杭州泷晟旺流体控制设备有限公司-Parker、DENISON

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WEE-OR== !"#$%&'()*O ! ! G Dry Technology ∅ O.D. EO-2 EO LL 04 M8×1 WEE04ZLLMORA3C WEE04LLMORA3C 04 M10×1 WEE04ZLLM10×1ORA3C WEE04LLM10×1ORA3C 06 M10×1 WEE06ZLLMORA3C WEE06LLMORA3C 06 M12×1.5 WEE06ZLLM12×1.5ORA3C WEE06LLM12×1.5ORA3C L 06 M10×1 WEE06ZLMORA3C WEE06LMORA3C 08 M12×1.5 WEE08ZLMORA3C WEE08LMORA3C 10 M14×1.5 WEE10ZLMORA3C WEE10LMORA3C 12 M16×1.5 WEE12ZLMORA3C WEE12LMORA3C 15 M18×1.5 WEE15ZLMORA3C WEE15LMORA3C 18 M22×1.5 WEE18ZLMORA3C WEE18LMORA3C 22 M27×2 WEE22ZLM27X2ORA3C WEE22LM27X2ORA3C 28 M33×2 WEE28ZLMORA3C WEE28LMORA3C 35 M42×2 WEE35ZLMORA3C WEE35LMORA3C 42 M48×2 WEE42ZLMORA3C WEE42LMORA3C S 06 M12×1.5 WEE06ZSMORA3C WEE06SMORA3C 08 M14×1.5 WEE08ZSMORA3C WEE08SMORA3C 10 M16×1.5 WEE10ZSMORA3C WEE10SMORA3C 12 M18×1.5 WEE12ZSMORA3C WEE12SMORA3C 16 M22×1.5 WEE16ZSMORA3C WEE16SMORA3C 20 M27×2 WEE20ZSMORA3C WEE20SMORA3C 25 M33×2 WEE25ZSMORA3C WEE25SMORA3C 30 M42×2 WEE30ZSMORA3C WEE30SMORA3C 38 !"#$%& M48×2 WEE38ZSMORA3C WEE38SMORA3C !"#→ WEE06LMOROMDA3C WEE06LMOROMDA3C Ermeto Original ! G ! !"# L 2 I 2 I 3 i D 1 SW 2 SW 3 SW 4 O ∅ O.D. (bar) (bar) L LL 04 M8×1 250 315 21 11.3 18 8.5 12.5 10 11 12 04 M10×1 250 315 21 11.3 18 8.5 14.5 10 11 14 06 M10×1 250 315 22 9.8 18 8.5 14.5 12 11 14 06 M12×1.5 250 315 25 12.8 21 11 17.5 12 14 17 L 06 M10×1 315 420 29 14 20 7 15 14 14 14 OR8.1X1.6X 66 08 M12×1.5 315 420 31 16 22 10 18 17 14 17 OR9.3X2.2X 66 10 M14×1.5 315 420 32 17 25 10 20 19 19 19 OR11.3X2.2X 87 12 M16×1.5 315 420 34 19 26 10 23 22 19 22 OR13.3X2.2X 95 15 M18×1.5 315 420 36 21 30 11 25 27 22 24 OR15.3X2.2X 224 18 M22×1.5 315 420 40 24 33 12 28 32 27 27 OR19.3X2.2X 284 22 M27×2 160 250 44 28 35 14 33 36 30 32 OR23.6X2.9X 534 28 M33×2 160 250 47 31 38 14 41 41 36 41 OR29.6X2.9X 607 35 M42×2 160 250 59 38 48 14 51 50 50 50 OR38.6X2.9X 844 42 M48×2 160 250 61 38 49 16 56 60 50 55 OR44.6X2.9X 928 S 06 M12×1.5 400 630 30 15 22 10 18 17 14 17 OR9.3X2.2X 72 08 M14×1.5 400 630 32 17 26 10 20 19 19 19 OR11.3X2.2X 88 10 M16×1.5 400 630 34 18 27 11 23 22 19 22 OR13.3X2.2X 97 12 M18×1.5 400 630 38 22 31 12 25 24 22 24 OR15.3X2.2X 227 16 M22×1.5 400 630 43 25 35 14 28 30 27 27 OR19.3X2.2X 286 20 M27×2 400 630 49 28 39 16 33 36 30 32 OR23.6X2.9X 553 25 M33×2 315 420 54 30 44 16 41 46 36 41 OR29.6X2.9X 722 30 M42×2 250 400 62 36 51 17 51 50 50 50 OR38.6X2.9X 932 38 M48×2 200 315 65 34 54 19 56 60 50 55 OR44.6X2.9X 1042 C68 4100-CH
TEE-OR !"#$%&'()*O ! ! G ! !"# L 2 I 2 I 3 i D 1 SW 2 SW 3 SW 4 O ∅ O.D. (bar) (bar) L L 06 M10×1 315 420 29 14 20 7 15 14 14 14 OR8.1X1.6X 93 08 M12×1.5 315 420 31 16 22 10 18 17 14 17 OR9.3X2.2X 103 10 M14×1.5 315 420 32 17 25 10 20 19 19 19 OR11.3X2.2X 175 12 M16×1.5 315 420 34 19 26 10 23 22 19 22 OR13.3X2.2X 191 15 M18×1.5 315 420 36 21 30 11 25 27 22 24 OR15.3X2.2X 331 18 M22×1.5 315 420 40 24 33 12 28 32 27 27 OR19.3X2.2X 423 22 M27×2 160 250 44 28 35 14 33 36 30 32 OR23.6X2.9X 737 28 M33×2 160 250 47 31 38 14 41 41 36 41 OR29.6X2.9X 777 35 M42×2 160 250 59 38 48 14 51 50 50 50 OR38.6X2.9X 1260 42 M48×2 160 250 61 38 49 16 56 60 50 55 OR44.6X2.9X 1428 S 06 M12×1.5 400 630 30 15 22 10 18 17 14 17 OR9.3X2.2X 106 08 M14×1.5 400 630 32 17 26 10 20 19 19 19 OR11.3X2.2X 177 10 M16×1.5 400 630 34 18 27 11 23 22 19 22 OR13.3X2.2X 195 12 M18×1.5 400 630 38 22 31 12 25 24 22 24 OR15.3X2.2X 313 16 M22×1.5 400 630 43 25 35 14 28 30 27 27 OR19.3X2.2X 427 20 M27×2 400 630 49 28 39 16 33 36 30 32 OR23.6X2.9X 775 25 M33×2 315 420 54 30 44 16 41 46 36 41 OR29.6X2.9X 1007 30 M42×2 250 400 62 36 51 17 51 50 50 50 OR38.6X2.9X 1436 38 M48×2 200 315 65 34 54 19 56 60 50 55 OR44.6X2.9X 1656 ! G Dry Technology ∅ O.D. EO-2 EO L 06 M10×1 TEE06ZLMORA3C TEE06LMORA3C 08 M12×1.5 TEE08ZLMORA3C TEE08LMORA3C 10 M14×1.5 TEE10ZLMORA3C TEE10LMORA3C 12 M16×1.5 TEE12ZLMORA3C TEE12LMORA3C 15 M18×1.5 TEE15ZLMORA3C TEE15LMORA3C 18 M22×1.5 TEE18ZLMORA3C TEE18LMORA3C 22 M27×2 TEE22ZLM27X2ORA3C TEE22LM27X2ORA3C 28 M33×2 TEE28ZLMORA3C TEE28LMORA3C 35 M42×2 TEE35ZLMORA3C TEE35LMORA3C 42 M48×2 TEE42ZLMORA3C TEE42LMORA3C S 06 M12×1.5 TEE06ZSMORA3C TEE06SMORA3C 08 M14×1.5 TEE08ZSMORA3C TEE08SMORA3C 10 M16×1.5 TEE10ZSMORA3C TEE10SMORA3C 12 M18×1.5 TEE12ZSMORA3C TEE12SMORA3C 16 M22×1.5 TEE16ZSMORA3C TEE16SMORA3C 20 M27×2 TEE20ZSMORA3C TEE20SMORA3C 25 M33×2 TEE25ZSMORA3C TEE25SMORA3C 30 M42×2 TEE30ZSMORA3C TEE30SMORA3C 38 !"#$%& M48×2 TEE38ZSMORA3C TEE38SMORA3C !"# → TEE06LMOROMDA3C TEE06LMOROMDA3C Ermeto Original C69 4100-CH
Page 1 and 2:
SuZhou ZhongTai Precision Mechtroni
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Ermeto Original bl !"#$ !"#$ ======
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! Ermeto Original !"#$%&'()*+,-./01
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l !"# bl !"#$%&'()*+,-./0 !"#$%&'()
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! EO !"#$%&'( !"#$% !& EO !"#$ ! !"
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EO-2 !"#$%&' Ermeto Original VOMO !
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!"#$ ISO 9974-1 / ISO 6149-1 / DIN
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FluidConnectors EO/EO-2 !"
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Page 49 and 50: T ! ! ! !"# L 2 I 2 S 2 S 3 S 3**
Page 51 and 52: GR !"# Ermeto Original !øO.D D1 D2
Page 53 and 54: TR !"# ! ∅ O.D. Dry Technology D1
Page 55 and 56: RI-ED !"#$%ED !" . A . B !" !" l i
Page 57 and 58: GZR !"# Ermeto Original ! ∅ O.D.
Page 59 and 60: RED !" # !∅ O.D. Dry Technology D
Page 61 and 62: RED !" # !∅ O.D. Dry Technology D
Page 63 and 64: KOR !" # RED KOR, ÒS OV == ! ∅ O
Page 65 and 66: KOR !" # !" Ermeto Original == !
Page 67 and 68: WSV !"#$ Ermeto Original ! ∅ O.D.
Page 69 and 70: GE-M-ED !"#$%&'ED !" Ermeto Origina
Page 71 and 72: GEO !"#$%&'l ! Ermeto Original ! G
Page 73 and 74: GE-M KEG !"#$%&'( ! G ! !"# L 1 l 1
Page 75 and 76: EVGE-M-ED !"#$%&'()ba !" `QO bdbJjJ
Page 77 and 78: GE-R-ED !"#$%&'ba !" Ermeto Origina
Page 79 and 80: GE-R-ED !"#$%&'ba !" Ermeto Origina
Page 81 and 82: GE-R !"#$%&' ! G ! !"# L1 l1 i S2S1
Page 83 and 84: EVGE-R-ED !"#$%&'()ED !" EGE-R-ED E
Page 85 and 86: EGE-R-ED !"#$%&'()ED !" ! G EO ∅
Page 87 and 88: GE-UNF/UN !"#$%&'l ! Ermeto Origina
Page 89 and 90: GE-NPT !"#$%&'( Ermeto Original ! N
Page 91 and 92: WE-M KEG !"#$%&'( !"#$%&: LL 4-12 m
Page 93 and 94: tbJoJhbd=== !"#$%&'( !"#$%&': LL 4-
Page 95 and 96: WE-NPT !"#$%&'( !"#$%&: LL 4-12 mm
Page 97 and 98: TEE-M !"#$%&'()* ! G ! !"# L 2 I 2
Page 99: VEE-M 45° !"#$%&' ! G ! !"# L 2 I
Page 103 and 104: VEE-OR 45° !"#$%&'O ! ! G ! !"# L
Page 105 and 106: TEE-R !"#$%&'()* ! G ! !"# L 2 I 2
Page 107 and 108: VEE-R 45 !"#$%&'( ! G ! !"# L 2 I 2
Page 109 and 110: TEE-UNF !"#$%&'()*O ! ! G ! !"# L 2
Page 111 and 112: VEE-UNF 45° !"#$%&'l ! ! G ! !"# L
Page 113 and 114: DSVW-M !"!#$%&'( =WH-M =DSVW-M ÙO
Page 115 and 116: WH-M-KDS !"!#$%&'()*+, Ermeto Origi
Page 117 and 118: TH-M-KDS !"#$!%&'()*+,-. Ermeto Ori
Page 119 and 120: DSVW-R !"!#$%&'( WH-R DSVW-R C88 Er
Page 121 and 122: WH-R-KDS !"!#$%&'()*+, Ermeto Origi
Page 123 and 124: TH-R-KDS !"#$!%&'()*+,-. Ermeto Ori
Page 125 and 126: GAI-R !"#$%&'!" ! d 1 ! !"# d 5 L 5
Page 127 and 128: EW !"# Ermeto Original ! d 1 ! !"#
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Page 135 and 136: MAV !"#$ ! d 1 ! !"# L 1 d 5 l 1 t
Page 137 and 138: GFS SAE- !"#$%&' 300PSI Ermeto Orig
Page 139 and 140: AS SAE- !""#$%&'( 3000PSI Ermeto Or
Page 141 and 142: GFS SAE- !"#$%&' 6000PSI ! !"# A a
Page 143 and 144: AS SAE- !""#$%&'( 6000PSI ∅ O.D.
Page 145 and 146: BFW !"#$%&'( ! !"# L1 LK L2 I t h1h
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RHZ-M-ED !"#J !ba !" !"#$%&'( Ermet
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杭州泷晟旺流体控制设备有限公司-Parker、DENISON

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