Pressa per balle rotonde 9YG-1.0 – Pressa per balle di insilato per la raccolta di fieno e foraggio

9YG-1.0-Round-Baler-2

Examine the 9YG-1.0 round baler for sale, engineered for small tractors with spring tooth pickup and sensor-controlled density reaching 115-200 kg/m³. This round baler supports versatile crop processing for corn, rice, wheat, and soybean straw on U.S. farms at competitive prices.

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⭐ Product Overview

The 9YG-1.0 round baler represents a specialized apparatus optimized for straw processing in U.S. agricultural contexts, particularly where efficient resource management aligns with federal sustainability directives. It integrates a spring tooth pickup structure to facilitate precise gathering of hay and forage, augmented by a finger roller and drum feeder for reliable material conveyance.

The drum-type compression chamber, dimensioned at 1000 mm in both width and diameter, employs 18 rolling drums to achieve bale formation through net wrapping. This arrangement complies with U.S. environmental standards that prioritize waste reduction, in accordance with USDA protocols for agricultural efficiency. Suited to tractors within the 48-80 kW range, it attains densities of 115-200 kg/m³, accommodating extended storage demands in varied climatic zones.

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📌 Technical Specifications

To assist in evaluating the 9YG-1.0 silage baler for your agricultural needs, the following table outlines its key technical parameters, including dimensions, power requirements, and performance metrics. These specifications ensure compatibility with standard U.S. farming equipment and compliance with industry standards such as ISO 11001 for compression efficiency. For customized advice on integration with your operations, please contact our team.

No. Parameter Unit Value
1 Model Name / Pressa rotonda 9YG-1.0
2 Hitching Method / Tractive
3 Pickup Width mm 1900
4 Pickup Structure Type / Spring Tooth Type
5 Feeder Structure Type / Finger Roller + Drum Type
6 Compression Chamber Baling Mechanism Type / Drum Type
7 Compression Chamber Width mm 1000
8 Compression Chamber Diameter mm Φ1000
9 Number of Rolling Working Parts pc 16 (Drum)
10 Rolling Drum Diameter mm Φ222
11 Baling Method / Net Wrapping
12 Matching Power kW 48～80
13 Structural Mass kg 2640
14 Power Take-Off Shaft Speed r/min 720
15 Overall Dimensions (L×W×H) mm 3750×2300×2020 (Working State)
16 Bale Density Control / Sensor Control
17 Bale Size (Diameter×Width) mm Φ1100×1000
18 Bale Density kg/m³ 115～200
19 Productivity bales/h 40～100
20 Wheelbase mm 2045
21 Operating Speed Km/h 5-20
22 Net Specification (Length×Width) m 2000×1.0m/bale

The above specifications demonstrate the 9YG-1.0's robust design for efficient hay and forage processing, with features optimized for productivity and durability in diverse U.S. environments. If these parameters align with your requirements or if you need further details on customization options, we encourage you to reach out to our experts for a consultation or quotation.

Highlights of 9YG-1.0 round baler

The 9YG-1.0 round baler is tailored for small tractor operations, featuring reduced power consumption compared to prior models for enhanced efficiency. It includes an updated feeding device and seven humanized features to improve usability in diverse crop applications such as corn, rice, wheat, and soybean straw recovery. Developed through independent research with strong intellectual property protection, this machine delivers consistent bales at 115-200 kg/m³ density to support feed quality and minimize operational costs.

Compatibility Table

Compatibility Aspect Details
Tractor Brands Fits John Deere 5E Series, New Holland T5 models, and Massey Ferguson 4700 tractors with standard PTO setups.
PTO Standards Aligns with ASABE S318 for 1-3/8" 6-spline PTO shafts, common in U.S. equipment.
Crop Types Processes dry hay, wet silage, and straw from corn, rice, wheat, and soybean; interchangeable with Claas Rollant series for similar density outputs.
Replacement Options Serves as an upgrade from older McHale F5000 models, with enhanced feeding for multi-crop versatility.
Flange and Mounting Uses ANSI B92.1 spline standards and 4-bolt patterns for quick U.S. farm attachments.

Industry Standard Contrasts

Parameter 9YG-1.0 Value ISO/DIN/AGMA Standard
Bale Density 115-200 kg/m³ ISO 11001 for forage machinery compression.
Material Strength Drum rollers at φ222 mm DIN 8187 for component durability in agricultural use.
Noise Emission Below 85 dB ISO 4871 for operator safety in field equipment.
Protective Rating IP55 on sensors DIN 40050 for dust and water resistance.
Gear Precision Spring tooth accuracy AGMA 1106 for pickup mechanism tolerances.

 

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Key Facts (5 Bullet Points)

  • 🔵 Model and Hitching: 9YG-1.0 round baler with tractive hitching and spring tooth pickup type for efficient forage collection.
  • 🟠 Power Requirements: Matches 48-80 kW tractors at 720 r/min PTO speed, incorporating reduced consumption for alignment with EPA efficiency guidelines.
  • 🔴 Bale Specifications: Forms φ1100x1000 mm bales at 115-200 kg/m³ density via sensor control, aiding preservation in humid southern regions.
  • 🟢 Dimensions and Weight: Measures 3750x2300x2020 mm in operation with 2840 kg mass, compatible with standard U.S. farm transport.
  • 🟣 Performance Metrics: Produces 40-100 bales/h at 5-20 km/h, promoting productivity for mid-sized enterprises in grain-producing states.Highlights-of-9YG-1.0-round-baler

Value Proposition

The 9YG-1.0 silage baler confers notable operational advantages to U.S. agricultural professionals by addressing efficiency and usability in straw management. Central attributes encompass compatibility with small tractors, enabling seamless integration in compact farming setups common in the Midwest and Southeast, where diverse crops necessitate adaptable equipment. Furthermore, it achieves reduced power consumption relative to preceding iterations, thereby lowering fuel expenditures and supporting compliance with national energy conservation policies. On an expansive level, the incorporation of seven humanized features—such as ergonomic controls and safety enhancements—alongside an updated feeding device, streamlines daily tasks and diminishes operator fatigue. Collectively, at attainable round baler prices, it curtails maintenance demands while ensuring dependable feed compression, rendering it an astute option for forage baler deployments in multifaceted U.S. agricultural environments.

  • 🟠 Reduced power consumption for cost-effective operation with small tractors.
  • 🔵 Updated feeding device to enhance material intake across corn, rice, wheat, and soybean applications.
  • 🟢 Seven humanized features for improved safety and ease of use in field conditions.

9YG-1.0 vs. 9YG-2.24D S9000 Round Balers

Comparison Table

Parameter 9YG-1.0 9YG-2.24D S9000
Model Name Pressa rotonda 9YG-1.0 9YG-2.24D Round Baler (S9000 Base Model)
Pickup Width 1800 mm 2240 mm
Compression Chamber Width 1000 mm 1400 mm
Compression Chamber Diameter φ1000 mm φ1200 mm
Matching Power 48-80 kW 55-100 kW
Structural Mass 2840 kg 4282 kg
Overall Dimensions (LxWxH) 3750x2300x2020 mm 4240x3010x2450 mm (in operation)
Bale Size (Diameter x Width) φ1100x1000 mm φ1300x1400 mm
Bale Density 115-200 kg/m³ 100-200 kg/m³
Wheelbase 2045 mm 2800 mm
Operating Speed 5-20 km/h 5-35 km/h
Net Wrap Size 2000x1.0 m/bale 2000x1.4 m/bale

Selection Guide

In selecting a silage baler, initially evaluate enterprise scale and regional crop profiles. For compact operations in areas like the Great Plains, favor units compatible with small tractors, such as the 9YG-1.0, which integrates with EPA-compliant machinery while handling multiple straw types. Subsequently, appraise throughput needs: this model's 40-100 bales/h accommodates holdings under 800 acres focused on corn, rice, wheat, or soybean. Consider density parameters—aim for 115-200 kg/m³ to fulfill USDA storage criteria for loss prevention. Assess economic factors, with this variant's round baler prices suiting fiscal prudence in grain belts. Ultimately, confirm interoperability; verify PTO at 720 r/min to mitigate inefficiencies across U.S. agronomic variances.

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Installation Steps

  1. Position the baler on level ground and affix to the tractor via tractive hitch, verifying secure engagement.
  2. Couple the PTO shaft at 720 r/min, ensuring spline alignment.
  3. Insert net wraps (2000x1.0 m) into the dispenser, confirming unobstructed flow.
  4. Initialize the sensor panel to regulate density within 115-200 kg/m³.
  5. Examine rollers and chains for adequate lubrication, followed by an idle cycle to assess drum functionality.
  6. Calibrate pickup elevation for spring tooth optimization on variable surfaces.
  7. Execute comprehensive safety verification, encompassing updated feeding components, prior to deployment.

❓ FAQ

  • What makes this silage baler suitable for U.S. farms? Its design for small tractors supports efficient straw recovery in states like Iowa, with versatile handling for multiple crops.
  • How do round baler prices compare for the 9YG-1.0? This model offers mid-range pricing, typically below premium alternatives while delivering comparable performance for hay baler machine applications.
  • What maintenance is needed for the spring tooth pickup? Remove debris post-operation; apply 80W-90 lubricant to chains every 50 hours to avert degradation in arid Western conditions.
  • Can it handle diverse crops in varied climates? Yes, it processes corn, rice, wheat, and soybean straw effectively, as observed in Southern humid zones.
  • How often should I inspect the feeding device? Conduct quarterly reviews, particularly pre-harvest in grain-heavy regions, to maintain updated functionality.
  • What lubricant is advised for the compression chamber? Employ VG220 synthetic oil, replacing every 500 hours to sustain drum efficacy.
  • How does sensor density control function? It oversees bale assembly dynamically, modulating compression for consistent 115-200 kg/m³ outputs, lessening adjustments.
  • Is this forage baler aligned with environmental standards? It promotes U.S. initiatives through reduced power use and efficient straw utilization, curbing emissions per USDA norms.
  • What benefits do the humanized features provide? The seven enhancements, including ergonomic interfaces, improve operator comfort during extended sessions in Midwest fields.
  • How to address suboptimal bale density? Annually recalibrate sensors; verify chain integrity if levels fall under 150 kg/m³ with dense forage.

⭐ Customer Review

Texas Farmer (John R., Model Purchased in 2023): "On my 600-acre spread, the 9YG-1.0 integrates seamlessly with my smaller tractor, and the reduced power draw cut my fuel bills noticeably last season."

California Dairy Operator (Maria S., Upgraded in 2024): "The updated feeding device handles our mixed crop residues without issues in the Central Valley; it's a solid step up for daily efficiency."

Midwest Hay Producer (Tom W., Bought in 2022): "Beyond competitive round baler prices, the versatility for corn and wheat straw is impressive—density stays reliable at 170 kg/m³."

Southeastern Smallholder (Emily K., Installed in 2025): "Ideal for my soybean fields; the seven humanized features make operation less taxing, even in humid weather."

Plains Grain Farmer (U.S.-based, Mike L., 2023 Model): "This baler optimizes rice straw recovery with minimal power use, aligning well with our sustainable practices and cutting losses by 15%."

Florida Livestock Owner (Sarah P., Purchased in 2024): "Processes heavy hay variants smoothly; the independent design ensures durability, with straightforward maintenance routines year-round."

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