DYTF Split-Type Electro-Hydraulic Push Rod, Hydraulic Push Rod, Electric Hydraulic Push Rod

Electro-hydraulic push rods are widely used in metallurgy, mining, power, coal, machinery, transportation, grain, chemicals, cement, water conservancy, building materials, and transportation sectors, serving as a universal power source.Electro-hydraulic actuator working principle: An electro-hydraulic push rod is a new type of integrated flexible transmission mechanism that combines machinery, electricity, and fluid power. It consists of an actuator (cylinder), a control mechanism (hydraulic control valve group), and a power source (pump motor, etc.). Depending on the installation space on-site and the user's application, the electro-hydraulic push rod can come in various structural forms (specifically see the electro-hydraulic push rod's external dimensions diagram; custom styles are also available upon user request). The motor drives a bidirectional hydraulic pump to output pressure oil in both directions through forward and reverse operation, via hydraulic Valves deliver to the hydraulic cylinder, also realizing reciprocating motion of the piston rod. Electro-hydraulic push rod structure: The hydraulic control valve assembly mainly consists of overflow valves, one-way suction valves, flow control valves (as per customer requirements), and hydraulic lock valves (check valves), etc. It can also be designed with different functional circuit combination valves based on the working characteristics of the electro-hydraulic push rod to meet its operational requirements. Generally, there are self-locking options for pushing out, pulling back, and both pushing and pulling; operating speeds include adjustable and non-adjustable types; the working angle of the electro-hydraulic push rod includes horizontal push, upward push (including diagonal upward), and downward push (including diagonal) Downward) etc.

Hydraulic Push Rod Features:

（1) Compact structure, easy installation, minimal space required, and simple maintenance.

（2) Capable of starting under load with overload protection.

（3) The circuit is equipped with a bidirectional hydraulic lock, allowing it to stop at any position within the specified travel range and self-lock, while maintaining a constant output force. 4) Push-pull force and speed (as per customer requirements) are infinitely adjustable, with a wide range of driving force.

（5) In case of power outage, the push rod locks automatically to prevent accidents.

（6) Full hydraulic transmission ensures sensitive operation and smooth running, effectively cushioning external impact forces. Stroke control (≥0.5mm). 7) Integrated mechanical, electrical, and hydraulic full-sealed structure; working oil circuit circulates within a pressure-free enclosed steel cylinder. Compact, no leakage, and dustproof and waterproof in harsh working conditions; internal parts are corrosion-resistant, resulting in a long service life.