Electro-Hydraulic Plow Discharger
HSX electro-hydraulic plow dischargers divert bulk material from a running conveyor at selected discharge points. The belt-mounted mechanism is engineered for continuous operation in coal, cement, mining, and port material-handling lines.
Model Series & Engineering Parameters Custom Engineered
| Configuration | Primary Function | Material / Media | Drive / Control | Engineering Status | Documentation | |
|---|---|---|---|---|---|---|
| Custom build | Custom build | Single-sided and double-sided discharge | Selected for site duty | Configured to order | Engineered to order | Available on request |
Ordering Nomenclature Guide: Electro-Hydraulic Plow Discharger - [Configuration] - [Capacity / Size] - [Drive / Control] - [Site Duty].
Engineered for Single-Sided And Double-Sided Discharge
HSX configures each unit around coal yards, power plants, cement lines, and bulk distribution centers, with engineering data confirmed during the technical quotation process.
Application-Matched Configuration
Equipment geometry, materials, and drive arrangement are selected around the actual process duty and installation constraints.
Heavy Industrial Construction
Structural components and wear surfaces are specified for continuous bulk material handling environments.
Integration-Ready Controls
The operating and feedback interface can be coordinated with the existing plant control system.
Engineering Support with RFQ
Final dimensions, capacities, and technical drawings are confirmed with the engineering quotation.
Proven in Severe Plant Environments
Delivering high thrust and zero-drift actuation across critical heavy industrial facilities.
Mining & Minerals
Configured for abrasive materials, continuous duty, and demanding transfer points.
Cement & Clinker
Supports enclosed, high-cycle conveying and process control in cement plants.
Power & Metallurgy
Designed around hot, dusty, and heavy industrial process sections.
Ports & Bulk Logistics
Adapted to conveyor, storage, loading, and transfer operations.
