowmeter"JJG 1030-2007.
Packaging & Shipping
1 set in one carton.
FOB or CIF. Can be shipped by sea, air or train.
Our Services
Our company provides OEM service, design and buyer's label service.
FAQ
Tangshan Huizhong Instrumentation Co., Ltd is currently China's R&D and manufacture base of series ultrasonic heat meters, water meters and flowmeters and related systems. It is also a new and hi-tech and software enterprise of Hebei province.
Whenever you have questions or inquiries, don't hesitate to contact with me at any time.
Our company's official website: Www. Hzyb. COM
Tangshan Huizhong Instrumentation Co., Ltd (THIC) is currently China' S R&D and production base of series ultrasonic heat meters, water meters and flowmeters and related systems. It is also a Hebei provincial new and hi-tech and software enterprise.
THIC owns independent intellectual property rights for all its products and always stands at the forefront in terms of ultrasonic flow measurement technology. It is a member unit participating in the formulation of a series of either industrial or national standards, such as the Standards on Ultrasonic Flowmeters for Water Supply and Drainage Applications Operating on the Principle of Propagation Velocity Difference, Standards on Heat Meters and Regulations on Calibration of Ultrasonic Flowmeters.
In 2001, THIC launched the R&D of the household-use ultrasonic heat meter_a research program assigned and funded by the Technical Innovation Foundation of Technology-based Medium and Small-sized Enterprises, and hence gave birth to China' S first household-use heat meter. The debut of the meter proved to break the long-term monopoly of overseas counterparts on domestic market. Through incessant improvement and development of heat measuring technology, THIC has now become a domestically leading R&D and producer of a complete array of heat meters for various applications (for household, apartment, heat source and pipe network use or for managerial or charge collection purposes) and their use in different cases can be successfully assured with the help of a full network coverage technology.
THIC is one of the earliest ultrasonic water meter producers. Since the debut of the first ultrasonic water meter in 2003, the product has been kept upgraded and regenerated, quickening, as a result, the pace of the change of charge collection mode in urban area from the use of mechanical to digital meters with the ultrasonic water meter as the representative. In 2008, the company participated in the study of the flow sensor and system for process control_an 863 program assigned by the Ministry of Science and Technology. The research-derived achievements are contributive to the independent R&D and industrialization of high-performance sensors in China.
THIC will incessantly upgrade the ultrasonic flow measuring technology so as to cater to the needs of users with first-rate product and service and make contributions to the development of global water and energy conservation undertakings.
