EP-9YG-1.0 Round Baler

Description

In the field of agricultural equipment, the EP-9YG-1.0 Round Baler represents a specialized towed implement engineered for transforming dispersed crop residues and forages into tightly packed cylindrical bundles. This model prioritizes operational simplicity and structural integrity, effectively mitigating issues such as uneven material flow and suboptimal bundle density. It is particularly suited for small to medium-scale farming operations, where it complements tractors in the 48-80 kW range to enhance productivity during harvest seasons.

Authority Certification: Developed and produced in full accordance with GB/T 14290-2021 national standards for round balers, supervised by the National Technical Committee for Agricultural Machinery Standardization and the Ministry of Industry and Information Technology. Comprehensive assessments by the China Agricultural Machinery Testing Center—a body accredited under CMA and CNAS—confirm that performance metrics, including bundle consistency and system durability, exceed established benchmarks. Proprietary advancements in material handling and compaction are protected through national utility model patents (ZL 2025 2 0456789.0; ZL 2025 2 0456790.4). The manufacturer holds “High-Tech Enterprise” designation from the Ministry of Science and Technology, with production processes certified to ISO 9001 for quality assurance and ISO 14001 for environmental stewardship, underscoring commitment to superior manufacturing standards.

Technical Parameters of the EP-9YG-1.0 Round Baler

 

Core Strengths and Highlights

Enhanced Bundle Integrity

The 16-cylinder configuration with sensing oversight produces bundles at 115-200 Kg/m³, featuring solid interiors and balanced profiles that improve stability in transit and storage by over 25%, thereby decreasing material degradation.

Superior Throughput

The 1900 mm tine collector and layered intake sustain 40-100 bundles hourly across varied landscapes, empowering timely completion of harvest tasks amid seasonal constraints.

Advanced Mechanization

Complete auto-encasement streamlines processes, with dynamic adjustments countering disruptions and easing demands on personnel.

Enduring Construction

Weighing 2640 kg, the fortified elements and protected hydraulics surpass 600-hour failure intervals, ideal for rigorous applications.

Engineer’s Insight: Prototype evaluations revealed that the augmented roller count refines pressure distribution, yielding a 15% gain in compression uniformity for fibrous residues.

Working Principle

The EP-9YG-1.0 executes a systematic, automated procedure to form dense cylinders from scattered biomass.

Retrieval and Delivery Phase

Propelled forward, the spring-tine array elevates surface matter, channeling it through auger and rotor for uniform progression to the enclosure.

Pressing and Molding Phase

Inside the circular zone, 16 synchronized cylinders induce layering and intensification, regulated by detectors for precise outcomes.

Securing and Release Phase

Upon achieving dimensions, mesh is applied securely; the enclosure then opens for bundle expulsion, promptly restarting the sequence.

Engineer’s Insight: The integrated sensing mechanism adapts to input variations, cutting energy demands by 10% in inconsistent yield scenarios without sacrificing bundle quality.

Compatible Towing Vehicles

 

Exclusive Case Studies

A Heilongjiang farming collective handling 1,000 hectares integrated the EP-9YG-1.0, realizing a 30% acceleration in processing rates and eliminating significant interruptions, resulting in 150,000 RMB yearly savings on haulage and upkeep.

In New South Wales, Australia, a grazing enterprise noted denser outputs that curtailed delivery cycles by 20%, with the baler’s resilience to arid settings adding substantial value.

Engineer’s Insight: Operational logs demonstrate the pressure oversight sustains compaction amid fluctuating ambient conditions, elevating bundle marketability for international trade.

Related Product: Heavy-Duty PTO Shaft

This precision-engineered power take-off (PTO) shaft serves as a critical interface between the towing vehicle and the EP-9YG-1.0 Round Baler, ensuring seamless transmission of rotational energy at a consistent 720 r/min. Constructed from high-strength 42CrMo alloy steel, it is designed to handle torque loads exceeding 500 Nm, making it suitable for demanding agricultural applications where peak stresses occur during initial engagement or with resistant crop materials.

Key Specifications

• Spline Configuration: 6-spline or 21-spline options for compatibility with standard tractor outputs.
• Length Range: Adjustable from 800 mm to 1500 mm to accommodate varying hitch distances.
• Protective Features: 1.5 mm thick reinforced plastic or metal guarding compliant with ISO 5673 safety standards, incorporating anti-rotation locks to prevent detachment hazards.
• Surface Treatment: Phosphate coating for enhanced corrosion resistance in humid or dusty environments.
• Dynamic Balancing: Tested at speeds up to 2500 r/min to minimize vibrations and extend component lifespan.

Core Advantages

1. Superior Torque Handling: The alloy composition provides over 40% greater torsional strength compared to standard carbon steel variants, reducing the risk of shear failures under heavy loads.
2. Operational Efficiency: Maintains power transfer efficiency above 95%, ensuring the baler’s 16 pressing elements receive adequate drive without slippage or energy loss.
3. Safety and Durability: Integrated overload clutch options protect against sudden jams, while the shielding design meets stringent regulatory requirements for operator protection.
4. Versatile Compatibility: Adaptable to a wide array of tractor models, with quick-release yokes for simplified installation and maintenance.

Engineer’s Insight: In laboratory simulations, the balanced design of this PTO shaft has demonstrated a 18% reduction in vibrational stress on the baler’s gearbox, contributing to extended maintenance intervals and lower overall ownership costs in continuous high-volume operations.

For optimal performance with the EP-9YG-1.0, we recommend selecting a PTO shaft matched to your tractor’s specific output specifications. Contact our technical support for customized recommendations or procurement details.

Frequently Asked Questions

Q1: What towing output is necessary for the EP-9YG-1.0?

A: 48-80 kW is standard; opt for the upper range with denser or wetter loads to maintain flow and equipment integrity.

Q2: Can compression levels be tailored?

A: Certainly, the sensing framework allows settings within 115-200 Kg/m³, calibrated through the interface for varied substrates or storage preferences.

Q3: Which materials does it accommodate?

A: Adaptable to pastures (e.g., clover, rye) and remnants (e.g., sorghum, barley stems), managing humidity up to 20% proficiently.

Q4: How to resolve potential flow interruptions?

A: The multi-tiered intake design curbs issues; adjust velocity downward for problematic conditions, with alerts facilitating quick interventions.

Q5: What upkeep protocols apply?

A: Routine residue clearance post-operation; apply grease every 10 hours; examine tensions, consumables, and lubricants periodically, with modular features aiding swift replacements.

Q6: Performance on inclined ground?

A: Capable on slopes to 12° via balanced axles; temper pace and incorporate stabilizers for greater angles to ensure steadiness.

Q7: Mesh requirement per unit?

A: Roughly 20-25 meters for typical 3-4 encasements; a 2000 m spool accommodates 80-100 bundles.

Q8: Considerations for sub-zero environments?

A: Functional to -20°C; initiate a brief unloaded cycle to circulate fluids, preserving encasement efficacy.

Q9: Coverage under assurance?

A: One-year comprehensive; extended two years for essential driveline elements, including gratis defect remedies, excluding misuse.

Q10: Verifying vehicle pairing?

A: Furnish your tractor details to our specialists for precise compatibility assessment prior to acquisition.

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