FLOW CONTROL VALVES F CONTROL VALVES. Maximum operating pressure MPa {kgf/cm 2 } Model [Model No.] Maximum flow rate L/min. Page

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1 F FLOW CONTROL VALVES F FLOW CONTROL VALVES Model [Model No.] Maximum operating pressure MPa {f/cm } Maximum flow rate Page Flow control valve [SF] 7 {7} F- Flow control valve Flow control valve with check valve [JF(C)] {} F-5 Compact throttle valve with check valve [TSC] 7 {7} G T F-8 Throttle valve [ST] 7 {7} F- Throttle valve Throttle valve with check valve [HDFT(C)] {} F- Throttle valve with rotary type deceleration valve [SFD] 5 {5} F- F-

2 Hydraulic oil Use a petroleum-based hydraulic uid equivalent to ISO VG to 8. Operate the unit in an environment where both the following conditions are satisfied: viscosity range from 5 to mm /s {cst} and oil temperature from 5 to 7 C. Note that the optimum viscosity range of the ow control valves is to 5 mm /s {cst}. Contamination of the hydraulic uid causes valve trouble and reduces the service life, so pay due attention to controlling contamination and ensure that it goes no higher than NAS contamination class. Installation and maintenance There is no restriction on the installation direction. Finish the face on which the valve is mounted to a surface roughness of.a or better and a flatness tolerance within. mm. Use an O-ring with a hardness of Hs9 for the valve's gasket unless otherwise speci ed. Connect the piping from the valve to the tank at a point lower than the tank oil level. Filters Use a line lter with a ltration accuracy of 5 μm or better. F-

3 Flow Control Valves (with Pressure/Temperature Compensation Control) The valves with pressure/temperature compensation control can maintain the set flow rate regardless of changes in the load pressure and fluid temperature. Capable of flow rate control from the minimal flow rate of.. Adopts a structure that minimizes occurrences of jumping. Applicable fluid code No designation: Petroleum-based hydraulic uid, waterglycol hydraulic uid F: Phosphate ester hydraulic uid - SF - G Model No. SF: S series ow control valve Connections G: Gasket mount type Nominal : ¼ Nominal Maximum operating pressure MPa {f/cm } Flow rate adjustment range. to. SF-G--5 SF-G--5. to. SF-G--5 ¼ 7 {7}. to SF-G--5. to SF-G-5-5. to 5.8 Sub-plate model code The sub-plate is not provided with the valve. Order it separately if required by specifying the model code given in the table below. Nominal Connection port SF-M ¼ Rc¼.5 Refer to Page S-7 for the dimensions of the sub-plate. Accessories head cap bolt N m {f cm} M 5 to.5 { to 5} Use the valve in combination with a line filter with a filtration accuracy of μm or better. When controlling flow rate of. or less, ensure that the contamination of the hydraulic fluid goes no higher than NAS contamination class 8. To ensure good pressure compensation performance, maintain a pressure difference of MPa { f/cm } minimum between the inlet and outlet ports. When a flow control valve with check valve is required, order SMC--5- on Page F-9 separately and stack it with the valve. Performance curves (viscosity: mm /s {cst}) Flow rate - Pressure fluctuation characteristics Pressure difference between inlet and outlet ports: to 7 MPa { to 7 f/cm } 5 Maximum control flow rate :. :. : : 5: 5 Design No. (The design No. is subject to change) Pressure difference between inlet and outlet ports:.5 MPa {5 f/cm } F FLOW CONTROL VALVES Fluctuation (±%) Flow rate (%) Flow rate () Scale F-

4 Flow Control Valves and Flow Control Valves with Check Valve (with Pressure/Temperature Compensation Control) 5 JF -G- -5 JFC -G- -5 JF -G-5- JFC -G-5-7 Nominal ¼ Maximum operating pressure MPa {f/cm } The valves with pressure/temperature compensation control can maintain the set flow rate regardless of changes in the load pressure and fluid temperature. Capable of flow control over a wide range from minimal flow rate to high quantity flow rate. The four full turns of the flow rate adjusting handle make fine adjustment and resetting easy. Options such as a flow rate adjusting handle locking key and jumping prevention structure are available. - JF - G Applicable fluid code No designation: Petroleum-based hydraulic uid, water-glycol hydraulic uid F: Phosphate ester hydraulic uid Model No. JF: J series ow control valve Check valve code No designation: Without check valve C: With check valve Connections G: Gasket mount type Nominal : ¼ : Flow rate adjustment range* When controlling a flow rate of. or less with JF(C)-G or.5 or less with JF(C)-G, use the valve in combination with a line filter with a filtration accuracy of μm or better. To ensure good pressure compensation performance, maintain a pressure difference of MPa { f/cm } minimum between the inlet and outlet ports. Seal the O-ring (Part No. 5 in the sectional structural diagram) at the rear of the flow rate adjusting handle with the gasket face. F-5 Free flow Check valve Cracking pressure MPa {f/cm } Up to.9 {}.5 {.5} Up to Note: * The minimum control flow rate varies depending on the pressure difference between the inlet and outlet ports. See the valve differential pressure - minimum control flow rate characteristics for details. Sub-plate model code Accessories The sub-plate is not provided with the valve. Order it separately if required by specifying the model code given in the table below. Nominal Connection port JF-M Rc ¼ JF-M Rc½. JF-M Rc JF-M Rc¾. JF-M8 Rc.5 Refer to Page S-7 for the dimensions of the sub-plate Maximum control flow rate : 5: 5 Design No. (The design No. is subject to change) 5: Basic model JF -G, JFC-G : Basic model JF -G 7: Basic model JFC -G Option code I No designation: Without ow rate adjusting handle locking key L: With ow rate adjusting handle locking key Option code II No designation: Without jumping prevention structure N: With jumping prevention structure Model No. head cap bolt N m {f cm} JF (C) -G M to {5 to } JF (C) -G M 8 8 to {8 to } F FLOW CONTROL VALVES

5 Performance curves (viscosity: mm /s {cst}) JF(C)-G Pressure difference between inlet and outlet ports: MPa { f/cm } Valve differential pressure - Flow rate characteristics Fluid temperature - Flow rate characteristics Pressure difference between inlet and outlet ports: MPa { f/cm } Fluid used: equivalent to ISO VG Flow rate () Flow rate () Flow rate () Scale (Number of revolutions) Valve differential pressure (MPa) { f/cm } Fluid temperature ( C) Valve differential pressure - Minimum control flow rate characteristics 8 Flow rate (cm /min) Valve differential pressure (MPa) { f/cm } JF(C)-G Pressure difference between inlet and outlet ports: MPa { f/cm } Free Flow pressure drop characteristics (with the flow rate adjusting section fully closed). Pressure drop (MPa) { f/cm } Valve differential pressure - Flow rate characteristics Flow rate () Fluid temperature - Flow rate characteristics Pressure difference between inlet and outlet ports: MPa { f/cm } Fluid used: equivalent to ISO VG Flow rate () 8 Flow rate () 8 Flow rate () 8 Scale (Number of revolutions) Valve differential pressure (MPa) { f/cm } 5 Fluid temperature ( C) Valve differential pressure - Minimum control flow rate characteristics Flow rate (cm /min) Valve differential pressure (MPa) { f/cm } Free flow pressure drop characteristics (with the flow rate adjusting section fully closed). Pressure drop (MPa) { f/cm } Flow rate () F-

6 Compact Throttle Valve with Check Valve The built-in check valve controls the flow in one direction while keeping free flow in the other direction. Capable of flow rate control of minimal flow rate to the fully closed state. TSC - - Model No. TSC: Compact throttle valve with check valve Connections G: Gasket mount type T: Screw connection type Nominal Maximum operating pressure MPa {f/cm } F-8 Maximum control flow rate See the performance curves. Check valve Cracking pressure MPa {f/cm } TSC-G-. {}. 7 {7} TSC-T.8 {.8}. Accessories (gasket mount type) head cap bolt N m {f cm} M5 5.5 to 7.5 {55 to 75} Nominal : Design No. (The design No. is subject to change) No designation: Screw connection type (T) connection : Gasket mount type (G) connection Performance curves (viscosity: mm /s {cst}) TSC-G Flow rate () ΔP=.5 MPa ΔP=.5 MPa 5 Scale (Number of revolutions) Fully open TSC-T Flow rate () 8 ΔP=.5 MPa ΔP=.5 MPa Scale (Number of revolutions) Fully open Turning the flow rate adjusting handle counterclockwise increases the flow rate. After adjusting the flow rate, tighten the handle locking screw to keep the adjusted position. The handle locking screw stops the handle from coming off, so do not loosen it too far. There is no special sub-plate provided. Pressure drop characteristics Pressure drop (MPa) { f/cm } IN OUT: Fully open OUT IN: Fully closed 8 Flow rate () Pressure drop characteristics Pressure drop (MPa) { f/cm } IN OUT: Fully open OUT IN: Fully closed 8 Flow rate () TSC- Fluid temperature - Flow rate characteristics Rate of increase (%) Oil temperature: 5 C Oil temperature: C Oil temperature: C.... Standard flow rate () Conditions for the uid temperature - Flow rate characteristics curve Oil usable Equivalent to ISO VG Pressure difference between MPa { f/cm } inlet and outlet ports Standard ow rate Flow rate at uid temperature of C

7 Throttle Valves (with Temperature Compensation Control) The temperature compensation control maintains the set flow rate regardless of changes in the fluid temperature. Adopts a structure that minimizes fluid leakage in the fully closed state. - ST - G Applicable fluid code No designation: Petroleum-based hydraulic uid, water-glycol hydraulic uid F: Phosphate ester hydraulic uid Model No. ST: S series throttle valve Connections G: Gasket mount type Nominal Maximum operating pressure MPa {f/cm } Maximum control flow rate* ST-G- - ¼ 7 {7} ST-G-- Note: * The maximum control flow rates indicated are the values when the pressure difference between the inlet and outlet ports is MPa { f/cm }. Sub-plate model code Accessories head cap bolt N m {f cm} M to.5 { to 5} Nominal : ¼ Performance curves (viscosity: mm /s {cst}) 5 Maximum control flow rate : (Pressure difference: MPa { f/cm }) : (Pressure difference: MPa { f/cm }) Design No. (The design No. is subject to change) The sub-plate is not provided with the valve. Order it separately if required by specifying the model code given in the table below. Nominal Connection port SF-M ¼ Rc¼.5 Refer to Page S-7 for the dimensions of the sub-plate. Flow rate () 8 8 ΔP=7 MPa ΔP=.5 MPa ΔP= MPa ΔP= MPa ST-G- Use the valve in combination with a line filter with a filtration accuracy of μm or better. When a throttle valve with check valve is required, order SMC--5- on Page F-9 separately and stack it with the valve. Fluid temperature - Flow rate characteristics ST-G-, cm /min,,9 Flow rate,5 cm /min, 95. Conditions for the uid temperature - Flow rate characteristics curve Oil usable Pressure difference between inlet and outlet ports Equivalent to ISO VG.5 MPa {5 f/cm } Scale 5 Fluid temperature ( C) F-

8 Throttle Valves/Throttle Valves with Check Valve Well balanced structure for pressure enables easy operation of the handle even at a high pressure. The compact design minimizes the installation space. Facilitates fine adjustment of the flow rate. - HDFT - 5 Applicable fluid code No designation: Petroleum-based hydraulic uid, waterglycol hydraulic uid F: Phosphate ester hydraulic uid Model No. HDFT: H series throttle valve Check valve code No designation: Without check valve C: With check valve Connections G: Gasket mount type T: Screw connection type F: Flange connection type 5 Nominal : : ¾ : ¼ : Nominal Maximum operating pressure MPa {f/cm } F- Maximum control flow rate Check valve Cracking pressure MPa {f/cm } HDFT(C)-G.7 HDFT(C)-T.5 HDFT(C)-G. {}. HDFT(C)-T ¾ 75. HDFT(C)-F {} 9.5 HDFT(C)-G HDFT(C)-T ¼ 9.5 {.5} 9. HDFT(C)-F * HDFT(C)-F 7. {} * Note: * The mass of the flange mount type valve includes the mass of the flange and bolts. Sub-plate model code The sub-plate is not provided with the valve. Order it separately if required by specifying the model code given in the table below. Nominal Connection port HDFT-M Rc.7 HDFT-M ¾ Rc¾ HDFT-M ¼ Rc¼ 8 Refer to Page S-7 for the dimensions of the sub-plate. Accessories Connections Gasket mount type Flange connection type Model No. head cap bolt Nm {fcm} HDFT(C)-G M 7 8 to {8 to } HDFT(C)-G M 8 8 to {8 to } HDFT(C)-G M 5 9 to {9 to } Flange (JIS B 9 SSA), O-ring, mounting bolts. The flow rate will not be zero even when the flow rate adjusting handle is fully tightened due to the spool type configuration. The throttle valves can control the flow in both directions. However, with throttle valves with check valve, the flow in the reverse direction will be free flow.

9 Sectional structural diagram HDFT(C)-G 5 F Sealing part table Part speci cations Part No. Name HDFT(C)-G HDFT(C)-G HDFT(C)-G O-ring JIS B B P8 JIS B B G5 JIS B B G5 7 O-ring JIS B B P5 JIS B B P7 JIS B B P8 8 O-ring JIS B B P JIS B B P. JIS B B P 9 Backup ring JIS B 7 Spiral P JIS B 7 Spiral P. JIS B 7 Spiral P FLOW CONTROL VALVES HDFT(C)-T HDFT(C)-F Sealing part table Part speci cations Part No. Name HDFT(C)-T HDFT(C)-T HDFT(C)-T 7 O-ring JIS B B P5 JIS B B P7 JIS B B P8 8 O-ring JIS B B P JIS B B P. JIS B B P 9 Backup ring JIS B 7 Spiral P JIS B 7 Spiral P. JIS B 7 Spiral P Part speci cations Part No. Name HDFT(C)-F HDFT(C)-F HDFT(C)-F O-ring JIS B B G JIS B B G JIS B B G 7 O-ring JIS B B P7 JIS B B P8 JIS B B P8 8 O-ring JIS B B P. JIS B B P JIS B B P8 9 Backup ring JIS B 7 Spiral P. JIS B 7 Spiral P JIS B 7 Spiral P8 F-5

10 Throttle Valve with Rotary Type Deceleration Valve (with Temperature Compensation Control) Nominal Maximum operating pressure MPa {f/cm } - SFD Applicable fluid code No designation: Petroleum-based hydraulic uid, water-glycol hydraulic uid F: Phosphate ester hydraulic uid Model No. SFD: S series throttle valve with deceleration valve Connections G: Gasket mount type T: Screw connection type The temperature compensation control maintains the set flow rate regardless of changes in the fluid temperature. Available in a variety of configurations according to the moving direction of the table and piping direction. Capable of controlling the sequence: rapid forward slow forward rapid return. F- Free flow Flow rate adjustment range* Check valve Cracking pressure MPa {f/cm } SFD- - ¼. to.5 5 {5}. {} SFD-G -. to.5. Note: * The flow rate adjustment range indicated are the values when the pressure difference between the inlet and outlet ports is MPa { f/cm }. Accessories (gasket mount type) Model No. head cap bolt N m {f cm} SFD-G M5 5.5 to 7.5 {55 to 75} SFD-G M 5 to.5 { to 5} Nominal : ¼ : <Applicable to connection type G only> 5 Deceleration operation type R: Counterclockwise (leftward) rotation to close the rotary valve L: Clockwise (rightward) rotation to close the rotary valve Design No. (The design No. is subject to change) Performance curves (viscosity: mm /s {cst}) SFD- Pressure difference between inlet and outlet ports: MPa { f/cm } Flow rate (cm /min) IN OUT Fully Scale open Pressure drop (MPa) { f/cm }..8 IN OUT. Deceleration valve fully open, throttle fully closed. Use the valve in combination with a line filter with a filtration accuracy of μm or better. SFD- is equipped with the check valve locking structure. Lock the check valve to throttle the flow in both directions: IN OUT and OUT IN. To lock the check valve, loosen the lock nut and fully screw in the spring support (part No. in the sectional structural diagram), then retighten the lock nut. The spring support is normally set at a rotational position where it is loosened by one full turn from the fully tightened position. Pressure drop characteristics OUT IN (free flow) Deceleration valve fully open, throttle fully closed. OUT IN (free flow) Deceleration valve fully closed, throttle fully closed 5 5 Flow rate () Fluid temperature - Flow rate characteristics Rate of increase (%) Oil temperature: 5 C Oil temperature: C. Oil temperature: C Standard flow rate ()

11 Check Valve (for SF-G, ST-G) These check valves are for flow control valve SF-G and throttle valve ST-G to be stacked below SF-G or ST-G. IN OUT - SMC Applicable fluid code No designation: Petroleum-based hydraulic uid, water-glycol hydraulic uid F: Phosphate ester hydraulic uid Model No. SMC: Check valve for S series ow control valve 5 Nominal : ¼ Cracking pressure code 5:.5 MPa {.5 f/cm } Design No. (The design No. is subject to change) F FLOW CONTROL VALVES Nominal Maximum operating pressure MPa {f/cm } Maximum flow rate Cracking pressure MPa {f/cm } SMC--5- ¼ 7 {7}.5 {.5}.5 Mounting bolts are not provided with the valve. Use the bolts indicated below. Stack valve model head cap screws N m {f cm} SF-G M 8 to.5 { to 5} ST-G M to.5 { to 5} Order SF-M separately as the sub-plate. Refer to Page S-7 for the dimensions of the sub-plate. Sectional structural diagram SMC- Performance curves (viscosity: mm /s {cst}) Pressure drop characteristics Pressure drop (MPa) { f/cm } Flow rate () 5 Sealing part table Part No. Name Part speci cations O-ring JIS B B P9 7 O-ring JIS B B P 7 F-9

12 Flow Control Valve with Digital Handle Digitally displays the rotational position of the pressure adjusting handle. Extremely convenient in applications where frequent pressure adjustment is required Scale change per revolution Handle turning torque N m {f cm}. {} maximum. Flow control valve - JF - G - - D Throttle valve - HDFT - D 5 Option code D: With digital handle Direction of the digital handle U: Digital scale oriented upward D: Digital scale oriented downward R: Digital scale oriented leftward L: Digital scale oriented rightward Note: With JF(C)-G, it is not possible to select the specifications with the digital handle if specifications with the flow rate adjustment handle locking key (option code: L) are selected. F-

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