9YQ-1250 Round Hay Baler 1250mm Pickup Width CE Certified Trailed Baler

Agile 1250mm Spring Tooth Pickup | Direct Feeding Mechanism | High-Density 16-Roller Drum Chamber

Field Operation Advisor: Agility Meets High Density

In medium-scale pastoral farming and diverse topographical conditions, massive harvesting equipment is often a liability. The 9YQ-1250 trailed round baler is specifically engineered to bridge the gap between compact maneuverability and industrial-grade compression. Designed to efficiently collect and bale wheat straw, rice straw, alfalfa, and pasture grasses, it guarantees operational uptime where larger machines struggle.

The 9YQ-1250 distinguishes itself with a streamlined Direct Spring Tooth Feeding Mechanism. By eliminating complex cross-augers, material travels a shorter distance from the field into the 16-roller compression chamber. This drastically reduces the risk of crop wrapping and mechanical blockages, ensuring a continuous flow. The resulting 800mm diameter bales are highly dense, easy to handle with standard front-end loaders, and perfectly sized for daily rationing in mid-sized cattle and sheep operations.

9YQ-1250 Technical Parameters

Market Trends: Precision Feed Rationing

As the livestock industry shifts towards precise Total Mixed Ration (TMR) feeding, the demand for easily manageable forage sizes has skyrocketed. Massive 500kg bales often lead to feed spoilage once opened on medium-sized farms. The 9YQ-1250 addresses this trend perfectly. By producing compact, highly dense 800x1250mm bales, farm managers can process one complete bale per feeding cycle, ensuring the forage remains fresh, palatable, and nutritionally intact, directly impacting herd health and yield.

Emerging Market Adaptation: Mud & Humidity

In regions like Southeast Asia and Latin America, sudden downpours create muddy, high-humidity field conditions that cause heavy machinery to sink and stall. The 9YQ-1250 is engineered with an ultra-lightweight 1000 kg chassis, drastically reducing soil compaction and allowing standard 40kW tractors to navigate muddy paddy fields without bogging down. Furthermore, the exterior panels and internal roller bearings are treated with high-grade anti-corrosion coatings to withstand relentless tropical humidity and prevent premature rust degradation.

Working Principle & Maintenance Insights

Mastering the mechanical flow guarantees peak uptime during narrow harvest windows:

• Gathering & Direct Feeding: The 1250mm spring-tooth pickup lifts the swath directly into the roller chamber. Failure Prevention: Always operate the PTO within the rated 540 RPM range and match ground speed to swath thickness to prevent material buildup in front of the pickup.
• Chamber Rolling & Compression: The 16 steel rollers aggressively grip and tumble the forage, building immense core density. Failure Prevention: Adhere to the daily grease schedule for all 16 roller bearings. A seized bearing can cause drive chain snapping and severe chamber friction.
• Rope Tying & Ejection: Upon reaching maximum density, the automatic rope tying system triggers. The hydraulic tailgate opens to eject the bale. Failure Prevention: Verify twine tensioners daily. Loose tension causes slipped knots, while overly tight tension causes the twine to snap during the wrapping cycle.

Application Matrix & Moisture Guidelines

The 9YQ-1250 handles a vast array of crops, producing perfectly round 800x1250mm bales. For optimal fermentation and safe storage, follow these moisture parameters:

• Tractor Matching: Highly efficient design requires only a medium tractor outputting 40.4 to 60 kW (Approx 55-80 HP), minimizing fuel overhead.
• Alfalfa & Legumes: Optimal baling moisture is 17%-23%. The steel rollers preserve the protein-rich leaves far better than aggressive belt balers.
• Gramineous Forage & Wheat Straw: Target 10%-23% moisture. The direct feed mechanism easily processes dry, slick straw without intake blockages.
• Field Topography: Safely operates on undulating terrain and slopes ≤8°, making it ideal for hilly pasturelands.