TKFM hot sale heating system use 6 inch api6d quick opening ball valve 304
unit:millimetre(mm) | |||||||||
Size | NPS | A | B | L | D | D1 | D2 | E | |
CN | EN | ||||||||
DN200 | 8 | 243 | 400 | 400 | 150 | 219 | 219.1 | 267 | 315 |
DN250 | 10 | 252 | 500 | 560 | 200 | 273 | 273.1 | 356 | 346 |
DN300 | 12 | 236 | 500 | 635 | 250 | 325 | 323.9 | 457 | 402 |
DN350 | 14 | 331 | 600 | 650 | 300 | 377 | 355.6 | 508 | 491 |
DN400 | 16 | 331 | 600 | 760 | 337 | 426 | 406.4 | 559 | 479 |
DN450 | 18 | 331 | 600 | 842 | 337 | 477 | 457.2 | 559 | 479 |
DN500 | 20 | 360 | 700 | 910 | 387 | 530 | 508 | 680 | 540 |
DN550 | - | 360 | 700 | 1065 | 438 | - | - | 718 | 577 |
DN600 | 24 | 413 | 800 | 1092 | 489 | 630 | 609.6 | 812 | 662 |
DN650 | - | 413 | 800 | 1245 | 540 | - | 660.4 | 898 | 755 |
DN700 | 28 | 433 | 900 | 1346 | 591 | 730 | 711.2 | 1016 | 790 |
DN750 | - | 433 | 900 | 1397 | 635 | - | 768 | 1020 | 835 |
DN800 | 32 | 433 | 900 | 1524 | 686 | 830 | 812.8 | 1095 | 860 |
DN850 | - | 433 | 900 | 1625 | 737 | - | 863.6 | 1172 | 793 |
DN900 | 36 | 433 | 900 | 1727 | 781 | 930 | 914.4 | 1237 | 913 |
DN1000 | 40 | 433 | 900 | 1900 | 874 | 1020 | 1016 | 1385 | 968 |
DN1100 | - | 550 | 900 | 2000 | 976 | 1130 | 1117.6 | 1600 | 970 |
DN1200 | 48 | 550 | 900 | 2100 | 1020 | 1230 | 1219.2 | 1700 | 975 |
DN1300 | - | 550 | 900 | 2200 | 1166 | 1320 | 1320.2 | 1967 | 980 |
DN1400 | - | 550 | 900 | 2300 | 1262 | 1430 | 1422.4 | 2100 | 990 |
unit:millimetre(mm) | |||||||||
Size | NPS | A | B | L | D | D1 | D2 | E | |
CN | EN | ||||||||
DN200 | 8 | 243 | 400 | 400 | 150 | 219 | 219.1 | 267 | 315 |
DN250 | 10 | 252 | 500 | 560 | 200 | 273 | 273.1 | 356 | 346 |
DN300 | 12 | 236 | 500 | 635 | 250 | 325 | 323.9 | 457 | 402 |
DN350 | 14 | 331 | 600 | 650 | 300 | 377 | 355.6 | 508 | 491 |
DN400 | 16 | 331 | 600 | 760 | 337 | 426 | 406.4 | 559 | 479 |
DN450 | 18 | 331 | 600 | 842 | 337 | 477 | 457.2 | 559 | 479 |
DN500 | 20 | 360 | 700 | 910 | 387 | 530 | 508 | 680 | 540 |
DN550 | - | 360 | 700 | 1065 | 438 | - | - | 718 | 577 |
DN600 | 24 | 413 | 800 | 1092 | 489 | 630 | 609.6 | 812 | 662 |
DN650 | - | 413 | 800 | 1245 | 540 | - | 660.4 | 898 | 755 |
DN700 | 28 | 433 | 900 | 1346 | 591 | 730 | 711.2 | 1016 | 790 |
DN750 | - | 433 | 900 | 1397 | 635 | - | 768 | 1020 | 835 |
DN800 | 32 | 433 | 900 | 1524 | 686 | 830 | 812.8 | 1095 | 860 |
DN850 | - | 433 | 900 | 1625 | 737 | - | 863.6 | 1172 | 793 |
DN900 | 36 | 433 | 900 | 1727 | 781 | 930 | 914.4 | 1237 | 913 |
DN1000 | 40 | 433 | 900 | 1900 | 874 | 1020 | 1016 | 1385 | 968 |
DN1100 | - | 550 | 900 | 2000 | 976 | 1130 | 1117.6 | 1600 | 970 |
DN1200 | 48 | 550 | 900 | 2100 | 1020 | 1230 | 1219.2 | 1700 | 975 |
DN1300 | - | 550 | 900 | 2200 | 1166 | 1320 | 1320.2 | 1967 | 980 |
DN1400 | - | 550 | 900 | 2300 | 1262 | 1430 | 1422.4 | 2100 | 990 |
No. | Part name | Material | |||||||
1 | Valve cover | A105 | F304 | LF2 | |||||
2 | Coil spring | Inconel X750 | |||||||
3 | Spring seat | A105 | F304 | LF2+ENP | |||||
4 | Seat | A105+ENP | F304 | LF2+ENP | |||||
5 | O-ring | NBR/VITON | |||||||
6 | Sealing ring | RPTFE/Molon/Teflon | |||||||
7 | Lining | A105+ENP | F304 | LF2+ENP | |||||
8 | Ball | A105+ENP | F304 | LF2+ENP | |||||
9 | Body | A105 | F304 | LF2 | |||||
10 | Packing gland | F6a | F304 | F304 | |||||
11 | Packing gland | A105 | F304 | LF2 | |||||
12 | Thrust bearing | LSS304 | |||||||
13 | Valve neck | A105 | F304 | LF2 | |||||
14 | Stuffing box | A105 | F304 | LF2 | |||||
15 | Stem | F6a | F304 | F304 | |||||
16 | Extension tube connectiong plate | A105 | F304 | LF2 | |||||
17 | With sleeve | A105 | F304 | LF2 | |||||
18 | Thrust bearing | SS304 | |||||||
19 | Gland | A105 | F304 | LF2 | |||||
20 | Disk drive connected | A105 | F304 | LF2 | |||||
21 | On stem | F6a | F304 | F6a | |||||
22 | Extension tube | A105 | F304 | A105 | |||||
23 | Extensions bar | A105 | F304 | A105 | |||||
24 | Nut | A194 2H/2HM | A194 8 | A14 2H/2HM | |||||
25 | Stud | A193 B7/B7M | A193 B8 | A193 B7M | |||||
26 | Pin | SS304 | |||||||
27 | Turbine head | Assemblies |
Five Advantages:
1. integral seamless steel tube pressed full-auto welded without leaking outward.
2. PTFE+25% carbon fiber and disc spring feely compensating structure zero leakage.
3. can be directly buried without need of a high ground well,saving the engineering cost.
4. both valve and pipeling are made of the same material, without the condition of uneven sterss.
5. in multiple connection combination, for use with special working conditions.
This series of products are reliable sealing performance, maintenance-free for 20 years, switch torque light,can be installed in heat transfer stations, district heating pipe network, branch pipes, heat exchanger unit, heat transfer equipment or ancillary equipment connected to other.use for cut off . The main use of the urban heat, city gas, city water supply and drainage lines
(1) Shell Hydrostatic Test
ANSI B 16.34 Section 7.1 | |||||||
Valve Size NPS | Test pressure | Test Time. Sce | |||||
Below DN50 | 1:5 times the 100°F | 15 Sce | |||||
DN65~DN200 | Rating of ANSI Class | 60 Sce | |||||
Up DN250 | Max. Operating Pressure | 180 Sce | |||||
Test pressure should be above 1.5 times than the valve's Max work pressure (100F) |
(2) Seal Hydrostatic Test
The pressure should be more 1.1 times than working pressure by seal hydrastatic test
ANSI B 16.34 Section 7.2 | |||||||
Valve Size NPS | Test pressure | Test Time. Sce | |||||
below DN50 | 1:1 times the 100°F | 15 Sce | |||||
DN65~DN200 | Rating of ANSI Class | 30 Sce | |||||
above DN250 | Max. Operating Pressure | 60 Sce | |||||
Test pressure should be more 1.5 times than the valve's Max work pressure (100F) | 180Sce |
(3) Seal Air Test
Seal air leakage test is based on 80PSIG(6kgf/cm2) inert-gas or the air reach the test pressure, then close the valve. after that check the valve whether it is leakage or not.