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1. ADD 0i0000i0000000000000000000000000000 y U x i El n a naa bdo 0000000000 000 PHC 00000 PHNTII i Il EI 1 EI 1 H1 HITD HVJ e000000000V00000000000000000000 li i li 1 1 1 1 100 0100 0 11111 1 1 11 1 l1 1 1 1 1 LH DD JOMPa 00000 ll 11 11 1 1 J 0000000000 lJ li li 1 1 li 1 0000000000 00000 1 S O000000000000 OD00000000000000000000000 DODO 6 1 1 1 1 11111111111 1111 1 1 1 1 III LI Ll Ii 11 11111 1 0D000000000 000000000000 ADD 0000000000000000000000000 00000000000000000000000000000000 AD 010000000000000 00000000000000 ooooo00o0000000000000000 11116 3 l i i i I I II 1 1 1 1 11 nn ADD unnononnononnmununonnnune 0000 Ado ooonnoonnnnponnopnononnne AD oc00c0000000000000000000000000e Pte ens wl Kul 7199 73 O000 1010 0011 ponie na O000
2. LL DL EIL EL DI DI DL OI 0 ue 1 1 1 p de r 11 L L O00 ene With push one E series Part No Tube 0 01 mmn _ mm mmil mm 7711 mmil Weight F 101C4 6E9 69 199 69 5 199 49 5 1959 622 101C4 8E 8 199 8 69 199 50 5 1959 62 3 Wi 101C4 10E 109 199 10 9 19 5359 1959 644 m 5 T m j li li li r Female thread da ue gog ggg Ren mmpre mm mmij CETT of I H 101C4 2F 1 8 19 19 48 10 1959 67 5 101C44F9 1 49 19 199 489 10 1959 60 5 S101C42F x 1 89 199 199 489 10 19 5 67 5 S101C4 4F x 1 49 199 199 489 10 1959 60 5 1 1110 00 0 06 Order production 0 Run De re He LO n Le Oodle Part No Thread size mm 7711 7711 Weight 101C4 2M 1 8 19 10 99 53 5 5 5 19 5 59 101C4 4M 1 4 19 14 9 57 5 559 1959 64 S101C4 2M x 1 89 199 10 9 53 5 559 1959 59 S101C44M x 1 49 199 149 99 57 5 559 1959 64
3. icd 11 1 111 1 sustaining human Danger ggaggaggagagugadu ugguue Q Do not use with equipments and appliances requiring high level of safety G With respect to handling Nitta Moore Products the personnel aoe one ER a IEE who design equipment s apparatus or system to be installed or gnagaggogggggggggogcgOogOUOOUOOUDUO decision makers of specification should make all judgement of j ll l 1 l 1 1 l ll i li ll ll Bl B 1 1 1 1 i 1 1 1 1 1 the usage of the products Those designers or decision maker 1 HL j j l ll Il Il Il Il B ll 111 11111 li 1 11111 11 1 i should make if necessary adequate testing and analysis to I uagpgggggggoaagggggggggaggg judge the suitability and take all responsibility for the safety quarantee Before selecting o0ooo00000 0 1 1 1 The personnel who handle the products should have enough Warning 00000000000 knowledge and experience in this field OOOOO0000000O0000000000000000000 can not be used for the equipment apparatus of either 11111111111111111 maintaining Co
4. C Ui ii li i i i 111 SELECTION OF THE SEAL MATERIAL DEPENDS UPON THE MAXIMUM USABLE PRESSURE 3 oo0000000000 00000 000000000 Il MPan Coupler side main seal form Seal material Max working pressur Stillness pressuren DO uue 111 ugue DODO DO os Form Features Sign Material Working temp range Sign es pec o ud o unn ne 7 0MPa 000000000 NBR 30009300 i e 7 0 7 0 7 0 7 0 7 0 U Pacer a 2200 200 F OO000000000000 5400 149 C It exhibits superior sealing U EPDM EH 300 F E 7 0 7 0 7 0 7 09 7 0 performance than that of a single 3000 190 C 04 t than th MEME ae QE MEAE DD UD Pio ue 7 0 7 0 7 0 7 0 A 0000000000000 7198 7 7 71 1 1 81 81 1 1 0 0 0 A Attention annot use it under dynamic pressure in case of the U packer specification T ES oo00000000000 I The types marked by color are non stocked items m S II I I Ii I I I I I Ii I i i I i H gt The main seal is not fitted at the nipple side b BS 0HND 1001 0000 700 01 01 7 7 0 EH Sealing material is not used for OHN o ra271 1 1 o1 j l 1 1 11DI DDn Dn n IS Manufacture in Single O ring form is possible J HS 1MPa 145 1psi a Cole PERFORMANCE 8
5. 21 N henen 0000 Body material 00000 Seal material Dp ame o emica e 4 0 0 7000000 0 gneve opopo 10 sussoed 50521584 nan DID nnne Vegetable 01 0 0 oe n n f Sucrose solution o oe o o o o Silicone greases 9 9 0 o 0 000000 Silicone oils 0 o9 JI Mercury x9 A 0 oe 0 DODO Styrene 9 9 e0000e Soap solutions 0 0 oe 0 0 oe 0 1111 Gelatin AY co 0 o9 co 0 o9 In 1 11111 HEE E Soda ash gt Sodium carbornate AY oe oe Carbonic acid xe oe 9 9 oe oe 0 ooooo000e Ammonium carbonate A 9 x9 0 Carbon dioxide oe oe 0 0 e oooooo0 Sodium carbonate 0 oe AQ AY 9 Hl i i i Tannin acid 9 x 9 9 oe 0 o9 li 1 1 1 Turpentine acid A AY oe oe 0 111 1 1 111 Beet sugar liquors x 0 oe 0 fete Corn oil AY x o9 oe AY Triacetin e e oe oe xe
6. Joonoomee nnnm DOL r HOT LO Lio 12610 oe Lb 1000 Female thread 4 M Woe TE OHC HC mm mmg P CHA With the valve VHN4 4F 45 0 oe x 4 12 124 229 419 8 15 62 VHN6 6F 32 0 oe xo oe 8 14 12 269 4891159184 90 VHN8 8F 28 0 oe x oe 2 189 164 30 50 124 18 130 VHN12 12F 25 09 0 xo 3 4 25 18 419 58 134 23 235 Ez VHN16 16F 14 0 0 xo oe 19 3249 208 46 65 154 234 395 VHN20 20F x 709 o9 xe 0 191 40 379 224 509 879 329 234 540 VHN24 24F x 7 0 oe x o9 171 29 46 24 659 799 184 2894 742 ed LU NH VHN32 32F 9 7 0 o o9 2 60 28 85 94 2049 3441350 O00000000 2 Order production IS 1MPaq 145 1 051 I 0001000 MP an LLIN combination with coupler DITIN DOL AST HOT LOT Lie 120 mond VH Ng DID Male thread T m BRE ERE VHC OHC PHC RES mm j mm mm mm ug 9 with the valve VHN4 4M 45 0 0 4 129 14 22 529 5 15 68 hi Wr VHN6 6M 32 0 oe xo 3 8 14 15 269 57 6 18 102 0 VHN8 8M 28 09 oe xe oe 2 189 1849 30 639 6 189 142 VHN12 12M 9 25 09 0 xo 3 4 25 20 419 759 9 239 245 5 T1 VHN16 16M 14 0 0 xo oe 19 3249 239 46 81 89234 405 VHN20 20M x 7 0 oe x o 1 1 4 37 25 509 909 119 23 7 VHN24 24M x 7 0 0 gt o9 171
7. 0000 OHN DOD 5 H lll l ll 11 11 1 11111 11 Li 1111 1 1 1 1 ooo 00000000000 nue od oo 10106 0ne 1116 HS The types marked by color are non stocked items HR The main seal is not fitted at the nipple side I Sealing material is not used for OHN HS Manufacture in Single O ring form is possible US 1MPa 145 1 051 g gnognnugunne gggune 000000000 m MPane Coupler side main seal form Seal material Max working pressure Stillness pressuren une nne une nue DODO OOP os Form Features Sign Material Working temp range Sign es pec o ud o unn ne 7 0MPa 000000000 NBR 30009300 i e 7 0 7 0 7 0 7 0 7 0 U Pacer a TER 22 200 F j 000000000000 5400 149 C hibits superior sealing EPDM re 300 F E 7 0 7 0 7 0 7 0 7 0 formance than that of a single d 3000 190 c O ring at less than the maximum 10111 11 n le pressure of 7 0MPa Fluorine rubber 22 0 37 4 F 7 09 7 09 7 09 7 09 7 0 10170 9107 1177 71 71 7198 7 7 71 1 1 81 81 01 1 0 0 0 A Attention annot use it under dynamic pressure in case of the U packer specification PERFORMANCE eooooggggu000000000000e e BVHT H i li li The fluid spill volume during disconnection is related to Pressure loss of BVH type the recommended maximum permissi
8. HS 1MPa 145 1psi Part No D ngnmweae HEN TNT combination wth nione T00 0000 R De ao He Thread siz mm mm Le Em gz SSH Working pressure BVHN BOHN mm mm Weight BOHC4 4M U 7 0 xe 0 1 49 259 13 22 42 7 17 75 BOHC6 6M U 7 0 xe oe 3 8 15 264 47 8 189 120 BOHC8 8M U9 7 0 x 0 1 2 18 30 524 10 194 160 BOHC12 12MU 7 0 xe oe 3 44 20 419 614 12 22 274 BOHC16 16M U 7 0 x 0 19 239 469 64 139 21 US 1MPa 145 1psi _ j Z_ _ _ LL rT i _ _ ______ D MENSION NIPPLE BVH Ng 1000 Female thread 0000 With the valve 1 1 4 a b E TE With the valve bet del 310 5 Ny O00 0 Female thread 0000 Without the valve Ez L 1511 Male thread 0000 Without the valve ge Tl n U u Hu MP a19 1111111 combination wih couper TIT DI Ree D He L ECE Part No Working pressure BVHC BOHC Thread size 0 mm mmf MO mm j mm Weight BVHN4 4F 7 0 0 xe 1 49 129 124 229 41 89 15 62 BVHN6 6F 7 0 oe xe 3 8 14 12 26 47 10 18 90 BVHN8 8F9 709 oe xe 1 29 18 164 32 50 124 18 130 BVHN12 12F 7 0
9. Triethanol amine oe 0 AY 0 0000000000000 TCP0 Tricresyl phosphat TCP0 x9 0 0 000000000000 TBPO Tributyl phosphat 187 1 o e xe o9 0000000000000000 TBEP0 Tributoxy ethyl phosphat TBEP 9 xe o9 o9 nue Naptha A 0 9 xe oe oooo0e Naphthalene o A 0 1 1 1 1 1 Naphthenic acid 9 02 o9 0 xe o9 li gt Lactic acid 9 x oe o9 0 00000 Carbon disulfide o9 0 o9 o9 x9 9 o9 l n 4 Lye solutione oe oe oe oooo000 e Hydroquinone AY xe Pine oil 9 9 0 o9 o xe 0 H i Bunker oil A 0 oe 0 ooooo0 e Palmitic acid A 0 oe o9 0 o9 0 ue Picric acid 9 xe AY 9 0 0 11 Arsenic acid A oe oe e Dune Pinene9 oe x x Piperidine xe xe xe Castor 01 oe oe 0 0 oe 0 0000 Pyridine 9 A x oe xe DDO Pyrrole x 9 00000000 Phenyl hydrazine x AY 0 11111 Phenol x 0 0 0 0 0 1711 Butane o o o o Cellosolve butyl A A A oe x Aluminium fluoride e 0 x 0 0 0 0000000 Fluorboric acid A A oe 0 oe
10. 1 1 1 10 0 0 00000000 rn r 0000000 00000000 Hess H nnn nnn 000000000 O000000 2 111 l1 i Al 0 0I0000000000000000000000000 A 817 0009 0000 o d DRE ELE 00000000000000000000000 AD 0 n u t i l Ll Il E E E E E EE HD 0000000000000000 0000000000000000000000000001000 JUDD A 0000000000000000000000000 2 AD 000 0 0 17 ng n n nu nun nun nnn nn 0000 0000 Instruction manual A DANGER Not to use the H series while exerting pressure on the individual coupler and nipple unit Qe The combination of open type coupler OHC and nipple with valve VHN cannot be used 9 A CAUTION The type having the PH valve cannot be used with the combination of coupler PHC and nipple PHN 9 Cannot decompress it in case the main seal profile is of U packer H series SLEEVE Remove the residual pressure of the coupler and the nipple Get the pressure to the 0 MPa gauge pressure in case the residual pressure is to be 1 removed Remove the foreign particles on the joint SLEEVE Remove the residual pressure Pull out the coupler 2 or the nipple in the direction of At the time of disconnection while disconnection pulling the sleeve Put the dust cap 9 amp In case of Q D C with lock pin remove the slee
11. esvH0o0000000 The fluid spill volume during disconnection is related to Pressure loss of SVH type the recommended maximum permissible flow rate 10 In De 000000000 00 cch 00000000 eR ES OOOU0 The fluid spill volume Recommended maximum permissible flow rate e ccpe uring disconnection D Operation oil MIL H 56060 SE ee Ue 0 17MPag 045MPa p SVHCQ SVHNQ SOHC SOHNG 9 air entry at When the interna When the intemal JOD the time of 9 pressure 5 pressure is Combination of Combination of 10 connection 0 17MPa 0 45MPa SVHC and SVHN SOHC and SOHN 04 0 24 1 2 1 5 27 30 069 0 3 1 4 2 5 499 53 089 0 84 429 469 839 108 126 2169 10569 11 669 1679 182 3 169 399 1969 2149 2279 303 01 De ois le 5 I The data will vary depend on a coefficient of fluid n 0 01 H 1 4 3 8 1 2 3 4 1 HE 0 001 0 l HISO vG 320000000 00040 00032c s t 00 1000 0 ji E Flow rate 2 mm li i 1 1 1 PART NUMBER C nnn Lock pin D ODD slit nu nne m um um 000 Coupler 0000 Sleeve Nipple og 1 Sleeve loc k mec hanism ing 0000 No sign l No
12. 209 20 ann 00000 Calcium hypochlorit 2096 68 FI xe x o9 0 00000000000 595 20 Calcium hypochlorit 596 68 F xe xe x 0 0 0 110177717077707 5 70 6 Calcium hypochlorit 5 158 FI x xe9 e S nnnnnnn Hydrocyanic acid xe 0 0 0 0 00000 Copper cyanide oe oe oe oe oe o 000000000 Sodium cyanide 0 0 0 oe m Diethanolamine AY oe oe x 00000000 000 poppe Dioctyl phthalat oe oe 00000000 Cyclohexanone A 9 x 0 xe 00000000 Dichlorobenzene oe AY gnnune Diphenyl e e e l ll li i ll i i Dibenzyl ether 9 000000000 Dibutyl phthalate o9 0 oooooo000e Diethyl ether oe 0 x oe 11010 HH H I 11 16 Diphenyl e o o DOD Fatty acide xe 9 o9 oe 0 x 0 0000000000 Dimethyl formaminde 0 x9 H li j i HI ll Calcium bisulfite x x9 A 0 0 0000 Oxalic acid e e o oe 0000000 Ethyl oxalate 0 0 01177 170 0 Lubricating oil Minerall 0 0 0 oe 0 0 i 11 1 ii 1 1 1 Lubricating oil Ether 0 oe o o9 e e e
13. for COUPLER rn 1 4 3 8 1 2 3 4 1 101 4 101 2 2 OO Part No HDC 4 HDC 69 HDC 89 HDC 12 HDC 16 HDC 20 9HDC 24 HDC 32 e RESEN ja I 00000000 Order production OOOO forNPPLt DE9 4 3 8 Uu 2 5 i 2 OO PatNo 9 HDN 4 HDN 69 HDN 89 HDN 129 HDN 16 HDN 20 HDN 24 HDN 32 000000000 Order production H series H series Brass For the oil pressure and liquid 32 7 e oo n li li li li uada U j i i li i uda jl Hi ll i li The possibility of large spills exist do the high volume that can pass through the system e ARIT exhibits superior sealing performance than that of a single O ring at less than the maximum usable pressure of 7 0MPa EPDM 54 qjp 149 c9 JUDD 30 q 0 190 C6 i i 1 1 11 1 0 0 011 1 1 0 og MATERIAL HHH c36040 BODY Bras 3604 OOOONBRooggoo SEA L NBR no sign EPDM Ra E at the end of each bere 000000 0000000E00000000 Te eo nen ce a Order production Put at the end of each part 11111 SPECIFICATIONS FLUID General hydraulic oil Water Chemicals WORKING TEMPERATURE l l Ii ii il il ii i Det Seal material a NBR 30 Q 93 C 22 D 200F NBR 30 Q 1
14. 92uejsiso1 6 eMicro type for the air pressure and liquid 1030 0 0 9103 series p 23 Hl ll Il a Chemical resistance 29 111 Instruction manual H series Steel For the oil pressure and liquid HR AT M242 Coo MATERIAL 800 Carbon steel 1010 01881 n n SEAL NBR no sign EP DM Edad ction P ut at the end of each part number UCL ul 3 rt 4 O00000 0000000 E000000000 0 Fluorine rubber 2 0 Order production Put at the end of each part number l li j j li l EI VIII E BII li 1000 SPECIFICATIONS e0O000000000000000 B0Ugggggggggggunpe FLUID General hydraulic oil Water Chemicals oo0000e 10111 WORKING TEMPERATURE PHrI i li li i li ii li i 1 1 1 Ii i l i i l i KA eer PH o JU 000000 PHO OD 11 1 T 00000 NBR 30 0 93 c EPDM 54 149 66 300 Features ne EO Y e large spills ast 3 EPDM 54 q 149 c Fluorine rubber 30 Q J 190 22 3747 ine ID AR eed 00000 30 0 190 c A Attention horoughly check the suitability The PH type has a built in PH valve A n u 01 0 0 l 1 m 11 er i rese nee ee that can be easily connected to relieve l ii i H
15. i il j ii lI I IH H is a mini type exclusive for air pressure lt has adopted the push to connect system that makes connection and disconnection operation easy requiring only a push 9 e The auto open close valve is inbuilt at the coupler side Features 17 C uungu nue HE QUALITY OF THE MATERIAL gt 00000 3604 5304 0000 NBR re SUS304D 11 0100 0 0 0 0 0 16 BODY Brass 3604 SUS304 SEAL NBR HS Types SUS304 are order products 20 Q 9 80 C 1 0MPa9 99 975kPa cmo SPECIFICATIONS FLUIDI Air WORKING TEMPERATURE 9 20 qinao g 4 F00 176 9 MAX WORKING PRESSURE 1 0MP 145 1 0511 VACUUM 99 975kP 14 5psi DODD Sleeve nnnnonnue Sleeve spring OO Coupler body i Adapter nnnnonnne Adapter O ring nnpnnnpnne Valve spring 00000 on n u MEALS Valve outsaide O ring DOD Valve OO00 NIPPLE oooo000 Nipple body QO nnn n Snap ring 000 Ball Valve insaide O ring C HEBET DI PART NUMBER S 101C4 2M Form 000000 Body size 1 au Part name 0000 Type co 0000 Coupler NO DOD Nipplen 0000 Material of body 01 0003604 Brass C3604 SUS304 Order productsll C DIMENSION 000 COUPLER
16. 1 1010 0 0 0 06 Order production TICES SYNE T77 D me m L T 010900 Only for nylon tube N2 1 1 4 Part No mmre Weight 101C44T 199 199 12 619 559 1959 63 8 Penk 80 59 D Hi H26 Le ne T gn Only for nylon coil tube 1 4 Part No 771 mmj 77 771 Weight Hz v 101C44S 199 199 149 619 559 19 5 78 5 ENT EST LI H D D2 FO He L L1 12 n Q9 8 For 0 8 hose Ea mmpe mmre ED gr a 101C4 4H 19 8 6 22 19 6559 55 19 5 63 6 JUDD NIPPLE DODOOODODDS 71 d F H L t9 T nn gn With push one E ser Part No Tube O D mmn 0 mmn mmil 0 mmil Weight F 101N4 6E 6 8 3 69 5 12 339 1659 13 BESTE AL E 101N4 8E 8e 8 3 8 16 14 34 5 18 16 3 i Eza 101N4 10E 10 8 3 10 7 179 389 21 5 27 L TT Tn IU U nn DO H 19 Dmoe Female thread a m e mme mmpe iE T 101N4 2F 1 8 839 149 29 5 6 5 13 16 5 101N4 4F 1 4 839 179 339 659 1659 25 S101N4 2F 1 89 839 149 29 5 659 13 16 5 S101N4 4F 1 49 839 179 339 659 1659 25 1 1110 0 0 0 06 x Order production Toe TIN 52 T 1 ne ue Uo qme Part No Thread size
17. 7 09 0 oe o9 1 1 4 56 259 50 9 119 229 VHC24 24M U X 7 0 0 oe 191 2 68 30 659 AREE 289 VHC32 32M U 9 7 0 oe o9 oe 2 8849 35 85 130 1649 329 2 Order production ES 1MPa 145 1psi OH C 1 71 Female thread 4 Dan wm TT TE DE TE STE TUT TEA TA TL es d dae a e ERO Without the valve OHC4 4F S0 45 0 1 49 259 129 224 329 104 17 70 TF OHC6 6F SO 32 0 xo 0 xe 8 30 129 26 389 149 1894 112 OHC8 8F SO 28 0 x oe xe 1 209 3549 164 309 41 179 19 158 OHC12 12F SO 25 0 xe 3 49 429 189 419 4949 20 22 286 OHC16 16F SO 14 0 x 0 x 50 208 46056 5428 342150425 OHC20 20F U x 709 xe 0 xe 111 49 56 22 50 544 25 2294 372 OHC24 24F U 7 0 xo 0 xe 111 29 68 24 65 60922392894 800 OHC32 32F U 7 0 x 0 x 2 88 28 85 639 219 329491354 OO0CO0OC000 Order production HS 1MPa 145 1psi OH C j JD Male thread UT NER E rd ed d her a e ROM Without the valve OHC4 4M SO 45 0 1 49 259 139 229 429 79 17 75 T H OHC6 6M SO 32 0 x 0 xe 8 30 15 26 479 89 184 120 OHC8 8M SO 28 0 x oe xe 1 29 3549 184 304 52 10 194 160 OHC12 12M SO 25 0 xe9 4 429 209 419 61 129 22 274 OHC16 16M SO 14 0 x 50 23 469 649 139 219 OHC20 20M U x 9 7 0 x oe xe 111 49
18. Amyl naphthalene oe Sodium sulfite oe o9 o9 11110 110111 Benzyl benzoate oe 9 A oe Ethanolamine oe oe x9 ll ll 1l H i 000000000000 0 Ethy ether gt Ether Diethyl ether o A o o A A xe nnanannne Ethyl cellulose A oe x9 ll Ei Ethyl benzene A 00000000000 Ethylene chrorohydrin 0 1717117171771 Ethylene diamine oe 0 x Epichlorohydrine 0 x Barium chloride x x 0 0 oe DO Salt water 9 9 Oleic acide 0 oe l gt L 0000000 Sodium peroxide xe xe 0 0 oe 0 191 111 11 China wood oil 111 Critric 3 0 xe 9 9 0 0 0 0 11071171171 Glucose o 0 0 o oe oe nnnne Grease9 0 0 o x oe Glycerin oe o o oe 0 oe 0 Creosote oil oe AY 0 oe 0 x 0 nnnnn Cresol 9 0 AY oe AY xe oe li nune Ketone 0 0 0 oo0000000 Developer e 0 0 1911 Mineral 01 0 o9 0 xe 0 in i Salicylic acid e 9 0 0 oe Hypochlorous acid x o9 o9
19. Body size 16 z Lu DOD Bal U U jl J OH IJ Adapter O ring 0000000 Snap ring nnnonnne D DD O Adapter 11111171 Back up ring Valve O ring 1110111 BodyO ring 111 000000 Back up ring nnnppnnnnnonnne Slide sleeve inside O ring 00000000000000 Slide sleeve outside O ring 00000000 Slide sleeve 00000000 Valve spring OOOO Adapter Back ring 11710 011 Adapter O ring Snap ring Retaining ring Back ring nonnpnang OOOO 00000032 MITTS Body size 32 pnnnnnne Snap ring ooogooo 16000000000e Coupler configuration is the same as 16 size 00000000 Valve spring 0000000 Valve stop DODO 0 00 Nipple body TERE PERFORMANCE L i li li j i j j ji j i 1 l 00 010 eH HHH Pressure loss 10 The fluid spill volume during disconnection is related to XH FH the recommended maximum permissible flow rate n nn 00000000000 cene nnnnnnnn 10111 The fluid spill volume L mm j BB ccr uring disconnection 0000 MIL H 5606 Size Minimize th t R ded m
20. mm mm Weight 101N4 2M 1 8 8 3 106 49 31 5 1659 5 13 5 101N4 4M 1 4 839 10 49 35 5 1659 5 18 S101N4 2M x 9 1 89 839 10 4 31 5 1659 5 13 5 S101N4 4M 1 49 839 10 4 35 5 16 5 5 18 1 1010 0 0 0 06 Order production Doe De nm me 19 TT Wwe be T TI n Part No 7771 mm mm 7171 Weight 101N44T9 839 149 129 399 1659 5 17 5 17 8 0o000000000051 400 nm 5 Hie H26 Le ne 136 nnuone Only for nylon coil tube S1 4 Part No 0 mme mmi mm 0 mmm Weight 101N4 4S 8 3 149 149 419 1659 5 19 5 32 3 Doe oe Do o re u We TOs Part No 7711 mm 7711 7711 Weight 101N4 4H 8 3 8 6 13 22 4159 1659 3 12 3 18 103 series Micro type for the air pressure and liquid 1032 J j j li C 8 MATERIAL il ll II C3604 BODY Brass 3604 ELp Cu Ni P Electroless nickel plating ELp Cu Ni P p Cu NiP SEAL NBR GRRE SPECIFICATIONS J j jl III II Ii j jl J j j FLUID Air Water General hydraulic oil 9 WORKING TEMPERATURE 9 n 00000000000 20 Q 80 C In
21. x 3 49 25 18 419 58 134 2394 235 BVHN16 16F 709 oe xe 19 3249 208 46 65 154 234 395 ES 1MPa 145 1psi 71 07 Ti n i i Man TIT TAT cuna TID DOT AOT He Lo G9 12610 m ot Part No Working pressure BVHC BOHC Thread size 0 mm J MOY mm Weight BVHN4 4M 7 0 0 xe 1 49 129 14 224 52 59 15 68 BVHN6 6M 7 0 0 xe 3 89 149 154 26 57 69 18 102 BVHN8 8M 709 oe xe 1 2 189 18 329 63 69 18 142 BVHN12 12M 7 0 oe x 3 49 25 20 41 75 99 23 245 BVHN16 16M 709 oe x 19 32 239 469 81 89 23 405 ES 1MPa 145 1psi 71 07 CCS TT ST DOL FO Le ECE Part No Working pressure BVHC BOHC Thread size mm mm mmg mM mm mm Weight BOHN4 4F 7 0 o9 oe 1 4 129 124 179 339 189 1549 27 BOHN6 6F 7 0 oc oe 3 8 14 12 229 37 18 18 44 BOHN8 8F 7 0 o9 o9 1 29 1849 164 26 38 20 18 64 BOHN12 12F 7 0 o oe 3 49 259 18 36 45 229 23 142 BOHN16 16F 7 0 o9 o9 19 3249 209 41 52 294 239 218 IS 1107 145 1psi 07 Ti i i i Man TIT TAT vi cuna DOT AOT HO le aeu Part No Working pressure BVHC BOHC Thread size mmp moa mm mm mm Weight BOHN4 4M 709 0 0 1 49 12 144 174 36 79 15 28 BOHN6 6M 709 oc o 3 8 149 15 224 42 9 189 52 BOHN8 8M 709 oc o9 1 29 189 184 26 46 10 18 80 BOHN12 12M 7 0 o oe 3 49 259 219 30 52 8 23 112 BOHN16 16M 7 0 o9 o9
22. 1 i i i 1 I 1 11 1 1 n Our products are not interchangeable with those of other Caution 3 Ij Il 00 IT li 1 0 0 0 00 0 Q D C I 10100 0 0 0 191 01 0 0 manufacturers for the coupler and nipple combination Ooooo000000 ue In some cases we may not be able to warranty Q D C products are assembled or reassembled by other companies Procedures are outlined in catalogues Please read carefully and 0 follow the instruction Avoid using of Q D C if the screw part or the seal surface is damaged 3 GPlease do not use products that have been dismantled mantled except by Nitta moore factory or authorized distributors a Q D C0000000000000000000000000000000 Avoid throwing or dropping Q D C this may damage the threads Installation 00000 or seals which could lead to fluid leaking A j ll li BBE j j En DODDOOD Tighten screws with the specified torque Inspect the strength of Caution 11 il Li 1 Li Il DEJ Il 1 D the material to which the item is affixed by inspecting for OOOOo00g0g000000 11111 11111 1101 01 expansion and cracks that can 0 depending upon the HI DT HN DN HNH material strength 0009 D c00000000000000000000000000 not touch or stand near Q D C during pressurization It is 10100 ne possible for the product to become damaged at any time which A Q j 111 DT 1 1 nm 0000000000 could cause dangerous f
23. 16 36 63 179 259 216 E ES 1MPa 145 1psi be aa ii E la 1 l i ii i lli MPT Re DY r H Le 11 6 one a Part No Working pressure Thread size tj Weight na 71N1612F69 3509 3 49 43 18 419 889 9 519 518 3 ani 71N16 16F 3509 1 43 239 416 1089 29 51 470 ji 71N16 20F 35 0 111 4 43 24 55 1129 345 51 855 71N32 24F 3509 101 29 70 24 80 115 259 84 2050 BES NETE niv 71N32 32F 9 3509 29 70 309 80 1159 259 84 1800 L N OO00000000 Order production I 1MPa 145 1psi uudgdudugzagpuggguu g DUSTCAP only for the 71 series Attach a dust cap when the unit is disconnected and the environment is dusty OOOO for courLen SSE 1 40 3 80 1 2 3 40 10 101 4 101 20 2 Part No 71DC 6 71DC 16 71DC 32 C 3 m 71DC 32000000000 X71DC 32 is order production OOO for nippre G RA 1 40 3 80 1 2 3 40 10 101 4 101 20 2 Part No 71DN 69 71DN 16 71DN 32 71DN 32000000000 71DN 32 is order production 16 101 series Mini type for the qir pressure 1012 ennnunugunune e i Li li Li Li i li i OoOo000000000 eH L ii j j
24. 19 3249 234 364 59 1394 239 170 IS 1MPa 145 1psi 10 H series 304 stainless steel For the oil pressure and liquid R HYJ SUS304947 nne MATERIAL UU SUS304 BODY SUS304 1 amp 505316 10 1 00 7 7 7 7 06 E37 It is possible to make it with SUS316 0000000000000000000 Please contact us if you require more information ll 1 1 11 8 00 00 1 SEA L NBR no sinn EPDM RON DOOOOG D000000 E 1 111111 ne EGRE LET E at the end of each part number I Fluorine rubber 00000 000000Vm00000000 ne Order production Put V at the end of each part number Hoe SPECIFICATIONS e00000000000000000 ll ii Ii Il 0 0 0 FLUID Water Chemicals General hydraulic oil 111 1116 WORKING TEMPERATURE Seal material 6 DIN NBR 30 C 93 C 22 F00 200F y 0000000 ENERO HESS c EPDM 54 Q 149 66 3004 2 lll Li lll u nn nde c Fluorine rubber 30 C 190 22 3747 e The possibility of large spills exist do m the high volume that can pass through A Attention horoughly cnet RP ee jc M D0 0000000DDODUDDIDUDU sedin conjunction with chemicals It exhibits superior sealing performance 000000000000000000 ro 5 2t Attention 4n bility of d than that of
25. 25 8 8 1 H 89 MIT De niej me 36 46 i59 DDD 902 Part No Thread size mm0 mm j j 0 mmo 0 mmi D Weight 103 5 1 5x0 8 95 250 9 8 26 8 25 109 8 12 0 14 9 M5 thread H He Miimii D D d F H L 9 Part N o n pie ERA e mj me ne EA a s RE 00000000 103C 25H 4x259 9 5 3 5 159 659 9 26 2 5 8 7 4 Barb straight 103C 40H 6 4 95 57 3 8 99 27 5 259 89 7 8 only for urethane tube Barb elbow only for urethane tube U5 4 R1 8 thread R1 800 100 6 Part No IU 63 sel res mre mae i Ge Ge Ge BET mM mm mmi Tube O Dx l mmf mm e MMO mm mm j amp mm mm amp mm Weight 103C 25HL 103C 40HL 4x25 6x49 954 57 89 99 89 954 35 1 5 65 9 89 26 89 25 169 80491209151 26 892591759809 12 091555 Part No TIL TI II MI D d r HO ie ue iu unione R1 8 thread M5 thread M5 ooo M5 thread elbow 5 4 9 00000000 Barb straight onl
26. 269 46 30 6591029 119 289 bla A VHN32 32M 9 709 0 29 609 3549 8591259 169 349 9 L 000000000 Order production 371 MP aj 145 1psi TT n 1 MP an 11111 combination with couper TOC BOTE R EE LOT Le Lemond OH No 0000 Female thread Um he UE VHC OHC PHC ees mm j mm mm mm gt oug 0000 Without the valve OHN4 4F 45 09 oe 4 129 124 179 339 18 1549 27 Ful OHN6 6F 3209 oe oe 3 8 14 12 229 379 18 18 44 OHN8 8F 28 09 oe oe xe 29 189 16 2649 389 209 18 64 OHN12 12F 25 0 o oe 3 4 25 18 36 459 224 23 142 OHN16 16F 14 0 0 oe 1 32 208 41 52 29 2394 218 OHN20 20F 7 0 oe oe xo 171 49 37 24 509 559 324 23 218 OHN24 24F x 7 0 o oe xe 171 29 46 24 609 619 334 28 525 OHN32 32F 7 0 oe Oe 2 609 26 70 66 24 349 663 000000000 Order production 371 MP aj 145 1psi T Te i v contiat cower TONOM RA DOL AGT HOT LO Lio 12610 oe OH No 0000 Male thread 1 m REESE VHC OHC PHC ee mm mm mm mm gug without the valve OHN4 4M 45 0 o9 0 4 129 14 179 369 7 154 28 OHN6 6M 3209 oe oe xe 8 14 15 229 429 90 184 52 OHN8 8M 28 09 oe oe xe 29 189 18 264 46 10 189 80 OHN12 12M 25 0 oe oe xo 3 49 25 214 304 529 8 23 112 OHN16 16M 14 0 oe oe xo 19 32 234 364 59 134 239 170 OHN20 20M x 7 0 oe oe xo 171 49 37 254 46
27. 56 25 50 689 159 229 OHC24 24M U 9 709 xo 0 xe 111 29 68 30 65 86 18 284 925 OHC32 32M U 7 09 x9 0 x 29 880 3549 859 979 209 329 OO00O00000 order production HS 1MPa 145 1psi P H C 1 1 1 Female thread 4 UTERE i TE a eR DRE E DC ZE Ta A SI PHI OOO With the PH valve PHC6 6F SO0 32 0 oe xe x 3 89 30 129 269 EE e TLF PHC8 8F SO 28 0 oe xe xe 1 269 35 1649 3049 5349 129 e PHC12 12F SO 2509 0 xe 3 49 429 189 419 61 139 e PHC16 16F SO 1409 o9 x x 50 20 469 689 159 I PHCDODDDDDODODDOEPDMDDOODDDDDO ER PH type is NBR only I 1MPa 145 1psi TT Male tread FC WT TT TT TET Ta m RERO RERO nd ee ma PHI With the PH valve PHC6 6M SO 32 0 oe xe x 3 8 309 159 269 589 69 189 T H PHC8 8M SO 28 0 xe xe 1 29 3549 184 30 65 69 19 PHC12 12M SO 25 0 oe x x 3 4 429 20 41 78 9 22 PHC16 16M S0 1409 o9 x x 50 23 46 84 89 21 a P H CH j i Ii i lll II Il lI HEP DMI 0 0 000 0 0 H ER PH type is NBR only ES 1107 145 1 051 j LL LL LkLkLkL _ j j ry ii _ __ S5 wMeNSION NIPPLE
28. 579 3 8 18 5 9 1 4 ilin Di D2 do re m LO 20 136 uelim ont Part No Tube O DxLD mm0 mm 0 mm j mmp9 0 mmg mm j mmt mmo Weight 103N 25HL 4x2 5 3 5 3 5 150 65 89 185 9 12 8 120 9 6 103N 40HL 6x49 359 579 39 8 8 185 9 175 8 12 10 Thread size mm mme mmj 7711 Weight 1 89 359 3 119 109 239 99 78 U 0e MOIR DOT F mel me me L 110 20 Lel elm ol Part No Thread size 0 mm mmr r mm mm mm mm mm Weight 103N 2MUL9 1 89 359 49 859 89 109 8 1854 9 199 809 129 156 JID R1 8 thread elbow 20 Chemical resistance Li li 1 1 1 1 lj i Ii Ii i Ii i II lI Ii i Ii Ii i i IH Il Il Il Ii 00 0 Il Il Il 0 0 0 HI 9 Ii 0 Chek the chemical resistance property list for safe use of our product oo o0000 O No effect AD li Hi Hi li li li j l li li A 0 Careful
29. 9 7 0 oe x9 3 49 20 414 75 9 245 al f T1 SVHN16 16M9 709 x 19 23 46 81 8e 405 I 1MPa 145 1psi Li A S OHNE 001 Ferale thread TINE DT md TT EWTE MSS eee E Without the valve SOHN4 4F 709 o9 0 1 4 129 1749 33 18 15 27 Q Es T SOHN6 6F 7 0 o9 oe 3 869 12 22 37 189 184 44 SOHN8 8F 7 0 oe oe 1 2 16 26 38 20 18 64 SOHN12 12F 7 0 oe oe 3 49 189 364 45 224 2394 142 SOHN16 16F 7 0 0 oe 19 209 414 52 29 239 218 na 1MPa 145 1 951 nooo vp arana vn cuna OOOO NG D Hol L6 me gz n S OH NI 100 Male thread a s ER I SVHC SOHC ae ize mmo mm Without the valve SOHN4 4M 709 0 oe 1 49 1449 17 36 79 15 28 H T SOHN6 6M 709 oe oe 3 89 154 224 42 9 18 52 SOHN8 8M 7 0 oe 0 1 2 18 26 46 104 18 80 SOHN12 12M9 7 09 oe oe 3 49 219 304 52 89 23 112 SOHN16 16M 7 0 o9 oe 19 234 364 5999 13 239 170 I 1MPa 145 1psi 14 71 series For the super high pressure U2 Features H ll HI I i i H HH EH N N N N HIN H H H H N H ii ll 1 1 H 04 08 sizes are for the use in super high pressure up to 70 0MPa it has adopted the flash valve mechanism that allows minimum air entry and fluid spill when connecting or disconnecting 1 e
30. Remove the foreign particles on the joint G Connect the nipple as it is without pulling the sleeve G Put the dust cap 9 amp In case of Q D C with lock pin remove the sleeve lock At the time of Fix the sleeve while turning the sleeve for the type having the connection lock pin A may cause accidents and damages if parts are DANGER disjoined without removing the residual pressure Avoid hitting the valve edge with a hammer etc while removing the A DANGER residual pressure Either use a fixture exclusively for removing the Release the fluid at the maximum usable pressure or residual pressure or install a valve for removing the residual pressure less than the maximum flow rate Direction of flow of A WARNING There js a possibility of damaging the part by connecting it without 3 the fluid is optional removing the residual pressure During Not to use the coupler and the nipple while they are Align the coupler and the nipple straight while connecting them ization being rotated A CAUTION Connect it without holding the sleeve section when connecting it pressurization A WARNING Not to use it while it is bent excessively or while while holding the coupler tension is exerted on it 101 series Remove the residual SLEEVE Remove the residual SLEEVE pressure of the coupler pressure and the nipple Get the Pull out the coupler pressure to the 0 MPa or the nipple in the gauge pressure in 2 direction o
31. oe DOD Fluorine x9 x9 x A A o oooo0e Propylene o9 0 o9 xe xe o9 ic Hexyl alcohol oe AY 0 oooo e Pentane oe oe 0 000000000 Bensyl alcohol oe 9 A 9 xo 0 00000000 Benzaldehyde x9 9 9 9 0 i en00e Sodium borate AY x 0 nune Boric acid xo oe 0 0 oe oe 0 ooooo0e Amyl borate oe xe o Phosphorobenzen e 9 9 111 Phorone 0 ESE Alum o9 0 E 1 1 1 1 1 1 1 Hydroflioric acid anhydrous x o9 inennne Methane 9 o9 AY o9 xe o9 Monoethanolamine xe o9 xe nnnnnnnnn Monochlorobenzene xe lo oooooe Tetraethyl lead oe 0 Er De Lacquer 9 x x ungue Lard o9 9 0 x o9 p oo o0000 e Limonene oe 0 1111 Malic acid AY 9 oe o9 o oe 3 o gt o E 7 Pd 3 o 22 1 Li Li 1 1 amp
32. the 0000 Type sleeve and moving the slit away from the lock pin Affix L at the end of the part number THR eee DIMENSION O00 1 Hu MP an rn1 u R De r HO i9 u 19 ll gn COUPLER m m URDU FEE M ee mmD9 mm PE I E 71C6 4F 7009 1 49 40 12 309 65 89 255 324 71C6 6F 7009 3 89 40 12 309 65 89 255 314 71C6 8F 70 0 1 2 409 16 30 799 22 255 472 111 7 145 1psi H Lal L2 t 44 de re H 1 11 12 1 Part No Working pressure Thread size mm j9 mmr mmil mmil mmil Weight 71C16 12F 350 3 4 70 209 50 109 119 38 1600 13 71C16 16F 3509 19 70 239 50 1099 119 389 1500 71C16 20F 3509 101 49 70 249 556 1299 329 389 1510 71C32 24F x 35 0 1 1 2 1149 249 85 1619 155 63 5 5900 71C32 32F 3509 29 1149 309 859 161 155 6359 5650 L 000000000 Order production IS 1MPa 145 1psi TT ii i wPan TU U l U R D r H i6 46 v nmn on li li li N IP P LE s N Ue URE 0 mmp mm j 11 WEE F 71N6 4F 7009 1 49 23 5 129 360 63 179 259 252 71N6 6F9 7009 3 89 2359 12 360 635 179 2569 235 E a 71N6 8F 70 0 1 2 2359
33. 00000 C E OMP 1 III I1 l1 1 r DODD lJ li li 1 Li Li 1 1 000000000 DODD 1 1110 0100717717177070 1 6 1 1 1 1 1 1 111111111111 1 LD LL DITI Ii ji DODO enit 110 oooogoooo0e 000000000000 ADD 10000000000000000000000000 D000000000000000000000000000000 0 ADD unnamnnnnnnannnnnnnnnnnnne AD u l j li i li i i El f i f i Til i i i ani 0000000000000 j i i i B j j j i i ll 1 11 111 1n1n ADO j 010 111701171100100000111 10 3 1 11110 1 1 1 1 11116 e0 00000000000 000000000000000000e 0000 Ado g2sogonsnoo co onnonn ooo 01 0 ADD 000000000000000000000000 nnn nn n 11116 1010 2 1 1 1 1 1 1010 0011 Ll 111 1 1 1 1 1 1 1 1 111 oMPa 000000 Due 1 III I1 l1 11 J l i Il 111nn n ll l1 l1 1 i li 1 0000000000 ooo0ooo0oue 1 00000 ep000000000000000000000000 ADD 00000000000000000000000000 a amp 531 1181123118 coooooonmon gon DD og li jg 1 011 i Ii i i n n i E T li gpnnnnnannannannnnnnnnnune ADD o0c000000000mMo000000000e 3 10171171171117117117117171717700716 0000000000000000000000000001000 0000 A 00000000000000000000000 0 n AO 0100000000000000000000000000000 D D nnnn n nu u nnnu nn nnn n uu 10070 76 10076 103250 Z ennu guut 1010 0011 uus Hu 1 1 II Li 1
34. 0000000000000000 MP al a nu 1 00000 wa M 0e Max working pressure The numeric value in the parentheses of the single O ring indicates Supe CER LOT Mtas D Stillness pressure 9 the permissible impact pressure dynamic pressurel l Une Une nue EPEPEAPPE os Form Features Sign Material Working temp range Sign od os 8 we ac 28 25 32 300093 C 45 0 32 00 28 0 25 00 14 09 O 8104 40 e 00000000000 NBR 32010200F 121 016 21 00 21 009 2100 14 009 9 9 x pd 2000000000 _501 3411149 6 S 28 0 w ENS xe xe iui exhibits stable performance 66 0 300 F 21 00 21 00 21 01 21 00 14 019 is made of especially when under dynamic 00000 3000 190 c vel 45 0 32 0 28 0 25 0 14 09 e e e fluorine resin pressure Fluorine rubber 2 2 374 F 21 00 21 00 21 00 21 016 14 009 j 5 1 0MPaj 000000000 NBR 30009309 7 0 7 0 7 0 re BER a Ee E 2 a bd OoOo00000000000 5400149 C t exhibits superior sealing EPDM 2 06 300 E 7 0 7 0 7 0 9 performance than that of a single TE oe 90 C hi O ring at thant z oo U an we aeo RE Fluorine rubber 2 20 0 37 4 F ve 7 06 7 06 Zu LJ HH gaggagagguagagggaugauageatdu Attention annot use it under dynamic pressure in case of the U packer specification A 1 nnn 9 A Sad oo00000000000 Ex The types marked by color are non stocked items a 1 I I I
35. 1 1 1 1 1 1 111 1 11 1 li li ji Ii ll 1 ll 1 1 1 1 1 1 1 1 ll 1 nnnnnnnnnnnnn n 0D0000000000000000000000000 H li ii li 1 E 1 H In these very cases mishandling of products could The risk of injury is less than those falling within 1 Cases in this category where mishandling occurs could result in a possible loss of life or serious injury danger category but also could result in serious result in minor injuries or property damage only Incidents falling within this category would likely be a injury or loss of life in extreme cases cause for a high degree or urgency GDo not use with equipments and appliances designed for
36. 9 639 154 23 328 OHN24 24M x 7 0 o oe x 101 2 46 30 559 769 18 28 520 OHN32 32M 9 7 0 0 Oe 2 609 35 65 89 209 3491127 000000000 Order production ES 1107 145 1 51 MPal DIEI combination with coupler T BOTE R RE AAT UE PHNoo000 Female thread ae he MRE VHC OHC PHC Un tn mm mm mm 4 PH With the PH valve PHN6 6F 32 0 o9 3 89 149 124 269 4891159189 9 FT PHN8 8F9 28 09 oe xo x 1 29 189 164 30 50 129 189 PHN12 12F 25 0 xo xo 3 49 25 18 419 589 139 239 PHN16 16F 4 09 oe x 19 32 20 469 659 1549 239 a7 PHN 00 i 00 j 0 0 ll 0 HEPDMI 0 01 000 0 0 06 ER PH type is NBR only 71 MPa 145 1psi MPa 0000110 combination with coupler T RIP DY A9 H9 LQ AE ne PHN 0000 Male thread ae Ne We dus VHC OHC PHC TU mm mmg p E PHU With the PH valve PHN6 6M 3209 oe x x 3 89 149 15 26 57 69 18 H T PHN8 8M 28 0 xo x 1 29 18 18 30 63 69 18 PHN12 12M 25 0 0 xe xo 3 49 25 20 414 75 99 23 PHN16 16M 4 0 oe xo xo 19 3249 23 469 81 89 23 a7 PHN 010 1 00 0 0 0 0 0 7 7 00 0 0 1 000 0 0 06 V3 PH type is NBR only IS 1MPa 145 1 051 1110 00000 70 00 0 DUSTCAP Only for the H series 0D0000000000000000000000000000000000000 0 Attach a dust cap when the unit is disconnected and the environment is dusty
37. 93 C EPDM 54 Q 0 149 66 3004 Fluorine rubber 30 C 190 22 374 A Attentiori horoughly check the suitability of the body material and the seal in whenever used in conjunction with chemicals A Attention here is a possibility of damaging the part by connecting it without removing the residual pressure CONFIGURATION _ BVHC 000000 Coupler with the valve 000 On i Valve O ring O00 000000 Sleeve spring 0 000 OO Coupler body BVHN 00000000 Nipp 111 0 000 Nipple body DD D 01D D Valve O ring BVH type with the valvel e with the valve 0 000 OG D Adapter O ring DOOD Adapter 0000 Sleeve en V 4 0000000 Snapshot ring DOD Valve ILI Agepter DOG Ball 0 000 0000 Adapter O ring ea bees Es E D 0100000 Valve stop nn Vane Karl vate ses BESER 00000000 valve spring It is a type having open shut valve mechanism BOHC 000000 Coupler without the valve 000000000 Sleeve spring O000 Sleeve 0000000 Snapshot ring D i i Ball UH j D U Packer BOHN J 1110 1171 0 Nipple without the valve O000000 Nipple body fl 00000000000 It is an open type J775452 7 LO0i88 t BS COUPLER AND NIPPLE COMBINATION LIST Type BVHN BOHN BVHC 0 0 BOHC oe Applicable x Not applicable
38. DE Part No Working pressure SVHN SOHN Thread size mm mmt MO mm mm 1 Weight SOHC4 4M U 7 0 1 4 1349 22 42 79 17 75 SOHC6 6M U 7 0 x 3 8 1549 264 47 89 189 120 SOHC8 8M U 7 0 xe 1 2 18 30 52 10 194 160 SOHC12 12M U 7 0 xe 0 3 4 209 419 619 124 22 274 SOHC16 16M U 7 0 19 239 469 649 13949 21 271 MP al 145 1 51 MENON HOOO NIPPLE MP an LLN 1II combination wth couper J Tu ll li ll ll Rd FO Hel L ET y UIT g S VH Nj JJ JO Female thread n ne RUD on SVHC an SOHC Hi Di E ar bn na n 22 With the valve SVHN4 4F 709 0 x 1 4 12 41 89 15 62 rt SVHN6 6F9 709 oe xe9 3 89 129 26 479 10 18 90 SVHN8 8F 7 0 0 xo 1 2 16 32 50 12 184 130 SVHN12 12F 7 0 xe9 3 49 18 41 58 134 234 235 SVHN16 16F9 709 x 1 209 464 65 15 239 395 e i IS 1MPa 145 1psi ed COES _ _ ees T TT vated CRS dd d TT VT ST TT T VET ei FI OOOO With the valve SVHN4 4M 7 0 0 x 1 49 149 224 52 5 68 gt HT SVHN6 6M 7 09 3 89 159 264 57 69 102 7 SVHN8 8M 7 0 oe 1 2 18 32 63 69 142 SVHN12 12M
39. H HHHH HH H A At rom ba WING ei 3 idual entio oid connecting ype an residual pressure Ao En Serr n qu Ll li j j Ii li Il ji li 0 1 OH type under TE CONFIGURATION ith the valve VH VHt With t VHC 000000 Coupler with the valve VHN ii 1 111 Nipple with the valve 000 0000 Valve O ring OOO 000000 Sleeve spring PEE dixe Mt ipple body apter Oring 0 000 00 Coupler body 0000000 Body O ring Nipple body SUM Z 0000 Sleeve TIAS 00000007 Snapshot ring JODO Adapter 0007 Ball 000 00007 Adapter O ring D 000000000 Back up ring a 0000000 Valve stop HOD Valve 0000000 valve stop 00000000 Valve spring j i 1 l j IJ i Valve spring uggggdgggBHBBBHO BH itis a type having open shut valve mechanism OH j 1 junnunne OH type without the valven OHC 9000000 Coupler without the valve OHN 1 li 11170 Nipple without the valve 000000000 Sleeve spring DODO Sleeve OO00000 Nipple body 0000000 Snapshot ring 000 Ball OOD O00000 Back up ring 000000 Coupler body 0 00 000 Body O ring 11111 1 1 1 1 1 1 1 1 1 1015 an open type PHU PHnnunne PH type with the PH valvel PHC PHO 01 0 0 01 0 Coupler with the PH valve PHN PHH 11101 000 0 Nipple with the PH valve oooo i an Bk ERN Tn eoig aa 00000 n n SCI Nipple 0 SCT DODD 000 D Adapter O ring i nu
40. Quick Disconnect Coupling f 7 Q D G NITTA B QD 05 HA N B NUH NA li 9 Safety Warnings j II 0 0 0 010 0 III L 1 0 l II ll j 1 1 0 0 1I 1 11 0 000 0 01 0 The safety warnings are provided here to ensure proper and correct use of o00000000000000000000000000000000000000 our products in order to prevent injuries to the user and equipment damage 00000000000000000000000000000000000000 o n ee ne categories 03000000000000000 Ll l l 111 j li li li 1 1 jl 1 1 1 1 j The information here is extremely important and should be read closely along 1504414 1982 1000 0 J 158837 Q 1988 209IS04413 1979 30 with the instructions in ISO 4414 1982 1l JIS B 8370 1988m 21 9 j J ISB836 11 1982 ijj x40 000 ISO 4413 1979 3p and J IS B 8361 1982 f 4n D 10 ISO 4414 1982 Pneumatic fluid power Recomendations for the application 3 ISO 4413 1979 Hydraulic fluid power Generalrules for the application of of equipment to transmission and control systems equipment to transmission and control systems ll 2 1S 88379 19889 go0000000 ll x40 J S 88361 19820 1111 01001 1 Danger Warning Caution Ll ll l i l1 l1 ll Il HI II 1 ll ll 1 1 I1 1 1 ll 1 li l1 ll li l1 l1 1 1 ll Il 1 1 ll 1 1 1 lJ 11 HL ll ll 1 1 Ul 1 Li 1 1 1 11 1 1 1
41. S DO FO He L DEK E 000 or Part No Working pressure BVHN BOHN Thread size mmp MOY mm mm mm Weight BVHC4 4F U 7 0 oe 0 1 4 25 129 229 4249 80 179 95 BVHC6 6F U9 7 0 oe oe 3 89 308 129 26 489 10 18 155 BVHC8 8F U9 709 0 oe 1 269 35 16 324 539 129 19 205 BVHC12 12F U9 7 0 oe oe 3 49 429 189 419 61 13 2294 390 BVHC16 16F U9 709 o9 o9 19 500 20 469 689 15 219 550 HS 1MPaQq145 1psi D TIT II D AGT HOT L6 asc 2010 0 Part No Working pressure BVHN BOHN Thread size mmp mM mmf mmJWeight BVHC4 4M U 7 0 oe 0 1 49 25 14 224 53 98 BVHC6 6M U 7 0 oe oe 3 869 15 26 58 158 BVHC8 8M U 7 0 oe 0 2 18 30 65 218 BVHC12 12M U9 709 oe oe 3 49 209 414 78 400 BVHC16 16M U9 709 o9 o9 19 23 464 84 560 IS 1MPa 145 1 51 OP OOD MPapennnnnnnnn MINIM 1 DOL FO nel Le asm Part No Working pressure BVHN BOHN Thread size mmp MO mm mm 9Weight BOHC4 4F U 7 0 xe 0 1 49 259 124 22 324 10 174 70 BOHC6 6F U 7 0 xe 0 3 8 30 12 26 389 14 180 112 BOHC8 8F U 7 0 x 0 1 29 35 16 309 41 17 19 158 BOHC12 12F U9 7 0 xe 0 3 49 42 18 41 49 208 22 286 BOHC16 16F U9 709 x o9 19 5049 20 4656 8 342150425
42. The data will vary depend on a coefficient of fluid D 3 8 1 2 3 4 1 0 001 0 l HISO 6 320000000 00040 C 1111 32c s t 1 10 100 1000 Flow rateg 0 l 1 1 PART NUMBER VHC6 6M V SO L Ike tme Thread size 000000 Body size Part name co NI 1 1 1 DD Coupler DOD Nipplen Type vHDDD OHI Il 0 PHO PH 0 With the valve Without the valve 000 D With the PH valven HI Ij IJ II Lock pin HHHH slit nonne JOD Coupler DOOD Sleeve Nipple og rw Sleeve lock mechanism ing 0000 No sign l Nothingg 000 Yesne oU Coupler side main seal form ing 00000 Single O ringg Pace 00000 Seal material jj Ji ji Ij J LJ 1 1077 No si NBR 0000000000000 kav 1 ll 1 1 1 1 1 1 1 1 0000000 Fluorine rubberj 16 00000 Type of thread DODD 1 000000 0000000 Female threadg 0000000 Male thread Sleeve lock mechanism order productione t is possible to make the existing connection more secure by rotating the sleeve and moving the slit away from the lock pin Affix L at the
43. USE EG 045 7556 0022 4 4 26 TELO6 6563 1221 ft FAX06 6563 1222 JUSE OG 011 RR RG T 104 0061 RRA HAR SREE8 2 1 TEL 03 6744 2705 FAX 03 6744 2706 REIS 2HB 7450 0003 21 17 23 TEL 052 589 1311 FAX 052 566 2008 7812 0011 1 amp 1 e pt 6R 4 28 2 TEL 092 473 6651 FAX 092 474 2658 ALES 7920 0853 amp jRrbzkHI2 8 11 TEL 076 265 6235 FAX 076 223 6411 BARES T422 8036 ffm B2 IX Bb 1 2 33 TEL 054 237 8233 FAX 054 237 8236 11043000F 2537 U 7 T I ADISI P YP ZIYI lt RASATO htRld AREER FEEL EEIT PENET
44. a single O ring at less than 07191 0010 7 0100 11 1 01 06 entiori here is a possibility of damaging the maximum usable pressure of 7 0MPa the part by connecting it without removing the residual pressure CONFIGURATION D SVH type with the valvel SVHC 000000 Coupler with the valve SVHN l 001 0 Nipple with the valve DOD 0000 Valve O ring 000000000 Sleeve spring 0000007 Coupler body 00000 00 Nipple body 0 000 000 Adapter O ring 0000 Sleeve j O00 j valve O ring 0000 Adapter V 4 0 000000 Snapshot ring 000 Valve JODO Adapter DOD Ball 0000 0000 Adapter O rint Packer Ihe ea ny TYPE f a OO 00000 Valve stop O00 00000 Valve spring EEE L 00000000 Valve spring upgggapnaggggdgagnuguue It is a type having open shut valve mechanism SOHC 000000 Coupler without the valve SOHN 1 1110 11171 0 Nipple without the valve 0000000007 Sleeve spring 1 j i Coupler body DODD Sleeve 0000 000 Nipple body 0000000 Snapshot ring ia i li ii Ball SN li UODDD U Packer upngggopngdggunnue It is an open type j ji j j Ii i j lt COUPLER AND NIPPLE COMBINATION LIST Type SVHN SOHN SVHC 0 oe SOHC Applicable x Not applicable 11
45. axi 7771 Doone 111 D 1 time of connection Non pressure pressure is 0 1MPa Operation oil MIL H 5606 04 06 0169 o500 0 500 90 0 5 orless 0 5 orless 08 3 12 01 16 259 139 159 473 3 20 8 24 35 32 0 159 209 680 ih S000000 00000000000000000000000000000000000000000 0 01 HS The data will vary depend on a coefficient of fluid 1 4 3 8 1 2 0 001 3 411 11 4 10 100 1000 OO 0 0 POOOSsOvG 320000000 00040 C 00032c s t 7 E Flow rate 2 mm 15 MERRI PART NUMBER 1 1 og 71C6 6F L llle 101 16 HIH jJ J Lock pin HHHH Slit TIS 101 1 Sleeve IS 00000 DODD 00000 0000 Sleeve lock mechanism 0000 0 0 No 59707 j 1 1 1 li Body size Dm Ba 0000040000000000 000 Part name 00000 Type of thread Sleeve EET TE rder productio Ki A 0000 000 Female threadl JUDD t is possible to make the Aft existing connection more 000000 Thread size aA secure by rotating
46. ble flow rate 10 n gn r u 1111 Il ecien 00000000 L mm ooo ELEM OOOU0 The fluid spill volume Recommended maximum permissible flow rate e ccpe uring disconnection Operation oil MIL H 56060 SE ee Ue 0 17MPag 045MPa p BVHCD BVHNI BOHCI BOHNG 9 air entry at When the interna When the internal 1001 11 the time of pressure 5 pressure is Combination of Combination of 10 connection 0 17MPa 0 45MPa BVHC and BVHN BOHC and BOHN 04 0 24 120 159 27 30 06 0 3 1469 25 499 53 08 0 84 4 2 4 6 83 108 126 2169 10569 11 669 1679 182 3 169 399 1969 2149 2279 303 01 De ois le 5 I The data will vary depend on a coefficient of fluid n 0 01 HZ 1 4 3 8 1 2 3 4 1 DA 0 001 0 l HISO vG 320000000 00040 C 00032c s t 0 00 m E Flow rate 0 mm 1000 l 1 1 PART NUMBER BVHC6 6M V U L Body Part name coo NOD 000 Type Coupler 0 OD Nipplen 000 VHOOO OHOOO 0 00 0 HI J Body material With the valve Without the BO 00003604 Bras 604 116 0 Sleeve lock mechanis
47. case of air and general hydraulic oil 20 80 g 4F9 017679 9 SH OOOO 0 q 0 80 C In case of water li uuu 1 ll li 1 lI ll 1 0MPa 0 q p 80 g 0TD D 176 FO 101000000 O00000 99 975kPa MAX WORKING PRESSURE 1 0MPg 145 1 051 S IIR Ta aa a r VACUUM 99 975kPd 14 5psi CEH HEZ SECTION STRUCTURE FIGURE MER e b d for air wat df hydraulic fluid anal 0000 Packing ee is more compact than 101 series Donn Sleeve nnanne 1711 Snap ring ipple body lt has adopted the push to connect system that makes connection and Coupler body OO00 Adapter ooooo000 Valve spring OO0 Ball Slide sleeve 0000000 Body O ring DOD Valve disconnection operation easy requiring only a push e The auto open valve is built in on the side of the coupler C RERNI PART NUMBER 103 M5 J Form 000 Part name COO D DD Coupler ND DOD OU Nipplene 0000 Type 19 C TER DIMENSION 000 COUPLER T TT lii MI De d he u v i39 984 M 5 J J E m Bi p inne 0 mm bis M5 thread 103C M5 5x0 89 959 2 5 99 25 5 5
48. end of the part number H series Steel zz III III DDI DIDS 000 COUPLER VH C 11111 Female thread 4 ETT TT i SCE With the valve VHC4 4F S0 45 0 oe oe oe 1 46 259 129 229 429 80 1749 95 TE VHC6 6F SO 32 0 0 oe oe 3 8 309 1249 269 4991159189 155 VHC8 8F SO 28 09 0 oe 0 1 2 35 164 304 53 12 19 205 VHC12 12F SO0 25 0 0 oe oe 3 49 429 189 419 61 13 229 390 ui VHC16 16F 50 14 0 0 oe 0 1 50 20 469 68 159 21 550 VHC20 20F U 7 09 0 oe O9 111 49 56 224 50 90 324 229 720 VHC24 24F U 7 0 0 oe oe 111 29 68 24 65 839 189 2891125 H Le VHC32 32F U 9 7 0 0 0 2 88 28 85 1009 20 21890 L OO0CO0O0C000 Order production IS 1MPa 145 1 051 5 VHC 0000 Male thread ETT e EE OU ia dee DE With the valve VHC4 4M S0 45 0 oe oe oe 1 469 259 149 229 539 5 1749 98 r I H VHC6 6M SO 3209 0 oe oe 3 89 30 1549 269 58 6 18 158 VHC8 8M SO 28 09 0 0 0 1 2 35 184 309 659 6 199 218 VHC12 12M S0 25 0 0 oe oe 3 49 429 209 419 78 9 229 400 VHC16 16M SO9 14 0 oe oe 0 1 50 23 469 849 8 219 560 VHC20 20M U X
49. examination is required before 5 xO o000e x Should not be used No data ipmnuggggugggggagggmmggggggggggggpmugnggggn lJThe data in this chemical resistance property list is based on 0000000000000000 the testing that was performed in a given condition 2JMust check it in your actual operating condition before 2 I l Hi l li li li li i li i li i i l ii li li li l l li i i i li ll HE H Ii H using 300171717177111717717 0107 7 7 711 7 1 1 19811 7 1 8 91 8 8 8 8 81 7 11 0 0 0 50 57 pasado a the E EOM ithe list 4 IL I1 111 i Li 11 1 i ji Ii ji Li li ji ji IIJ 000000000000000000000 ALS ES O Wae AE norma Yen Dera ur e 4 JThe list showns materials resistance to chemical solutions Oooo Hi LH Dn n i j odo ii Il f 1 II II 0100 0 0010 0 1 n Rs transmissivity in case of chemicals in the atmosphere Avoid all dangerous chemicals and activated gas etc CR Ree a Nerdcore anemia 1 1 S E rd j OO000 Seal material Disioh concenamuonustTempersture nie EE a ces ace EPDM uns Hie 000000 Ethyl acrylate 9 e oe xe uggggguge Butyl acrylate x x 00000000 Acrylonitrile oe 0 0 xe xe x 000000 e Acetamide oe oe oe 1111 1111 Acetaldehyde oe o9 0 xe o9 x l IH Hi ii i Ethyl acetoacetate xe 0 x 1111 Aniline xe xe AY 9 xe 0 A
50. f case the residual At the time of disconnection while 1 pressure is to be removed disconnection pulling the sleeve Remove the foreign particles on the joint At the time of i wi i i i Connect the nipple as it is without pulling the sleeve t may cause accidents and damages if parts are connection PR P g A DANGER disjoined without removing the residual pressure Avoid hitting the valve edge with a hammer etc while removing the A DANGER residual pressure Either use a fixture exclusively for removing the Release the fluid at the maximum usable pressure or residual pressure or install a valve for removing the residual pressure less than the maximum flow rate Direction of flow of There is a possibility of damaging the part by connecting it without 3 the fluid is optional A WARNING removing the residual pressure g P During Not to use the coupler and the nipple while they are Align the coupler and the nipple straight while connecting them ization being rotated A CAUTION Connect it without holding the sleeve section when connecting it pressurization A WARNING Not to use it while it is bent excessively or while while holding the coupler tension is exerted on it 103 series Remove the SLEEVE amp Remove the FEE residual pressure residual pressure of the coupler and Pull out the coupler CT ee the nipple Get or the nipple in the Ln Ts HA H J TI t
51. he pressure to 2 direction of the 0 MPa gauge At the time of disconnection 1 pressure in case the residual pressure is to be removed 9 disconnection while pulling the At the time of Remove the foreign particles on the joint Sleeve G Connect the nipple as it is without pulling the sleeve t may cause accidents and damages if parts are connection PP P g A DANGER disjoined without removing the residual pressure Avoid hitting the valve edge with a hammer etc while removing the A DANGER residual pressure Either use a fixture exclusively for removing the residual pressure or install a valve for removing the residual pressure There is a possibility of damaging the part by connecting it without A WARNING y ging y removing the residual pressure Align the coupler and the nipple straight while connecting them 9 A CAUTION Connect it without holding the sleeve section when connecting it while holding the coupler Release the fluid at the maximum usable pressure or less than the maximum flow rate Direction of flow of 3 the fluid is optional During Not to use the coupler and the nipple while they are Hd n being rotated ressurization Me a pressu atio Not to use it while it is bent excessively or while tension is exerted on it LN WARNING 5 a E 6 Lad 9 5 b 5 2 YS FRING 4L http www nitta co jp ISO9001 15014001 OHSAS18001 QJ01494 J
52. in clean dry place such as not to get 5 contaminated by dusts and other debris which may cause HB Bi Bi ji li j T4 DBBaDDDDBDDDDOUU 0000 problems with the connected equipments li li e 0000 ad nnn n Please do not expose to direct sunlights and keep in a dry space 3 Caution Bud Hl U U under 40 C 104 F Storage DCOOOOOOOO0000000000000000100000 Avoid using Q D C after being stored for a long time oooo000 contents this sample board are subject to change without notice INDEX A en IH Hl P For the oil pressure and liquid HI LH ooo0000 H series Steel P e P f Any HI Hi ji 111116 s an n n n For the oil pressure and liquid H series Brass 2 i e 11 Hi nu li 5 5304 el t H series SUS304 Stainless steel SPOUSE LPNS se es H 7 Q So A P D 11111 1 1 Seal material for H series P 6 1 1111101 11011 Dustcap for H series li li ag P 1 5 en nuu e For the super high pressure eu 710000 71 series 0 eMini type for the air pressure 101000 J 01 series
53. l I Ii I I I I I Ii 10 1 0 0 0 H ES The main seal is not fitted at the nipple side a P HI 110 000 0 0 0 0 HEPDMI 1 HI 0 0 0 gt PH type is NBR only GS OHN0000000000000000 EF Sealing material is not used for OHN 2221 MPa 145 1 psi n PERFORMANCE r i i li j l li j li li j li l l li 1 E The fluid spill volume during disconnection is related to eVHH 000PH00000000 Pressure loss of VH type PH type the recommended maximum permissible flow rate 10 0000 go 000000000 ecien 00000000 Ummm ooo niL peasan OOOU0 The fluid spill volume Recommended maximum permissible flow rate nnne ccpe uring disconnection Operation oil MIL H 56060 Size Minimize We 0 17 MPa 0 45 MPa PV HCL VANO PHCO VHND ORCI OHN air entry at When the interna When the internal 111 111 111 the time of pressure 5 pressure is Combination of Combination of Combination of Oo 10 connection 0 17MPa 0 45MPa VHC and VHN PHC and VHN OHC and OHN 04 0 24 120 159 279 27 30 06 0 3 1469 25 499 499 53 08 0 84 429 4 69 839 83 108 126 2169 10569 11 669 1679 1679 182 3 169 399 19 6 21 4 227 227 303 01 209 619 30 889 3849 3109 3109 454 d 249 11 0 55 2 59 3 4479 4479 682 32 16 0 85 3 9659 9089 9089 1136 il war r OER zz CDE OEE 707 7 72 P 00000 HS
54. lt has adopted the push to connect system that makes connection and disconnection operation easy requiring only a push 9 et is possible to exert pressure and use the single unit coupler H li i 1 amp C MB MATERIAL 0 BODY Carbon steel 1111 11888 1 01 00 0 SEA L NBR no signi EARE SPECIFICATIONS 000 Hl j ji Ii i Il j FLUIDO General hydraulic oil Water Chemicals DODD WORKING TEMPERATURE 9 30 q 9 22 F0 2007 A Attentiori horoughly check the suitability nn of the body material and the seal in whenever e used in conjunction with chemicals A Attention here is a possibility of damaging the part by connecting it without removing the residual pressure CONFIGURATION ooo00000 30 q 0 93 C A too o 10 0 0 0 0 0 0 01 0 0 111 111 1 1 1 1 S H H D A l Il LH i l I I i I Il i 1 70 0 OD DODD C B 6 Bee go MRT 02000000 Adapter o ring MT Sleeve Sleeve spring 000 Ball i 000000000 Backup ring 0001 Body size 6 EM EE 1 11 11 Slide sleeve ooooo0 E 000000000 Back up ring Co pler body 000000000000 0000000 10111 Adapter Slide sleeve O ring Valve Ong 0000000000000 0000000 0 Adapter Oring DDN Valve Slide sleeve spring 000000000 Back up ring 1111 11 16 ps groe gaonomoe aon onoo
55. luids to squirt Warning 0000 ll ll Q C I 111 li 1 11 1 UD UU spo not touch Q D C the fluid inside may be very hot and you oooooo0 could get burned Avoid hitting the edge with a hammer or other instrument when Q D C BEL TEE EE BE Ji on trying to relieve residual pressure 4 Cl ll IB DD n O00 0 e 0000000 0000000 Avoid rotating Q D C and do not use it as a rotary or swivel joint 1 1 1 00 UDDUD G Avoid usingthe product in areas with either a high concentration 1 11111 SOO0000000000000000000000000000000 of sand or metal dust This could lead to poor product Use 00000000000000000000000000 performance and subsequent breakdown A Qo lj l 1 1 I1 HH Hl LI Il 1 l Il Il j J 1 HD 8070 Sif the O ring shows signs of wear of deterioration and there is a Caution D scratch or dent on the seal area of the nipple replace the 00000000000 e damaged parts with new ones 11 1 1 11 1 1 1 11 There is a possibility of domaging thee part by connecting or O00000000000000000000000M0000000000 disconnecting it without removing the residual pressure 00000000000000000000000 lf the coupler and nipple are separated and will not be used for an extended period protect the pieces with a dust cap to prevent dust from contaminating the product QDO000000000M0000000000000000000000 Please keep products
56. m ba 0000 No sign D Nothingn 000 Yesne 00000000 Coupler side main seal form 00000 Lock pin 00007 Slit 000 7 Coupler 0000 Sleeve DODD Nipple od ore ing ere ing 0 0000 00 Fluorine rubber UD upoo U Pacen 00000 Seal material 0000 No 59701 NBR o EPDM 00000 Type of thread 0000000 Female thread 0000000 Male thread 000000 Thread size 1 1 1 0000000000000 ood 1 1 li 1 1 1 1 j n DODD L00 uuu JOD DDO Sleeve lock mechanism order productionn t is possible to make the existing connection more secure by rotating the sleeve and moving the slit away from the lock pin Affix L at the end of the part number 4 o 0 ha I a hu a H series Brass ns 000 COUPLER BVHCI J J D Female thread With the valve BVHC 0100 Male thread 9 With the valve J H Rim BOHC J JD Female thread 0000 Without the valve 2 BOHC 00006 Male thread 0000 Without the valve T H 100000 MPan DDR GRAD combination win nade TONG Il RCT
57. n 0000000 Valve O ring 00000 SCT Adaptefi 000 ges 0000000 Snapshot ring DOOD Scp valv 5 1 0000 Adapter DOO Ball 000 00007 Adapter O ring edit 11 11111 1 Back up ring j am 1 1 1 j Valve stop PHO D PH Valve 0000000 sco ae 5010 OO000000 valve spring a PE PH TONE j NN DD ER e 0000 PHJDD 0000013007230 Patent registration No 1300723 It can adopts the PH valve mechanism that enables connection PH Valve even with residual pressure Connection is possible at 17 7N even under the residual pressure of 7 0 Mpa 00000 Spring 00000 Eyelet n m ne A 000 H000000000 DD ODDO Outside O ring D0D Stem inside O ring 1 1 1 1 0 1 1 1 1 1 1 1 1 1 1 I COUPLER AND NIPPLE COMBINATION LIST 2 1 0o00 n A Attention he PH type 00 Type VHN om P can be connected when residual pressure is present vac 284 e eh MS but cannot be disconnected PHC ae 2 ve under the circumstances x x OU Applicable x Not applicable C ji ii i ii i ii i i ii j ii i i _SELECTION OF THE SEAL MATERIAL DEPENDS UPON THE MAXIMUM USABLE PRESSURE 0000000000 DOOD 000000
58. ntrolling the lives or being required extreme 1110 01 71 8 0 nnnnnnnnnnn safety 9 Please consult with us the applications are for the equipment s oooooo00 000000 gnngnu nannn related to the transportation of the mankind or for the vehicles or j j i i l Il l ll i Il l l i l 1 ll for what will cause serious damage un case of failures or for 1 11 11 1 ll 1 une what will affect human health such as the equipment s for medical Direct contact of drinking water and beverage une GStrictly follow proper usage instructions in catalogues ll 1111 Do not use in applications with corrosive gas and or inflammable HH j j j i li j j i i f f ji j ii i i f B1 li gas 000000000000000000000000 Dn Do not use in applications with extreme vibration and or shock 2 00000000000000000000M000000000000 Whenever using chemicals to transfer chemicals check the 000000 ne chemical Safety Data Sheets if released into the air QO00000000000000000mO000000000000Ng When using the product for water glycol based hydraulic fluids Selection ooo 11101 16 the product may not be able to be used depending upon the jj B 1 f f ll ODD types of plating Please contact us if you need more information A 90 i 1 1111 i i i 1
59. read size mm mmf MO mm mm mm 1 Weight SVHC4 4F U 7 0 0 0 1 4 1249 22 42 89 17 95 SVHC6 6F U 7 0 oe 0 3 8 1249 26 48 10 18 155 SVHC8 8F U 7 0 oe 0 1 2 1649 324 53 124 19 205 SVHC12 12F U 7 0 oe 0 3 44 189 41 61 13 22 390 SVHC16 16F U9 709 oe 0 19 209 46 68 154 214 550 IS 1MPa 145 1psi OE RC CTT TS DOL AOL HO Loy 2 II Part No Working pressure SVHN SOHN Thread size mm mmt MO mm mm mm 1 Weight SVHC4 4M U 7 0 0 0 1 4 25 144 224 53 5 17 98 SVHC6 6M U9 709 oe 0 3 8 30 154 26 58 69 18 158 SVHC8 8M U 7 0 oe 0 1 2 35 18 30 65 69 199 218 SVHC12 12M U9 709 oe 0 3 4 429 209 419 78 9 22 400 SVHC16 16M U9 709 o9 19 50 234 469 84 89 219 560 ES 1MPa 145 1psi OOOO OD MPar Nm TT TIN DOT FO H LO 26 L210 gr Part No Working pressure SVHN SOHN Thread size mm j mm mm MO mm mm Weight SOHC4 4F U 7 0 oe 1 49 259 12 22 3299 10 17 70 SOHC6 6F U9 7 0 x 0 3 8 30 12 26 38 14 18 112 SOHC8 8F U 7 0 xe 1 2 35 164 308 41 174 19 158 SOHC12 12F U9 7 0 xe oe 3 49 429 189 4149 49 204 22 286 SOHC16 16F U9 7 0 19 5049 208 46256 5 9 28 39215 425 IS 1MPa 145 1 51 Van ri DANIT wenn TTD D AO HO Le E
60. thingl D nn Yesne d Coupler side main seal form ing Ug U P Body size 0 UD D a 00 acere 00000 Seal material 000 Part name D D OO No NBR ooo CO DD DH Coupler EPDM 0000000000000 NO DOD Nipplel D 0 0000 Fluorine rubber Ue P nnn Type 00000 Type of thread 0000 tOo00000000 VHO 000 OD With the valven 0000000 Female thread 8 OH Without the valvel 0000000 Male threadg Sleeve lock mechanism order production t is possible to make the existing connection Bod terial more secure by rotating the sleeve and O00 oey materia 000000 Thread size moving the slit away from the lock pin Sp SUS304 Affix L at the end of the part number 12 H series 304 stainless steel iS 6 SUS304 13 CHER 000 COUPLER SVHCI D Female thread 0000 With the valve E HL I SVHCI OO00 Male thread With the valve H SOH Cy J J UU Female thread 0000 Without the valve T F SOHC Male thread 0000 Without the valve H ODD OO OD conbratonwih n e TT 111 1 19 D FO H LO jel re gr Part No Working pressure SVHN SOHN Th
61. ve lock Atthe time of Connect the nipple while pulling the sleeve connection Fix the sleeve while turning the sleeve for the type having the A DANGER may cause accidents and damages if parts are lock pin disjoined without removing the residual pressure Avoid hitting the valve edge with a hammer etc while removing the Release the fluid at the maximum usable pressure or A DANGER residual pressure Either use a fixture exclusively for removing the less than the maximum flow rate Direction of flow of residual pressure or install a valve for removing the residual pressure 3 the fluid is optional A WARNING There is a possibility of damaging the part by connecting it without During Not to use the coupler and the nipple while they are removing the residual pressure ization being rotated j pressurization WARNING NOE SEY hi A CAUTION the coupler and the nipple straight while connecting them Not to use it while it is bent excessively or while tension is exerted on it 71 series Remove the residual SLEEVE Remove the residual SLEEVE pressure of the coupler pressure and the nipple Get the Pull out the coupler pressure to the 0 MPa rm or the nipple in the j Er gauge pressure in 2 direction of case the residual At the time of disconnection while pressure is to be removed disconnection pulling the sleeve 1 G
62. y for urethane tube U5 4 ooog0g00 05 11 ooooo0 Barb elbow only for urethane tube U5 4 R1 8 R1 8 thread R1 8 Thread size mmi Weight 103C 2M 1 89 9 5 3 119 9 10 319 639 89 131 Riin DOT d F HIST H26 LO i16 120 130 i49 15118 gn 5 Thread size 0 mmij mmij mm 11110 mmo rn mmo Weight 103C 2MUL 1 8 95 4 8 5 9 10 260 8 250 190 8 12 0209 7 0e Jul De de F HO LO ue m gn Part No Thread size mm mmll 7111 mm Weight 103N M5 5x08 3 5 2 5 5 5 8 17 5 9 2 6 ne TOONS D1 d Hi H2 Le 110 9 130 i9 Tu gn Part No Thread size mmij Weight 103N M5UL9 50 8 359 259 89 89 1859 9 109 809 1209 96 000000004 Die De 035 q r ue T Tl one Part No Tube O 0x1D J mmiJ Omme J mmil O0 mmil Weight 103N 25H 4x2 5 69 3 5 3 5 159 6 5 179 9 1 103N 40H9 6x49 359 69

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