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9YF-1900 Square Hay Baler — 1900mm Pickup, Fork Feeder, ≥36.8 kW, 1950 kg
The 9YF-1900 is a mid-mounted towed square hay baler with a 1900 mm spring-tooth pickup matched to windrows from 4–5 metre combine headers — capturing full windrow width without the edge overhang of a wider reel on standard windrows. Same fork feeding, D-type knotting, and 460×360 mm compression chamber as the full 9YF series. ≥36.8 kW minimum power, 1950 kg.
Mid-Range Square Baler with 1900 mm Pickup — Matched to Standard Combine Header Windrow Widths
The 9YF-1900 sits between the entry-level 9YF-1700 and the wide-cut 9YF-2200 in the Ever-power square baler range — and for mid-scale grain farms running 4–5 metre combine headers, it is the most precisely matched machine in the series. Its 1900 mm pickup reel aligns closely with the windrow widths those headers produce, meaning the full reel width is engaged across the windrow on every pass, without the edge overhang that a wider reel creates on narrower windrows and without the edge-loss that a narrower reel leaves behind.
The mechanical package is identical to the wider 9YF-2200: fork feeding mechanism, 2 × D-type automatic knotters, 460×360 mm compression chamber, ≥36.8 kW minimum power, and 1950 kg machine weight. For farms that are already set up around 50–70 hp tractors and baling windrows in the 1700–1900 mm range, the 9YF-1900 delivers the same commercial-grade bale quality as the widest model in the series without the cost or weight premium of a wider reel they would not fully use. An overview of how square and round baler formats compare in different applications is available in our guide on round and square forage baler differences.
Australia Ever-power Forage Balers Co., Ltd. supplies the 9YF-1900 direct from Charlton Industrial Area, with Australian stock for all common wear parts.
Complete Technical Specifications
Full technical documentation on request — contact our team.
The Windrow-Reel Mismatch Problem — Why Pickup Width Matching Beats Going Wider
In square baling, the instinct is often to go as wide as possible. But a reel that significantly overshoots the windrow width creates its own set of problems — and for mid-scale grain farms with 4–5 metre headers, the 9YF-1900 delivers better field performance than a 2200 mm reel on the same windrows.
1900 mm — Matched to 4–5 m Header Windrow Width
Standard 4 and 5 metre grain combine headers produce windrows in the 1700–1950 mm range, depending on crop density and laying pattern. The 9YF-1900's 1900 mm reel captures these windrows fully in a single pass — the full reel width is engaged across the windrow, leaving no edge zone running over bare ground. When a wider reel overshoots a windrow, the outer tine zones disturb soil at the edges, contaminating the bale and reducing the visual clarity of the windrow centreline that the operator tracks for steering accuracy.
Headland turns and paddock access
The 9YF-1900's narrower effective working width compared to the 9YF-2200 also provides a practical advantage on paddocks with tight headland geometry, irrigation risers near windrow edges, or tree-lined boundaries. The outer tine zone of a 2200 mm reel can contact obstacles that a 1900 mm reel clears by a comfortable margin — reducing the number of abort-and-restart cycles at headland turns and the tine damage events that come from contact with hard obstacles.
Fork Feeder + Plunger — Same Mechanical Package as the 9YF-2200
The 9YF-1900 carries the same fork feeding mechanism and compression chamber as the wider 9YF-2200. The fork feeder delivers a discrete, metered crop charge into the 460×360 mm chamber on each plunger stroke, independent of windrow density variation. This is the feeding mechanism that produces consistent bale weight across a full day's run in variable windrow conditions — the advantage that separates fork-fed machines from auger-fed alternatives.
Same 460×360 mm bale format — storage and transport continuity
The 460×360 mm cross-section is standard across the full 9YF series. Operations that later add a second machine or upgrade to the 9YF-2200 carry over all bale handling equipment, shed stacking patterns, and buyer specifications without modification. The bale format also meets export hay container-loading standards — 9YF-1900 bales load into 20-foot containers in the same configuration as 9YF-2200 bales.
2 × D-Type Knotters — Reliable Tie at the Same Power Threshold as the Full Range
The 9YF-1900's knotter system — two D-type units activating simultaneously at preset bale length — is identical to the 9YF-2200's. The ≥36.8 kW power requirement for the complete machine remains the same, meaning the 9YF-1900 is accessible to any 50 hp+ tractor without the step-up in power requirement that larger-format or dual-chamber machines demand. For operations with a 55–70 hp workhorse tractor, this is the widest square baler in the 9YF range they can run without a dedicated higher-horsepower unit.
Twine specification for oaten hay and export alfalfa
Dense oaten hay or alfalfa bales are heavier per unit than wheat straw bales at the same 460×360 mm dimensions. Higher-tensile rope prevents snap failures under the additional bale weight. Our team can advise on the correct twine tensile rating and knot meter length for your intended crop at the time of purchase — a detail worth confirming before the season starts rather than discovering mid-field.
Dry Crops the 9YF-1900 Handles
The 9YF-1900 handles the same dry crop range as the wider 9YF-2200. Pickup width affects windrow capture efficiency — not crop type compatibility. Bale below 20% moisture for reliable rope-tying and stable bale shape in storage.
Wheat Straw
The primary application. The 1900 mm reel matches 4–5 m header windrow widths cleanly. Wheat straw typically dries to baling moisture within 24–48 hours of fine post-harvest weather. Light windrows allow higher ground speed — maximising daily bale count through the narrow post-harvest window.
Rice Straw
Allow 2–3 dry days after harvest before baling. The spring-tooth pickup tolerates paddy field surface irregularities. The 1900 mm reel's slightly narrower working width compared to the 9YF-2200 can make tracking windrows on paddy field irrigation bay layouts — which often don't run in straight lines — more manageable for the operator.
Oaten & Mixed Hay
Cured oaten hay and mixed pasture hay at 15–18% moisture bale cleanly. The fork feeder maintains consistent charging in variable-density windrows from non-uniform pasture cuts. Resulting bales suit livestock feed use, farm-gate hay sales, and export container loading.
Ryegrass & Forage Grasses
Ryegrass, vetch, clover, and mixed forage windrows cured to below 20% moisture bale reliably. For high-moisture silage, the round baler with film wrap is the appropriate machine — the 9YF-1900 is a dry baler only.
Alfalfa (cured)
Target below 16% moisture for export-quality presentation. The fork feeder's consistent charging keeps leaf loss lower than variable-density baling. Alfalfa bales from the 9YF-1900 meet export market dimensional specifications and tie geometry requirements for sea freight.
Cotton Straw (light)
Light, fully dried cotton straw in clear windrows can be handled. For heavier cotton straw with significant branching structure, the 9YF-2200S with its hammer-claw shredder is more appropriate. Set pickup height slightly higher in cotton fields to minimise soil contamination from wide stubble spread.
Who the 9YF-1900 Is Best Suited For
The 9YF-1900 is the right choice when your windrow width, paddock layout, or tractor availability points to a 1900 mm reel rather than the widest or narrowest option in the range.
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9YF Series — Which Model Fits Your Header and Windrow Width
Running the 9YF-1900 at Full Seasonal Output
The 9YF-1900 shares its mechanical architecture with the 9YF-2200 — the same operating practices apply to both. These six habits cover the variables that determine whether the machine runs at peak output or loses time to preventable stoppages.
Bale Below 20% Moisture
Elevated moisture overloads the rope-tie cycle and shortens knotter component life. Wheat straw: 24–48 hours fine weather post-harvest. Rice straw: 2–3 dry days. Use a moisture meter — feel-based estimates are unreliable in variable autumn conditions when the pressure to bale early is highest.
Match Ground Speed to Windrow Weight
Light wheat straw allows higher speed; dense oaten hay or thick first-cut pasture needs a slower pass. The diagnostic signal is alternating full-size and short bales — feeder overload showing up in the bale length pattern. Reduce speed until the pattern disappears and hold it for that windrow density.
Check Both Knotters Before Each Run
Bill hook timing, twine disc condition, needle position — inspect both daily. Carry a spare twine disc and needle assembly for each knotter. Field repair under 10 minutes; shed trip plus return is much longer and costs a significant portion of a morning's baling window.
Set Pickup Height for Each Crop and Surface
Too low: tines drag soil into the feeder, contaminating the bale and accelerating tine wear. Too high: windrow edges missed, bale weight reduced. Adjust at the start of each new crop type and when soil surface conditions change significantly. In paddy fields, verify the reel float is not locked in a fixed position.
Grease at Every Fuel Stop
Multiple bearing and pivot points across pickup, feeder drive, and plunger mechanism. Summer harvest temperatures accelerate grease breakdown. Greasing at every refuelling stop — not once per day — is the single practice that most reliably prevents unplanned field stoppages from bearing failure across an extended seasonal run.
Clear the Chamber at Shutdown
Residual straw compressed overnight dries into a plug that resists the morning's first plunger stroke. Run the machine for 20–30 seconds after the last bale to push residual material through both chamber exits. This two-minute step saves 20–30 minutes of clearing the following morning.
Factory-Direct Supply with Australian Parts Stock — Charlton Industrial Area
Australia Ever-power Forage Balers Co., Ltd., Charlton Industrial Area. About our supply model and team.
Factory-Direct Pricing
Ever-power manufactures and exports the 9YF-1900 directly, removing the importer-distributor-dealer margin chain. Buyers pay for production and logistics, not for channel margin stacked through multiple intermediaries.
Australian Parts Stock
Spring tines, knotter components, feeder fork parts, and rope guides held in stock at Charlton Industrial Area. Most common wear items dispatch within 1–2 business days. Contact us at [email protected] or via the enquiry form to arrange a pre-season parts kit.
Setup and Seasonal Support
Our Australian team provides first-season guidance on knotter timing, pickup height calibration, tractor PTO matching, and twine specification for your intended crop. Technical documentation in English. We support buyers throughout the season — not just at the point of sale.
Frequently Asked Questions
Common questions from grain farmers and hay operations evaluating the 9YF-1900.
