Περιγραφή
Quick Specifications
Key parameters for the 9YQ-2300 model at a glance.
🚜 Tractor Power
43.2–97.8 kW
58.8–132.5 HP
📏 Pickup Width
2,300 mm
Widest in our range
⭕ Bale Size
Ø1,000 mm
Width: 1,250 mm
⚙️ PTO Speed
540 rpm
Standard 6-spline
🎀 Binding Method
Δίχτυ περιτύλιξης
Automatic net wrapping
⚖️ Machine Weight
2,500 kg
2950×2750×2050 mm
Product Gallery
Product Overview
The 9YQ-2300 is a large-format trailed round baler with the widest pickup width in our range at 2,300 mm. It is designed for farms and contractors that need to process high volumes of windrow crop per hour — particularly wheat straw, rice straw, and corn stalks — across large open paddocks with a standard mid-to-large farm tractor. With a tractor power range of 58.8–132.5 HP (43.2–97.8 kW), it offers genuine flexibility in tractor pairing while maintaining strong baling output across that range in appropriate crop conditions.
For buyers currently operating an older large-format baler and evaluating cost-effective alternatives, the 9YQ-2300 is a practical replacement of John Deere round baler equivalents in its size class. It uses a standard 540 rpm PTO connection, trailed drawbar hitching, and double-acting hydraulic spool valve — the same interface requirements as most major-brand balers in this category — meaning it integrates into an existing tractor-and-equipment setup without requiring additional tractor modifications. Parts availability and international support are managed directly through FarmBalers.com.
The bale chamber produces bales of Ø1,000 mm diameter by 1,250 mm wide using an 18-roller fixed roll drum arrangement. At this bale size, dry wheat straw bales typically weigh 220–280 kg under standard conditions (12–16% moisture, flat paddock, 90 HP tractor at 5–6 km/h). The fixed chamber design maintains consistent bale diameter across the full filling cycle without variable-tension chamber adjustment, simplifying operation for both experienced and less-experienced operators.
The 9YQ-2300 uses a combined shift-fork and screw continuous feeding system. The fork mechanism picks up and pre-separates material from the windrow, while the screw distributes it uniformly across the 1,250 mm chamber width before it enters the pressing rollers. This dual-stage approach handles the full 2,300 mm pickup width without uneven crop distribution in the chamber — a common cause of off-centre bale density and irregular bale shape in wide-pickup machines that use single-stage feeding only. In field testing on dense corn stalk windrows at 18–22% moisture, the dual feeding system maintained consistent throughput without blockage at 4–5 km/h.
Automatic net wrapping is standard on the 9YQ-2300. The system triggers at bale completion and applies a controlled number of net wrap layers before the tailgate opens for bale ejection. The drive components — shaft, bearings, clutch, chain, and electronic controls — are sourced from internationally recognised suppliers, which supports spare parts availability in markets worldwide. For information on gearbox maintenance and replacement parts, the round baler gearbox section of our parts resource covers inspection intervals, oil specifications, and common wear indicators for this model class.
Operations that produce both round and square bales — for example, round bales for outdoor storage or silage and small square bales for direct livestock feeding — can pair the 9YQ-2300 with our square baler range to cover both formats from the same tractor fleet.
Suitable Crops and Applications
✅ Suitable For
- Wheat straw (moisture 10–18%)
- Rice straw (moisture 10–20%)
- Corn stalks (moisture 10–23%)
- Cotton straw
- Dry alfalfa and legume hay
- Mixed dry pasture grasses
- Sorghum straw
- Sunflower stalks
- Semi-dry forage grasses (below 25% moisture)
❌ Not Recommended For
- Wet silage above 30% moisture (requires separate wrapper)
- Heavily contaminated or muddy windrows
- Crops containing stones or hard foreign objects
- Freshly cut material above 40% moisture
- Root crops or bulky vegetable matter
🌾 Required Crop Condition
Crops must be cut, field-dried, and raked into a consistent windrow before baling. For the 2,300 mm pickup width to operate at full efficiency, windrow width should be at least 1,800–2,000 mm. Target moisture content is 12–18% for hay and 10–16% for cereal straw. Baling above 20% moisture will increase bale weight, raise the risk of mould during storage, and can cause net wrap to slip or fail on the bale surface after ejection.
🗺️ Field Size and Terrain
The 9YQ-2300 is most productive on open flat paddocks of 30 acres or more where the wide pickup provides a meaningful output advantage over narrower models. Machine dimensions are 2,950 × 2,750 × 2,050 mm — confirm gateway widths and road access before delivery. Rated for slopes up to 8° (14% gradient). The machine is not recommended for steep hillside operation due to bale roll-off risk at ejection and stability considerations at 2,500 kg towed weight.
✂️ Pre-Baling Field Preparation
Standard preparation sequence: cut → field-dry 1–4 days depending on crop and weather → rake into windrows of 1,800–2,300 mm width → bale. Raking windrows to the full pickup width maximises throughput and minimises double-passes. For large cereal straw operations, consider running the mower, tedder, and rake in a coordinated sequence ahead of the baler to ensure a continuous supply of ready windrows during the baling window.
📐 Ideal Operation Scale
Best suited to farms or contractors baling 100 acres or more per season. The 2,300 mm pickup provides a meaningful efficiency advantage over 1,950 mm models in large open paddocks, reducing the number of passes required and increasing effective output per working hour. For operations under 50 acres, the narrower 9YQ-1950 or 9YQ-1250 models may offer better manoeuvrability without significant output sacrifice.
Product Features
Each feature listed below corresponds to a specific mechanical component or measurable parameter.
2,300 mm Spring-Tooth Pickup — Widest in Range
The 9YQ-2300 features the widest pickup in our round baler line at 2,300 mm. The spring-tooth reel design follows field contours and lifts windrow crop cleanly without pushing material into the soil surface. A wider pickup reduces the number of field passes required per paddock — on a 100-acre cereal straw field, the difference between a 1,950 mm and a 2,300 mm pickup equates to a measurable reduction in total passes, tractor fuel, and time per operation. The picker structure is spring-tooth type, suited to both light hay windrows and heavier straw swaths.
Fork and Screw Dual Feeding System
The 9YQ-2300 uses a combined shift-fork feeding mechanism and screw continuous feeding system. The fork lifts and separates material from the pickup, then the screw distributes it uniformly across the full 1,250 mm chamber width before it enters the 18 pressing rollers. This two-stage approach reduces uneven crop distribution across the chamber width — a key factor in maintaining consistent bale density and shape at this pickup width. In corn stalk testing at 18–22% moisture, the dual feeding system maintained consistent throughput without blockage at 4–5 km/h with a 110 HP tractor.
18-Roller Fixed Chamber — Ø190 mm Rollers
The pressing chamber uses 18 rollers of Ø190 mm diameter in a fixed roll drum configuration. Chamber width is 1,250 mm, producing bales of Ø1,000 mm. The fixed chamber maintains consistent bale diameter without requiring operator adjustment as the bale grows, and produces bales of uniform density throughout the filling cycle. 18 rollers in this chamber size provide greater crop contact area per bale than a lower roller-count design, contributing to higher bale density per unit volume.
Automatic Net Wrapping
Automatic net wrapping triggers at bale completion. Net wrap count per bale is controlled to minimise net consumption while maintaining surface coverage and bale integrity during handling and outdoor storage. Net wrapping is the preferred binding method for commercial operations where bales are stored outdoors or handled mechanically — it provides better weather resistance and bale shape retention than rope binding on large-diameter bales. The system includes standard net roll mounting and a net cutting knife assembly.
Wide Tractor Power Range — 58.8 to 132.5 HP
The 9YQ-2300 is rated for tractors from 58.8 HP (43.2 kW) to 132.5 HP (97.8 kW) at the PTO — a wider usable power range than most balers in this size class. In practice, a tractor of 80–100 HP will handle the majority of cereal straw and dry hay conditions comfortably. The higher end of the rated range is relevant in dense corn stalk windrows or wet conditions where material resistance through the dual feeding system is higher. This power range compatibility makes the 9YQ-2300 accessible to a wide range of farm tractor fleets.
Internationally Sourced Drive Components
Key drivetrain components including drive shaft, bearings, clutch, chain, and electronic controls are sourced from internationally recognised component suppliers. This approach supports consistent part quality and global spare parts availability. When individual components reach their service life, replacement parts with matching specifications can typically be sourced through local agricultural machinery suppliers in most markets, reducing the risk of extended machine downtime during peak baling season.
Full Technical Specifications — 9YQ-2300
| Parameter | Προσδιορισμός |
|---|---|
| Model Name | 9YQ-2300 Round Baler |
| Hitching Method | Trailed (drawbar) |
| Πλάτος παραλαβής | 2,300 mm |
| Picker Structure | Spring tooth type (锹爪式) |
| Feeder Structure | Shift fork + screw continuous feeding mechanism |
| Bale Chamber Type | Fixed roll drum type |
| Chamber Width | 1,250 mm |
| Bale Diameter | Ø1,000 mm |
| Pressing Rollers | 18 pcs |
| Roller Diameter | Ø190 mm |
| Μέθοδος σύνδεσης | Automatic net wrapping |
| Tractor Power Required | 43.2–97.8 kW / 58.8–132.5 HP |
| PTO Speed | 540 rpm |
| Overall Dimensions (L×W×H) | 2,950 × 2,750 × 2,050 mm |
| Machine Weight | 2,500 kg |
| Operating Speed | 4–8 km/h (crop-dependent) |
| Hydraulic Requirement | 1× double-acting spool valve |
| Max Operating Slope | 8° (≈14% gradient) |
All specifications are for reference. Actual performance varies with crop type, moisture content, tractor specification, and operating speed. Contact us for confirmation prior to purchase.
Tractor Compatibility — 9YQ-2300
Key compatibility information for buyers evaluating this model against their existing tractor fleet.
⚡ Minimum Tractor Power
Minimum 58.8 HP (43.2 kW) at PTO; maximum 132.5 HP (97.8 kW). In practice, 80–100 HP is the most productive operating range for typical cereal straw and hay conditions. Tractors below 70 HP should only be used in light windrow conditions — in dense corn stalk or heavy hay windrows at minimum power, blockages and reduced bale density are more likely. Four-wheel drive is recommended on soft or wet paddocks given the machine’s 2,500 kg towed weight.
⚙️ PTO Speed and Shaft
Requires 540 rpm PTO with standard 6-spline connection. A friction overload clutch on the tractor PTO shaft is recommended to protect the tractor gearbox in the event of a sudden feeder blockage. The PTO shaft and guards are supplied with the machine — confirm all guards are fitted and secured before operation. Inspect the PTO shaft telescopic section and universal joint bearings at the start of each season and after every 100 operating hours.
🔌 Hydraulic Requirements
Requires one double-acting spool valve on the tractor for tailgate opening and closing. Hydraulic flow requirement is approximately 25–35 litres per minute at 150–175 bar — within the capability of standard mid-range tractor hydraulic systems. Load-sensing hydraulics are not required. Confirm your tractor has at least one available double-acting spool valve outlet before ordering. A single-acting supply is not sufficient for tailgate operation.
🔗 Drawbar Setup
Trailed drawbar connection using a standard clevis pin. Set drawbar height so the baler hitch point is level with the tractor drawbar eye — typically 400–450 mm from ground to drawbar centre. An incorrectly set drawbar height causes uneven pickup ground pressure distribution and accelerates pickup tine wear on one side of the machine. Secure the drawbar pin with a rated locking clip before road transport. Three-point hitch mounting is not available on this model.
🏔️ Slope Suitability
Rated for operation on slopes up to 8° (14% gradient). This covers the majority of typical cereal crop and hay paddock conditions. On slopes above 5°, ensure there are no persons, vehicles, or water courses in the bale roll-out zone after ejection — large bales at this diameter and weight will roll a significant distance on a slope. Do not exceed the rated slope limit. For hilly terrain operations, a qualified safety assessment is recommended before use.
🚜 Compatible Tractor Brands
Compatible with all standard 540 rpm PTO tractors from major manufacturers — brand is not a compatibility factor. The relevant requirements are PTO speed, drawbar height, and availability of one double-acting hydraulic spool valve. Buyers upgrading from an older large-format baler can integrate the 9YQ-2300 into their current tractor setup without modifications in the majority of cases. Confirm PTO stub diameter (standard: 1⅜” 6-spline) and available hydraulic outlets before finalising the order.
Field Testing and Real-World Performance
All performance data is presented with stated test conditions. These figures are a reference guide — not a guaranteed output specification.
⚠️ Performance Data Disclaimer
Output, bale weight, and fuel consumption vary significantly with crop moisture, windrow density, tractor horsepower, operating speed, and operator experience. The figures below reflect specific test conditions only. Contact us with details of your specific operation for a more tailored assessment.
🌾 Test: Rice Straw
| Crop | Post-harvest rice straw |
| Moisture | 12–15% |
| Tractor | 100 HP (74.6 kW) 4WD |
| Terrain | Flat paddy field, <2° slope |
| Speed | 5–6 km/h |
| Approx. bale weight | 210–250 kg |
| Blockages | None over full-day test |
🌽 Test: Corn Stalks
| Crop | Post-harvest corn stalks |
| Moisture | 18–22% |
| Tractor | 120 HP (89.5 kW) 4WD |
| Terrain | Level field, no slope |
| Speed | 4–5 km/h |
| Approx. bale weight | 270–310 kg |
| Notes | 1 minor feed jam cleared at peak moisture end over 2-day test |
🔧 Maintenance and Blockage Handling
Daily checks: PTO shaft connection and guard integrity, chain tension on feeder and chamber drives, pickup tine condition across the full 2,300 mm width, net wrap supply level and arm position, hydraulic hose connections, tyre pressure (if applicable).
Blockage procedure: Disengage PTO immediately and allow all components to come to a complete stop. Do not attempt to clear a blockage while any part of the machine is rotating. Use a clearing hook to remove material from the feed throat. Identify the cause — most blockages at this model occur at the transition between the fork mechanism and screw entry when operating above 22% crop moisture or at excessive forward speed in heavy windrows.
Annual service items: Pickup tine inspection and replacement (2,300 mm width), chain elongation check on all drive chains, roller bearing inspection on all 18 chamber rollers, net wrap arm and knife inspection, gearbox oil level and seal check, hydraulic hose condition. Contact [email protected] for the 9YQ-2300 spare parts list and service schedule.
Customer Reviews
Feedback from verified purchasers. Balanced reviews including both positives and areas for improvement.
Suresh P.
Agricultural contractor — Maharashtra, India
“We use the 9YQ-2300 for wheat and rice straw across around 300 acres each season. The 2,300 mm pickup makes a real difference to output compared to the narrower model we were considering. On a 110 HP tractor it runs comfortably and we’ve had no major mechanical issues over two full seasons. Spare parts through FarmBalers were easy to source.”
“Pickup performance on slightly lodged rice straw required us to slow to around 4 km/h in the worst sections. Not a major issue — just something to expect in that crop type.”
Jan V.
Cereal farm — Eastern Poland
“Running this on wheat and rye straw. My tractor is 95 HP and it’s a comfortable match for most conditions. Bale shape has been very consistent throughout the season, and the net wrapping system has been trouble-free. I’ve been baling straw for a long time and the dual feeding system does seem to handle windrow variation better than single-stage machines I’ve used previously.”
“Initial setup took longer than I expected — plan for a half-day to get the PTO height and drawbar set correctly before your first run.”
Carlos M.
Mixed arable farm — Castilla-La Mancha, Spain
“We purchased the 9YQ-2300 to replace an older large-format baler that was becoming expensive to maintain. The transition was straightforward — same PTO speed, same drawbar height requirement, one double-acting spool valve on our tractor. The machine integrated into our setup without any modifications needed on the tractor side.”
“Bale density on sunflower stalks is slightly lower than on our cereal straw — we slow down and get better results, so it’s manageable but worth noting for that crop type.”
Nguyen T.H.
Farm cooperative — Mekong Delta, Vietnam
“Our cooperative uses the 9YQ-2300 for rice straw collection after harvest. We run it on an 85 HP tractor and it handles our conditions well. The wide pickup is the main reason we chose this model — our fields are wide open and we needed to minimise passes. Bale weights are consistent and easy to handle with our front loader.”
“At the start of the season we had one net wrap jam that took about 20 minutes to clear. We found a small piece of wire in the windrow that had caused it — not a machine issue, just a reminder to check windrows for debris before baling.”
Frequently Asked Questions — 9YQ-2300
Direct answers for buyers evaluating this model. Further questions: [email protected]
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