How Self Leveling Valve Works?

How Self Leveling Valve Works?

How does the Self Leveling Valve work?

Self Leveling Valve, namely automatic diverter valve, is a valve designed to replace the mechanical system that maintains the balance ratio between the lifting and rotating movements of the front loader boom and bucket pistons.

How Self Leveling Valve Works?
Double Automatic Level valve is designed to be used in open center, closed center and load sensing systems. It can also be used with parallel or serial circuit valves. When connected to the parallel circuit valve, the system can self-balance or operate boom and bucket individually. When the auto level valve is installed in a system that uses a serial circuit valve, the boom reel must be upward from the bucket reel for the balancing valve to work properly. Loader control valve measurement and timing are important in ensuring good boom and bucket control in both conventional and self-leveling systems. The boom cylinder cavitation lags behind the "Entry to the Job Entry" measurement and the "Return to Work Area" measurement in the boom sub mode. Helps boom / bucket design to optimize attachment balancing using valves inside. If you have an application problem, let us help you solve it.

When the bucket roller is in the “neutral” and boom roller lift position, it enters flow B through the control valve. Port and outlet of the double level valve. Port of the double level valve to the head port of the boom cylinder. As the boom cylinder extends, the flow from the rod port is directed to the "C" port of the double level valve. The flow inlet port "C" can pass through the adjustable hole in the flow divider roller. The rate of flow division is determined by the adjustable hole size. Part of the flow, port E, bucket cylinder. The remaining flow passes from the “D” port to the control valve going back to the tank. The pressure in the bucket E port is directed through the cylinder elongate discharge roller and from the D port to the F port, which goes from the D port to the tank when the slide moves the discharge reel to allow flow from the rod end of the bucket.