Flow Divier / Cominer Vlves Type Pge Divie Only 9 Divier / Cominer, Close Centre 95 Synhronizing Divier / Cominer 96 Divier / Cominer, Close Centre, High 97 Int l Shortut Ctlogue #999-901-1 9
Flow Divier / Cominer Vlves DIVIDE ONLY Outlet Inlet Outlet 1 Not Use 6-0 FSCD XAN T-1A 85,1, 19,1,6 5-50 1-60 FSDD XAN T - A 9, 8,6 17,1,8 60-70 -115 FSED XAN T-A 11, 1,8,6 5, 00-15 5-0 FSFD XAN T - A 19,7 1, 0, 6,9 65-500 Rte Aury High Flow Leg Low Flow Leg Rte Aury High Flow Leg Low Flow Leg FSCD FSED Mx. Rte 0 +/-.5% 1,0-16,0 Mx. Rte 115 +/-.5% 5,5-61,5 Min. Rte 6 +/-6.5%,6-, Min. Rte +/-6.5% 10-1 0:60 Mx. Rte 6,5 +/-.5% 15,0-16,8 9,7-11,6 Mx. Rte 95 +/-.5% 5-60 5-1 0:60 Min. Rte 5, +/-6.5%,8-,5 1,8-,5 Min. Rte 19 +/-6.5% 10,-1,6 6,-8,8 :67 Mx. Rte,7 +/-.5% 1,-16 6,7-8, Mx. Rte 85 +/-.5% 5-60 5-1 :67 Min. Rte,5 +/-6.5%,7-, 1,-1,8 Min. Rte 17 +/-6.5% 10,-1,5,5-6,7 FSDD FSFD 0:60 :67 Mx. Rte 60 +/-.5% 8- Mx. Rte 0 +/-.5% 10-1 Min. Rte 1 +/-6.5% 5,-6,7 Min. Rte 5 +/-6.5% 19,6-5, Mx. Rte 7 +/-.5% 6,6-9,8 17,-0- Mx. Rte 00 +/-.5% 11-17 7-87 0:60 Min. Rte 9, +/-6.5% 5,0-6,,-, Min. Rte 8 +/-6.5% 0,-5, 1,7-17,7 Mx. Rte +/-.5% 6,5-9,5 1,5-15,5 Mx. Rte 180 +/-.5% 11-16 5-66 :67 Min. Rte 8, +/-6.5% 5,1-6,,-, Min. Rte 6 +/-6.5% -6 10-1 The mximum vrition is t 50 r ifferentil etween legs with the high pressure leg eing the higher flow. Mximum operting pressure = 50 r. Pressure rop t mximum input flow = 18 r; t minimum input flow = 0,7 r. This vlve is ivier; ny ttempt to flow kwrs through the vlve is not vise. FS D X Control Flow Sel Mteril C 6-0 X Not Ajustle A 50/50 N Bun-N D 1-60 B* 0/60 V Viton E -115 C* /67 F 5-0 * is lwys high perentge flow. 9 Int l Shortut Ctlogue #999-901-1
Flow Divier / Cominer Vlves DIVIDER / COMBINER, CLOSED CENTRE Note: Close entre vlves hve spring entre internl spools tht provie loke flow pths when entre. Centring ours when the flow is lso loke. This internl loking isoltes n from ross flow. 1 Not Use 6-0 FSCA XAN T-1A 85,1, 19,1 16,5 5-50 1-60 FSDA XAN T - A 9, 8,6 17,5 19,6 60-70 -115 FSEA XAN T-A 11, 1,8,6 5,1 00-15 5-0 FSFA XAN T - A 19,7 1, 0,,1 65-500 FSCA FSEA Mx. Rte 0 +/-.5% 1,-15,8 Mx. Rte 115 +/-.5% 5,6-60, Min. Rte 6 +/-.5%,7-,7 Min. Rte +/-.5% 10,5-1,5 FSDA FSFA Mx. Rte 60 +/-.5% 8,5-1,5 Mx. Rte 0 +/-.5% 109-10 Min. Rte 1 +/-.5% 5,5-6,5 Min. Rte 5 +/-.5% 1-5 The mximum vrition is t 50 r ifferentil etween legs with the high pressure leg eing the higher flow in iviing moe n the lower flow in omining moe. Mximum operting pressure = 50 r. Pressure rop t mximum input flow = r; t minimum input flow = 1 r. Operting hrteristis use the leg of the iruit with the gretest lo to reeive the higher perentge of the flow in iviing moe. If rigi mehnism is use to tie tutors together, the le tutor my pull the lgging tutor n use it to vitte. In omining moe, ompensting hrteristis will use the leg of the iruit with the lowest lo to reeive the higher perentge of flow. If synhroniztion feture is not inlue, n itive ury error will e experiene with eh full stroke of the tutor. FS A X A Control Flow Sel Mteril C 6-0 X Not Ajustle A 50/50 N Bun-N D 1-60 V Viton E -115 F 5-0 Int l Shortut Ctlogue #999-901-1 95
Flow Divier / Cominer Vlves SYNCHRONIZING DIVIDER / COMBINER 1 Not Use 6-0 FSCS XAN T-1A 85,1, 19,0 16,5 5-50 1-60 FSDS XAN T - A 9, 8,6 17,5 19,6 60-70 -115 FSES XAN T-A 11, 1,8,6 5,1 00-15 5-0 FSFS XAN T - A 19,7 1, 0,,1 65-500 FSCS FSES Mx. Rte 0 +/-.5% 1,-15,8 Mx. Rte 115 +/-.5% 5,6-60, Min. Rte 6 +/-.5%,7-,7 Min. Rte +/-.5% 10,5-1,5 Synhronizing Flow: 0,9-,6 Synhronizing Flow:,-6,6 FSDS FSFS Mx. Rte 60 +/-.5% 8,5-1,5 Mx. Rte 0 +/-.5% 109-10 Min. Rte 1 +/-.5% 5,5-6,5 Min. Rte 5 +/-.5% 1-5 Synhronizing Flow: 1,1-,8 Synhronizing Flow: 6,6-1, The mximum possile vrition is t 50 r ifferentil etween legs with the high pressure leg eing the higher flow in iviing moe n the lower flow in omining moe. Mximum operting pressure = 50 r. Pressure rop t mximum input flow = r; t minimum input flow = 1 r. Operting hrteristis use the leg of the iruit with the gretest lo to reeive the higher perentge of the flow in iviing moe. If rigi mehnism is use to tie tutors together, the le tutor my pull the lgging tutor n use it to vitte. In omining moe, ompensting hrteristis will use the leg of the iruit with the lowest lo to reeive the higher perentge of flow. If synhroniztion feture is not inlue, n itive ury error will e experiene with eh full stroke of the tutor. FS S X A Control Flow Sel Mteril C 6-0 X Not Ajustle A 50/50 N Bun-N D 1-60 V Viton E -115 F 5-0 96 Int l Shortut Ctlogue #999-901-1
Flow Divier / Cominer Vlves DIVIDER / COMBINER, CLOSED CENTRE, HIGH CAPACITY Note: Close entre vlves hve spring entre internl spools tht provie loke flow pths when entere. Centring ours when the flow is lso loke. This internl loking isoltes n from ross flow. These high pity vlves hve pproximte 0% greter pity thn stnr lose-entre ivier/ominers n re esigne for use in trtive rive systems. Note: Aury on these rtriges is not equivlent to the ury of stnr lose-entre ivier/ominers. 1 Not Use 8-8 FSCH XAN T-1A 85,1, 19,1 16,5 5-50 15-75 FSDH XAN T - A 9, 8,6 17,5 19,6 60-70 0-150 FSEH XAN T-A 11, 1,8,6 5,1 00-15 60-00 FSFH XAN T - A 19,7 1, 0,,1 65-500 FSCH FSEH Mx. Rte 8 +/-.5% 17,7-0, Mx. Rte 150 +/-.5% 70-80 Min. Rte 8 +/-6.5%,5-,5 Min. Rte 0 +/-6.5% 1-17 FSDH FSFH Mx. Rte 75 +/-.5% 5-0 Mx. Rte 00 +/-.5% 19-160 Min. Rte 15 +/-6.5% 6,5-8,5 Min. Rte 60 +/-6.5% 6- The mximum possile vrition is t 50 r ifferentil etween legs with the high pressure leg eing the higher flow in iviing moe n the lower flow in omining moe. Mximum operting pressure = 50 r. Pressure rop t mximum input flow = r; t minimum input flow = 1 r. Operting hrteristis use the leg of the iruit with the gretest lo to reeive the higher perentge of the flow in iviing moe. If rigi mehnism is use to tie tutors together, the le tutor my pull the lgging tutor n use it to vitte. In omining moe, ompensting hrteristis will use the leg of the iruit with the lowest lo to reeive the higher perentge of flow. If synhroniztion feture is not inlue, n itive ury error will e experiene with eh full stroke of the tutor. FS H X A Control Flow Sel Mteril C 8-8 X Not Ajustle A 50/50 N Bun-N D 15-75 V Viton E 0-150 F 60-00 Int l Shortut Ctlogue #999-901-1 97
CARTRIDGE FILTERS Sun Filter s re pressure rte the sme s ll other Sun s Surfe Type (Lst Chne) Elements Surfe type (Lst Chne) elements re 0 μm nominl rnge with single lyer stinless steel mesh supporte y perforte sheet tue. Crush pressure is greter thn 50 r. The flow pth is port to port 1 only. Do not use in reverse flow moe even with reverse free flow hek vlve instlle. The stinless steel mesh is not externlly supporte n will fil through ftigue. The four sizes re rte for 8, 76, 151, n 0 with mximum ifferentil pressure of. r in the len stte. Surfe type elements re esigne to pture errnt prtiles tht my not e trppe in the min system filter or prtiles resulting from omponent filure. The 0 μm surfe type element will not provie system filtrtion ut is lst hne element. With orretly ssemle system, these elements will e unnotie uring regulr opertion ut will provie protetion from suen omponent filure. iretly ove the suplte will protet the entire vlve stk from prtiles. Depth Style Elements Depth type elements re ville in μm, 10μm, n 5μm nominl rnges. The rush pressure is 50 r n the flow pth is port to port 1 only. Do not use in reverse flow moe. Due to their physil size n the requirement for plete filtrtion mteril, the elements re only ville in Series n Series sizes. The flow pities for rtriges limit their use to flows of 0 n 90 respetively t 7 r. They re offere s mens to instll system filter in smll mnifol pkges using your ville Sun vity tooling. These elements provie ontmintion holing pility tht the lst hne 0μm elements o not. For smll mnifol pkges with expensive proportionl or servo vlves instlle, very fine filtrtion in n extremely smll spe is ville. Filter life will epen on initil system lenliness n the mount of irt ingression to the system when operting. FILTER CARTRIDGES Sun filter rtriges re pressure rte the sme s ll other Sun rtriges. Series Miron Rting Flow Rting () Cvity Filter Type FLDA-XD* 1 0 10/0 T-1A Surfe FLFA-XD* 0 0/80 T-5A Surfe FLHA-XA* 8/ T-16A Depth FLHA-XB* 10 8/ T-16A Depth FLHA-XC* 5 8/ T-16A Depth FLHA-XD* 0 0/160 T-16A Surfe FLJA-XA* /95 T-18A Depth FLJA-XB* 10 /95 T-18A Depth FLJA-XC* 5 /95 T-18A Depth FLJA-XD* 0 80/0 T-18A Surfe View our full rnge of filter rtriges n mnifol prouts on the Sun wesite: www.sunhyrulis.om Prouts: s: Ciruit Svers or lik Serh on home pge n key in filter moel oe shown ove. or Prouts: Literture: Litertture Downlo: View Filters Booklet 98 Int l Shortut Ctlogue #999-901-1