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1. WIR DA SORA A Coa 15 80C NAS12 A B CAT NO2. Before you use the product you MUST read the instruction manual and MUST fully understand how to use the product To use the product safely you MUST carefully read all Warnings and Cautions in this manual You MUST also observe the related regulations and rules regarding safety ell u eal A N WARNING N WARNING A N CAUTION This valves should be used at an operating pressure or less Please use the valve within the rated flow range Use the general mineral type hydraulic oil Please consult with us in case you are going to use oil other than the general mineral type hydraulic oil This valve should be used at the temperature range of 15 80 C Due contamination control is required for hydraulic oil Hydraulic oil contamination NAS 12 or below Complete air purge is to be carried out in the circuit as piping as well as machines and instrument etc Take note of inadequate load on body by the skew of piping N CAUTION CAUTION N CAUTION N CAUTION A CAUTION The valve is requested to be attached the A B port is as horizontal as possible AN CAUTION Changeover in the course of stroke in case of cylinder tuning shall result in the accumulation of errors CAUTION When the cylinder is used in vertical direction arrange a flow control valve or counter balance valve in
3. Model Number Model Number FD G1O 6 FDCH G 10 6 1 FD 1 6 FDCH G12 6 1 8 4kg Mass 80 B B Port 2X4 M10X35 100 3 10 3 10HOLES 14 D S 14 8 5 183 8 5 31 3kg 2X4 M12x45 2 M8 16 2 M8DEPTH16 FOR EYEBOLTS 3 9 93 99HOLES 4 M16X60 P 114 PPort 184 214 41 296 gt a0 2 CO e OH O J DN aj T jE 1 7 AN QD N WEF Aih US f l 4 27 alt 25 30 EIIZ Model Number FD FU08 6 1 Port size FDC FO8 6 1 P P Port A A Port JIS B 2291 SSA Flange types should be per JIS B 2291 SSA EDILIZI Model Number BB B Port Port size P P Port A A Port B B Port FD F10 6 1 FDCH F 10 6 1 32A CoA CoA FU Fl2Q 6 FDCH F 1 6 1 40A CoA
4. FDCM TO2G 10 1 1 396 FDCM GO2 15 11 13 18 FDCM TO2G 15 1 1 13 18 FDCM GO2 20 11 17 25 FDCM TO02G 20 11 17 25 FDM FD series valve flow divider is indentical to the above descriptive convent Also available is FDCS type with the function constant flow rate assured by the flow rate 9 shutoff prevention strcture capable of correcting flow failure at actuator stroke end For the specification detail feel free to contact us SLIT IN itt Model Number FODR F2 amp 0O0 400 6 1 General 16 HEXAGON SOCLCET HEAD BOLTS 16 M16x60 PAINE FOREVEBOLTS Furthermore this valve compensates the required pressure and functions as a flow dividing valve when dividing one flow and also functions as a check valve to collect several flows when collecting flows from 4 ports This valve divides flow with high accuracy even large flow rate 0 1 O RING JIS B 2401
5. poe P 65A _A B 40A Type A B Max Working Press Standard flow rate 400L min Symbol _ Rated flow 330 450L min AN VY 396 Dividing flow accuracy MEMO pore irra 1 Brin 2 im C FDC FD 4 i MPa Synchronous circuit for hydraulic cylinder The flow dividing and combining accuracy could differ depending on operating conditions such as flow rate pressure etc There fore before using the FDC and FD series user thereof is reques ted to contact us for finalizing the specification so the system can ESE fully fulfill its characteristics 10 1306B fe ss co gt il R
6. CoA General 4 4 FDC 3 A B C D MODEL NO ca a EO The flow collection valve for 4 ports is intended He W to actuate 4 hydraulic cylinders synchronously Thus this valve can be used more compactly a than use of 3 FDCs In addition the total cost of joints and pipes can be reduced too by use of this valve P Symbol FDCOK S T H 11 Le peas Max Working Press design number aep P MPga Flow ratio P port flow rate lL 7 IS 0 dots fxr A FEE TT 2 Dividing and combining accurecy 10 6 ges ize constant flow rate assured by the flow rate shutoff prevention structure 4 The flow collection valve for 4 ports NR K P port standard flow rate Rated flow L min L min 10 7 13 FDCOK T02H 10 11 FDCOK TO3H 10 11 FDCOK TO2H 15 11 FDCOK TO3H 15 11 FDC
7. FD TO8 6 FDC TO8 6 1 25kg Mass 2 M8DEPTH16 EILA Model Number Port size FD T12 61 FOCH T12 xkk xx 61 G 4 M12X55 Te rr a 24 30 p24 918 022 918 A P B A P B A Port P Port B Port P Port B Port JIS B 2401 1B P20 1B G25 1B P20 A Port JIS B 2401 1B P14 1B P18 1B P14 ETILI ZIN Model Number FD GO6 6 FDC GO6 6 1 FD GO8 6 FDC GO8 6 jeer ai Model Number FD GO3 6 FDC GOS 6 FD GO4 6 1 FDC GO4 6 5 10kg 25kg Mass Mass 4 14 4 16 4 16HOLES 4 14HOLES 23 D S 23 2 M8 16 55 2 M8DEPTH16 PARIVAR FOR EYEBOLTS 624 830 p24 Isso oao ka A P B A P B APort PPort B Port APort PPort B Port JIS B 2401 1B P20 1B G25 1B P20 EIDIN
8. JIS B 2401 1B P20 JIS B 2401 1B G25 JIS B 2401 1B P20 UN a WD HEXAGON 19 Differencial Pressure Controlled Flow Curve FDP 04 10 72 FDP G6G04 10 61 FOP 1T04 20 72 FDP G04 20 61 FBR 04 30 72 FDP G04 30 61 i VG 46 55C H VG 46 55C H VG 46 55C H 10a Sicilian 12 0 20 20 5 30 20 5 23 0 23 0 EF 23 0 8s 25 5 255 aaa i 255 20 TENNANARNERN o9 0 6 23 0 28 0 ga eB _ L min 10 L min 10 el 0 5 10 15 2
9. above equation is subject to port A flow rate gt port B flow rate less of the setup circuit pressure port B flow rate Model number and Rated flow range P egz FLOW DIVIDER COMBINER Model Number y F 7 Er P dard Rated flo 0 a in Gasket Type Threaded Type Flange Type L min FDC G03 3 61 FDC TO3 3 7 FDC G03 6 61 FDC T03 6 7 6 4 7 FDC G03 10 61 FDC T03 10 72 10 7 13 FDC G03 15 61 FDC T03 15 72 15 13 18 FDC G03 20 61 FDC T03 20 72 20 17 25 FDC G04 30 61 FDC T04 30 72 30 25 36 FDC G04 40 61 FDC T04 40 72 FDC G06 50 61 FDC T06 50 61 FDC G608 7O 61 FDC TO08 70 x 61 FDC F08 0 61 70 50 80 FDC GO8 80 61 FDC T08 80 61 FDC F08 80 6 1 80 60 30 FDC GO8 100 61 FDC TO8 100 61 FOC FO8 100 61 75 120 FDCH G10 125 x 6 1 100 150 FDCH F10 1G0 6 1 G125 130 T12 130 FDCH 618 130 61 FDCH T12 130 61 0 Tao 110 160 FDCH F10 180 61 G12 180 T12 180 FDCH G12 180 61 FDCH T12 180 61
10. rate 2 against A port flow ratio 1 P port flow rate 3 3L min size TO2G G G threaded type GO2 gasket type FDCM flow divider combiner mini FDM RIL flow divider mini 4 6 6 4 6 6 HOLES ESO Oke 1 D S 911 DEPTH 1 2 M6 15 BACK SIDE 2 M8 DE 6 8 46 8 HOLES A APORT 0 AS568 013 P T O RING P PORT B PORT 0 AS568 014 0 2 AS568 013 O RING O RING 102B M6x40 AF F KE E B 0 87kg 126B AS568 014 Hs90 HE M 126C AS568 013 Hs90 M ee P AE oe P pi stander 2 Didine and EION P port standard ab LS Dividne and Model No flow rate L min combining accuracy Model No flow rate L min combining accuracy L min L min FDCM GO2 1 11 0 8 1 5 59 FDCM TO2G 1 11 0 8 1 5 5 FDCM GU 3 11 FDCM TO2G 3 1 1 FDCM G02 6 11 FDCM TO2G 6 1 1 FDCM GO2 10 1 1 396
11. 0 25 0 5 _ 10 815 20 25 0 5 10 15 20 25 MPa MPa IEA MPa FDP T G O8 20 6 1 FDP T G 08 35 6 1 FDP T G O8 60 6 1 VG 46 42C VG 46 42C H VG 46 42C H a fae 60 21 0 20 a T 24 7 24 Ee 2 ye 26 6 46 aa aia ala aaa 26 6 nna o 56 6 L 29 8 101 29 8 L min i L min 20 10 10 15 10 15 20 25 0 5 10 15 20 25 MPa MPa MPa Ait ent a 82x58x38mm 0 84Kg 0 87Kg This is a valve for the turning operation of the actuator as cylinder and p the like FDCM T02G FDCM TO2G 3 12 11 opMpa E eee ax VWWOrKINS Fress design number flow ratio 1 1 no code A B port flow ratio 1 1 12 A 1 B 2 B port flow
12. CAT No 1050 9 HYDRAULIC Flirose Valves P A B A B P This is a valve for the turning operation of the actuator as cylinder and the like The valve works as flow divider in case P port is inlet and A B port is outlet and as flow combiner in case A B port IS inlet and P port is outlet FDC H S TO03 10 12 72 61 design number flow dividing and combining ratio 1 1 no code A B port flow ratio 1 1 12 A 1 B 12 B port flow rate 2 against A port flow ratio 1 P 10 10L min Standard flow rate size 03 all port Rc3 8 04 P port Rel 2 A B port Rc3 8 T threaded type G HAZ y REM gasket type flange type FDCS constant flow rate assured by the fl
13. OK TO2H 20 11 4 11HOLES FDCOK TO3H 20 11 17 5 Z ins DEPTH Z FDCOK TO4H 40 11 15 13 18 FDCOK TO8H 60 11 FDCOK TO8H 80 11 Model No FDCOK TO2H x 11 FDCOK 103H 11 FDCOK 104H 11 FDCOK TO8H X 11 FDCOKS Also available is FDCOKS type with the function constant flow rate assured by the flow rate shutoff prevention structure capable of correcting flow failure at actuator stroke end For the specification detail feel free to contact us 6 P A B B P Stable flow rate can always be got in the priority port B port without being affect
14. ed by the respective load fluctuations of P port Inlet port A port Excess flow port and B port Priority control flow port Stable flow rate can always be got by priority control flow without being affected by the feed in flow rate from P port Symbol Symbol A B FDP T04 10 72 61 a anaa design number B Port Flow Ratio size 04 08 T threaded type G gasket type AMBALA TF name FDP Priority Valve MPa Max Working Press 25 teas i 6 Controlled Flow Accuracy 7 Size L min PIN Standard Flow Rate P Port L min Rated Flow B Standard Flow Ratio B Port L min Controlled Flow Adjust Range RLiR DARIJE 2 4kg Mass 56 MAX 56 DECREASE DECREASE INCREASE INCREASE 11 56 D S 11 MAX 56 HEXAGON 13 20 39 D CB 920 Depth 39 ED YA S B DECREASE P 9 ji DECREASE i la D a es H WITT L INCREASE eee so 4 M12x55 EJ INCREASE 59 5 MAX 59 5 P B P Port B Port 24
15. oO an a as 150 220 FDCH G18 240 6 FDCH T12 240 61 FDCH F12 240 61 240 200 290 FDCH G12 300 61 FDCH T12 300 61 FOCH F12 3800 6 300 260 350 FD FDCS FOC H S FD series valve flow divider is identical to the above descriptive content Feel free to contact us for special standard flow rate Also available is FDCS FDC H S type with the function constant flow rate assured by the flow rate shutoff prevention structure capable of correcting flow failure at actuator stroke end For the specification detail feel free to contact us oben 1 3kg Mass E Port size Model Number FD TOS 72 FDC TO3 72 FD TO4 72 FDC TO4 72 Model Number 6 3kg 3 10 3 10HOLES 14 D S 14 MEA Port size FD TO6 6 FDC TO6 6
16. ow rate shutoff prevention structure FDC H name FDC H flow divider combiner FD name FD flow divider FDC H Pressure Drop Property Chart HERS at Hydraulic Symbol Hydraulic Symbol Lo FLOW DIVIDER FLOW DIVIDER COMBINER g A B A B xt R D p D Standard flow rate Rated flow range 46mm2 s t Viscosity 03 04 06 08 10 12 Size O08 10 1 Type gasket type threaded type flange type Size 08 10 12 _ 80 Max Working Press 5 5 MPa flange type is 25 mEpo Rated Flow 2 25 25 45 40 60 50 120 110 350 L min tandard flow dividing and combining ratio 9 i hd 11x100 296 39 Accuracy calculation Accuracy B Dividing flow accuracy 2 or less Dividing and combining accuracy 3 or less method A B 809 A B Where differential pressure between port A and B is 80 or The
17. the circuit so as to prevent it from going down rapidly RB VTLERKRGA 522 0082 B TEL 0749 23 5450 MANAGEMENT SYSTEMS U R L http www hirose valves co jp E mail info hirose valves co jp Hirose Valve Industry Co Ltd 2 34 TEL 0749 23 2020 FAX 0749 23 20278 105 0012 68 4 1 IZUMI TEL 03 3437 0011 FAX 03 3437 0013 530 0052 80 TEL 06 6312 24120 FAX 06 6316 1236 Head Office amp Plant 34 2 Ban Yasukiyo cho Hikone Shiga ken Japan Phone Hikone 0749 23 2020 5 Fax 0749 23 2027 Tokyo Office Izumi Bldg 1 4 2 Chome Shipa daimon Minato ku Tokyo Phone Tokyo 03 3437 0011 2 Fax 03 3437 0013 Osaka Office Shin Hozan Bldg 20 7 Minami Ohgimachi Kita ku Osaka Phone Osaka 06 6312 2412 3 Fax 06 6316 1236
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