详情描述

Electric Rod Gate Valve, DPZ-500 Electro-Hydraulic Actuator Plate Valve, Coal Storage Truck Loading Check Valve

Structural Features and Applications:

   Hinged gate series features simple structure, easy operation, and material discharge  Long service life, flexible operation, and采用   Welded from steel plate, driven by an electric (hydraulic) push rod, operates smoothly with low failure rate, capable of quickly cutting off the material flow. Widely used in construction materials, metallurgy, mining, power, chemicals, light industry, grain, and other industries, it serves as the unloading control device for various material discharge systems.

Key Performance Parameters

1Applicable Medium: Crystals, solid particle materials, powdered materials.

2Application Temperature:≤300°C

3Medium Flow Rate:≤28m/s

4Power Voltage:380V50Hz

5Adjustment Characteristic: Two-position switch

6Electro-hydraulic Push Rod Model:DGSeries Electric Push RodsDYTSeries Electro-Hydraulic Push Rod

Electro-hydraulic bucket type discharging valve incorporates   Carbon steel welded forming, structure Operates flexibly and reliably without any jamming issues. Equipped with different drive systems, it can meet various working conditions.

Electro-hydraulic flip gate unloading valves utilize electric actuators with overload protection to prevent motor burnout. They can be remotely operated or programmatically controlled, and offer reciprocating stroke capabilities. Adjustable positioning with self-locking feature.

The electro-hydraulic diaphragm discharge valve features an electro-hydraulic actuator with full hydraulic transmission, allowing for stepless speed adjustment of both thrust and pull force.

Electro-hydraulic gate-type discharge valve structural features and applications:

This electro-hydraulic bucket-type discharge valve features a simple structure, easy operation, and efficient unloading.  Long service life, flexible operation, and wide application in industries such as metallurgy, construction materials, mining, and power.