Sludge Loading and Unloading Hopper Gate, Discharge Air Actuated Gape Gate Valve
Structural Features and Applications:The palate gate series features a simple structure, easy operation, thorough unloading, long service life, and flexible opening and closing. Made of steel plate welding, it is driven by an electric (hydraulic) push rod for smooth operation and low failure rate, capable of quickly cutting off the material flow. Widely used in industries such as construction materials, metallurgy, mining, power, chemicals, light industry, and grain, it serves as the unloading control device for various material discharge systems.
1. The DEZ type鄂式闸门 features a simple structure, constructed from steel plate welding. It is driven by electro-hydraulic power and gear transmission, ensuring smooth operation with a low failure rate. It is also easy to maintain and can quickly interrupt the material flow.
2. The HDEZ type environmental-friendly chevron gate features a fully enclosed structure, compact design, electro-hydraulic actuator drive, and gear transmission. It operates smoothly with a low failure rate, no jamming, and easy maintenance. It can quickly cut off the material flow while being environmentally friendly.
Operation Instructions for Electro-Hydraulic (Electric) Sluice Gate (Sluice Valves): Please note the medium flow direction marked on the gate body during installation. When connecting the flanges, a sealing gasket must be added and the bolts should be tightened evenly. Secondly, during operation, identify the switch direction of the winged gate plate and correctly wire the actuator. It is crucial to regularly lubricate all transmission parts during operation to extend the lifespan of the labial valve. Improper operation can increase the degree of wear on the labial valve.
Electro-hydraulic flat gate working principle: The electro-hydraulic flat gate is mainly composed of a frame, screw nut, handwheel, and gate plate. HandwheelThe sprocket rotates, causing the screw and nut along with the gate plate to move horizontally back and forth, thereby achieving the purpose of opening and closing the valve.
