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FNG-G-02B Speed Control Valve
FNG-G-02B speed control valve is a flow regulation device based on hydraulic control technology. It has pressure compensation function and can maintain the flow rate when the load changes, thereby ensuring the constant movement speed of the hydraulic actuator. The following is a detailed analysis of this model of speed control valve:
1. Product Features
The pressure compensation function automatically compensates the impact of load changes on the flow rate through the series combination of a fixed-difference pressure reducing valve and a throttle valve, so that the pressure difference between the front and rear of the throttle valve remains constant.
When the load increases, the pressure reducing valve automatically adjusts to increase the inlet pressure of the throttle valve to maintain stable flow; when the load decreases, the pressure reducing valve reduces the inlet pressure accordingly to ensure that the flow remains unchanged.
Flow stability When the load changes, the flow rate through the speed control valve is kept constant through the pressure compensation mechanism to avoid speed instability caused by load fluctuations.
Structure and working principle structure: consists of valve body, pressure reducing valve spool, pressure reducing valve spring, throttle valve spool, throttle valve spring, adjustment rod and speed control handle.
Working principle: Pressure oil enters from the oil inlet, and then enters the throttle valve after being reduced through the pressure reducing valve, and then throttles through the axial triangular groove of the throttle valve and flows out. Turning the speed control handle can adjust the position of the throttle valve spool, thereby changing the flow rate.
2. Technical parameters and specifications
Model description: FKC: indicates one-way speed control valve (pressure compensation type).
G: The installation method is plate-type installation.
02: Flow adjustment range identification.
B: May indicate a specific flow port direction or configuration.
Flow range: Usually suitable for hydraulic systems with small and medium flow rates. The specific flow range must refer to the product manual or technical parameter list.
III. Application scenarios
Hydraulic transmission systems are suitable for hydraulic systems that require precise control of the speed of actuators, such as machine tools, injection molding machines, die-casting machines, etc.
Construction machinery is used in construction machinery such as excavators and cranes to control the speed of hydraulic cylinders or hydraulic motors to ensure operation stability and safety.
Automation equipment is used in automated production lines to control the speed of hydraulic actuators and achieve precise process control.
4. Purchase and use suggestions
Select the model according to the system requirements and parameters such as the flow rate, pressure and working temperature of the hydraulic system, and select the appropriate speed control valve model.
Pay attention to the installation and commissioning of the speed control valve must be ensured to be installed in the correct direction to avoid faults caused by improper installation.
During debugging, the flow rate of the speed control valve must be adjusted according to the actual working conditions to ensure stable system operation.
Regular maintenance and maintenance Check the working status of the speed control valve regularly, clean the valve body and valve core to ensure its normal operation.
If leakage or abnormal noise is found, it needs to be repaired or replaced in time.
FNG-G-02B speed control valve is a flow regulation device based on hydraulic control technology. It has pressure compensation function and can maintain the flow rate when the load changes, thereby ensuring the constant movement speed of the hydraulic actuator. The following is a detailed analysis of this model of speed control valve:
1. Product Features
The pressure compensation function automatically compensates the impact of load changes on the flow rate through the series combination of a fixed-difference pressure reducing valve and a throttle valve, so that the pressure difference between the front and rear of the throttle valve remains constant.
When the load increases, the pressure reducing valve automatically adjusts to increase the inlet pressure of the throttle valve to maintain stable flow; when the load decreases, the pressure reducing valve reduces the inlet pressure accordingly to ensure that the flow remains unchanged.
Flow stability When the load changes, the flow rate through the speed control valve is kept constant through the pressure compensation mechanism to avoid speed instability caused by load fluctuations.
Structure and working principle structure: consists of valve body, pressure reducing valve spool, pressure reducing valve spring, throttle valve spool, throttle valve spring, adjustment rod and speed control handle.
Working principle: Pressure oil enters from the oil inlet, and then enters the throttle valve after being reduced through the pressure reducing valve, and then throttles through the axial triangular groove of the throttle valve and flows out. Turning the speed control handle can adjust the position of the throttle valve spool, thereby changing the flow rate.
2. Technical parameters and specifications
Model description: FKC: indicates one-way speed control valve (pressure compensation type).
G: The installation method is plate-type installation.
02: Flow adjustment range identification.
B: May indicate a specific flow port direction or configuration.
Flow range: Usually suitable for hydraulic systems with small and medium flow rates. The specific flow range must refer to the product manual or technical parameter list.
III. Application scenarios
Hydraulic transmission systems are suitable for hydraulic systems that require precise control of the speed of actuators, such as machine tools, injection molding machines, die-casting machines, etc.
Construction machinery is used in construction machinery such as excavators and cranes to control the speed of hydraulic cylinders or hydraulic motors to ensure operation stability and safety.
Automation equipment is used in automated production lines to control the speed of hydraulic actuators and achieve precise process control.
4. Purchase and use suggestions
Select the model according to the system requirements and parameters such as the flow rate, pressure and working temperature of the hydraulic system, and select the appropriate speed control valve model.
Pay attention to the installation and commissioning of the speed control valve must be ensured to be installed in the correct direction to avoid faults caused by improper installation.
During debugging, the flow rate of the speed control valve must be adjusted according to the actual working conditions to ensure stable system operation.
Regular maintenance and maintenance Check the working status of the speed control valve regularly, clean the valve body and valve core to ensure its normal operation.
If leakage or abnormal noise is found, it needs to be repaired or replaced in time.
