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- With pressure compensation, it maintains accurate flow control regardless of changes in primary and secondary pressure. Two types are available: series type (2-way) and bypass type (3-way). - The controlled flow rate can be kept constant within a slight margin of error, unaffected by operating pressure and hydraulic oil viscosity.

- It is a flow control valve with pressure compensation that provides a flow rate proportional to the electrical signal. - It is resistant to surge pressure and has durability. - It is equipped with a pressure compensator and a stabilizer that maintains a constant flow rate even when the solenoid resistance changes due to heat. - The speed of the actuator can be continuously controlled in proportion to the electrical command signal, enabling excellent acceleration and deceleration control in automatic driving circuits. - In the three-way type, an energy-saving load sensing circuit can be configured in conjunction with a fixed pump.

- It is a flow control valve that works in one direction only. - The hydraulic oil flows freely until the set flow rate is reached, and once it reaches the set value, it maintains a constant flow regardless of the differential pressure. - There is also a super compact cartridge type available. - It is a two-way flow control valve that is ideal for adjusting the speed of single-acting cylinders. - It can maintain a constant cylinder descent speed regardless of the size of the load.

- This valve can control the flow rate regardless of load pressure, maintaining a stable flow within the actuator and circuit. - It is most suitable for branching from a high-flow main circuit and limiting the flow rate (for example, in accumulator circuits, etc.).

- There are two types of ultra-compact steel diverter valves with a maximum operating pressure of 35 Pa: screw-in type and plate-mounted type. - It automatically controls to maintain equal flow rates even under uneven loading. - It is ideal for devices that require synchronization accuracy, such as lifters. - There are also types with different flow division ratios (1:2, 1:3, 1:5). - There are types compatible with ISO O-ring ports as well.

It can control high-pressure micro flow rates.

- It can be easily attached to the threaded parts of connection ports such as manifolds and cylinders. - It is a check valve with excellent sealing properties. - An inline (piping) type is also available. - An M-thread type is also available.

- This throttle valve can control the flow rate in the control circuit at a maximum operating pressure of 70 MPa. - The structure is of the slit type, and it can be equipped with a check valve that allows for either a simple throttle (without check) or free flow in one direction and controlled flow in the other direction. - The spindle is sealed by two packing seals, preventing external leaks during adjustment.

- The throttle valves type AVT, AVM, and CAV can completely block the flow. - These valves are used to reduce the pressure between the inlet and outlet to control the cylinder speed in the accumulator circuit and the flow rate in the control circuit, or as a protective function for pressure gauges.

The throttle valve type CAV can completely block the flow. It comes in various sizes and belongs to the group of flow control valves. These valves reduce the pressure between the inlet and outlet to control the cylinder speed in accumulator circuits or the flow within control circuits, and they also function as a protective feature for pressure gauges.

The throttle valves Type Q, QR, and QV are valves that control flow. This type comes in five different sizes and is used for flow control in accumulators and control circuits. The throttle type equipped with these types (covering the entire operating range) has higher resistance to degradation of hydraulic oil compared to types with annular gaps (there is no edge filter effect). Type FG allows for fine adjustment and can be used to adjust the switching time of directional control valves, prevent surge pressure, and dampen vibrations, among other applications. The amount of throttle can be adjusted by changing the length of the slot with a screw. These valves are of the "tool-adjustable" type only.

- This flow control valve can adjust the flow rate without being affected by the load. - There are 1-turn and 4-turn types available as knobs for flow adjustment. - It is a highly reproducible flow control valve. - The mounting size complies with ISO4401-03-02-05 (NG6). - The type SR2PC06 (2-way) has an optional built-in bypass check valve and an "anti-jump" function to avoid sudden initial flow.

- This flow control valve can adjust the flow rate without being affected by the load. - Flow control is adjusted by an orifice with a load balancing function. - The load balancing function can significantly reduce the input energy of the hydraulic system. - There are 2-way and 3-way cartridge types available.

- This flow control valve can adjust the flow rate without being affected by the load. - It is a highly reproducible flow control valve.

The monoblock SMBF for forklift control is a valve block designed based on customer requirements. The functions added for the lifting and all operations of the forks are proportionally controlled. This enables very high sensitivity and smooth sequential operations, unaffected by the load, thus adequately accommodating the movements of the forks, which require high reproducibility in automated processes and operator usability.