EP-9YQ-1950 Round Baler — Versatile Mid-Range Net-Wrap Round Baler with Dual Feeding System
தி EP-9YQ-1950 Round Baler (also referred to as a mid-range trailed round baler, 1,000 mm diameter net-wrap baler, or dual-feed round baler) is a compact yet capable, tractor-trailed roll-drum baler designed for wheat straw, rice straw, corn stover, alfalfa, ryegrass, and mixed forage crops across small-to-large farming operations. Its standout feature is the combined Shift Fork Feeding Mechanism and Screw Continuous Feeding Mechanism — a dual-mode feeder system that handles both fine-stemmed and coarse crop material with consistent flow into the compression chamber, regardless of windrow density variation. With a broad power range of 36.7–110.3 kW (50–148 hp), the EP-9YQ-1950 is one of the most power-flexible round balers in the EP lineup, compatible with mid-range utility tractors widely used by cooperatives and family farms as well as larger commercial machines. At 2,385 kg and a compact 3,200 x 2,500 x 2,010 mm transport footprint, it combines genuine commercial capacity with straightforward road transport and easy field manoeuvring.
🐄 Alfalfa and Forage Grass
🔥 Corn Stover and Biomass
🌿 Ryegrass and Mixed Forage
🏗 Cooperatives and Contractors
Why Choose the EP-9YQ-1950 Round Baler?
- 1,950 mm spring-tooth pickup — wide coverage for standard windrow widths
- Dual feeding system: Shift Fork + Screw Continuous Feeding — handles fine and coarse crops equally
- Roll-drum compression chamber with 18 rollers (Φ190 mm) and 1,250 mm compression width
- Bale diameter: 1,000 mm — compact round format, easy to handle and transport
- Fully automatic net wrapping — no manual tying required
- Broadest power range in the EP round baler lineup: 36.7–110.3 kW (50–148 hp)
- Compact transport footprint: 3,200 x 2,500 x 2,010 mm — road-legal without permits
- Lighter than the 9YG-2.2 at 2,385 kg — better paddy-field and soft-ground suitability
Technical Parameters — Model 9YQ-1950 Round Baler
| இல்லை. | அளவுரு | அலகு | விவரக்குறிப்பு |
|---|---|---|---|
| 1 | மாதிரி பெயர் | — | 9YQ-1950 Round Baler |
| 2 | Hitching Method | — | பின்தங்கிய |
| 3 | Picking Width | மிமீ | 1,950 |
| 4 | Feed Inlet Width | மிமீ | — |
| 5 | Picker Structure | — | ஸ்பிரிங் டூத் வகை |
| 6 | Feeder Structure | — | Shift Fork Feeding Mechanism + Screw Continuous Feeding Mechanism |
| 7 | Type of Compressing Bale Chamber | — | Roll Drum Type |
| 8 | Width of Compressing Room | மிமீ | 1,250 |
| 9 | Diameter of Compression | மிமீ | Φ1,000 |
| 10 | Quantity of Roll-Pressing Working Components | pc | 18 |
| 11 | Diameter of Roll-Pressing Roller | மிமீ | Φ190 |
| 12 | Bundling Type | — | Automatic Net Wrapping |
| 13 | பொருந்தும் சக்தி வரம்பு | கிலோவாட் | 36.7–110.3 (50–148 hp) |
| 14 | Overall Dimension (L x W x H) | மிமீ | 3,200 x 2,500 x 2,010 |
| 15 | Machine Weight | கிலோ | 2,385 |
How the EP-9YQ-1950 Round Baler Works
The EP-9YQ-1950 differentiates itself from single-feed round balers through its dual feeding system — combining a Shift Fork Feeding Mechanism with a Screw Continuous Feeding Mechanism. This combination addresses the most common cause of inconsistent bale density in round balers: variable crop flow into the chamber caused by windrow density fluctuation. By pairing a shift fork (which positively meters each crop charge) with a screw feeder (which maintains continuous material flow), the 9YQ-1950 delivers stable bale formation across the full range of crop types and field conditions it encounters.
- Spring-Tooth Pickup: The 1,950 mm wide spring-tooth reel lifts windrowed crop cleanly from the field surface with hardened tines. This pickup width covers standard windrow widths across wheat, rice, alfalfa, and grass crops without requiring a merging pass on normally-spaced windrows.
- Dual Feeding System: Lifted crop first passes through the shift fork mechanism, which positively displaces each crop charge into the feeding zone with consistent timing. A screw continuous feeding mechanism then takes over to maintain an uninterrupted, even-density crop stream into the roll-drum chamber — preventing the surge-and-gap feeding pattern that produces low-density bale cores in conventional single-feed designs.
- 18-Roller Drum Compression: Inside the 1,250 mm wide roll-drum chamber, 18 pressing rollers (Φ190 mm each) rotate continuously to compact the growing bale. Radial pressure from all 18 rollers is applied simultaneously across the full bale width, producing a uniformly dense 1,000 mm diameter bale cylinder with consistent cross-section from core to surface.
- Automatic Net Wrapping: When the bale reaches the preset diameter, the automatic net-wrapping system engages, applies the required number of net loops around the completed bale, cuts the net cleanly, and signals bale completion. The entire tying sequence requires no operator cab exit or manual intervention.
- Bale Ejection: The hydraulic tailgate opens, the round bale rolls out onto the field surface, and the tailgate closes automatically to begin the next bale formation cycle immediately.
⚙ The dual shift-fork and screw feeding combination is the 9YQ-1950 engineering highlight — it resolves the density inconsistency that affects single-feed round balers on variable-density windrows.
🔩 PTO Shaft — Matching the Right Driveline to the 9YQ-1950
The EP-9YQ-1950 accepts a wide 36.7–110.3 kW power range, which means the PTO shaft must be specified for the upper end of this range — particularly when pairing the machine with a 100 hp or above tractor to maximise daily throughput. The dual feeding mechanism adds a secondary torque load on top of the compression chamber drive, requiring a shaft rated for combined continuous loading. Key selection points:
- Torque capacity: Rate the shaft for the full upper power limit (110.3 kW). A heavy-duty friction torque limiter is strongly recommended over a shear-bolt type to handle the machine continuous-cycle load without bolt-replacement downtime.
- PTO speed and spline: Confirm 540 rpm (6-spline) or 1,000 rpm (21-spline) to match your specific tractor PTO stub and the baler input gearbox configuration. Consult our technical team before ordering.
- Telescoping length: At 3,200 mm overall machine length, the hitch-to-input distance is compact. Measure minimum and maximum hitch distances through the full turning arc to ensure the shaft neither bottoms out nor separates during field operation.
- Universal joint angles: Keep all joint operating angles below 15 degrees to prevent vibration and premature cross-kit fatigue failure.
- CE-rated safety guard: Mandatory for all markets. A complete guard prevents operator entanglement on the continuously rotating driveline during operation and daily servicing.
For reference driveline solutions, our preferred supply partner offers CE-certified, torque-rated baler shafts. Review their PTO தண்டு range for large balers as a dimensional and torque-rating reference when selecting the correct driveline for your EP-9YQ-1950 and tractor combination.
Core Advantages of the EP-9YQ-1950 Round Baler
Dual Feeding System — Consistent Bale Density
The combined Shift Fork and Screw Continuous Feeding Mechanism resolves the surge-and-gap crop flow that causes low-density bale cores in single-feed round balers. Even on windrows with variable density — caused by uneven combine spreading or irregular crop growth — the dual feeder maintains a stable, consistent crop stream into the roll chamber.
Widest Power Range — 50 to 148 hp
At 36.7–110.3 kW (50–148 hp), the 9YQ-1950 has the broadest power compatibility range of any EP round baler. It pairs with a 50 hp cooperative utility tractor at minimum throughput or a 148 hp commercial tractor for maximum daily output — without any mechanical modification or reconfiguration.
18-Roller Chamber — Uniform Bale Cross-Section
Eighteen pressing rollers (Φ190 mm) arranged in a fixed 1,000 mm diameter configuration apply simultaneous radial compression across the full 1,250 mm bale width, producing consistently shaped bales with predictable weight and structural integrity for outdoor storage and transport.
Compact Size — Easy Road Transport and Field Manoeuvring
At 3,200 x 2,500 mm and 2,385 kg, the 9YQ-1950 is substantially smaller and lighter than the 9YG-2.2 (4,100 x 2,900 mm, 3,800 kg). It fits through standard farm gates, passes any rural road without special permits at 2,500 mm transport width, and turns cleanly in tight field headlands.
Fully Automatic Net Wrapping
The automatic net-wrapping system ties every bale without operator cab exit or manual intervention. Net application, cutting, and bale ejection all occur automatically at the end of each bale cycle, enabling continuous forward field operation throughout the working day.
Optimal Value Between Small and Large Round Balers
The 9YQ-1950 fills the gap between compact small round balers (insufficient for commercial throughput) and large high-power machines like the 9YG-2.2 (which requires 148–201 hp tractors). It delivers genuine commercial-scale baling capacity at a lower entry cost and with a wider tractor power compatibility range.
Structure Design and Material Engineering
Main Frame: Q355B high-tensile structural steel, robotic MIG welded at all load-bearing joints. The frame is dimensioned for the combined torque loads of the dual feeding system and 18-roller compression chamber. Multi-pass shot-blasting (Sa 2.5) plus epoxy primer and polyurethane topcoat delivers corrosion resistance across humid paddy-field and arid dry-land environments.
Spring-Tooth Pickup Reel: 1,950 mm working width with hardened 65Mn spring-steel tines (44–48 HRC). The pickup width is optimised for standard windrow widths across the range of supported crop types without requiring a merging pass. Spring-tooth retraction at the top of the pickup arc delivers clean crop transfer into the dual feeding zone.
Dual Feeding System: The shift fork feeding mechanism is fabricated from hardened structural steel with a reciprocating timing system designed to work in coordinated phase with the screw feeder. The screw continuous feeding component uses a hardened wear-resistant spiral flight profile matched to the chamber feed inlet geometry, ensuring no material bridging or dead zones in the transition from pickup to compression chamber.
18-Roller Compression Chamber: The 1,250 mm wide, 1,000 mm diameter fixed-drum chamber houses 18 pressing rollers (Φ190 mm each). All roller shafts are mounted in heavy-duty sealed bearings. Roller surfaces are hardened and precision-ground for consistent diameter and finish throughout service life. The smaller Φ190 mm roller diameter compared with the 9YG-2.2 (Φ222 mm) provides a higher roller contact density per unit of bale circumference, improving surface regularity on the finished bale.
Net Wrapping and Ejection System: The automatic net-wrapping mechanism is motor-driven with a mechanical cut-and-hold system for clean, consistent net termination. The hydraulic tailgate opens and closes automatically at the end of each bale cycle. All hydraulic functions are driven from the tractor remote hydraulic valve circuit.
Typical Application Scenarios
🌾 Wheat and Rice Straw Collection
The 1,950 mm pickup covers standard combine-spread windrows efficiently. The dual feeding system handles the tangled, variable-density character of rice straw and uneven wheat windrows without the bale core density variation that affects conventional single-feed round balers on these crops.
🐄 Alfalfa and Premium Forage Baling
The 9YQ-1950 produces consistent 1,000 mm diameter net-wrapped round bales of alfalfa and ryegrass with uniform density — reducing variation in bale weight across a day of operation. Consistent bale weight simplifies logistics pricing and reduces rejected loads in export forage supply chains.
🔥 Corn Stover and Biomass
The combined feeding system handles the coarse, bulky nature of corn stover that can cause surge feeding in conventional single-feed round balers. Net-wrapped round bales of corn stover provide convenient biomass feedstock supply for biogas plants and pellet mills requiring consistent bale weight per delivery.
🏗 Cooperative Multi-Tractor Operations
The 50–148 hp power range makes the 9YQ-1950 uniquely flexible for cooperatives operating mixed tractor fleets. The same baler can be deployed behind a 50 hp utility tractor on small plots and a 100+ hp commercial tractor on large open fields — matching machine productivity to available power without purchasing separate machines for different tractor sizes.
Selection Guide — 9YQ-1950 vs. 9YG-2.2: Choosing the Right EP Round Baler
Both EP round balers produce net-wrapped round bales using 18-roller roll-drum chambers. The right choice depends on your tractor power, required bale size, and daily throughput target:
| விவரக்குறிப்பு | 9YQ-1950 | 9YG-2.2 |
|---|---|---|
| பிக்அப் அகலம் | 1,950 mm | 2,200 mm |
| பேல் விட்டம் | Φ1,000 mm | Φ1,220 mm |
| Compression Width | 1,250 mm | 1,400 mm |
| ஊட்டி வகை | Shift Fork + Screw (dual) | Screw Continuous only |
| Power Range | 50–148 hp (broadest) | 148–201 hp |
| Machine Weight | 2,385 kg | 3,800 kg |
| Transport Width | 2,500 mm | 2,900 mm |
| Best Suited For | Mixed fleets 50–148 hp, variable windrow conditions, compact fields | High-power 150 hp+ tractors, maximum throughput, large open fields |
Choose the 9YQ-1950 if your tractor power is below 148 hp, your fields are smaller or irregularly shaped, or your windrows vary significantly in density. Choose the 9YG-2.2 if you operate a high-power 150 hp or above tractor on large open fields and require maximum bale volume per hour.
EP-9YQ-1950 vs. Comparable Mid-Range Round Baler Benchmarks — Objective Comparison
| பொருள் | EP-9YQ-1950 | Krone Comprima F 125 / New Holland BR 7060 (Reference) |
|---|---|---|
| பேல் விட்டம் | 1,000 mm | approx. 900–1,100 mm |
| பிக்அப் அகலம் | 1,950 mm | approx. 1,800–2,100 mm |
| Feeder System | Dual: shift fork + screw continuous | Belt or single roller feed varies by model |
| Power Range | 50–148 hp (widest in class) | approx. 60–120 hp typical |
| Machine Weight | 2,385 kg | approx. 2,800–3,500 kg |
| Purchase Price | Significantly lower — factory direct | USD 40,000–80,000+ (dealer price) |
| Spare Parts | Direct export stock, 48 h dispatch | Dealer network, lead times vary |
| Warranty | 24-month direct manufacturer | 12-month dealer warranty typical |
| Best Suited For | Mixed-fleet cooperatives and commercial farms in emerging markets | Western markets with established dealer networks |
Frequently Asked Questions — EP-9YQ-1950 Round Baler
Q1: What makes the dual feeding system better than a single screw feeder?
A single screw feeder relies on consistent crop flow from the pickup to maintain an even material stream into the chamber. When windrow density varies — due to combine spreading irregularity, wind-blown material, or mixed crop conditions — the screw feeder alone can produce surge feeding that fills the bale core unevenly. The 9YQ-1950 Shift Fork mechanism positively displaces each crop charge at a controlled rate, working in coordination with the screw to even out density variations before material enters the compression chamber. The result is more uniform bale density from the core outward, producing more consistent bale weights across an entire field pass.
Q2: Can a 50 hp tractor operate the 9YQ-1950 effectively?
Yes, 36.7 kW (50 hp) is the minimum rated power for the 9YQ-1950. At 50 hp, the machine will operate correctly on light-to-medium crops such as dry wheat straw and alfalfa in thin-to-medium windrows. Forward field speed should be reduced on dense windrows or heavy crops to avoid overloading the tractor PTO. For maximum daily throughput on dense crops or heavy windrows, a tractor in the 80–110 hp range delivers the best combination of capacity and fuel efficiency.
Q3: How does the 9YQ-1950 compare with the 9YG-2.2 for alfalfa export baling?
Both machines produce net-wrapped round bales suitable for export. The 9YG-2.2 produces a larger 1,220 mm diameter bale (vs 1,000 mm for the 9YQ-1950), which means more dry matter per bale and lower net-wrap cost per tonne. The 9YQ-1950 produces a 1,000 mm bale that is lighter and easier to handle with smaller loading equipment — an advantage on farms without large telehandlers or bale grabs. The 9YQ-1950 also pairs with tractors from 50 hp, versus the 9YG-2.2 which requires a minimum 148 hp tractor.
Q4: What net-wrap types are compatible with the 9YQ-1950?
The 9YQ-1950 net-wrapping system is compatible with standard round-baler net wrap rolls in widths matched to the 1,250 mm compression room width. UV-stabilised polyethylene net wrap in 64–72 gsm is recommended for dry crop bales stored outdoors. For silage bales to be subsequently over-wrapped with stretch film, a lighter 50–64 gsm net minimises tenting and improves stretch-film adhesion. Contact our technical team for roll core diameter specification before first use.
Q5: Does the 9YQ-1950 require a wide-load road transport permit?
No. At 2,500 mm transport width, the 9YQ-1950 falls well below the 3,000 mm wide-load permit threshold in all major markets globally, including EU, UK, Asia, Africa, and the Middle East. It also passes through standard farm gates and rural road laneways without special preparation or escort requirements — a meaningful daily convenience advantage over larger round balers with transport widths exceeding 2,800 mm.
Q6: What warranty and spare-parts support is provided?
The EP-9YQ-1950 carries a 24-month manufacturer warranty on the main frame and gearbox assembly, and a 12-month warranty on the dual feeding system, roller assemblies, net-wrapping mechanism, and wear parts. Support is provided directly by our factory engineering team with no dealer intermediary. Fast-wear parts including pickup tines, net-wrap knife, roller bearings, chain sets, and screw feeder wear components are stocked for export and dispatched globally within 48 hours of order confirmation.
Get a Factory-Direct Quote for the EP-9YQ-1950 Round Baler
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