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4WMM6 Manual Reversing Valve
The 4WMM6 manual reversing valve is a direction control valve widely used in hydraulic systems. It changes the flow direction of hydraulic oil by manually operating the handle, thereby controlling the movement direction of hydraulic actuators (such as hydraulic cylinders or hydraulic motors).
Main features
Structural type: 4WMM6 manual reversing valve is usually a slide valve structure, and the valve core moves axially in the valve body to realize the switching of the oil circuit.
Connection method: Mostly use plate connections, which are easy to install and integrate into hydraulic systems.
Operation method: By manually operating the handle, the valve core position switch is achieved, and the operation is simple and intuitive.
Slide valve function: It has a variety of slide valve functions (such as two-position three-way, two-position four-way, three-position four-way, etc.), and you can choose the appropriate functions according to system needs.
Reset method: You can optionally use a reset spring or positioner to ensure that the valve core can return to the initial position accurately after switching.
Technical parameters
Working pressure: Usually suitable for medium and high pressure hydraulic systems, the working pressure range may be 0-35MPa (refer to the product manual for specific parameters).
Flow range: The flow capacity depends on the valve diameter and design and can usually meet the needs of small and medium-sized hydraulic systems.
Working medium: Generally suitable for mineral oil-based hydraulic oil, the working temperature range is usually -20℃ to +80℃.
Application areas
4WMM6 manual reversing valve is widely used in hydraulic systems such as engineering machinery, metallurgical equipment, agricultural machinery equipment, ships, etc., and is used to control the movement direction of hydraulic actuators.
Precautions for selection and use
Selection basis: Select appropriate valve type and specifications based on the pressure, flow rate, working medium and other parameters of the hydraulic system.
Installation and commissioning: Ensure the installation is correct, and pay attention to the flexibility and sealing of the valve core during commissioning.
Maintenance and maintenance: Regularly check the wear of valve bodies, seals and other components, and replace damaged parts in a timely manner.
The 4WMM6 manual reversing valve is a direction control valve widely used in hydraulic systems. It changes the flow direction of hydraulic oil by manually operating the handle, thereby controlling the movement direction of hydraulic actuators (such as hydraulic cylinders or hydraulic motors).
Main features
Structural type: 4WMM6 manual reversing valve is usually a slide valve structure, and the valve core moves axially in the valve body to realize the switching of the oil circuit.
Connection method: Mostly use plate connections, which are easy to install and integrate into hydraulic systems.
Operation method: By manually operating the handle, the valve core position switch is achieved, and the operation is simple and intuitive.
Slide valve function: It has a variety of slide valve functions (such as two-position three-way, two-position four-way, three-position four-way, etc.), and you can choose the appropriate functions according to system needs.
Reset method: You can optionally use a reset spring or positioner to ensure that the valve core can return to the initial position accurately after switching.
Technical parameters
Working pressure: Usually suitable for medium and high pressure hydraulic systems, the working pressure range may be 0-35MPa (refer to the product manual for specific parameters).
Flow range: The flow capacity depends on the valve diameter and design and can usually meet the needs of small and medium-sized hydraulic systems.
Working medium: Generally suitable for mineral oil-based hydraulic oil, the working temperature range is usually -20℃ to +80℃.
Application areas
4WMM6 manual reversing valve is widely used in hydraulic systems such as engineering machinery, metallurgical equipment, agricultural machinery equipment, ships, etc., and is used to control the movement direction of hydraulic actuators.
Precautions for selection and use
Selection basis: Select appropriate valve type and specifications based on the pressure, flow rate, working medium and other parameters of the hydraulic system.
Installation and commissioning: Ensure the installation is correct, and pay attention to the flexibility and sealing of the valve core during commissioning.
Maintenance and maintenance: Regularly check the wear of valve bodies, seals and other components, and replace damaged parts in a timely manner.
