Transcription of 6ALVESTRUCTURE - Nitto Kohki
1 3 PECIFICATIONS. For Medium Pressure "ODY MATERIAL Brass Stainless steel s Steel (Nickel-plated). 1/8" s 1/4" 3/4" 1 1/4" 2" 1/8" s 1/4" 3/4" 1 1/4" 2". 3 IZE. 3/8" s 1/2" 1" 1 1/2" 3/8" s 1/2" 1" 1 1/2". TSP cupla Working pressure -0A [KGF CM2} {51} {31} {20} {15} {76} {46} {31} {20}. Pressure resistance -0A [KGF CM2} {76} {46} {31} {24} {102} {66} {46} {31}. 3 EAL MATERIAL Mark Working temperature range 2 EMARKS. For medium pressure general applications 3 EAL MATERIAL Nitrile rubber NBR (SG) -20 C~+80 C. Working temperature range Fluoro rubber FKM (X-100) -20 C~+180 C Standard material Working pressure 6 ALVE STRUCTURE !]]
2 PPLICABLE FLUIDS FOR BRAIDED HOSE Ethylene-propylene CONNECTION TYPE DEPEND UPON THE rubber EPDM (EPT) -40 C~+150 C. SPECIFICATIONS OF BRAIDED HOSES TO s 3 TANDARD STAINLESS STEEL 353 IS AVAILABLE AS SEMI STANDARD BODY MATERIALS . ~ be used. s Working pressure and working temperature range depend upon the specifications of braided hoses to be used. ~ Straight through {15~76kgf/cm2} -AX 4 IGHTENING 4 ORQUE N s m {kgf s cm}. Applicable fluids 3 IZE 1" 2". 9 14 22 60 90 120 260 280 500. 3 TEEL {224}. {92} {143} {612} {918} {1224} {2652} {2856} {5100}. Water Hydraulic oil Chemicals Air Gas 5 9 12 30 50 65 150 160 260.
3 4 ORQUE Brass {51} {92} {122} {306} {510} {663} {1530} {1632} {2652}. 9 14 22 60 90 120 260 280 500. 3 TAINLESS STEEL. {224}. Valveless structure suits high viscosity {92} {143} {612} {918} {1224} {2652} {2856} {5100}. fluids! Various body materials, sizes &LOW $IRECTION. Fluid may flow in either direction from plug or from socket side when coupled. and end configurations. Braided hose connection types are newly added. s 6 ALVELESS CONSTRUCTION DRASTICALLY SAVES PRESSURE LOSS AND ACHIEVES HIGH FLOW. rate. s 3 UITABLE FOR HIGH VISCOSITY FLUIDS (SUCH AS GREASE). )NTERCHANGEABILITY.
4 S !VAILABLE IN VARIOUS STANDARD BODY MATERIALS SIZES AND END CONFIGURATIONS TO If the first digit of model number of socket is the same as that of plug, they can be connected regardless of the end configurations. COPE WITH DIVERSIFIED APPLICATIONS AND OPERATING SITUATIONS ..OTE 3EE THE PAGES OF 3 EAL -ATERIAL 3 ELECTION 4 ABLE AT THE END OF THIS CATALOG FOR THE SUITABILITY OF (mm2). -IN #ROSS 3 ECTIONAL !REA . seal materials to fluids. Model 430 430 430 430 430 430 430 430 430. ( ) ( ) ( ) ( ) ( ) (1") ( ) ( ) (2"). End configurations ( TYPE 7 38 176 283 530 804 1256.)
5 (Hose barb) ( 3) ( 5) ( 7) ( 10) ( 15) ( 19) ( 26) ( 32) ( 40). - TYPE & TYPE 33 132 226 452 804 1134 1885. (Male thread / ( ) ( ) ( 10) ( 13) ( 17) ( 24) ( 32) ( 38) ( 49). Female thread). Model 430. 430. 430. 430.. End configurations . TYPE 132 226. (For braided hose ( ) ( 11) ( 13) ( 17). connection). 3 UITABILITY FOR 6 ACUUM x 10-1Pa {1 x 10-3mmHg}. 3 OCKET ONLY 0 LUG ONLY 7 HEN CONNECTED. - - Operational &LOW 2 ATE n 0 RESSURE ,OSS #HARACTERISTICS. [Test conditions] sFluid : Hydraulic oil sTemperature : 30 C 10 C. s &LUID VISCOSITY : 32 x 10-6m2/s s Density : x 103kg/m3.
6 2 TSP 8 TSP. {5} 10 TSP. {3}. Wide range of seal 6 ALVELESS STRUCTURE SUITS. MATERIALS FOR DIVERSIFIED. 0 RESSURE LOSS IN -0A [KGF CM2}. HIGH VISCOSITY FLUIDS. fluids applications {1}. 6 ARIOUS BODY MATERIALS { }. { }. 7 IDE VARIETY OF END CONFIGURATIONS. 1 TSP 3 TSP 4 TSP 6 TSP 12 TSP. { }. 1 3 5 10 30 50 100 300. &LOW RATE IN MIN. 69. TSP cupla Models and Dimensions WAF : WAF stands for width across flat. Plug TPH type (Hose barb) Socket TSH type (Hose barb). Hp Bp Hs T. T. D. Bs A C. A. Lp Ls Application Mass (g) Dimensions (mm) Application Mass (g) Dimensions (mm).]
7 Model Model (Hose) Stainless Hp A Bp (Hose) Stainless D Hs Bs Steel Brass steel Lp C T Steel Brass steel Ls A T. 1 TPH 1/8" 12 *1 13 12 41 12 20 3 1 TSH 1/8" 24 *1 26 24 40 16 20 3. 2 TPH 1/4" 21 23 21 53 14 29 18 8 5 2 TSH 1/4" 63 69 64 55 24 22 29 8 5. 3 TPH 3/8" 38 41 38 60 18 32 21 11 7 3 TSH 3/8" 95 104 96 62 28 25 32 11 7. 4 TPH 1/2" 71 77 71 70 22 39 24 15 10 4 TSH 1/2" 176 192 177 74 35 32 39 15 10. 6 TPH 3/4" 134 146 135 84 28 48 28 21 15 6 TSH 3/4" 348 379 350 90 45 40 48 21 15. 8 TPH 1" 327 356 329 105 40 57 36 27 19 8 TSH 1" 586 685 633 102 58 52 57 27 19.
8 10 TPH 1 1/4" 495 530 500 121 48 70 39 26 10 TSH 1 1/4" 1330 1385 1335 117 69 64 70 26. 12 TPH 1 1/2" 665 715 660 132 55 75 45 41 32 12 TSH 1 1/2" 1755 1860 1780 128 75 70 75 41 32. 16 TPH 2" 1330 1430 1345 142 70 80 51 54 40 16 TSH 2" 2820 3040 2825 141 98 90 80 54 40. Plug TPM type (Male thread) Socket TSM type (Male thread). T Hp Hs T. Bp D. Bs C. Lp Ls Mass (g) Dimensions (mm) Mass (g) Dimensions (mm). Model Application Model Application Stainless Stainless Steel Brass steel Lp Hp(WAF) C T Bp Steel Brass steel Ls D Hs(WAF) T Bs 1 TPM Rc 1/8 16 *1 17 17 32 R 1/8 1 TSM Rc 1/8 25 *1 27 26 30 R 1/8 2 TPM Rc 1/4 30 33 30 38 18 R 1/4 2 TSM Rc 1/4 66 72 67 42 24 R 1/4 3 TPM Rc 3/8 38 42 38 43 21 R 3/8 10 3 TSM Rc 3/8 99 108 100 46 28 R 3/8 10.
9 4 TPM Rc 1/2 81 88 81 52 24 R 1/2 13 4 TSM Rc 1/2 178 194 179 56 35 R 1/2 13. 6 TPM Rc 3/4 164 179 165 59 28 R 3/4 17 6 TSM Rc 3/4 343 374 346 65 45 R 3/4 18. 8 TPM Rc 1 273 297 274 73 36 R1 25 8 TSM Rc 1 629 685 633 76 58 R1 24. 10 TPM Rc1 1/4 520 560 530 83 39 R1 1/4 32 10 TSM Rc1 1/4 950 1025 955 86 69 54 x 64 R1 1/4 32. 12 TPM Rc1 1/2 655 705 665 93 *2 45 R1 1/2 38 12 TSM Rc1 1/2 1160 1245 1180 95 75 58 x 70 R1 1/2 38. 16 TPM Rc 2 1240 1345 1250 102 75 x 80 51 R2 50 16 TSM Rc 2 1990 2110 2000 108 98 77 x 82 R2 49. Plug TPF type (Female thread) Socket TSF type (Female thread).
10 T T. D. Bp C. Hp Lp Ls Hs Mass (g) Dimensions (mm) Mass (g) Dimensions (mm). Model Application Model Application Stainless Stainless Hs(WAF). Steel Brass steel Lp Hp(WAF) C T Bp Steel Brass steel Ls D T. 1 TPF R 1/8 14 *1 15 14 26 Rc 1/8 1 TSF R 1/8 25 *1 27 25 27 Rc 1/8. 2 TPF R 1/4 28 31 29 34 18 Rc 1/4 2 TSF R 1/4 57 62 57 32 24 Rc 1/4. 3 TPF R 3/8 43 47 43 38 21 Rc 3/8 10 3 TSF R 3/8 83 90 83 35 28 Rc 3/8. 4 TPF R 1/2 103 113 104 45 24 Rc 1/2 13 4 TSF R 1/2 153 167 154 42 35 Rc 1/2. 6 TPF R 3/4 166 181 167 51 28 Rc 3/4 17 6 TSF R 3/4 288 314 289 48 45 Rc 3/4. 8 TPF R1 321 350 323 60 36 Rc 1 26 8 TSF R1 557 607 561 59 58 Rc 1.
