EP-9YG-2.24D ラウンドベーラー S9000

2. 主要なエンジニアリングの事実

• High Compression System: Features dual-side 20A heavy-duty chains in the rear chamber, achieving bale weights between 250kg to 500kg (500-1000 jin).
• Terrain Adaptability: The innovative traction device allows for a 100° horizontal steering angle and a 30° lateral tilt limit, preventing driveline bind on hills.
• Massive Throughput: Capable of producing 40 to 100 bales per hour with a pick-up width of 2240mm.
• Robust Build: Weighs 4262 kg with a reinforced chassis, designed for tractors in the 55-100 kW power range.
• Advanced Binding: Utilizes an automatic net wrap system for tighter, weather-resistant bales.

3. In-Depth Product Analysis & Working Principle

Revolutionary Traction & Driveline Engineering

The most critical innovation in the 9YG-2.24D Round Baler S9000 model lies in its specialized traction and driveline system. In traditional round balers, the connection between the tractor and the implement is often a rigid point of failure, particularly when operating on the terraced fields or undulating hills common in South Korea's Gangwon-do or Jeolla-do provinces. The S9000 addresses this with a proprietary traction device engineered to withstand a maximum torque of 1000nm. This is not merely a stronger hitch; it is a dynamic articulation point. It offers a horizontal steering angle of 100 degrees, allowing for incredibly tight turning radii without disengaging the PTO. More importantly, it accommodates a lateral tilt (tractor vs. baler angle) of up to 30 degrees.

This "Super Floating" capability ensures that even if the tractor is on a slope and the baler is in a dip, the power transmission remains smooth, preventing the catastrophic driveshaft snapping that plagues lesser machines. This design dramatically reduces downtime and maintenance costs associated with universal joint failures.

Compression Mechanism & Material Science

At the heart of the S9000’s performance is its compression chamber, which utilizes a roller-type formation mechanism driven by a reinforced dual-side 20A chain system. We have moved beyond standard industrial chains to use high-grade alloy steel chains that have undergone specialized heat treatment (carburizing and quenching) to increase wear resistance and tensile strength.

The chamber houses 18 high-strength steel rollers (Φ 222mm), which are essential for creating the "bale rotation" effect. As forage enters the chamber via the 2240mm pick-up and auger system, these rollers initiate a tumbling action. The 20A chains apply immense, consistent pressure, compacting the material from the core outwards.

For silage production, High density means less air is trapped inside the bale, promoting rapid anaerobic fermentation and preventing spoilage.
For dry straw, this density translates to maximized transport efficiency, allowing farmers to load more weight per truck, significantly reducing logistics costs in the biomass energy supply chain.

6. Market Trend Analysis: The Shift to High-Density Baling

The global agricultural machinery market is witnessing a decisive shift towards "Smart Baling" and high-density biomass logistics. In developed agricultural economies, the trend is moving away from small square bales towards large round bales due to labor shortages and the need for mechanized handling. Specifically in East Asia (South Korea, Japan, China), there is a growing demand for machinery that can handle "wet crop" or silage (balage). Traditional dry hay balers often fail in these conditions due to clogging and insufficient compression.

The trend favors machines like the S9000 that utilize roller compression over belt compression for wet crops, as rollers provide better grip and rotation for heavy, damp material. Furthermore, the integration of biomass energy plants requires straw to be baled with maximum density to reduce the carbon footprint of transportation. The S9000’s capability to reach 200 kg/m³ places it at the forefront of this eco-efficiency trend, bridging the gap between field residue management and renewable energy production.

4. Global & Local Regulatory Compliance

In our primary target market, South Korea, the Ministry of Agriculture, Food and Rural Affairs (MAFRA) has implemented stringent policies regarding agricultural byproduct management to combat fine dust pollution (PM2.5). Open burning of rice straw and corn stalks is strictly prohibited in many provinces. The 9YG-2.24D S9000 is perfectly aligned with these regulations. Its high pick-up efficiency ensures that straw is removed from the field cleanly, ready for biomass power generation or livestock feed, supporting the government's "Resource Circulation" initiatives. Furthermore, the machine's safety features meet the Korea Agricultural Machinery Industry Cooperative (KAMICO) safety standards.

Globally, our manufacturing process adheres to ISO 9001 quality management systems, ensuring that every unit exported to Europe, the Americas, or Asia meets the safety requirements for heavy machinery, including emergency stop protocols and protective shielding for moving parts (as per EU Machinery Directive 2006/42/EC).

5. Compatibility & Application Scenarios

The S9000 is designed for versatility. Below is a compatibility matrix for tractors and operational environments.

Customer Success Story:

10. About us | EVER-POWER: Your Partner in Custom Agricultural Solutions

At EVER-POWER, we are not just assembling parts; we are defining the standard for agricultural component manufacturing. Our facility is a state-of-the-art intelligent manufacturing hub, equipped with CNC laser cutting machines, automated welding robot lines, and electrostatic powder coating systems. We understand that one size does not fit all.

Whether you require a specific color scheme to match your OEM brand, modifications to the pick-up width for specialized row crops, or adjustments to the hydraulic interface for regional tractor compatibility, our engineering team is ready to deliver. We offer comprehensive OEM/ODM services, ensuring that the 9YG-2.24D baler fits seamlessly into your product lineup or farm operation.

私たちについて

証明書と栄誉:

· ISO 9001認証

· 国家ハイテク企業証明書

・自社輸出入業務権

· CE認証

11. 関連製品

11.1 ギアボックス:

適合機種：EP-FK263（角型ベーラー）、EP-RC30シリーズ（丸型ベーラー、伝動比1：2、35mm6スプラインシャフト対応）。

用途: PTO 電力を梱包機構に伝達します。New Holland 630 または John Deere 535 に適しています。パラメータ: トルク > 500 Nm、20% 燃料節約。

このギアボックスを選ぶ理由：カスタマイズ可能なサイズ（250～300mmまで縮小可能）、粘性汚染物質（ゴムの蒸気）への耐性、IP65保護。PTOシャフト：

適合機種:EP-PTOシリーズ(1-3/8インチZ6スプライン、調整可能長さ600～1200mm)。

用途：トラクターとベーラーのメインドライブを接続します。9YG-1.0Cタイプに適合します。トルク伝達効率は95%以上で、SAE/EUROフランジと互換性があります。

適している理由: 防水設計で、湿式サイレージ作業に適しており、Weasler シリーズと交換可能です。

11.2 チェーン ＆スプロケット：

適合機種: ANSI #50/#60 チェーンEPスプロケット（ピッチ12.7～19.05mm、ローラー径10～12mm）付き。

用途：コンベアベルトや結束機構に使用され、角型/丸型ベーラーのストロー搬送に適しています。幅25～40mm、耐摩耗性鋼材を使用。

適している理由: Kobelco または HF Group の機器と互換性があり、チェーン破損のリスクを軽減します。サイレージには食品グレードのオプションも利用できます。

11.3 カップリング:

適合機種：EPカップリング200シリーズ（トルクマッチング500～1000Nm）。

用途: ギアボックスを梱包ローラーに接続し、振動を抑制します。

適している理由: 高サイクル耐久性、Bondioli および Pavesi と互換性があります。

11.4 油圧シリンダー:

油圧シリンダー: EP-HCシリーズ（ボア50〜100mm、ストローク300〜600mm）、ベールの吊り上げに適しています。

ベアリングとシール: 6208-2RS ベアリング、L10 寿命 >10000 時間、防塵シール。

互換性表: Comer 250T と完全に互換性があります (トルクが一致、価格は 35% のみ)。フランジは北米の 4 ボルト PTO パターンと一致します。

* 免責事項：上記のその他のブランド名は、説明のみを目的として記載されており、当社はこれらのブランド名が付いたオリジナル製品または機器を提供するものではありません。

* パラメータは動作条件によって異なりますので、実際の図面をご参照ください。選定前にインターフェース寸法をご確認いただくことをお勧めします。

Frequently Asked Questions (FAQ)