2 3 r r r ff ff ff
4 5
6 7
8 9 Socket type No. of cores Finished cord OD Conductor sectional area 2 cores f6.6mm 0.75mm 2 DIN socket (equivalent to 3 cores f7mm AWG6 to 20) Socket type Cable OD Conductor sectional area DIN socket (without lamp) DIN socket (with orange lamp) f6 to 2mm f6 to 0mm 0.5 to.5mm
0 Pressure Working pressurempa Rod receiving Series mm dia. areamm 2 0.2 0.3 0.4 0.5 0.6 0.7 0.8 0.9 mm Extension Retraction Extension Retraction Extension Retraction Extension Retraction Extension Retraction Extension Retraction Extension Retraction Extension Retraction Extension Retraction Extension Retraction 32 2 804 69 6 38 24 207 322 276 402 346 483 45 563 484 643 553 724 622 804 69 40 6 257 056 25 2 377 37 503 422 628 528 754 633 880 739 005 844 3 950 257 056 50 22 964 583 393 37 589 475 785 633 982 792 78 950 374 08 57 267 767 425 964 583 63 22 37 2737 623 547 935 82 247 095 559 369 870 642 282 96 2494 290 2806 2463 37 2737 0H-6 80 25 5027 4536 005 907 508 36 20 84 253 2268 306 272 359 375 402 3629 4524 4082 5027 4536 0H-2 00 25 7854 7363 57 473 2356 2209 342 2945 3927 3682 472 448 5498 554 6283 589 7069 6627 7854 7363 No cushion 25 32 2272 468 2454 2294 3682 3440 4909 4587 636 5734 7363 688 8590 8027 988 974 045 032 2272 468 40 40 5394 437 3079 2827 468 424 658 5655 7697 7069 9236 8482 0776 9896 235 30 3854 2723 5394 437 60 40 2006 8850 402 3770 6032 5655 8042 7540 0053 9425 2064 30 4074 395 6085 5080 8096 6965 2006 8850 80 40 25447 2490 5089 4838 7634 7257 079 9676 2723 2095 5268 454 783 6933 20358 9352 22902 277 25447 2490 200 40 346 3059 6283 6032 9425 9048 2566 2064 5708 5080 8850 8096 299 22 2533 2427 28274 2743 346 3059 250 45 49088 47497 988 9499 4726 4249 9635 8999 24544 23749 29453 28498 3436 33248 39270 37998 4479 42747 49088 47497 r r r r r r r r r r r r r r r r r R R r r r R R
2 3 Series Hydraulic piping inner dia. Cylinder bore f40 f9 0H-6 f2 f50 f63 f80 f40 f50 f63 f80 f40 f50 f63 f80 f9 f f f Port dia. Rc/4 Rc3/8 Rc/2 Rc/4 Rc3/8 Rc/2 Rc/4 Rc3/8 Rc/2 Series 0H-2 Hydraulic piping inner dia. f9 f2 f9 Cylinder bore f40 f50 f63 f80 f40 f50 f63 f80 f40 f50 f63 f80 Port dia. Rc/4 Rc3/8 Rc/4 Rc3/8 Rc/4 Rc3/8
4 5 f f f f Series Hydraulic piping inner dia. Cylinder bore Port dia. Series Hydraulic piping inner dia. Cylinder bore Port dia. f9 f25 0H-6 f2 f25 f50 f63 f80 f00 Rc3/8 Rc/2 Rc/2 0H-2 f9 f25 f2 f25 f9 f25 f25 f50 f63 f80 f00 f25 f40 f60 f80 f200 f250 Rc/4 Rc3/8 Rc/2 Rc3/4 Rc
6 7
8 9
20 2 Control valve With flow control valve (with pressure compensation) With throttle valve Converter block Item With skip valve/ stop valve With skip valve With stop valve With skip valve/ stop valve With skip valve With stop valve With stop valve Working pressure Main pressure 0.2 to MPa 0.05 to MPa 0 to MPa range Pilot pressure 0.3main pressure0.25 MPa to 0.7 MPa Compound valve Proof test pressure Working fluid Fluid/ambient temperature.5 MPa Petroleum-based fluid00 6 to000 6 m 2 /s 5to50(No freezing) Type Load voltage range AC DC 5 to 20 V 5 to 50 V Load current AC 3 to 20 ma range DC 3 to 40 ma Max. switching AC 2.0 VA capacity DC.5 W Internal voltage drop Leakage current Working time Return time Impact resistance Ambient temperature Wiring method Protection structure Indicating lamp 2 V (at 0 ma) or 3 V or less (at 40 ma) 0 ms or less ms or less 294 m/s 2 (unrepeated) 0 to 70 (No freezing) 0.2 mm²2-core, outer dia. 3 mm (oil-resistant cabtyre cord) IP67 (I Standard), JIS C0920 (dust-proof and erosion-resistant) LED (Lights when sensing) Electric circuit ZR3 (with lamp) (cord length.5 m) Flow rate limit (Note ) 40r/min Min. control flow rate (Note 2) 0.06r/min 0.r/min Pressure compensation capacity Flow rate change caused by load fluctuation of 60% or less is within 0%. Installing direction Perpendicular direction m 2 /s Applicable load Small relay, programmable controller Capacity 0.6r 0.25r 0.4r 0.63r r.6r Rated voltage AC00V50/60Hz, AC200V50/60Hz, 24 V DC Allowable voltage range 0 Insulation class Class B Capacity 0.6r 0.25r 0.4r 0.63r r.6r 63.4.5.68.93 2.3 2.98 Control Flow control valve valve Throttle valve With skip valve/with stop valve Compound With skip valve valve With stop valve Stop valve for converter Sensor additional weight ( pc.) 0.6 0.6.82 0.9 0.9.2 0.023 Starting current Holding current 00 V AC 200 V AC 00 V AC 200 V AC 24 V DC 50Hz36mA60Hz32mA 50Hz8mA60Hz6mA 50Hz24mA60Hz20mA 50Hz2mA60Hz0mA 75mA AHU063-00-FDA0-C 2.30.6.820.0234.753kg
22 23 With throttle valve Converter Control valve Use Converter capacity symbol Effective capacity 00 0.6 002 0.25 Appearance 004 0.4 006 0.63 00 06.6 With flow control valve (with pressure compensation) Compound valve With skip valve/stop valve With skip valve With stop valve Intermediate stop Inching These diagrams show meter-out circuits. On meter-in circuits, the flow control valve and throttle valve are positioned in different directions. NC skip valve and stop valve are used in these diagrams. 2-step speed switching (fast/slow) Emergency stop 2-step speed switching (fast/slow) Intermediate stop Inching Emergency stop Speed control With skip valve/stop valve With skip valve With stop valve With stop valve Converter only Intermediate stop Inching 2-step speed switching (fast/slow) Emergency stop 2-step speed switching (fast/slow) Intermediate stop Inching Emergency stop Speed control Intermediate stop Inching Emergency stop N.C(normally closed) Skip valve Compound N.O(normally open) valve N.C(normally closed) Stop valve N.O(normally open) Combination symbol FDA FDC FDD FKA FKC FTA FTD FNO SDA SDC SDD SKA SKC STA STD SNO OTA No symbol Converter capacity Combination of compound valve 00 0.6 006 0.63 skip valve stop valve 002 0.25 00 A 004 0.4 06.6 C Control valve D F With flow control valve O S With throttle valve Control method of control valves (flow control valve and throttle valve) O Without control valve Compound valve 0 Meter-out control D With skip valve/stop valve Meter-in control K With skip valve Solenoid voltage T With stop valve 00 V AC 50/60Hz N Without compound valve 2 200 V AC 50/60Hz 8 24 V DC Sensor symbol C (with lamp) Sensor quantity
24 25 63 G H 0.6 28 0.25 245 0.4 290 0.63 358 468.6 648 0.6 42.5 0.25 69.5 0.4 24.5 0.63 282.5 392.5.6 572.5 63 G H 0.6 28 0.25 245 0.4 290 0.63 358 468.6 648 0.6 42.5 0.25 69.5 0.4 24.5 0.63 282.5 392.5.6 572.5
26 27 With flow control valve With throttle valve The unit with flow control valve and the unit with throttle valve have the same appearance. This drawing shows the appearance of a meter-out control type unit. No. Name Pneumatic cover Tube Hydraulic cover Pneumatic piping Float Magnet Level gauge Gauge cover Retainer Lubricating plug Sensor Foamed resin Resin Material Qty. 2 No. Name Material Qty. No. Name Material Qty. Control valve body Spool Spring for spool (0) (0) Main body Piston cover Piston 2/ Spring guide 2(0) Retainer Cold rolled steel 2/ Air vent plug Check needle Check spring Shaft Bush Handle Hex. plug Carbon steel for general structure Copper alloy 2 2(4) Spool Spring Spring guide Set ring Spacer Stop valve Skip valve 2/ 2/ 2 2 No. Name Material Part number Qty. No. Name Material Part number Qty. Pneumatic piping O-ring O-ring O-ring O-ring for bush O-ring for shaft Seal for air vent plug Tube gasket O-ring for lubricating plug Fluoric resin P-0 P-34 P-22 P-0A P-6 CF-2 7.62.42.4 2 2 O-ring for spring guide Piston seal Rod seal O-ring for spring guide O-ring for spacer O-ring O-ring S-20 MY-2 PS-4 S-20 P-4 P-22 P-20 20 2/ 2/ 2 2
28
30 3 Control valve With flow control valve (with pressure compensation) With throttle valve Converter block Item With skip valve/ stop valve With skip valve With stop valve With skip valve/ stop valve With skip valve With stop valve With stop valve Working pressure Main pressure 0.2 to MPa 0.05 to MPa 0 to MPa range 0.4main pressure0.2 MPa to 0.7 MPa Proof test pressure Working fluid Fluid/ambient temperature Flow rate limit (Note ) Min. control flow rate (Note 2) Pressure compensation capacity Installing direction.5 MPa Petroleum-based fluid00 6 to000 6 m 2 /s 5to50(No freezing) 0085r/min 60226r/min 0r/min Flow rate change caused by load fluctuation of 60% or less is within 0%. Perpendicular direction Compound valve m 2 /s Capacity r.5r 2r 3r 4r 00 60 00 Capacity r 6.3.5r 6.7 2r 7.3 3r 8.2 4r 9. 5r 0.0 7.5r 0r 2.5r 5r 20r 60 2.5 3.8 5.4 7.0 8.6 20.2 23.5 5r 7.5r 0r 2.5r 5r 20r Control Flow control valve 2.4 valve Throttle valve.9 Compound Skip valve 0.4 valve Stop valve 0.4 Rated voltage 00 V AC 50/60Hz200 V AC 50/60Hz24 V DC Allowable voltage range 0 Insulation class Class B 00 V AC 0.0 A Starting current 200 V AC 0.05 A 24 V DC 0.36 A 00 V AC 0.0 A Holding current 200 V AC 0.05 A 24 V DC 0.36 A 00 V AC 0 VA Power consumption 200 V AC 0 VA 24 V DC 8.6 W
32 33 With throttle valve Converter Appearance Control valve Converter capacity symbol 00 05 020 030 040 050 030 050 075 00 25 50 200 Effective capacity r.5r 2r 3r 4r 5r 3r 5r 7.5r 0r 2.5r 5r 20r These diagrams show meter-out circuits. On meter-in circuits, the flow control valve and throttle valve are positioned in different directions. NC skip valve and stop valve are used in these diagrams. N.C(normally closed) Skip valve Compound N.O(normally open) valve N.C(normally closed) Stop valve N.O(normally open) Combination symbol FDA FDB FDC FDD With flow control valve (with pressure compensation) Compound valve With skip valve/stop valve With skip valve With stop valve Intermediate stop Use Inching 2-step speed switching 2-step speed switching Intermediate stop Inching (fast/slow) (fast/slow) Emergency stop Emergency stop Converter bore 00 60 FKA FKB FTA FTB Speed control FNO With skip valve/stop valve With skip valve With stop valve With stop valve Converter only Intermediate stop Inching 2-step speed switching (fast/slow) Emergency stop 2-step speed switching (fast/slow) Intermediate stop Inching Emergency stop Speed control Intermediate stop Inching Emergency stop SDA SDB SDC SDD SKA SKB STA STB SNO OTA OTB No symbol Converter bore mm Combination of compound valve 00 00 skip valve stop valve 60 60 A NC NC Converter capacity B NO NO 00 r 075 7.5r C NO NC 05.5r 00 0r D NC NO 020 2r 25 2.5r O 030 3r 50 5r Control method of control valves 040 4r 200 20r (flow control valve and throttle valve) 050 5r 0 Meter-out control Control valve Meter-in control F S O With flow control valve With throttle valve Without control valve Solenoid voltage Compound valve 8 24 V DC D With skip valve/stop valve Solenoid accessories K With skip valve No symbol DIN socket type T With stop valve L DIN socket (with orange lamp) N Without skip valve/stop valve R Lead wire type 2 00 V AC 50/60Hz 200 V AC 50/60Hz No symbol: DIN socket type Normally closed type Normally open type L: DIN socket type (with orange lamp) R: Lead wire type Normally closed type Normally open type Normally closed type Normally open type
34 35 00 60 A AB B BA BF BG BH C CA CB CD D 50 30 264.5 200 66 34.5 222.5 90 22.5 272.5 30 32.5 62 222 35 9 6 30 242 40 00 8 6 76 DA 58 88 00 60 A AB B BA BF BG BH C CA CB CD D 50 30 250.5 200 66 300.5 202.5 90 22.5 252.5 30 32.5 62 222 35 9 6 30 242 40 00 8 6 76 DA 58 88 00 60 DB E EA EB ED FA FB FC HA HB HC HD 76 70 56.5 07 79 57.5 76.5 4.5 37.5 3 Rc/2 97.5 99.5 86.5 8 Rc3/4 Rc/4 77 75 Rc/2 80 78 45 67 45 68 00 60 DB E EA EB ED FA FB FC HA HB HC HD 76 70 56.5 07 79 57.5 76.5 4.5 37.5 3 Rc/2 97.5 99.5 86.5 8 Rc3/4 Rc/4 77 75 Rc/2 80 78 45 67 45 68 00 60 r 392 G.5r 2r 3r 4r 5r 7.5r 0r 2.5r 5r 20r 462 532 672 82 952 428 533 655.5 798 929 062 326 00 60 r 392 G.5r 2r r 4r 5r 7.5r 0r 2.5r 5r 20r 462 532 672 82 952 428 533 655.5 798 929 062 326
36 37 00 60 50 200 A 30 66 AB 54.5 204.5 BA 69 29 BB 90 30 BF 22.5 32.5 BG 62 30 BH 86 22 C 35 40 CA 9 00 CB 6 8 CD 6 76 D 58 88 DA 00 60 392 r G.5r 2r 3r 4r 5r 7.5r 0r 2.5r 5r 20r 462 532 672 428 82 952 533 655.5 798 929 062 326 00 60 76 07 DB 70 79 E 56.5 57.5 EA 76.5 97.5 EB 4.5 99.5 37.5 86.5 ED 3 8 FA Rc/2 Rc3/4 FB Rc/4 Rc/2 FC 77 80 HA 75 78 HB 45 45 HC 67 68 HD
38 39 No. Name Material Qty. No. Name Material Qty. No. Name Material Qty. Pneumatic cover Spool (for skip valve) Check valve Steel alloy Tube Hydraulic cover Piston Spring Pilot solenoid valve Baffle plate Rolled steel for general structure Tie rod Carbon steel for machine structural use 3 Flow control valve body Tie rod nut Carbon steel for machine structural use 3 Pneumatic piping Sleeve Needle Float Lubricating plug Foamed resin Rolled steel for general structure Spool Steel ball High-carbon chromium bearing steel Block A Block B Oil gauge tube Acrylic (Note) Handle Plate Cold rolled steel Display bulb Spool (for stop valve) Throttle valve body Throttle Plate A Cold rolled steel 2 No. Name Material Type Qty. No. Name Material Type Qty. O-ring for lubricating plug f00:s-22,f60:s-28 O-ring G-50 Seal for needle PS-20 Seal for piston GLY-28 Seal for throttle PS-25 Seal for spool PS-22A O-ring G-30 O-ring for tube f00:g-95,f60:g-50 2