Slide Gate Engineering Guide
KWS Slide Gates are used to control the discharge of bulk materials from hoppers, bins, silos or conveyors. Slide Gates consist of a rigid frame with a slide plate located inside that opens and closes against the flow of material. The slide plate can be actuated by manual, pneumatic, electric or hydraulic means. The slide plate is supported by frictionless rollers to allow for easy actuation. The slide gate assembly utilizes bolted covers on both the top and bottom to create a dust-tight enclosure while allowing easy access for maintenance. KWS Slide Gates are a great complement to our bulk material handling and processing equipment.Slide Gates Engineering Guide – Index
Features & Benefits
Typical Applications for Slide Gates
- Located at intermediate discharge points on conveyors for evenly loading trucks
- Located at the discharge of a silo to cut-off the flow of bulk materials to a feeder
- Located below a centrifuge to divert liquids to a drain and solids to downstream shaftless crew conveyors
Frequently Asked Questions
What is a Slide Gate?
A slide gate is a mechanical device used to control the flow of bulk materials from conveying equipment, bins, hoppers, silos, and chutes. Slide gates operate by moving a flat plate, or blade, across an opening to start, stop, or restrict bulk material flow. They are commonly used as isolation devices to shut off bulk material flow for maintenance or emergency shut down situations.
Slide gates can be manually operated or actuated using pneumatic, hydraulic or electric linear actuators. While some slide gates are designed for simple on/off service, others are engineered to regulate bulk material flow by precisely controlling the slide plate position.
Can slide gates actuate under a load?
Slide gates can be engineered to perform reliably under a wide range of operating conditions. By considering design factors such as material density and the height of material above the gate, the appropriately sized actuator can be selected to ensure smooth and consistent operation in loaded applications.
