9YG-2.24D S9000 Classic Round Baler — Net-Wrap Trailed Hay Baler

9YG-2.24D S9000 Classic Round Baler, trailed fixed-chamber baler for 75–135 HP tractors, features 2.24 m pickup, 40–100 bales/h output, lighter 4,312 kg frame for agility, sensor auto density control and net wrap system for uniform, high-density bales. Request your quote today!

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PRODUCT DETAIL · TRAILED ROUND BALER
FRAME WEIGHT
4,312 kg
258 kg lighter than Beyond
PICKUP WIDTH
2,240 mm
Spring-tine, single-pass
BALE DIMENSIONS
Φ1.3 × 1.4 m
280–370 kg per bale
THROUGHPUT
40–100 bales/h
~11–28 t/h forage
01.

What This Round Baler Does

The 9YG-2.24D S9000 Classic is a trailed, fixed-chamber Round Baler built for medium-acreage forage operations — hay, alfalfa, wheat straw, rice straw, and corn stover. Eighteen Φ222 mm steel rolling drums form the bale chamber and compress crop into a Φ1.3 m × 1.4 m bale at 100–200 kg/m³ density, with sensor-controlled monitoring that triggers the net-wrap cycle automatically when the bale reaches target firmness.

The Classic is the lighter, more agile sibling in the S9000 platform. At 4,312 kg structural weight and 4,470 mm working length, it sits 258 kg below and 130 mm shorter than the S9000 Beyond — making it the format buyers choose for irregular plot shapes, frequent headland turns, and operations that move the baler between fields several times a day. Output specs are identical: same 2,240 mm pickup, same chamber, same 40–100 bales/hour throughput. As a Large Round Baler at the production tier, the Classic also functions as a Straw Baler Machine on post-harvest cereal residue. For wholesale buyers searching round hay baler for sale matched to 75–135 HP tractors, this is the all-purpose unit in our catalog.

02.

9YG-2.24D S9000 Classic Round Baler Technical Specifications

No.ItemUnitSpecification
1Model9YG-2.24D Round Baler (S9000 Classic)
2Hitch typePull-type / trailed
3Pickup widthmm2,240
4Pickup typeSpring-tine
5Feeder typeTooth-bar + rotor drum
6Bale chamber typeFixed roller chamber
7Chamber widthmm1,400
8Chamber diametermmΦ1,200
9Number of rolling drumspcs18
10Drum diametermmΦ222
11Binding systemNet wrap
12Matched powerkW55–100 (≈ 75–135 HP)
13Structural weightkg4,312
14PTO speedr/min720
15Overall dimensions (L×W×H)mm4,470 × 3,010 × 2,370 (working)
16Bale density controlSensor controlled (auto)
17Bale dimensions (Ø × W)mmΦ1,300 × 1,400
18Bale densitykg/m³100–200
19Productivitybale/h40–100
20Wheel trackmm2,600
21Working speedkm/h5–35
22Net wrap roll size (L × W)2,000 × 1.4 m / roll
03.

9YG-2.24D S9000 Classic Round Baler Product Gallery

9YG-2.24D Round Baler (S9000 Classic) Details
9YG-2.24D Round Baler (S9000 Classic) Details (2)
04.

9YG-2.24D S9000 Classic Round BalerField Applications

Sensor-controlled chamber density lets the operator dial in firmness for the crop on the ground. The Classic handles every dry-stem and forage material the platform was designed for:

▎Dry Hay

14–18% moisture target, dense bales

▎Alfalfa & Legumes

Lower density preserves leaf retention

▎Wheat & Barley Straw

Post-combine cleanup, livestock bedding

▎Rice Straw

Paddy clearing, biomass feedstock

▎Corn Stover

Tougher stems, full-density setting

▎Pasture Grass

Mixed grass-legume blends

▎Silage Prep

Higher-moisture, paired with wrapper

▎Biomass Feedstock

Dense bales for power-plant intake

9YG-2.24D Round Baler (S9000 Classic) application

05.

Engineering Highlights & How It Differs From the S9000 Beyond

The Classic carries the same five S9000-platform engineering refinements as the Beyond — what changes is the frame mass and overall footprint. Below: what's actually inside the machine, then a direct spec-to-spec comparison.

Dual Cross-Joint Driveline + Torque-Limiting Shaft

An in-house dual cross-joint drive shaft articulates to ~75° (vs ~50° on a single-joint shaft) — eliminating the driveline jam that plagues trailed balers when turning tightly inside small plots. The added safety torque shaft slips on overload, protecting the gearbox and chamber from impact damage.

H-Type Ferrule Hydraulic Fittings

H-type ferrule fittings carry higher working pressure than the conventional flare fittings used on entry-tier balers. Result: chamber door open–close cycles are noticeably quicker, which compresses the dead time per bale and adds 5–8 bales per operating hour at peak throughput.

Rear Chamber Buffer Cylinder

A dedicated buffer cylinder dampens the rear chamber's closing impact, cutting peak shock load to the frame and chamber pivots by roughly 60%. Net effect over a 1,500-bale season: fewer cracked weld points and longer pivot bearing life.

Heavy-Duty Gearbox

An upgraded gearbox carries higher transmission torque, so the baler tolerates dense, heavy windrows without protective declutching. Critical when feeding wet alfalfa or tough corn stover — both crops where lighter gearboxes are the first failure point.

Double-Side Sprocket Chain Drive

The rear chamber rotates on a dual-side sprocket chain drive instead of single-side. Power transfers symmetrically across the chamber, so the bale rotates more evenly — translating to cleaner cylindrical bale shape and lower vibration through the frame.

2,240 mm Spring-Tine Pickup

Wide pickup clears the windrow in a single pass, cutting field passes 25–35% versus narrower 1.6–1.8 m pickups in the same HP class. Combined with the lighter Classic frame, this lifts effective hectares-per-hour over the Beyond on small/medium plots.

DIRECT COMPARISON
S9000 Classic vs. S9000 Beyond — Which One to Order?
SpecificationS9000 Classic (this page)S9000 Beyond
Structural weight4,312 kg4,570 kg (+258 kg)
Working length4,470 mm4,600 mm (+130 mm)
Pickup width2,240 mm2,240 mm (identical)
Bale chamberΦ1,200 × 1,400 mmΦ1,200 × 1,400 mm (identical)
Throughput40–100 bales/h40–100 bales/h (identical)
Matched power55–100 kW55–100 kW (identical)
Best fit (plot size)Plots under 30 ha, irregular shapes, frequent turnsPlots over 50 ha, long uninterrupted passes
Best fit (operation)Mixed-crop, daily field changeovers, contractor workSingle-crop, sustained large-field baling
Frame margin under peak loadStandard — sufficient for typical commercial useHigher — extra mass for continuous heavy throughput

Bottom line: the Classic and Beyond produce identical bales at identical rates. Choose Classic when maneuverability and frame agility matter more than maximum sustained-load margin. Choose Beyond when fields are large, uninterrupted, and the baler will run for full 8-hour shifts on heavy, wet windrows.

06.

Why Source From Us

Manufacturing Under One Roof

Steel cutting, drum machining, gearbox build, frame welding, painting and final assembly all run on our own factory floor. No subcontracted bale chamber — that's the single component buyers most often see fail on lower-tier baler imports.

20+ Years in Hay Equipment

The S9000 Round Baler platform has been in active production for over two decades, with units exported to 40+ countries. Year-on-year refinements (driveline, hydraulic, gearbox) come from real field feedback, not catalog updates.

CE & ISO 9001 Certified

As a Net wrap round baler with CE certification, every unit ships with the conformity documentation accepted by EU customs. Production is governed by ISO 9001:2015 with full traceability records on frame, gearbox and chamber components.

Engineering Team On-Call

12 mechanical engineers handle drawing customization — hitch geometry, lighting kits, country-specific PTO standards (540/720/1000 r/min), reflector compliance. Standard custom-drawing turnaround: 3–5 working days.

Reliable Spare Parts Supply

As an established Agricultural hay baler spare parts supplier, we keep pickup tines, drum bearings, net-wrap mechanism components, hydraulic seals and PTO shafts at the factory. Air freight ships in 5–10 days globally; sea freight in 25–40 days.

Pre-Shipment 50-Bale Test

Each unit hooks to a test tractor, takes 50 cycles of straw feed, and runs through density and net-wrap timing checks before crating. Test report — including density readings and wrap counts — ships physically with the unit.

07.

Frequently Asked Questions

Q1. I'm looking for a high density round baler for sale — what density does the Classic produce?

The Classic delivers 100–200 kg/m³ via sensor-controlled chamber. At maximum setting, a Φ1.3 × 1.4 m bale lands around 370 kg — dense enough for long-haul transport without re-baling. Density is operator-adjustable from the cab to match crop type.

Q2. Should I buy the S9000 Classic or the S9000 Beyond?

Output specs are identical. Pick Classic for plots under 30 ha, irregular fields, contractor work with daily moves, or where the lighter 4,312 kg frame is easier on smaller tractors. Pick Beyond for plots over 50 ha and full-shift continuous baling on heavy windrows.

Q3. What tractor power do I need?

55–100 kW (75–135 HP) at the PTO. Below 75 HP the baler bogs down in dense alfalfa or damp straw; above 100 kW gives no benefit since chamber draft — not engine output — is the bottleneck. PTO must run at 720 r/min nominal.

Q4. Do you sell a smaller version for compact tractors?

The Classic is a Large Round Baler — too much frame for sub-60 HP tractors. If you need a Mini round baler for compact tractors (25–60 HP), ask your sales rep for the small-frame catalog; we have separate models built for that power band.

Q5. What's the warranty and lead time?

12-month base warranty (frame, gearbox, drum bearings) from delivery; extends to 24 months on orders of 5+ units. Lead time: 25–35 days for in-stock specs, 45–60 days for custom configurations. One unit per 40' HQ container with PTO removed.

08.

Customer Reviews

★★★★★
"Bought this thinking I'd save the heavier Beyond model for my flat back-40, but turns out the Classic eats those rolling hills for breakfast. Lighter on the front end of my Kubota means I'm not wrestling the steering all day. My back thanks you. My wife noticed I came home smiling instead of cussing — first time in three baling seasons. She's now suspicious I'm having an affair with farm equipment. She's not entirely wrong."
Wade T. · 240-acre mixed hay · East Texas, USA
★★★★★
"Ordered three Classic units for our contracting fleet in March 2025. Across the season we logged 2,100 bales per unit on a mix of meadow hay and oat straw. Density consistently came in at 155–170 kg/m³ — within spec. Two callbacks total: one pickup tine replacement, one sensor recalibration. Spare parts arrived in nine days both times. We're placing follow-up orders for 2026."
Brendan O. · Fleet Procurement, Hay Contractor · New South Wales, Australia
★★★★★
"As a regional dealer, what matters to me is parts supply and documentation. The Classic ships with a full parts manual in Spanish, exploded-view diagrams that actually match the unit, and CE conformity papers that cleared customs without issue. Three units sold so far — zero warranty claims in 14 months. That's the metric I track."
Esteban R. · Regional Equipment Dealer · Querétaro, Mexico
09.

The Forage-Harvest Equipment Chain

A round baler doesn't operate in isolation. Hay quality depends on getting forage from standing crop to baled storage in 48–72 hours, and each upstream stage exists to make the next one work cleanly. The Classic sits at stage 4 of a five-stage workflow:

01
Mower — Cuts Standing Grass

Disc or drum mowers cut at the optimal stem height to feed clean, untangled crop into the next stages. A bad cut here propagates problems through every downstream tool.

02
Tedder — Spreads & Fluffs Cut Grass

Tedders open the swath to accelerate moisture loss, cutting dry-down time by 30–50% versus leaving cut grass flat. Critical in high-humidity climates where a baled-too-wet load means in-storage spoilage.

03
Hay Rake — Forms the Windrow

Rotary or wheel rakes gather dried hay into uniform windrows sized for the baler pickup. Windrow width should match the baler's 2,240 mm pickup — too narrow underfeeds, too wide chokes the rotor.

04
Round Baler — 9YG-2.24D S9000 Classic YOU ARE HERE

Picks up the windrow, compresses to 100–200 kg/m³, wraps the bale with net, ejects to ground. The pickup-to-eject cycle takes 45–90 seconds depending on crop density.

05
Wrapper / Handler — Stores or Moves the Bale

For silage, an inline wrapper plastic-wraps high-moisture bales for fermentation. For dry hay, a bale handler moves finished bales to storage without operator dismount — saving 30–60 minutes per load.

Why bundle the chain: running a baler behind a mismatched mower or under-tedded windrow is the most common cause of inconsistent bale density. Buyers ordering the full chain typically save 12–18% versus piecing it together from different suppliers.

10.

Request a Quote

Lock In 2026-Season Pricing on the S9000 Classic

Send your tractor model, target port, and order quantity. We come back within 24 working hours with a delivered FOB quote, an estimated production slot, and the CE documentation pack. Container slots for the European 2026 hay season are filling — orders placed in Q1 ship by April.

REQUEST FACTORY QUOTE →

EXPLORE OUR FULL EQUIPMENT CATALOG
Round Baler Series
Hay Rake Series
Mower Series
Tedder Series
Bale Wrapper Series
Hydraulic Reversible Plow Series
Disc Harrow Series
Seed Drill Series

Bundle pricing available when ordering complete forage-harvest chains (Mower + Tedder + Rake + Baler + Wrapper). Ask your sales rep for the 5-piece package quote — typical bundle savings range 12–18%.

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