EP-5600×2780×1790(L×W×H) Spring Tooth Type Double-Compartment Square Baler

Two compression chambers operating in parallel double the bale output per field pass. On a 200-hectare wheat stubble block, this can compress a multi-day single-baler operation into a single day, reducing fuel and labour costs proportionally.

The wide 2200 mm spring tooth picking head cleanly lifts dense or tangled windrows with minimal crop loss, even on uneven ground. Spring teeth follow field contours and self-clear blockages better than rigid tine systems in wet or lodged crop conditions.

The fully automatic rope baling mechanism reduces operator involvement during the tying cycle, cutting task interruptions and lowering the risk of missed or incomplete knots. Consistent tie tension across every bale improves stack stability during transport and outdoor storage.

Four D-type knotters — two per chamber — produce a secure, symmetrical tie pattern on every bale. D-type knotters are recognised across the global square hay baler industry for reliable knot formation across a wide range of twine types, moisture levels, and crop densities.

The ≥51.5 kW power requirement is accessible to a wide range of mid-range and large tractors commonly found on Korean, Mongolian, Russian, and Belarusian farms, avoiding the need to invest in a dedicated high-horsepower unit solely for baling duty.

Main Frame

Heavy-section hot-rolled structural steel welded and reinforced at all high-stress nodes. The frame carries the full compression load of two plunger cycles simultaneously, requiring material selection and weld geometry that match or exceed the fatigue standards applied to single-chamber large square balers in the same power class.

Compression Plungers

Hardened steel plunger faces with replaceable wear plates. The plunger stroke and face geometry are matched to the 460×360 mm chamber cross-section to maintain uniform bale density across the full bale length, preventing soft ends that would collapse under telehandler grabs during loading.

Pickup Teeth & Auger

Spring steel pickup teeth heat-treated for resilience. The 2200 mm pickup width uses a high tooth count to ensure clean ground clearance over undulating terrain without scalping the soil. Teeth are individually replaceable to minimise downtime when stones cause localised damage — a critical field-serviceability consideration on Korean upland farm plots.

Knotter Mechanism

D-type knotters precision-machined from alloy steel with hardened bearing surfaces and calibrated bill hook timing. The knotter assembly is designed for straightforward field adjustment using standard farm tools, so operators across Mongolia, Russia, and Belarus can service knotters without specialist support visits.

South Korea

Agricultural machinery imported into Korea must comply with the Act on Safety Management of Agricultural and Fishery Machinery (농업기계화 촉진법). CE or equivalent type-approval documentation for towed machinery is advisable. Korea's Rural Development Administration (RDA) maintains a voluntary registration system for imported farm equipment; registered machines may qualify for subsidy programmes under the Agricultural Mechanisation Promotion Act.

European Union

Towed agricultural machinery sold into EU member states must comply with Machinery Directive 2006/42/EC (transitioning to EU Machinery Regulation 2023/1230 from January 2027). CE marking is mandatory. ISO 8210 and ISO 11684 address safety signage and operator-protection requirements specifically applicable to square baler machines.

Russia & EAEU

Machinery entering Russia, Kazakhstan, and other Eurasian Economic Union members must carry EAC (Евразийское соответствие) conformity marking under TR CU 010/2011 (Technical Regulation on Machinery Safety). Agricultural machinery is specifically listed under this regulation and requires third-party certification by an accredited EAEU body.

Mongolia

Mongolia follows a General Authority for Standardisation and Metrology (MASM) import registration process. Agricultural machinery above a set power threshold requires a technical inspection certificate upon arrival. Importers should request full Chinese or English-language manuals and parts lists to support in-country registration documentation.

Wheat & Rice Straw Baling — Korea & Japan

Post-harvest straw management on Korean and Japanese paddy and dryland cereal farms generates large volumes of residue that must be collected before the next crop establishment. The 2200 mm picking width efficiently handles the wide windrows left by combine harvesters, and the dual chambers keep the baling cycle close to the combine's working speed. Small square bales of hay or straw in the 460×360 mm cross-section are also easier to handle with the compact telehandlers common on Korean family farms.

Alfalfa & Grass Hay — Mongolia & Central Asia

Pastoral operations in Mongolia and neighbouring Central Asian states rely on large square hay bales for winter livestock feed storage. The dense bale produced by the 9YFS-2.2's plunger system minimises moisture infiltration during outdoor stacking — critical in climates where covered storage is limited. Square hay bales stack in stable columns that are accessible to livestock feeding operations throughout the winter months without mechanical handling equipment.

Corn Stover & Sunflower Residue — Russia & Belarus

Large arable farms in Russia and Belarus produce substantial volumes of corn stover and sunflower stalks after combine harvest. This material is coarser and heavier than cereal straw, placing greater demands on the feeder and compression system. The fork feeding mechanism and high-torque plunger drive of the 9YFS-2.2 are specifically suited to these denser materials, while the automatic rope baling method maintains secure ties even when bale density varies due to material inconsistency.

Biomass & Energy Crop Collection

Miscanthus, switchgrass, and energy sorghum grown for biogas and biomass pellet production are increasingly baled using large square balers because the consistent bale geometry integrates directly with automated feeding systems at processing plants. The 9YFS-2.2's dual output gives biomass contractors the throughput to serve multiple farms within a contracted harvest window, maintaining supply continuity to off-take facilities.

Square Baler Gearbox

The gearbox is the mechanical heart of any square baler machine, converting PTO rotary input into the timed, high-force reciprocating motion that drives the plunger, knotter cam, and feeder simultaneously. Our square baler gearbox range is engineered to the load cycles of double-chamber operation — matching the torque peaks generated when both plungers compress simultaneously at maximum density settings. Sourcing the gearbox and baler from the same production system removes interface uncertainty and simplifies warranty support.

PTO Shaft for Square Balers

Connecting the tractor to the baler gearbox through a correctly rated, properly shielded PTO shaft is a safety and performance requirement — not an option. An undersized shaft fails under the torque spikes of dual-plunger operation; an incorrectly shielded shaft creates a serious entanglement hazard that violates machinery safety directives in Korea, the EU, and the EAEU. Our PTO Shaft for Square Balers series is rated and guarded to match the 9YFS-2.2's power range, with CE-compliant shielding for markets requiring it.