Electric Three-Wheel Auger Feed Cart

The Electric Three-Wheel Auger Feed Cart is a mobile feeding vehicle developed for transporting and distributing dry feed inside commercial pig houses. It combines a battery-powered three-wheel chassis, feed hopper and motor-driven auger discharge system in one compact unit.

The electric drive reduces manual feed handling, while the auger transfers feed from the hopper to the discharge outlet at a controlled rate. Bilateral feeding configurations allow feed to be delivered to troughs on either side of the aisle.

Multiple chassis widths and hopper capacities are available for narrow nursery, gestation and finishing-house aisles. An optional loading auger or feed elevator can further reduce manual loading requirements.

• Battery-powered three-wheel chassis for mobile feeding inside livestock buildings.
• Auger screw conveyor provides rapid and controlled feed discharge.
• Adjustable discharge rate helps match feed delivery to different pens.
• Bilateral discharge configuration available for feeding on both sides of an aisle.
• Narrow-body models are suitable for restricted pig-house passageways.
• Available in multiple load capacities for different commercial farm scales.
• Suitable for powder feed, pellets, feed ingredients and compatible moderately moist materials.
• Stainless steel feed-contact construction available for improved hygiene and corrosion resistance.
• Electric operation reduces exhaust emissions and noise inside enclosed pig houses.
• Optional loading elevator or auger reduces manual hopper filling.

• Electric Three-Wheel Chassis: Provides transport and maneuverability along livestock-house aisles.
• Feed Hopper: Stores dry feed or compatible feed ingredients during distribution.
• Horizontal Auger: Moves material from the hopper toward the discharge section.
• Discharge Auger: Transfers feed outward toward the selected feeding side.
• Discharge Spout: Directs feed accurately into troughs or feeding areas.
• Drive Motor: Powers the auger conveying system.
• Rechargeable Battery: Supplies electrical energy for travel and feed distribution.
• Operator Controls: Control vehicle movement, discharge operation and feeding rate.
• Optional Loading Conveyor: Transfers feed from storage or preparation equipment into the hopper.

Feed is loaded into the hopper manually or through an optional loading system. The rechargeable electric drive then moves the three-wheel cart from the feed room through the pig-house feeding aisle.

When the cart reaches a feeding position, the operator activates the auger. The screw conveyor moves feed from the hopper toward the discharge outlet and delivers it into the trough.

The discharge speed can be adjusted according to the required feed quantity and travel speed. On bilateral models, the discharge arrangement can serve feeding positions on either side of the vehicle.

• Nursery pig houses
• Grower and finishing pig houses
• Sow gestation units
• Breeding pig farms
• Manual-to-mechanized feeding upgrades
• Narrow-aisle livestock buildings
• Large and medium commercial pig farms
• Steel-structure pig houses
• Feed room to barn transportation
• Farm renovation projects without permanent automatic feed lines

• Vehicle width according to pig-house aisle dimensions
• Hopper capacity and rated load
• Stainless steel hopper construction
• Single-side or bilateral discharge
• Auger diameter and discharge capacity
• Variable discharge-speed control
• Battery capacity and electric drive configuration
• Optional feed-loading elevator
• Discharge spout height and orientation
• Customizable according to project requirements

Commissioning:

• Confirm barn aisle width, turning radius, floor condition and required feed capacity before model selection.
• Fully charge the traction battery before initial operation.
• Check steering, brakes, tires and drive controls before loading feed.
• Test the auger without load and confirm the correct rotation direction.
• Adjust the discharge speed according to feed type and required delivery rate.
• Verify clearance around the discharge auger before entering livestock areas.

Maintenance:

• Remove residual feed from the hopper and auger after feeding when necessary.
• Inspect auger flighting, bearings and drive components periodically.
• Keep foreign objects away from the auger and discharge outlet.
• Check electrical wiring, switches and motor connections regularly.
• Inspect tires, brakes and steering components before routine operation.
• Maintain the battery according to the battery manufacturer's instructions.
• Clean feed-contact surfaces according to the farm biosecurity program.

Q: What is the Electric Three-Wheel Auger Feed Cart used for?
A: It is designed to transport feed from the preparation or storage area and mechanically distribute it into pig troughs along the feeding aisle.

Q: How does the cart discharge feed?
A: An electric motor drives the screw auger, which conveys feed from the hopper to the discharge outlet.

Q: Can it feed both sides of the aisle?
A: Yes. Bilateral discharge configurations are available for projects with troughs positioned on both sides of the vehicle.

Q: Is it suitable for narrow pig-house aisles?
A: Yes. Reference vehicle widths include approximately 800, 900, 1000 and 1200 mm, allowing model selection according to barn layout.

Q: What feed can the auger handle?
A: It is suitable for common pig powder feed, pellets, feed ingredients and other compatible materials. Final auger configuration should be matched to feed flowability and moisture content.

Q: Can the cart load feed automatically?
A: Yes. An optional loading auger or elevator can transfer feed into the hopper and reduce manual handling.

Q: What capacities are available?
A: Comparable reference models include approximately 500, 800 and 1000 kg load classes. Other configurations are available according to project requirements.

Q: What information is required for a quotation?
A: Please provide pig-house aisle width, required feed load, feed type, feeding distance, single-side or bilateral discharge requirement, slope conditions, required quantity and project location.