Deskripsi
9YG-2-24D Round Hay Baler Introduction
9YG-2-24D Round Hay Baler is designed for efficient and stable production of uniform round hay bales.
With a wide pickup, roller compression chamber, and sensor-controlled bale density system, it delivers consistent bale quality while reducing crop loss. The net wrapping system ensures secure round bales of hay for easy transport and storage, making it ideal for commercial farms and distributors.
We not only offer round hay baler but also provide CV joint boot repair kits. Klik Klik di bawah untuk mempelajari lebih lanjut.
9YG-2-24Dial Round Hay Baler
9YG-2.24D Round Hay Baler Details
1. 9YG-2-24D Round Hay baler specifications
| TIDAK. | Barang | Spesifikasi | Satuan |
|---|---|---|---|
| 1 | Model | Mesin Pengepak Jerami Bundar 9YG-2.24D (Seri S9000) | — |
| 2 | Jenis Pengait | Tipe yang ditarik | — |
| 3 | Lebar Pengambilan | 2240 | mm |
| 4 | Struktur Pengambilan | Gigi Pegas + Tipe Rol | — |
| 5 | Jenis Sistem Pemberian Pakan | Jenis Rol | — |
| 6 | Jenis Ruang Kompresi | Kompresi Rol | — |
| 7 | Lebar Ruang | 1400 | mm |
| 8 | Diameter Ruang | 1200 | mm |
| 9 | Jumlah Rol | 18 | buah-buahan |
| 10 | Diameter Rol | Ø222 | mm |
| 11 | Metode Pengepakan | Pembungkus Jaring | — |
| 12 | Daya yang Dibutuhkan | 55–100 | kW |
| 13 | Berat Mesin | 4570 | kg |
| 14 | Kecepatan PTO | 720 | r/min |
| 15 | Dimensi Keseluruhan (P×L×T) | 4600 × 3010 × 2370 | mm |
| 16 | Pengendalian Kepadatan Bal | Sistem yang Dikendalikan Sensor | — |
| 17 | Ukuran Bal (Diameter × Lebar) | Ø1300 × 1400 | mm |
| 18 | Kepadatan Bal | 100–200 | kg/m² |
| 19 | Produktivitas | 40–100 | bal/jam |
| 20 | Lebar Jalur | 2600 | mm |
| 21 | Kecepatan Operasi | 5–35 | km/jam |
| 22 | Spesifikasi Pembungkus Jaring | 2000 × 1,4 | m / gulungan |
9YG-2-24 Round Hay Baler Addressing Pain Points
1. Overcoming the “Difficult Attachment” Problem: Improving Single-Person Operation Efficiency
Permasalahan yang Dihadapi Pelanggan: Traditional balers are difficult and time-consuming to attach and align, often requiring multiple people to collaborate. The rigid connecting frame can even damage the machinery during attachment.
Solution Advantages: The 9YG-2-24D is equipped with a flexible rotating horizontal drawbar.
- Quick Adaptation: The drawbar supports flexible rotation up and down, eliminating the need for precise alignment. It can be quickly connected to the tractor’s suspension arm via a pin.
- Cost Reduction and Efficiency Improvement: Truly enables quick attachment by a single person and machine, shortening preparation time before operation and allowing more time to be dedicated to actual baling work.
2. Solving the “Difficult Turning” Problem: Enabling Continuous Operation
Permasalahan yang Dihadapi Pelanggan: Traditional equipment has a large turning radius and is difficult to maneuver. Turning often requires cutting off power (turning off the PTO) to protect the driveshaft, which interrupts the work rhythm and increases the driver’s workload.
Solution Advantages: Dual-gearbox core component.
- Large-Angle Steering: The gearbox supports 90-degree rotation to the left and right, giving the machine high flexibility, allowing for easy turning even in narrow fields.
- Continuous Turning: Turning during operation does not require cutting off power, maintaining continuous transmission.
- Reduced Transmission Loss: Compared to belt or single-chain transmission, the gearbox transmission is more efficient, providing more direct power output and significantly reducing driver fatigue.
3. Addressing “Uneven Terrain”: Reducing Equipment Wear and Maintenance Costs
Permasalahan yang Dihadapi Pelanggan: When facing uneven and undulating terrain, the drawbar and driveshaft are prone to torsional deformation due to uneven force distribution, potentially leading to driveshaft breakage and costly downtime.
Solution Advantages: Rigid integrated structure design.
- Structural Stability: The dual gearbox and drawbar are rigidly connected, enhancing the torsional strength of the chassis.
- All-Terrain Adaptability: When working on undulating terrain, the structure effectively mitigates torsional stress, protecting the driveshaft from damage, significantly reducing the failure rate caused by complex terrain, and ensuring full operational capacity during the working season.
Ringkasan⬇
| Pain Point / Scenario | 9YG-2-24D Advantage / Solution | End Customer Value |
|---|---|---|
| Preparation Stage | Flexible Rotating Hitch | Time-Saving: Fast hookup, reduces labor dependence |
| Operation Process | 90° Dual Gearbox + Non-Stop Turning | Worry-Free: Flexible control, uninterrupted operation, higher efficiency |
| Extreme Terrain | Rigid Torsion-Resistant Connection | Cost-Saving: Reduces wear and maintenance downtime |
4. Schematic diagram of the baling process of the 9YG-2-24 round bale baler.
Forage picking process
Compression and baling process
Bale forming process
Bale ejection process
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5.Round Baler FAQs
Q1: How much does a round bale of hay weigh when using a round hay baler?
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The weight of a round hay bale depends on crop type, moisture content, and baler settings. With the 9YG-2-24D round baler, typical bale weights range from 100 to 200 kg/m², producing uniform, high-density round bales that are easier to handle and transport for livestock feeding or storage.
Q2: What size round hay bale can the 9YG-2-24D model produce?
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Our round hay baler is designed to form Ø1300 × 1400 mm round bales, making it suitable for a wide range of crops including hay, straw, and forage. Proper bale size helps optimize transport logistics and storage space for farms and commercial buyers.
Q3:Is a round bale hay net required for baling operations?
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Yes. A round bale hay net is recommended to secure the harvested hay in dense, uniform rolls. The 9YG-2-24D supports standard net wrap specifications (e.g., 2000 × 1.4 m per roll), ensuring effective bale integrity and reduced crop loss during handling, transport, and storage.
Q4:What are typical applications for round bales of hay?
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Round bales of hay are widely used in livestock feeding, dairy and cattle operations, horse farms, and large-scale forage production. Their shape and density make them ideal for mechanical handling, tractor transport, and efficient on-farm use.
Q5:How do I estimate the bale weight for my specific crop?
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To estimate how much a round bale of hay weighs, consider crop type (e.g., dry hay vs. silage), moisture levels, and bale density settings on your baler. Higher bale density typically increases weight and storage efficiency, while lower density may reduce weight but increase volume..
Customer Feedback
“The 9YG-2-24D produces dense, uniform round hay bale output and runs smoothly even during long working hours. Very reliable for large-scale hay operations.”
“Easy to operate and well built. The net wrap system keeps the round bales of hay tight and stable during transport.”
Beyond our primary drive shafts, we offer a full range of transmission accessories and high-torque couplings designed to complement your Biomass Gearbox. Our technical specialists are ready to help you optimize every aspect of your energy transmission line.
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