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Solenoid flow control valves

Solenoid flow control valves

A solenoid flow control valve is a common component in hydraulic systems and is used to regulate or restrict the flow rate of fluid. The valve does not directly affect the pressure, but instead controls how quickly a function is performed—for example, how fast a cylinder moves or how quickly a hydraulic motor rotates. Flow control valves are used to manage the flow in one or more functions, for instance by restricting flow, distributing it to multiple functions or prioritizing flow to a specific function.

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Flow control valve

2 ports, FLeX series, electro-proportional throttle, flow 2-1, pilot operated, normally closed. Coil options low power 3000 psi, high power 5000 psi or explosion proof.

Model
Cavity
Nominal Capacity
T-162A
20 lpm (5 gpm)
PDF
STP
T-162A
20 lpm (5 gpm)
PDF
STP
Flow control valve

2 ports, FLeX series, electro-proportional throttle with reverse flow check, flow 2-1, pilot operated, normally closed. Coil options low power 3000 psi, high power 5000 psi or explosion proof.

Model
Cavity
Nominal Capacity
T-162A
20 lpm (5 gpm)
PDF
STP
T-162A
20 lpm (5 gpm)
PDF
Flow control valve

2 ports, FLeX series, electro-proportional throttle, flow 2-1, pilot operated, normally open. Coil options low power 3000 psi, high power 5000 psi or explosion proof.

Model
Cavity
Nominal Capacity
T-162A
20 lpm (5 gpm)
PDF
T-162A
20 lpm (5 gpm)
PDF
Flow control valve

2 ports, FLeX series, electro-proportional throttle with reverse flow check, flow 2-1, pilot operated, normally open. Coil options low power 3000 psi, high power 5000 psi or explosion proof.

Model
Cavity
Nominal Capacity
T-162A
20 lpm (5 gpm)
PDF
T-162A
20 lpm (5 gpm)
PDF
Flow control valve

2 ports, FLeX series, electro-proportional throttle with blocking poppet valve, flow 2-1, direct-acting, normally open. Coil options high power 5000 psi or explosion proof.

Model
Cavity
Nominal Capacity
T-162A
2,6 gpm (9,8 lpm)
PDF
Flow control valve

3 way, Direct acting, Electro-proportional, Bypass/Restrictive Priority Flow Control Valve

Model
Cavity
Nominal Capacity
T-17A
15 gpm (60 lpm )
PDF
STP
T-17A
22 gpm (88 lpm)
PDF
STP
T-17A
15 gpm (60 lpm )
PDF
STP
Flow control valve

4 ports, normally closed, dual path, proportional throttle

Model
Cavity
Nominal Capacity
T-52AD
30 gpm (120 lpm)
PDF
STP
T-52AD
15 gpm (60 lpm )
PDF
STP
T-53AD
50 gpm (200 lpm )
PDF
STP
T-53AD
25 gpm (95 lpm )
PDF
STP
Flow control valve

4 ports, normally closed, dual path, proportional throttle wth position indicating switch

Model
Cavity
Nominal Capacity
T-52AD
30 gpm (120 lpm)
PDF
STP
T-52AD
15 gpm (60 lpm )
PDF
STP
T-53AD
50 gpm (200 lpm )
PDF
STP
T-53AD
25 gpm (95 lpm )
PDF
STP
Fullt justerbar prioritetsventil
Flow control valve

3 way, Direct acting, Electro-proportional, Bypass/Restrictive Priority Flow Control Valve

Model
Cavity
Nominal Capacity
T-17A
17 gpm (66,5 lpm)
PDF
STP
Flow control valve

Pilot-operated, normally closed, electro-proportional throttle with reverse flow check – (740 Series).

Model
Cavity
Nominal Capacity
T-18A
114 gpm (431 lpm)
PDF
STP

Electric control

To enable electric control, the flow control valve is combined with a solenoid coil. Solenoid coils from Sun Hydraulics are available in various models with different connector types and voltage options, providing high flexibility for adaptation to different applications. The solenoids are compatible with both on/off functions and proportional control. For proportional control, the XMD controller is recommended, which can be easily configured via a mobile app or computer software.

One-way or two-way

Flow control valves are available in two basic types: one-way (unidirectional) and two-way (bidirectional). A one-way flow control valve regulates flow in one direction only, while allowing unrestricted flow in the opposite direction. In contrast, a two-way flow control valve is used when flow needs to be controlled in both directions, making it ideal for applications where movement or pressure must be regulated both ways.

Proportional or on/off control

Proportional flow control valves are operated by an electrical signal and allow for precise, stepless regulation of flow, providing a higher degree of control and accuracy. The valve opens only to the extent corresponding to the level of the control signal. On/off flow control valves, on the other hand, are either fully open or fully closed. These are suitable for simpler applications where exact flow regulation is not required.

Safety and energy efficiency

Flow control valves can also serve as overload protection in a system. If the flow becomes too high, the valve can automatically reduce it to protect other components from damage due to excessive load or pressure. Additionally, these valves can contribute to energy savings by reducing unnecessary flow, thereby lowering the system’s overall energy consumption.

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