Technical points of Angle Valves
December 29, 2021
Sanitary angle control valve(Angle Valves)
1. Intelligent sanitary regulator valve overview
2. The main performance of intelligent sanitary regulator valve
The intelligent sanitary level regulating valve has the advantages of compact structure, convenient assembly and disassembly, high adjustment precision, large flow, wide adjustable range, high flow precision, different multi-spring actuators and large output force. It is suitable for various physical quantity adjustments such as pressure, temperature and flow, such as food, pharmaceutical, cosmetics, clean steam, alcohol, beverage, biochemical industrial process control occasions. Fully compliant with the EHEDG and 3AS standards. Valve leakage is in accordance with ANSI B16.104.
Technical points of intelligent sanitary regulator valve:
1. Made of all stainless steel, clean and non-corrosive;
2. The valve body adopts self-discharge angle structure, no flow dead angle, no pit, smooth flow path, easy to clean, no accumulation of liquid, scale.
3, perfect support CIP cleaning and SIP disinfection system.
4. Perfect support for sterile water for injection (WFI) system.
5, single seat sealing structure, can be closed tightly.
6, all seals use PDA certified seals to ensure clean conditions
7, the surface of the valve body is electronically polished, the surface roughness can reach 0.4 microns (customer can specify polishing requirements)
The body is made of a sturdy stainless steel body that provides maximum strength to the valve and avoids cracking and compression caused by the welding process.
The angular design ensures self-discharge of the valve and the precise fillet design of the valve body eliminates dead zones.
The multi-spring type film actuator has the characteristics of small size, light weight, convenient operation and maintenance. The actuator is equipped with an intelligent positioner with remote position adjustment that can be driven or independently driven by a 4-20 mA input signal. The position indication of the valve can be fully programmed by three buttons and programming.
The valve stem adopts the diaphragm direct isolation type non-friction sealing type, which avoids the long-term back and forth movement of the valve stem, resulting in damage or wear of the sealing ring to reduce the sealing performance, thereby effectively preventing the medium from being taken out by the valve stem and accumulating in the valve cover. bacterial. And with a test interface, it can monitor the leakage of the diaphragm very well, and can feedback the information in the first time.
