Flow Rating: The valve is designed to handle a maximum flow rate of [Insert maximum flow rate] units, ensuring efficient fluid control in hydraulic systems.
Pressure Rating: It can operate under high pressure conditions, with a maximum pressure rating of [Insert maximum pressure rating]. This allows the valve to withstand demanding environments and maintain consistent performance.
Valve Type: The DG4V-3S-6B-M-U-H5-60 is a spool-type flow control valve. It utilizes a sliding spool mechanism to adjust the flow rate of the fluid passing through it.
Control Method: This valve offers manual control, allowing operators to adjust the flow rate using a manual handle or knob. The precise control mechanism ensures accurate flow regulation.
Mounting Type: The valve follows a subplate mounting configuration. It can be easily integrated into hydraulic systems using industry-standard subplate mounting patterns.
Actuation Method: The valve can be actuated by a solenoid. The solenoid receives electrical signals to control the movement of the valve spool, enabling remote and automated flow control.
Moving on to the DG5V-7-2B-T-M-U-H5-40 flow control valve, let's explore its specifications:
Flow Rating: The valve is optimized for moderate flow rates, with a maximum flow rate of [Insert maximum flow rate]. It ensures precise control of fluid flow in applications requiring lower flow rates.
Pressure Rating: It has a maximum pressure rating of [Insert maximum pressure rating], allowing it to handle varying hydraulic pressure conditions efficiently.
Valve Type: The DG5V-7-2B-T-M-U-H5-40 is a poppet-type flow control valve. It employs a poppet mechanism to control the flow rate, providing reliable and consistent performance.
Control Method: Similar to the DG4V-3S-6B-M-U-H5-60, this valve offers manual control for adjusting the flow rate.
It provides operators with the flexibility to make accurate adjustments as per system requirements.
Mounting Type: The valve utilizes a manifold mounting configuration, which simplifies its installation and integration into hydraulic systems.
Actuation Method: The DG5V-7-2B-T-M-U-H5-40 can be actuated by a hydraulic pilot control. It receives hydraulic signals to control the opening and closing of the valve, allowing for precise flow regulation.
Both the DG4V-3S-6B-M-U-H5-60 and DG5V-7-2B-T-M-U-H5-40 flow control valves are engineered with high-quality materials and precision manufacturing techniques. These valves ensure reliable, efficient, and accurate flow control in a wide range of hydraulic applications, including industrial machinery, mobile equipment, and automation systems.
