Presse à balles rondes 9YQ-1950

The 9YQ-1950 brings a 1,950mm pickup width, filet automatique and an 18-roller Φ1,000mm bale chamber together in one commercial-scale machine. Net wrap enables proper outdoor long-term storage and commercial bale presentation — a step-change from the rope-wrapped smaller models. The dual shift-fork and screw continuous feeding system keeps material flowing at 36.7–110.3kW PTO input, across wheat straw, corn stover, forage grass and cotton stalks.

✦ 1,950mm pickup width — wide commercial coverage per pass
✦ Automatic net wrap — outdoor storage and commercial-grade bale presentation
✦ Φ1,000×1,250mm fixed bale — larger output for high-volume operations
✦ 18 × Φ190mm compression rollers — even density across the bale cross-section
✦ Shift-fork and screw continuous feeder — consistent flow in variable windrow conditions

Catégorie : Presse à balles rondes

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Description
Informations complémentaires

Commercial Round Baler · 1,950mm Pickup · Automatic Net Wrap

Two features separate the 9YQ-1950 from the models below it: a 1,950mm pickup that covers nearly two metres of windrow per pass, and filet automatique that applies consistent, weather-resistant bale binding on every cycle. Together, these features move the machine from farm-scale into commercial-scale territory — where output per hour, bale presentation quality, and outdoor storage capability all matter for the operation economics.

Le 18-roller Φ1,000mm bale chamber and a shift-fork combined with screw continuous feeding system handle the higher material volumes that the wider pickup brings in — without the feed-path bridging or blockage issues that narrower, simpler feed designs encounter in heavy commercial windrows.

9YQ-1950 Round Baler: Commercial-Scale Output with Automatic Net Wrap

The Step from Farm Scale to Commercial Scale

The 9YQ-870 and 9YQ-1250 are farm-scale machines — sized and configured for producers who grow and feed their own hay, bale their own straw, and store their product under cover or feed it out quickly. The 9YQ-1950 crosses into different territory: at 1,950mm pickup width, net wrap binding, and a Φ1,000×1,250mm bale, it is configured for producers who sell bales commercially, store large inventories outdoors, or need to clear acreage at high daily output rates to stay within tight harvest weather windows.

The net wrap upgrade is the single most significant difference from the smaller models. Net wrap protects the outer bale surface from rain and UV, keeps the leading edge intact during bale ejection and handling, reduces leaf shatter in high-protein hay, and produces the clean, tight bale appearance that commercial buyers, feed dealers, and export operations expect. Rope-wrapped bales from the smaller models work well for barn storage and rapid feed-out; net-wrapped bales from the 9YQ-1950 work in those applications and in outdoor storage rows, commercial resale, and feed-lot delivery scenarios where bale quality over weeks of storage matters.

9YQ-1950 At a Glance

1 950 mm

Largeur de ramassage

Φ1 000 × 1 250

Dimensions de la balle (mm)

Φ190mm Rollers

Filet d'emballage

Automatic Binding

2 385 kg

Poids de la machine

9YQ-1950-presse-à-balles-rondes-1

Spécifications techniques

#	Article	Unité	Spécification
1	Nom du modèle	—	Presse à balles rondes 9YQ-1950
2	Méthode d'attelage	—	Type remorqué / traîné
3	Largeur de ramassage	mm	1,950
4	Structure du sélecteur	—	Type de dent à ressort
5	Structure d'alimentation	—	Shift-Fork Feeding + Screw Continuous Feeding Mechanism
6	Type de chambre à balles	—	Type de tambour de roulement (fixe)
7	Largeur de la salle de compression	mm	1,250
8	Diamètre de la balle	mm	Φ1,000
9	Quantité de rouleaux de pressage	pièces	18
10	Diamètre du rouleau	mm	Φ190
11	Méthode de regroupement	—	Emballage automatique en filet
12	Plage de puissance correspondante	kW / HP	36.7–110.3 kW (approx. 49–148 HP)
13	Dimensions hors tout (L×l×H)	mm	3,200 × 2,500 × 2,010
14	Poids de la machine	kg	2,385

Crop Applications — What the 9YQ-1950 Handles

Large-Field Straw Harvesting at Commercial Volume

At 1,950mm pickup width, the 9YQ-1950 covers nearly two metres of windrow in a single pass — enough that windrows from 2–3m cut combine headers can often be baled directly without a pre-pass with a faucheuse-râteau. This reduces the number of field operations per acre and the total time between grain harvest and field clearing.

▸Wheat and cereal straw — covers full combine windrows from 2m+ headers at productive forward speed
▸résidus de maïs — the dual feeder mechanism handles the high-volume material flow from wide stover windrows in heavy-yield fields
▸paille de riz — wide pickup clears paddy fields efficiently for the tight post-harvest window before field preparation
▸Tiges de coton — spring-tooth pickup at 1,950mm width handles broad cotton residue windrows from large-scale row spacing

9YG-1.0C-Application-presse-à-balles-rondes-1

Commercial Hay and Forage Production

The net wrap on the 9YQ-1950 is what enables commercial hay selling — bales arrive at buyers with consistent shape and a clean, intact outer surface that reflects production quality. For operations producing hay for dairy, beef feedlots, export, or hay dealer resale, the net-wrapped bale from this model meets the standard that buyers in these markets expect. The relationship between bale density, moisture at baling, and feed quality is covered in the round bale density and feed quality guide.

▸foin de luzerne et de trèfle — net wrap holds leaf matter against the bale surface during handling, reducing the shatter loss that rope-wrapped forage experiences
▸Foin de graminées indigènes et mélangées — handles the variable density of prairie and native grass windrows with the wide spring-tooth pickup
▸Sorghum sudan and baleage — bale at 40–55% moisture for fermented feed production, followed immediately by stretch-wrap application over the net wrap

Key Features of the 9YQ-1950

Automatic Net Wrap System

The automatic net wrap system applies net wrap material around the bale circumference at the end of each compression cycle — without operator intervention beyond loading the net roll at the start of the session. The system applies a programmed number of wrap layers and cuts the net cleanly at the tailgate open point, producing a consistently sealed bale every cycle. Net wrap prevents the outer crop layer from weathering during storage, maintains bale shape during handling and transport, and reduces the fire risk that loose, exposed straw material poses in storage areas. For the relationship between net wrap, bale moisture, and fire prevention practices, see the round baler fire prevention and safety guide.

Dual Shift-Fork and Screw Continuous Feeding Mechanism

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Shift-Fork Stage: Initial Material Grab

The shift-fork feeding mechanism actively reaches into the incoming windrow material and transfers it into the screw conveyor zone. In high-volume windrows from a 1,950mm wide pass — where the incoming material volume is significantly more than a narrow-pickup baler handles — the shift-fork stage manages the initial material volume before the screw stage takes over for steady chamber delivery.

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Screw Continuous Stage: Steady Chamber Feed

The screw conveyor delivers material to the compression chamber at a continuous, even rate — avoiding the surge-and-gap feeding pattern that can produce uneven bale density when the pickup directly feeds the chamber without an intermediate stage. This continuous delivery is particularly important at the 1,950mm pickup scale, where the total material volume entering the machine per unit of forward distance is substantially higher than smaller machines.

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Blockage Resistance in Heavy Conditions

The dual-stage feeding arrangement provides an inherent blockage buffer: when the incoming material rate spikes at a dense windrow section, the shift-fork stage absorbs the surge before it reaches the screw conveyor. This design means the operator can maintain consistent forward speed through variable windrow conditions rather than needing to slow or stop at every heavy section to prevent a pickup jam.

18-Roller Φ1,000mm Compression Chamber

The 18 × Φ190mm rollers arranged around the 1,000mm diameter compression chamber give the 9YQ-1950 a significantly larger roller contact area than the 16 × Φ152mm arrangement in the 9YQ-1250. Larger roller diameter means each roller spans more of the bale circumference per revolution, and the Φ190mm rollers are more resistant to surface deformation under the load that a Φ1,000mm bale at commercial density produces. For the full maintenance protocol that keeps the compression chamber in calibration across a baling season, the round baler seasonal maintenance checklist covers roller inspection intervals and wear indicators.

commercial round baler showing the key mechanical features including the wide pickup system and compression chamber that apply to the 9YQ-1950 class — 18 rollers and dual feeding mechanism handle the volume from a 1950mm pickup width at productive commercial operating speeds

Why Automatic Net Wrap Changes What You Can Do with Your Bales

Outdoor Storage — From Weeks to Months

Rope-wrapped bales stored outdoors experience progressive weather penetration through the outer crop layer — rain, dew and UV work through the outer surface over weeks, creating a degraded outer zone that can represent 5–15% of total bale dry matter. Net-wrapped bales from the 9YQ-1950 have that outer layer sealed — the net holds the surface material tight against the bale body, significantly slowing weather penetration and extending the period over which outdoor-stored bales maintain their quality. For the full relationship between bale storage method and dry matter loss, the round bale storage and dry matter loss guide quantifies the benefit of net wrap for different storage durations and climates.

This matters most for operations that produce a full season of hay in spring and summer and then sell or feed through fall and winter — the bales that are sold last need to be as good as the ones sold first, which requires outdoor storage that preserves quality over months rather than weeks.

Commercial Presentation and Buyer Expectations

Buyers in commercial hay markets — feed dealers, dairy operations, export brokers, and livestock lot managers — routinely specify net-wrapped bales for volume purchases. The reasons are practical: net-wrapped bales have a consistent, intact outer surface that can be inspected before purchase; they handle and transport with less surface material loss; and the net wrap layer provides a clear visual indication of bale integrity during unloading. A producer switching from rope-wrapped to net-wrapped bales with the 9YQ-1950 gains access to markets that were effectively closed to their product while it arrived in rope binding.

9YQ Series Comparison and Sizing Guide

Choosing Between the 9YQ-1950 and 9YQ-2300

Le 9YQ-1950 and 9YQ-2300 produce the same bale size (Φ1,000×1,250mm) with the same net wrap binding — the primary difference is pickup width (1,950mm vs 2,300mm) and machine weight (2,385kg vs 2,500kg). Choose the 9YQ-2300 if: your fields are large enough that the extra 350mm of pickup width meaningfully reduces passes per acre and hours per season; your tractor is matched to the 9YQ-2300 power range; or your transport and headland turning dimensions accommodate the wider machine. Choose the 9YQ-1950 if: field sizes and windrow widths are within what 1,950mm handles comfortably, or road transport width constraints make the 2,500mm 9YQ-2300 less practical for your operation.

Full 9YQ Series and 9YG-2.2 Comparison

Modèle	Ramasser	Taille des balles	Power	Poids	Wrap
9YQ-870	800 mm	Φ630×700mm	25–50HP	440 kg	Corde
9YQ-1250	1 250 mm	Φ800×1,250mm	54–80 CV	1 000 kg	Corde
9YQ-1950 ◀ This model	1 950 mm	Φ1,000×1,250mm	49–148HP	2 385 kg	Filet d'emballage
9YQ-2300	2 300 mm	Φ1,000×1,250mm	79–178HP	2 500 kg	Filet d'emballage
9YG-2.2 (Fixe)	2 200 mm	Φ1,220×1,400mm	148–201HP	3 800 kg	Filet d'emballage

Operating Tips for the 9YQ-1950

Tractor and PTO Requirements

The 9YQ-1950 rated power range (36.7–110.3kW) reflects the wide range of operating conditions this machine handles — from light hay at minimum bale density in good conditions, to high-density corn stover at commercial output rates. For comfortable general-purpose operation across hay, straw and medium-density forage in typical conditions, a tractor producing 60–90HP PTO is a well-matched pairing. For continuous high-volume stover baling or operating at maximum forward speed in heavy forage, a tractor in the 100–130HP PTO range keeps the machine running without labour. The drive shaft and PTO coupling specifications that match this power range are detailed in Spécifications des boîtes de vitesses agricoles et des transmissions de prise de force — relevant if sourcing PTO shaft replacement components or verifying tractor output shaft compatibility.

boîte de vitesses agricole et arbre de prise de force

Field Management and Windrow Optimisation

Largeur de l'andain :Target windrow widths of 1,700–1,900mm for the best pickup efficiency. Slightly narrower than the pickup width avoids leaving edge material uncovered and produces a cleaner field after baling.
Baling moisture:The hay moisture management protocol from the hay moisture baling and testing guide applies directly here: target 14–18% core moisture for dry hay, and verify with a probe at the windrow core rather than the surface before beginning each field. Net wrap requires bale moisture be within target — net-wrapped bales above 20% moisture still heat, and the sealed surface can slow the dissipation that a rope-wrapped bale achieves through surface evaporation.
Net wrap settings:Set the wrap cycle for a minimum of 2 layers for barn-stored hay and 3 layers for outdoor-stored bales or bales intended for commercial sale. Inspect the net cut quality at the tailgate after the first 5 bales of each session to verify that the cutter is operating cleanly and not leaving ragged edges that can unravel during handling.
Troubleshooting:For common feed blockages, pickup miss-feeds, and net wrap cutting problems, the round baler troubleshooting guide covers the diagnostic sequence for the most frequent issues encountered in commercial-scale operation.

Frequently Asked Questions — 9YQ-1950 Round Baler

The power range says 36.7–110.3kW — what size tractor should I actually use?+

The stated range reflects the full spectrum of operating conditions this machine encounters, not a single recommended tractor size. At the lower end (36.7kW / 49HP), the machine can operate in very light hay or thin windrows at reduced forward speed. This is not a recommended day-in, day-out pairing for a full-season commercial operation. For general commercial use across straw, hay and forage, a tractor producing 70–100HP at the PTO is the comfortable operating range — enough power to maintain forward speed through variable windrow density without overloading the tractor in heavier sections. For continuous high-volume corn stover or thick forage baling at maximum production rates, 100–130HP PTO is the better pairing. The key principle: match tractor PTO output to your expected average windrow density, with a 15–20% reserve above that for peak loads, rather than sizing to the minimum rated power.

How does the automatic net wrap system work, and how much net wrap does each bale use?+

When the bale reaches its full diameter (Φ1,000mm) and the wrap trigger activates, the net wrap roll feeds out from the net dispenser mounted on the machine frame and is guided onto the rotating bale surface inside the chamber. The bale rotation wraps the net around itself over the programmed number of revolutions — typically 1.5 to 3 revolutions depending on the number of net wrap layers set by the operator. After the wrap cycle completes, the cutter severs the net cleanly and the tailgate opens to eject the finished bale. Net material consumption per bale: a standard net wrap roll (approximately 1,800m) covers 30–50 bales depending on bale circumference and the number of wrap layers programmed. For a Φ1,000×1,250mm bale at 2 layers, expect approximately 35–45 bales per roll. Check net roll stock before each baling session — running out of net mid-field means an incompletely wrapped bale that must be handled carefully to avoid unraveling.

What bale weight does the 9YQ-1950 produce, and what loader capacity do I need?+

The Φ1,000×1,250mm bale from the 9YQ-1950 produces bale weights of: dry grass hay at 14–16% moisture — 200–350kg; dry wheat or rice straw — 150–250kg; corn stover at 15–18% moisture — 280–420kg; alfalfa at 15% moisture — 250–380kg. At the upper end of these ranges, a loader with 500–700kg capacity minimum is needed for reliable bale stacking — a front-end loader on a 75–100HP tractor with a standard bale spear handles these weights comfortably. For the largest stover and alfalfa bales at the 380–420kg range, a loader rated to 800kg or above is the safer pairing, particularly for stacking more than two high.

Can the 9YQ-1950 make baleage for silage production?+

Yes — the 9YQ-1950 with automatic net wrap is well-suited to baleage production. The baleage process uses the baler to compress high-moisture forage (typically 40–60% moisture) into a round bale, which is then wrapped immediately with stretch plastic film (typically 4–6 layers at minimum 50% overlap) to create anaerobic fermentation conditions. The net wrap from the 9YQ-1950 provides the base layer that holds the bale shape during the stretch wrapping process — the net-wrapped bale is structurally more stable during transport from the field to the wrapping area than a rope-bound bale of the same material. Key requirements for baleage: bale within 2 hours of cutting for highest fermentation quality; apply stretch film within 4 hours of baling; ensure 100% film coverage of the entire bale surface. The feeding strategies and nutritional comparison between dry hay and baleage formats is covered in the round bale feeding strategies guide.

How many bales per hour does the 9YQ-1950 produce at commercial scale?+

In typical commercial straw and hay conditions, the 9YQ-1950 produces 25–50 bales per hour depending on crop yield, windrow consistency and field shape. At 1,950mm pickup width, each forward pass covers significantly more ground than the 1,250mm model — on the same field at 2 tons per acre yield, the 9YQ-1950 produces the same number of bales per acre but completes each pass approximately 55% faster than the narrower machine (1,950 vs 1,250mm width ratio). In flat, well-shaped fields with consistent windrows, experienced operators running at 4–6 km/h in good conditions can achieve 40–50 bales per hour. In variable conditions or fields with frequent turns, 25–35 per hour is more typical. A 10-second net wrap cycle at the end of each bale is the primary mechanical pause in the production cycle — considerably faster than a rope knotter sequence on smaller machines.

How long can net-wrapped bales from the 9YQ-1950 be stored outdoors?+

Net-wrapped bales stored on a well-drained pad or elevated off ground contact (on gravel, tyres, or pallets) maintain usable quality for 6–12 months in most North American climates when baled at correct moisture (below 18% for hay). The net wrap protects the outer bale surface from direct rain penetration and UV degradation of the outer crop layer — but it does not prevent moisture migration from the ground, which is why ground contact must be minimized. Bales baled slightly above target moisture (18–22%) and then stored outdoors under net wrap typically show visible surface discolouration and some outer mold at 3–4 months; the interior quality may still be acceptable, but the marketability is reduced. For the complete outdoor bale storage protocol including pad specifications and monitoring approach, the round bale storage and dry matter loss guide covers the practical steps for maximising net-wrapped outdoor storage quality over multi-month storage periods.

What is the difference between the shift-fork plus screw feeder in the 9YQ-1950 and the direct spring-tooth feed in the 9YQ-1250?+

The 9YQ-1250 uses a direct spring-tooth feeding arrangement — the pickup tines gather and deliver material to the compression chamber in a single mechanism, which is mechanically simple and reliable for the material volumes a 1,250mm pickup handles. The 9YQ-1950 uses a two-stage arrangement: the shift-fork first stage actively transfers gathered material from the pickup into the second stage screw conveyor, which then delivers a continuous, regulated flow into the compression chamber. The advantage of the two-stage arrangement at 1,950mm pickup scale is primarily blockage resistance in variable windrows. When a dense windrow section arrives at a 1,950mm pickup, the material volume entering the feed path spikes significantly. The shift-fork stage acts as a buffer that manages that spike before it reaches the chamber — reducing the probability of a pickup jam or feed-path block that a single-stage direct-feed system would be more susceptible to at the same material volume. The result is more consistent forward-speed maintenance in variable field conditions, which translates to higher per-hour output and less operator intervention.

Can I transport the 9YQ-1950 on public roads and what trailer do I need?+

The 9YQ-1950 at 2,500mm wide overall dimension exceeds the standard 2.5m no-permit-required road width in most U.S. states by approximately zero to fifty millimetres depending on state regulation. In practice, most operators transport this class of machine with standard farm implement wide-load protocols — orange flags and slow-moving vehicle signs on farm roads and secondary rural roads. Before transporting on state highways, verify the specific width permit threshold for your state; some states set the threshold at 2.5m, others at 2.6m or 2.7m. The machine weight of 2,385kg requires a trailer rated to at least 3,000kg gross capacity to provide adequate safety margin with the baler load. A standard 3m wide, 5m long flatbed equipment trailer handles both the weight and dimension requirement for most road transport scenarios.

What Customers Say About the 9YQ-1950

Wayne Sutherland

Nebraska | Custom Baling, 8,000 Acres/Season

★★★★★

I run a custom baling service and this is the machine that filled the gap between my small farm baler and my big commercial unit. At 1,950mm pickup I cover straw fields at a pace that makes the job economical at custom rates, and the net wrap means my customers get bales that can go straight into outdoor storage without needing barn space. The dual feeder has been the most pleasant surprise — in the variable-windrow corn stover fields I run in October, the machine stays moving when I would have expected jams on a single-stage baler of this size.

Acheté à l'automne 2023 | Achat vérifié

Patricia Chen

Eastern Washington | Alfalfa Hay Export Operation, 400 Acres

★★★★★

We export alfalfa to dairy operations and the buyers require net-wrapped bales — the previous rope-wrapped machine was not an option for this market. The 9YQ-1950 changed our sales channel completely. We now store bales outdoors in rows on a gravel pad and they maintain presentation quality for 4–6 months without the surface deterioration we used to see. The wide pickup at 1,950mm has also reduced our baling days from 12 to 8 per year on the same 400 acres — that time saving alone paid for a significant portion of the machine cost.

Acheté au printemps 2024 | Achat vérifié

Gareth Williams

Tennessee | Beef Feedlot, 350 Acres Fescue and Mixed Grass

★★★★★

We feed around 300 head and needed a baler that could produce enough bales in our 3-week spring hay window to cover winter feed requirements. The 9YQ-1950 at 1,950mm pickup has been the solution. We run a 95HP tractor and it operates well within capacity even in our heavier fescue stands. Bale weight averages around 290kg in the fescue, which our loader handles cleanly. Net wrap means we can leave bales outside the barn and they are still in good condition when we feed them 4 months later. Zero mechanical issues through two full seasons.

Acheté au printemps 2023 | Achat vérifié

Nadia Okonkwo

Mississippi Delta | Rice Straw Baling and Livestock

★★★★☆

We bale rice straw after harvest for sale to mushroom growers and as livestock bedding — net wrap is essential for our buyers. The 9YQ-1950 handles the tangled, low-density post-paddy windrows well and the wide pickup means we clear fields quickly in the narrow window between rice harvest and the next water cycle. One note: the net wrap cutter needed a minor adjustment after the first season because it was leaving slightly ragged cut edges in our very dry straw conditions. A field technician adjusted the cutter tension and the problem was fully resolved. The baler itself is solidly built and the operating cost per bale is well within what the market supports.

Acheté à l'automne 2023 | Achat vérifié

Get the 9YQ-1950 for Your Operation

Tell us your primary crop type, total baling acreage, tractor PTO output and whether you need outdoor storage capability. We will verify the 9YQ-1950 is the right fit and provide current pricing, lead time and delivery details.

✦ 1,950mm pickup — near-2m commercial coverage

✦ Automatic net wrap — outdoor storage ready

✦ Φ1,000×1,250mm bale · 18 rollers · 2,385kg

✦ Dual shift-fork + screw feeding system

Obtenir les prix et la disponibilité

Informations complémentaires

Éditeur	Cxm

Presse à balles rondes 9YQ-1950

9YQ-1950 Round Baler: Commercial-Scale Output with Automatic Net Wrap