High Quality
: Durable cast iron construction provides long-term usage, All spools are standard double acting with spring return in neutral position.
Quality Design
: Compact design, Release valve adjustable, Spring center to neutral all spools, Durable cast iron construction provides long-term usage, Handle can be mounted vertically or horizontally.
Easy to Install
: With its simple structure, and we provide a fully equipped installation kit , so you can install it easily.
High Efficiency
: The max pressure of this product is 250PSI and the max flow is 21GPM, so the working efficiency is high enough. It can save you a lot of time and energy.
Double Acting
: This product is used to operate double-acting cylinders, which will be more convenient and practical for you to use.
Automatic Reset
: The standard coil is spring-loaded and can be reset to the middle position, which is very easy to use.
3 Spool 11 GPM
: Equipped with 3 spools and G1/2 type inlet/outlet ports. Maximum pressure of this hydraulic is 3600 PSI, and maximum flow can reach 11 GPM.
Spring Return
: All slide valves are equipped with spring return, which can be reset to the neutral position with a slight shaking, which is easy to operate and convenient.
Double Acting
: Our hydraulic control valve is used to operate double-acting cylinders, which will be more convenient and practical when you use it.
Built to last
: It is made of high quality vermicular graphite cast iron with phosphating process, making it durable and lightweight, and it is not easy to rust and corrode, allowing it to stand the test of time .
Powerful function
: It can adjust the flow rate from 0 to 30 GPM to optimize system efficiency and avoid overloading or wasting energy. In addition, it can speed up or slow down the engine over a wide range, adapting to your needs and comfort. Once adjusted, it maintains a constant speed even in the event of load variations. Excess flow is returned to the tank or used to power another function.
Economical and practical
: It helps prevent system overload and reduce energy consumption by limiting the maximum flow rate and precisely controlling the flow rate, which helps improve overall energy efficiency.