9LZY-9.0 Parmaklı Tekerlekli Ot Tırmığı

📖 Ürün Genel Bakışı

In the demanding agricultural sector of forage management, the efficiency of your crop gathering machinery directly impacts the nutritional quality and market value of your final bales. The 9LZY-9.0 finger wheel hay rake is a high-capacity, ground-driven agricultural implement expertly manufactured by Korea Ever-power. Engineered for massive pastures, expansive commercial alfalfa plantations, and extensive cereal stubble fields, this 15-wheel V-shaped rake is designed to effortlessly sweep cut, sun-dried, or semi-cured vegetation into highly uniform, breathable windrows. By creating a perfectly formed crop line, it ensures that your trailing harvest machinery can operate continuously at maximum forward velocities.

The 9LZY-9.0 distinguishes itself through its exceptional 9-meter working width achieved via 15 overlapping raking wheels. Despite its massive operational footprint, this implement boasts an incredibly low power requirement, necessitating only 50 to 55 kW (approximately 68 to 75 horsepower) from the towing tractor. This remarkable efficiency stems from its passive kinetic design; the raking wheels are rotated purely by contact with the ground and the crop, completely eliminating the need for a fuel-draining mechanical power take-off (PTO) driveline. This allows farm operators to allocate their high-horsepower tractors exclusively to intensive tasks like round baling. Discover how this V-rake design outperforms traditional models by exploring our extensive hay rake collection.

Navigating rural roads and transitioning between isolated paddocks is exceptionally straightforward. The 9LZY-9.0 features an integrated, heavy-duty hydraulic control system that seamlessly governs the deployment and lifting of the finger wheel arms. Directly from the tractor cabin, a single operator can lift the 15 raking wheels and fold the structure into a safe, elevated configuration for rapid transport. Capable of working at speeds of up to 10 km/h, this finger wheel rake drastically reduces the hours spent in the field, safeguarding your crop against incoming adverse weather conditions.

📊 Precise Technical Specifications

Rigorous data analysis is critical for fleet integration. The specifications of the 9LZY-9.0 model highlight its robust industrial design. Weighing 1,100 kg, the structural chassis offers extreme stability on undulating terrain without causing excessive soil compaction. A staggering tota

l of 900 individual spring steel tines (60 tines per wheel across 15 wheels) ensures meticulous crop gathering, achieving a missed raking rate strictly below 2%. Please review the comprehensive parameter table below to ensure this equipment aligns with your agricultural demands.

⚙️ Working Principle and Structure

The operational mechanics of the 9LZY-9.0 series are grounded in pure physical kinematics. Rather than using an active rotary transmission, the heavy-duty finger wheels are positioned at a specific oblique angle relative to the tractor's direction of forward travel. As the machine is towed, the physical drag generated between the 900 spring tines and the agricultural soil forces the circular wheels to rotate continuously. This rotation creates a sweeping action, passing the cut crop laterally from the outermost wheel all the way to the central discharge gap. This produces a fluffy, continuous windrow measuring between 0.8 and 1.2 meters wide—the ideal intake dimension for any trailing round baler equipment.

The structural brilliance of this implement lies in its independent wheel suspension. A rigid 9-meter steel frame dragging across a typical pasture would inevitably encounter elevated mounds and deep tractor ruts, causing the tines to either snap against the dirt or completely miss the crop in depressions. To counteract this, each of the 15 raking wheels on the 9LZY-9.0 is mounted on an independent pivoting arm, tensioned by a heavy-duty mechanical compensation spring. This localized flotation allows every single wheel to trace the exact micro-profile of the terrain independently, ensuring maximum crop recovery while preventing excessive soil and ash contamination in your livestock feed.

🚀 Core Operational Advantages

Investing in the 9LZY-9.0 trailed finger wheel rake provides immediate, tangible improvements to your harvesting workflow. By eliminating mechanical complexities and maximizing ground coverage, this implement drastically lowers the cost per hectare processed.

🌾 Typical Application Scenarios

Because of its optimal balance between a wide 9-meter gathering span and an agile 1,100 kg structural mass, the 9LZY-9.0 is highly versatile. It consistently proves its worth across a broad spectrum of global agricultural harvesting environments:

• 🌱
  High-Value Alfalfa Production: Alfalfa is notoriously challenging to manage because the protein-dense leaves become highly brittle as the plant cures. Rigid, aggressive raking tools easily strip these leaves. The gentle, rolling sweep of the 9LZY-9.0 moves the crop carefully, preserving the high Relative Feed Value (RFV) necessary for dairy cattle feed.
• 🚜
  Post-Combine Grain Straw Harvesting: After massive grain combines process wheat or barley, the residual straw is spread thinly. The 9-meter wingspan rapidly consolidates this sparse biomass into a thick, uniform row perfectly suited for a high-volume baler pickup reel.
• ✅
  Undulating Native Grasslands: On natural, unimproved pastures where the terrain is rarely flat, rigid-frame rakes struggle and often sustain damage. The independent suspension of the 9LZY-9.0 excels in these environments, flexing over the topography to gather native grasses effortlessly.

🔗 Power Transmission & Driveline Integration

Connecting the 9LZY-9.0 to your tractor is an incredibly straightforward procedure. The physical towing is managed via a heavy-duty, forged steel drawbar pin connection that safely absorbs all linear draft forces. Because the raking action requires zero mechanical PTO input, the only lines running to the tractor are the hydraulic fluid hoses. These hoses plug securely into the tractor's dual-acting rear remote valves, granting the operator instant, pressurized control over the lifting and folding of the massive V-shaped frame during headland turns and road transport.

However, it is crucial to recognize that the 9LZY-9.0 is only the preparatory phase of the harvest. Once this machine consolidates 9 meters of crop into a dense, 1.2-meter wide windrow, active harvesting machinery—specifically heavy-duty silage balers—must process that massive volume of material. Ingesting such extreme densities of heavy, sometimes damp forage generates violent radial shock loads and intense RPM fluctuations that surge backward through the baler's primary driveline.

To prevent catastrophic mechanical failure during these peak compression events, all downstream active machinery must be equipped with elite transmission systems. The absolute core of this energy transfer is a precision-machined heavy-duty agricultural gearbox. This vital cast-iron component safely multiplies the tractor's input torque while absorbing the violent kinetic shocks of crop ingestion, ensuring the baler maintains relentless momentum. Relying on high-grade power transmission guarantees that the pristine windrows laid out by your 9LZY-9.0 are baled securely, completely eliminating mid-season breakdowns.

🏭 Why Source from Korea Silage Balers

In a global market increasingly populated by substandard agricultural equipment, identifying a manufacturing partner that delivers genuine mechanical reliability is paramount. Korea Silage Balers Co., Ltd. distinguishes itself through an uncompromising dedication to engineering excellence and industrial-grade fabrication standards. Our entire production facility operates strictly under the globally recognized ISO9001 Quality Management System. The structural integrity of the 9LZY-9.0 is achieved by utilizing automated CNC laser cutting and robotic welding technologies, ensuring perfect dimensional accuracy and eliminating the structural weak points frequently associated with manual welding.

To combat the highly corrosive nature of plant sap, chemical fertilizers, and prolonged outdoor weather exposure, all metal surfaces on the rake are subjected to an abrasive steel shot-blasting treatment before receiving a premium electrostatic powder coating. This rigorous procedure ensures the equipment remains rust-free and visually pristine for years, preserving its long-term resale value. Furthermore, we are deeply committed to long-term customer success, maintaining an extensive global inventory of spare parts to ensure that replacement 60Si2Mn spring tines, wheel hub bearings, and hydraulic seals can be dispatched rapidly to agricultural dealers on any continent.

❓ Frequently Asked Questions (FAQ)

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