Electric ball valve model editing method

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This post was last edited by budaoweng123 on 2015-10-10 08:55. Over the years of development, ball valves have given way to special products designed to suit the conditions in this industry, and those are electric ball valves. Electric ball valves are the ideal choice for automated remote control; they allow one person to control the entire system through signal input and output, something that traditional manual ball valves simply cannot do. Over the past two years, many manufacturers have focused on the electric valve market, investing heavily in the research and development of electric actuators. Based on the requirements of various operating conditions, they have developed explosion-proof electric actuators, intelligent electric actuators, adjustable electric actuators, and multi-functional integrated actuators from ordinary electric switch actuators. The trend toward electric ball valves is now unstoppable, and in the future I will continue to share more information with you on this topic. Next, we will take a preliminary look at the various types of electric ball valves produced by Taichen Valves. The coding system for these electric ball valve models is based on improvements to traditional valve model codes. In simple terms, an electric ball valve is a manual ball valve whose actuation mechanism has been replaced with an electric one; the structural design of the ball valve remains unchanged, with the manual actuation replaced by mechanical and electrical means. Now let’s examine in detail the different ways in which these electric ball valve models are coded. Unit 1 (designation code Q); Unit 2 (drive code 9); Unit 3 (connection method 4); Unit 4 (structural type 1); Unit 5 (sealing material code F); Unit 6 (pressure code 16); Unit 7 (valve body material code P). Method for assigning model numbers to Taishen electric ball valves: Additional model codes: D denotes low temperature, B denotes insulation, F denotes explosion protection, J denotes extended length, V denotes a valve core with a V-shaped structure, P denotes an eccentric structure. Unit 1 – Ball valve designation code: Q denotes ball valve ； Unit 2 – Ball valve actuation code: 9 indicates electric drive ； Unit 3 – Connection method code: 1 denotes internal threading, 4 denotes flange type, 6 denotes welding, 7 denotes clamp type, 8 denotes hose clamp ； Unit 4 – Structural format code: Floating type: 2 denotes a Y-shaped tee, 4 denotes an L-shaped tee, 1 denotes a straight-through flow, 5 denotes a T-shaped tee ； : Fixed type: 0 indicates straight through for hemispheres, 6 indicates four-way, 7 indicates straight through, 8 indicates L-shaped tee, 9 indicates Y-shaped tee ； Unit 5: F stands for PTFE, H stands for Cr13 stainless steel, W means the valve body is processed directly, and Y refers to cemented carbide. Unit 6: 16 represents the national standard of 16 kilograms, 10K denotes the Japanese JIS pressure standard, and 150LB indicates the American pressure rating in pounds. Unit 7: C stands for WCB, P stands for 304, R stands for 316, Ti refers to titanium material, M denotes Monel alloy, Q stands for ductile iron, Z stands for gray iron, and S refers to plastic. Common models of electric ball valves include: Electric floating ball valves: Q941F, Q941H, Q941Y ； Electric fixed ball valve: Q947F, Q947H, Q947Y ； Electric eccentric hemispherical valve: PQ940F, PQ940H, PQ940Y ； Electric wafer ball valves: Q971F, Q971H, Q971Y ； Electric fully welded ball valves: Q961F, Q967F, Q961Y, Q967Y ； Electric V-type ball valves: VQ940F, VQ940H, VQ970F, VQ970Y ； Electric overhead ball valve: SQ940F, SQ940Y ； Electric three-way ball valve: Q942F, Q944F, Q945F, Q914N, Q915F ； Electric four-way ball valve: Q946F, Q966F ； Electric disc ball valves: Q911F, Q921F, Q961F ； Electric fluoroplastic ball valve: Q941F46, Q941F4 ； Electric discharge ball valve: FQ941F, FQ941F46 ； Electric low-temperature ball valve: D1941F, D1961F ； Electric insulated ball valve: B1941F ； Editing of other models: Editing of pneumatic ball valve models, editing of pneumatic butterfly valve models, editing of electric butterfly valve models