Beschrijving
9GQY-3.2 Trailed Disc Mower Conditioner
Engineered for Gramineous Forage & Reed Harvesting | Heavy-Duty Agricultural Performance
🌾 3.2m Cutting Width
⚙️ Super Floating Protection
Product Overview: The Ultimate Hay Mower Solution
De 9GQY-3.2 Trailed Disc Mower Conditioner represents the pinnacle of modern forage harvesting engineering. Specifically designed for high-yield crops such as gramineous forage, alfalfa, and tough reeds, this heavy-duty Mower Conditioner integrates cutting, conditioning, and windrowing into a single, highly efficient pass. By fracturing the waxy cuticle of the plant stems without destroying the nutrient-rich leaves, it accelerates the dry-down process, directly impacting the quality of your baled forage and overall return on investment.
What sets this Disc Mower Conditioner apart is its advanced ground-following kinematics. Equipped with a proprietary super floating protection device, the cutter bar automatically elevates upon encountering obstacles such as field stones or hidden tree roots. Once the obstacle is cleared, the system seamlessly returns to its precise working height. This not only safeguards the high-speed rotary cutter bed from catastrophic damage but also dramatically improves continuous operational efficiency, reducing downtime in unpredictable field conditions.
Core Technology Quick Read
- ✔️ Independent Dual Suspension System: The cutter bar system and the conditioning device operate entirely independent of the main towing frame. This structural decoupling provides unparalleled contour-following capability, maintaining a uniform stubble height across severely undulating terrain.
- ✔️ High-Velocity Flail / Tine Conditioner: Utilizing a strike-tooth (flail) conditioning mechanism, it effectively strips the protective wax layer from the crop, promoting rapid moisture evaporation and minimizing the risk of mold during the baling process.
- ✔️ 8-Disc Rotary Cutter Bed: Housing 16 hardened steel blades, the low-profile cutter bar ensures clean slicing at speeds up to 15 km/h, preventing crop tearing and root damage to encourage rapid regrowth.
Technische specificaties
| Nee. | Parameter Item | Eenheid | Specificatie |
|---|---|---|---|
| 1 | Modelnaam | / | 9GQY-3.2 Mower Conditioner |
| 2 | Traction / Hitching Method | / | Side Trailed |
| 3 | Cutting Width | M | 3.2 |
| 4 | Cutter Structure Type | / | Rotary |
| 5 | Number of Cutter Discs | stuks | 8 |
| 6 | Conditioner Type | / | Flail / Tine Conditioner |
| 7 | Swath Width (Adjustable) | M | 0.8 – 2.2 |
| 8 | Matching Power Range | KW / hp | ≥ 80.88 / 110 |
| 9 | Working Speed Range | km/u | 6 – 15 |
| 10 | Aftakassnelheid | toerental | 540 – 1000 |
| 11 | Number of Cutting Blades | stuks | 16 |
| 12 | Dimensions (L x W x H) | mm | 6750 x 3500 x 2000 |
| 13 | Average Stubble Height | mm | ≥ 50 |
| 14 | Number of Operators | persons | 1 |
| 15 | Structural Mass (Weight) | kg | 2185 |
🚜 Tractor Compatibility & Power Requirements
To operate the 9GQY-3.2 Trailed Disc Mower Conditioner efficiently, a tractor with a minimum Power Take-Off (PTO) output of 110 HP (≥ 80.88 KW) is strictly required. The machine supports dual PTO shaft speeds of both 540 and 1000 r/min, offering versatility across different power units. Ensure your tractor possesses sufficient hydraulic remotes for the lifting and steering mechanisms.
*Disclaimer: This implement is widely compatible with major global agricultural tractor brands including but not limited to John Deere, New Holland, Case IH, Kubota, Massey Ferguson, and Fendt. Mention of these brands is solely for the purpose of guiding compatibility and power sizing for end-users and does not imply any direct affiliation or trademark infringement.
Key Features & Engineering Advantages
Super Floating Obstacle Avoidance
Unlike rigid traditional mowers, our intelligent hydromechanical suspension acts as a shock absorber. When a blade strikes a dense rock or stump, the entire cutter bed momentarily elevates, sliding over the hazard before instantly resetting. This minimizes catastrophic gear failure and costly blade replacements.
Independent Articulation
The primary frame and the cutting/conditioning modules are mechanically isolated through a dual-suspension linkage. This allows the heavy-duty Hay Mower to pivot along multiple axes, hugging dips and crests perfectly, leaving a consistent ≥ 50mm stubble that accelerates next-cycle regrowth.
8-Disc Overlapping Cut
Eight high-speed rotary discs, each equipped with two reversible, forged-steel blades (16 total), spin in counter-rotating pairs. The overlapping cutting paths ensure zero stripping gaps, effortlessly processing heavy, lodged, or tangled forage crops even at maximum travel speeds of 15 km/h.
Variable Swath Control
Post-conditioning, the crop passes through adjustable windrow forming shields. Operators can easily manipulate these heavy-duty steel deflectors to lay out a wide, fast-drying swath (up to 2.2m) or a narrow, dense windrow (0.8m) ready for the ronde balenpers to pick up seamlessly.
Target Application Scenarios
The ruggedness of our structural mass (2185 kg) isn’t just for show. It grounds the machine, reducing vibration and ensuring stability across diverse topographical challenges. By utilizing strategic long-tail optimizations in our machinery design, we cover various specific field requirements:
- Trailed Disc Mower Conditioner for Large Scale Commercial Farms: High-speed capabilities (up to 15km/h) allow contractors to cover hundreds of hectares per day, maximizing narrow weather windows.
- Disc Mower Conditioner for Alfalfa and Legumes: The flail mechanism, when appropriately adjusted, conditions tough stems while gently passing delicate, protein-rich leaves, minimizing shatter loss.
- Hay Mower for Rough, Uneven Terrain: The independent flotation acts as a terrain-following buffer, perfect for reclaimed land, hilly pastures, or poorly leveled fields.
- Heavy Duty Mower for Reed Harvesting: High torque transfer from the PTO to the cutter bar prevents bogging down in dense, woody reed environments commonly found in wetland perimeter maintenance.
Competitive Advantage Matrix
| Feature Aspect | Our 9GQY-3.2 Mower Conditioner | Standard Conventional Mowers |
|---|---|---|
| Obstacle Handling | Auto-Lift & Return via Super Floating Device. Zero intervention needed. | Rigid frame or basic shear pins. High risk of catastrophic gearbed failure upon impact. |
| Terrain Following | Independent Dual Suspension. Cutter bar floats independently of the mainframe. | Fixed connection. Digs into the soil on crests, leaves long stubble in depressions. |
| Drying Efficiency | Flail / Tine Conditioner integrated. Reduces drying time by up to 30%. | Often cut-only. Requires separate, secondary tedding operation, wasting fuel. |
| Working Width vs Power | 3.2m swath optimized for 110hp+. Highly efficient power-to-width ratio. | Usually limited to 2.4m – 2.8m to prevent bogging down older drivetrains. |
Kinematic Working Principle
Standing Forage Engagement
The tractor, moving at 6-15 km/h, pushes the side-trailed unit forward. The 8 rotary discs create a powerful updraft, standing the crop vertically for a clean cut.
Precision Rotary Cutting
16 high-carbon steel blades shear the stems at a precise height (≥ 50mm). The overlapping counter-rotation smoothly transfers the cut material directly rearward.
High-Velocity Conditioning
The crop instantly enters the flail conditioning hood. High-speed strike teeth abrade the stem epidermis. This crucial step releases internal moisture rapidly without pulverizing the leaves.
Controlled Windrow Formation
Conditioned material hits the adjustable rear baffle plates. It is then gently guided onto the stubble in a fluffy, aerated windrow (0.8-2.2m wide), allowing wind and sun to penetrate effectively.
Power System Sizing Guide
Selecting the right tractor and PTO configuration is critical for the lifespan of your Trailed Disc Mower Conditioner. Please refer to this pre-purchase sizing matrix based on field conditions.
| Field Condition / Crop Yield | Tractor HP Required | Recommended PTO Speed | Tractor Weight Profile |
|---|---|---|---|
| Flat Terrain, Low/Medium Yield Grass | 110 – 120 HP | 540 RPM (Fuel Saving) | Standard Utility |
| Hilly Terrain, Heavy Alfalfa/Legumes | 130 – 150 HP | 1000 RPM (High Torque) | Added Front Ballast |
| Wetlands, Thick Reeds, Extreme Density | 150+ HP | 1000 RPM (Maximum Inertia) | Heavy Duty / 4WD capability |
Global Field Performance: Engineer’s Field Notes
[Texas, USA] Extreme Working Condition Practical Research
Customer Profile: Commercial Alfalfa Exporter
Operational Challenge: Harsh, dry heat requiring rapid cutting to preserve leaf retention, combined with hidden irrigation infrastructure in large fields.
“The super floating protection saved our cutter bar three times in the first week when operators hit forgotten pivot tracks. The 3.2m swath paired with a 140hp Deere gets our fields knocked down fast. Conditioning is aggressive enough to dry the thick stems, yet gentle enough to keep the leaves attached.”
[Queensland, Australia] Off-Road Terrain Adaptation Guide
Customer Profile: Large Scale Cattle Station
Operational Challenge: Harvesting Rhodes grass over deeply rutted, uneven, rocky outback terrain.
“The independent dual suspension is incredible. You can watch the cutter bed articulate independently of the tractor frame. It glides over the ruts without scalping the dirt. The 2185kg mass keeps it planted firmly at 12 km/h.”
[Mato Grosso, Brazil] Local Industry Application Cases
Customer Profile: High-Volume Biomass/Forage Contractor
Operational Challenge: Extremely high humidity and massive volume of heavy, wet tropical grasses.
“We need the flail conditioner to literally smash the moisture out of the grass so the tropical sun can dry it before the afternoon rains. The 9GQY-3.2 handles the massive throughput without wrapping or clogging the rotary discs.”
[Bavaria, Germany] Precision Farming Efficiency Review
Customer Profile: Intensive Dairy Cooperative
Operational Challenge: Strict requirements for clean forage (low ash content) and rapid regrowth for multiple seasonal cuts.
“Cleanliness of the cut is unmatched. Because the machine maintains a strict ≥50mm height, we aren’t dragging soil into the windrow. This directly lowers ash content in our silage. The side-trailed hitching makes headland turns incredibly efficient.”
[Free State, South Africa] Arid Climate Forage Preservation
Customer Profile: Mixed Grain and Livestock Farm
Operational Challenge: Tough, wiry natural grasses requiring high mechanical durability.
“This Hay Mower is built like a tank. The 16 cutting blades hold their edge remarkably well in our sandy, abrasive conditions. The power delivery through the 1000 rpm PTO configuration never stutters, even in thick Eragrostis stands.”
B2B Client Frequently Asked Questions (FAQ)
1. What is the lead time for an order of multiple 9GQY-3.2 Mower Conditioners?
2. Can we use a 90hp tractor if our fields are completely flat?
3. Are the blades on the Disc Mower Conditioner easily replaceable?
4. How does the super floating device actually reset after hitting an obstacle?
5. What maintenance is required for the rotary cutter bed?
6. Is the flail conditioner adjustable for different crop types?
7. Do you supply spare parts internationally?
8. How does the 9GQY-3.2 handle transportation on public roads?
Engineering Protocol: Adjustments & Safety Precautions
Proper calibration maximizes the lifespan of your heavy-duty hay mower and ensures operator safety.
- Stubble Height Calibration: Adjust the heavy-duty skid shoes located under the cutter bed to ensure the minimum average stubble height remains at ≥ 50mm. Cutting too low introduces dirt into the forage and damages plant crowns.
- Flotation Spring Tension: Match the spring tension to ground conditions. Softer, muddy ground requires tighter tension (lighter footprint), while hard, flat ground can run with less tension for maximum stability.
- Windrow Width Setting: Before operation, loosen the locking handles on the rear deflector shields. Expand to 2.2m for rapid drying of wet crops, or narrow to 0.8m when preparing a dense swath directly for the round baler.
- Safety Interlock: Never engage the 540/1000 r/min PTO while personnel are within a 50-meter radius. The high rotational speed of the 16 blades can turn hidden field debris into dangerous projectiles.
Industry Trends & Return on Investment (ROI)
Modern agriculture relies on minimizing field passes. By investing in a high-capacity Trailed Disc Mower Conditioner, commercial operations bypass the need for secondary tedding in many climates. Conditioning the crop immediately upon cutting fractures the stem, allowing internal cellular moisture to evaporate at the same rate as the porous leaves.
The ROI calculation is straightforward: Faster dry-down limits weather exposure risk. Conserving leaf matter increases the Crude Protein (CP) and Relative Feed Value (RFV) of the final bale. A higher RFV translates directly to increased milk yields in dairy cattle or higher per-ton sale prices on the commercial hay market. Furthermore, the 3.2m width paired with a 15 km/h operation speed slashes labor hours and diesel fuel consumption per hectare by up to 25% compared to smaller, outdated equipment.
Complete Your Forage Harvesting Fleet
As a comprehensive agricultural machinery manufacturer, we provide end-to-end solutions. Explore our related machinery and heavy-duty drivetrain components designed to integrate seamlessly with your farm’s workflow.
🔗 Rotary Rakes & Tedders
🔗 Bale Wrapping Machines
🔗 Kidney Bean Pullers
🔗 Feed Crushers
We also manufacture industrial-grade agricultural OEM parts, including PTO shafts, agricultural gearboxes, hardened gears, pulleys, sprockets, and heavy-duty chains.
Ready to Upgrade Your Harvesting Efficiency?
Contact our engineering sales team today to discuss bulk pricing, shipping logistics, and custom configurations for the 9GQY-3.2 Trailed Disc Mower Conditioner. Let us help you maximize your yield and minimize your downtime.
