Flow Divider / Combiner Cartridge Valves

Transcription

1 Flow Divier / Cominer Vlves Type Pge Divier 8 Divier / Cominer, Close Center 8 Synhronizing Divier / Cominer 8 High Divier / Cominer, Close Center 85 US Shortut Ctlogue #

2 Flow Divier / Cominer Vlves DIVIDER Shouler 0.6 GPM GPM 1 Not Use Performne Curves Clerne FSBD-XAN > > 0 GPM 6 GPM Operting Chrteristis Dimensions.6- GPM FSBD XAN T-1A.5 7/ / FSCD XAN T - 1A.5 7/ /5 - FSDD XAN T-A.6 1 1/ / 6-0 GPM FSED XAN T - A. 1 1/ / GPM FSFD XAN T-A / / > > 1.5 GPM FSED-XAN FSCD-XAN GPM 1 GPM > > > > Mximum operting pressure = 00 psi This vlve is ivier only; ny ttempt to flow kwrs through the vlve is not vise. Divisionl ury t mximum rte input flow = FSBD: ±.5%, FSCD, FSDD, FSED, FSFD: ±.5% Divisionl ury t minimum rte input flow = FSBD: ±.5%, FSCD, FSDD, FSED, FSFD: ±6.5% rop t mximum input flow = psi rop t minimum input flow = 10 psi tee. If flow strts t zero n rises, there will e no iviing ontrol until the flow rehes the minimum rting. GPM FSFD-XAN > > FSDD-XAN FS D X B.6- GPM $ X Non-justle +$ 0.00 A / Flow Split +$ 0.00 N Bun-N C 1.5- $ B*0/60 Flow Split +$ 6.00 V Viton D - $ C*/67 Flow Split E 6-0 GPM F 1-60 GPM $5.00 * is lwys high perentge flow. Reverse Flow Pth is unpreitle Divisionl Aury = FSCD, FSDD, FSED n FSFD: ± 6.5 % t minimum input flow ±.5 % t mximum input flow FSBD: ±.5 % t minimum input flow ±.5 % t mximum input flow Visit for etile n omplete tehnil informtion on our full line of prouts. 8 US Shortut Ctlogue #

3 Flow Divier / Cominer Vlves DIVIDER / COMBINER, CLOSED CENTER Shouler Note: Close enter vlves hve spring entere internl spools tht provie loke flow pths when entere. Centering ours when the flow is lso loke. This internl loking isoltes n from ross flow. 0.6 GPM GPM 1 Not Use Performne Curves Clerne Diviing - > Comining - > FSBA-XAN 0 GPM 6 GPM Operting Chrteristis Mximum operting pressure = 00 psi Divisionl ury t rte mximum input flow = % ±.5% Divisionl ury t rte minimum input flow = % ±.5% rop t mximum input flow = psi rop t minimum input flow = 5 psi Dimensions.6- GPM FSBA XAN T-1A.5 7/ / FSCA XAN T - 1A.5 7/ /5 - FSDA XAN T-A.6 1 1/ / 6-0 GPM FSEA XAN T - A. 1 1/ / GPM FSFA XAN T-A / /75 Diviing - > Comining - > Diviing - > Comining - > FSEA-XAN 1.5 GPM FSCA-XAN Diviing - > Comining - > Diviing - > Comining - > 60 GPM 1 GPM tee. If flow strts t zero n rises, there will e no iviing or omining ontrol until the flow rehes the minimum rting. Divisionl n omining ury re equl. Diviing - > Comining - > GPM FSFA-XAN Diviing - > Comining - > Diviing - > Comining - > FSDA-XAN Diviing - > Comining - > Diviing - > Comining - > FS A X A B.6- GPM $101.0 X Non-justle +$ 0.00 A / Flow Split +$ 0.00 N Bun-N C 1.5- $101.0 V Viton D E F GPM 1-60 GPM Divisionl Aury (Comining n Diviing) = ±.5 % t minimum input flow ±.5 % t mximum input flow Visit wwwsunhyrulis.om for etile n omplete tehnil informtion on our full line of prouts. US Shortut Ctlogue #

4 Flow Divier / Cominer Vlves SYNCHRONIZING DIVIDER / COMBINER Shouler 1 Not Use Performne Curves Clerne Operting Chrteristis Dimensions.6- GPM FSBS XAN T-1A.5 7/ / FSCS XAN T - 1A.5 7/ /5 - FSDS XAN T-A.6 1 1/ / 6-0 GPM FSES XAN T - A. 1 1/ / GPM FSFS XAN T-A / /75 GPM 0.6 GPM Diviing - > Comining - > FSBS-XAN 0 GPM 6 GPM Diviing - > Comining - > Diviing - > Comining - > FSES-XAN 1.5 GPM FSCS-XAN Diviing - > Comining - > Diviing - > Comining - > Mximum operting pressure = 00 psi Divisionl ury t rte mximum input flow = % ±.5% Divisionl ury t rte minimum input flow = % ±.5% rop t mximum input flow = psi rop t minimum input flow = 5 psi tee. If flow strts t zero n rises, there will e no iviing or omining ontrol until the flow rehes the minimum rting. The synhroniztion feture provies i-iretionl stti error orretion. Divisionl n omining ury re equl. FS S X A 60 GPM 1 GPM Diviing - > Comining - > GPM FSFS-XAN Diviing - > Comining - > Diviing - > Comining - > FSDS-XAN Diviing - > Comining - > Diviing - > Comining - > B.6- GPM $ X Non-justle +$ 0.00 A / Flow Split +$ 0.00 N Bun-N C 1.5- $ V Viton D - E 6-0 GPM F 1-60 GPM Divisionl Aury (Comining n Diviing) = ±.5 % t minimum input flow ±.5 % t mximum input flow Synhronizing Flow per Leg: FSBS: GPM FSCS:. -.5 GPM FSDS:. -.6 GPM FSES: GPM FSFS:. -.5 GPM Visit for etile n omplete tehnil informtion on our full line of prouts. 8 US Shortut Ctlogue #

5 Flow Divier / Cominer Vlves HIGH CAPACITY DIVIDER / COMBINER, CLOSED CENTER Shouler Note: Close enter vlves hve spring entere internl spools tht provie loke flow pths when entere. Centering ours when the flow is lso loke. This internl loking isoltes n from ross flow. GPM 10 GPM 1 Not Use Performne Curves Clerne Diviing - > Comining - > FSCH-XAN Constnt Commn - Vrying Flow FSDH-XAN Dimensions -10 GPM FSCH XAN T-1A.5 7/ /5-0 GPM FSDH XAN T - A.6 1 1/ / 8-0 GPM FSEH XAN T-A. 1 1/ / GPM FSFH XAN T - A / / Diviing - > Comining - > 0 GPM GPM 80 GPM Diviing - > Comining - > Diviing - > Comining - > FSFH-XAN Mximum operting pressure = 00 psi Divisionl ury t rte mximum input flow = % ±% Divisionl ury t rte minimum input flow = % ±6.5% rop t mximum input flow = psi rop t minimum input flow = 5 psi tee. If flow strts t zero n rises, there will e no iviing or omining ontrol until the flow rehes the minimum rting. Divisionl n omining ury re equl Diviing - > Comining - > Diviing - > Comining - > 0 GPM FSEH-XAN Diviing - > Comining - > Diviing - > Comining - > FS H X A C -10 GPM $10.10 X Non-justle +$ 0.00 A / Flow Split +$ 0.00 N Bun-N D -0 GPM $15.0 V Viton E F 8-0 GPM GPM Divisionl Aury (Comining n Diviing) = ± 6.5 % t minimum input flow ±.0 % t mximum input flow Visit for etile n omplete tehnil informtion on our full line of prouts. US Shortut Ctlogue #

6 Flow Divier / Cominer Vlves NOTES 86 US Shortut Ctlogue #