24 m³ Dual-Auger Vertical Truck-Mounted TMR Feed Mixer NM400 Steel
Designed for large-scale livestock ranches and dairy farms requiring high-volume mobile feed preparation and distribution.
General Information
Place of Origin: China, Shandong, Qingdao
Brand: UHAND
Model: 2TRK-24
Min. Order: 1 Unit
Delivery Time: 30-60 days
Payment Terms: T/T
Product Overview
The UHAND 2TRK-24 is a heavy-duty, high-output truck-mounted mixer built for the rigorous demands of large-scale livestock production. Boasting a massive 24 m³ capacity, it stands as a mobile feed preparation powerhouse. Its reinforced dual-auger system, increased ground clearance, and multi-axle stability are engineered for high-volume throughput, reliable performance in challenging conditions, and efficient operation across extensive farmsteads.
Frequently Asked Questions
What tractor power is required to operate the 2TRK-24 effectively?
Due to its large capacity and dual-auger system, a high-horsepower tractor is essential. We recommend a minimum of 280-350 HP to ensure sufficient PTO power for efficient mixing and to handle the significant draft load during transport.
How does the increased number of tires (10) benefit the operation?
The 10-tire configuration significantly improves weight distribution, reducing ground pressure. This enhances flotation on soft ground (e.g., muddy lanes) and improves overall stability and safety during transport, especially when fully loaded.
Can the mixing time be adjusted or monitored from the tractor cab?
While basic PTO engagement is controlled from the tractor, advanced models can be equipped with optional remote controls or monitoring systems that allow the operator to start/stop the mixing process and sometimes monitor parameters from the cab.
What are the key considerations for daily operation and safety?
Key points include: ensuring the towing tractor is adequately sized and ballasted, performing pre-operation checks on tires and lights, engaging the PTO at recommended engine RPMs, and always following safe practices for loading and unloading to avoid uneven weight distribution or tipping hazards.