series. Stainless Steel Ball Valve with Spring Return Handle

Transcription

1 series Stainless Steel Ball Valve with Spring Return Handle Female NPT Thread, 1/4 to CWP (psig), 1.25 to CWP (psig). Cold Non-Shock. 150 psig Saturated Steam. Vacuum Service to 29 inches Hg. MSS SP-110 compliant. FEATURES Spring return to close ( 01 suffix) Spring return to open ( 08 suffix) Carbon and Graphite Reinforced seats (MPTFE) All components of lever are stainless steel Operating torque is approximately three times standard valve torque Blow-out-proof stem design Adjustable packing gland Meets NACE MR0175 (2000) & MR0103 (2012) Investment cast components OPTIONS AVAILABLE: (More information in Section J) (SUFFIX) OPTION SIZES -01 Standard Configuration All -P -01- BSPP (Parallel) Thread Connection 1/4 to 2 -T -01- BSPT (Tapered) Thread Connection 1/4 to º Reversed Stem 1/4 to Side Vented Ball (Uni-Directional) 1/4 to UHMWPE Seats (Non-PTFE) 1/4 to Graphite Packing 1/4 to PTFE Trim 1/4 to Seal Welded 1/4 to Assembled Dry 1/4 to Two Tack Welds 1/4 to Oxygen Cleaned 1/4 to Grounded Ball & Stem 1/4 to 2 STANDARD MATERIAL LIST Part material 1 Handle SS w/vinyl 2 Stem packing Multifill PTFE (MPTFE) 3 Stem bearing RPTFE 4 Ball A Seat (2) Multifill PTFE (MPTFE) 6 Retainer A (1/4 to 1 ) A351-CF8M (1.25 to 2 ) 7 Gland nut A Stem A Lever nut 18-8 SS 10 Body seal PTFE (1.25 to 2 ) 11 Body A351-CF8M product NUMBER SIZE A B C D Wt A 1/ A 3/ A 1/ A 3/ A For Pressure/Temperature Ratings: Refer to Page m-14, Graph No. 14 (1/4 to 1 ) Refer to Page m-13, Graph No. 12 (1.25 to 2 ) H-9

2 flow data For Apollo Ball Valves The listed Cv factors are derived from actual flow testing, in the Apollo Ball Valve Division, Conbraco Industries, Inc., Pageland, South Carolina. These tests were completed using standard off the shelf valves with no special preparation and utilizing standard schedule 40 pipe. It should be understood that these factors are for the valve only and also include the connection configuration. The flow testing is done utilizing water as a fluid media and is a direct statement of the gallons of water flowed per minute with a 1 psig pressure differential across the valve/ connection unit. Line pressure is not a factor. Because the Cv is a factor, the formula can be used to estimate flow of most media for valve sizing. flow of liquid P Q = C V SpGr or P = (Q) 2 (SpGr) (Cv) 2 flow of gas ( P) (P2) Q = 1360 C V (SpGr) (T) or P = 5.4 x 10-7 (SpGr) (T) (Q) 2 (Cv) 2 (P2) Where: Q = ΔP = SpGr = Cv = flow in US gpm pressure drop (psig) specific gravity at flowing temperature valve constant Where: Q = flow in SCFH ΔP = pressure drop (psig) SpGr = specific gravity (based on air = 1.0) P 2 = outlet pressure psia (psig ) T = (temp. F + 460) Cv = valve constant Cv FACTORS FOR APOLLO VALVES size (in.) 1/4 3/8 1/2 3/ Valve /200 Series /200 Series W Series B-140 Series /200 Series /400 Series Series Series AR Series /200 Series /900 Series A-100 Series /400 Series Series Series AR Series F-100 Series Series /400 Series Series K-100 Series AR Series C-100/200 Series D-140 Series D-640 Series G-UL Series W Series X Series /200 Series Series continued on next page M-3

3 flow data For Apollo Ball Valves Cv FACTORS FOR APOLLO VALVES (continued from page M-3) size (in.) 1/4 3/8 1/2 3/ Valve 80/81 Series /200 Series A/83B Series R-100/200 Series A/86B Series R-100/200 Series A-100 Series A-200 Series A-700 Series A-900 Series B-100 Series A-100 Series A-200 Series A-700 Series A-900 Series B-100 Series Series A-100 Series Series Series Series A-100/200 Series /200 Series A-300/400 Series Series Series Series M-4 Customer Service (704)

4 pressure temperature ratings 2000# CS (GRAPH 13) 2000# SS (GRAPH 14) M-14 REV Customer Service (704)

5 pressure temperature ratings 1500# CS (GRAPH 11) 1500# SS (GRAPH 12) M-13