Опис
EP-9.310 Rotary Tiller Cultivator Gearbox for Agricultural
Rotary Tiller Gearbox for Rotary Tiller / Cultivator — model EP-9.310.
Detailed Technical Specifications — EP-9.310
The EP-9.310 Rotary Tiller Cultivator Gearbox for Agricultural is engineered as a rotary tiller gearbox for rotary tiller / cultivator applications. Designed to reduce PTO speed and amplify torque to drive the tiller rotor, the unit covers 20–80 HP input ratings and is built for continuous high-torque ground engagement.
| Series / Model | EP-9.310 |
|---|---|
| Application | Rotary Tiller / Cultivator |
| Gear Ratio | 1:3 |
| Input Speed (RPM) | 540 RPM |
| Input Shaft | 1 3/8″ 6-spline (PTO standard) |
| Output Shaft | Solid keyed shaft Ø40 mm |
| Rated Input Power | 40–80 HP |
| Output Torque (rated) | 1,200 N·m – 3,500 N·m |
| Max Peak Torque | 2.5 × rated |
| Transmission Efficiency | ≥ 96.5% per stage |
| Shaft Direction | Right-angle 90° |
| Mounting Pattern | Foot mount + flange dual option |
| PTO Input Interface | Female PTO socket Ø25 mm |
| Housing Material | Aluminum alloy ADC12 (lightweight) |
| Housing Finish | Powder-coated dark blue RAL 5002 |
| Wall Thickness | ≥ 7 mm |
| Gear Material | 17CrNiMo6 alloy steel |
| Heat Treatment | Quenched + tempered, HRC 28–32 |
| Gear Accuracy Grade | DIN 3962 class 6 |
| Gear Tooth Finish | Lapped after carburizing |
Engineering Features of the Rotary Tiller Gearbox
Each of the cards below describes a specific, measurable attribute of the EP-9.310 unit. Generic claims have been kept out — every number here is tied to a manufacturing process or a verified test result.
Compatibility & Cross-Reference
The EP-9.310 is designed as a drop-in or close-substitute fit for a number of OEM gearbox positions used on tractors and rotary tiller / cultivator implements globally. The table below summarizes commonly cross-referenced brands. Final fitment must be verified by physical dimension matching.
| Brand | Equipment Range | Notes |
|---|---|---|
| Lemken | tillage tools | cross-reference; verify by flange and shaft dimension |
| New Holland | tractors, balers, mowers | cross-reference; verify by flange and shaft dimension |
| Claas | forage harvesters and balers | cross-reference; verify by flange and shaft dimension |
| Vicon | fertilizer spreaders | cross-reference; verify by flange and shaft dimension |
| Krone | forage harvesters | cross-reference; verify by flange and shaft dimension |
| Case IH | tractors and forage equipment | cross-reference; verify by flange and shaft dimension |
Available Replacement Parts (sold separately)
- Input shaft (1 3/8″ 6-spline)
- Skeleton oil seal kit
- End-cover plate
- Vented breather plug
- Drain plug (magnetic)
- Mounting flange gasket
How to Select the Right Rotary Tiller Gearbox
Use the three-step approach below to match a EP-9.310-class unit to your tractor and implement.
- Measure — record your tractor PTO standard (540 / 1000 RPM, spline count), the implement input shaft diameter and length, and the available bolt pattern at the implement nose.
- Match — cross-check those measurements against the spec table for the EP-9.310. The flange, shaft, and ratio need to all line up before moving on.
- Verify under load — confirm the rated input power and output torque are sufficient for your peak operating condition (e.g. wet soil, dense crop, cold start).
Selection criteria checklist
| Selection criterion | Decision points |
|---|---|
| Implement type → ratio match | For rotary tiller / cultivator, target gear ratio in the 1:2 – 1:4 reduction range for correct rotor or output speed. |
| Tractor power band | Match input power rating to your tractor: 20–80 HP is the practical envelope for the EP-9.310 family. |
| PTO speed (540 vs 1000 RPM) | 540 RPM is standard on tractors below 100 HP; 1000 RPM is preferred on 100+ HP machines and where higher output speed is required. Confirm tractor PTO output before specifying. |
| Housing material | Cast iron (HT250 / QT500) for heavy continuous duty; aluminum alloy where weight reduction and rapid heat dissipation matter, e.g. small implements moved frequently. |
| Layout | Right-angle (90°) units redirect PTO power to a perpendicular work shaft; in-line units retain shaft alignment. Choose based on implement geometry. |
| Standard vs custom | Standard models cover the bulk of OEM positions. For non-standard ratios, special shaft ends, oversize flanges, or harsh-environment specs, ask for a custom build. |
| Shaft end interface | Verify input PTO standard (6-spline, 21-spline, 20-spline) and output end (keyed, splined, flanged) against your driveline and implement. |
| Working environment | High dust, mud, salt-spray, or extreme cold may require IP66-rated seals, low-temp synthetic oil, or anti-corrosion finish — specify at quoting. |
Typical Applications & Power Transmission Tasks
The EP-9.310 is engineered for rotary tiller / cultivator. The scenarios below describe the specific power-transmission tasks the gearbox is designed to handle, with details of mounting position, drive path, and the technical demand on the gear and bearing set.
Strip-Till Cultivator
Used on minimum-tillage rigs that work narrow bands of soil between crop rows. Demands compact size and consistent torque at the slow rotor speeds preferred for residue-management work.
Bed Former
Drives the rotor that shapes raised vegetable beds. Smooth torque and low vibration are critical for forming uniform beds at consistent travel speed.
Rotary Tiller / Rotavator
Mounted at the implement nose, the gearbox steps PTO speed down to the tiller rotor. Reduction in the 1:2 to 1:4 range converts available HP into the high torque needed to break sun-baked or stony soil at typical 200–300 RPM rotor speeds.
Powered Harrow
Drives a row of vertical-axis tine carriers. Continuous-duty operation in mixed-stone soil places premium demand on bearing rigidity and gear-tooth surface hardness — the EP-9.310 addresses both.
Installation & Commissioning Guide
Correct installation of the rotary tiller gearbox is the single biggest factor in achieving the design service life. Follow the steps below, in order. Skipping or compressing any step usually shows up as oil leak, premature bearing failure, or noise within the first season.
- Safety preparation. Shut down the tractor engine, remove the key, disengage the PTO, set the parking brake, and chock the wheels. Wear safety gloves and eye protection. Confirm the implement is on stable supports before any drive-train work.
- Verify the gearbox before fitting. Check that the EP-9.310 model number, input flange dimensions, and input/output shaft specifications match both your tractor PTO and the implement input shaft. Mismatched flange or spline patterns will not be corrected by force-fitting.
- Fill with lubricant. Before first use, fill with the specified lubricant — typically SAE 90 GL-4 — to the centre of the oil-level window. Refer to the spec table for the exact oil capacity for your unit; underfilling causes early bearing wear, overfilling raises oil temperature and stresses seals.
- Mount and torque the bolts. Bolt the gearbox flange to the implement using the OEM bolt set. Tighten in a diagonal pattern in three passes to the final torque (~ 140 N·m for M16 grade 8.8). Even loading prevents flange distortion and seal leak paths.
- Connect the input PTO shaft. Attach the PTO drive shaft yoke to the gearbox input shaft. Confirm the locking pin or push-pull collar fully engages. Re-attach the safety shield with both retaining chains hooked to the tractor and implement, never spinning with the shaft.
- Connect the output shaft. Slide the output shaft into the implement working shaft, align keys or splines, and lock with the supplied retaining nut and washer. Verify shaft end-float is within manufacturer tolerance — usually 0.05 mm to 0.20 mm.
- Check shaft alignment. With the gearbox bolted and shafts connected, slowly rotate by hand. Total run-out (TIR) at the input and output should not exceed 0.10 mm. Any tight spot or audible scrape indicates an alignment issue that must be corrected before powered operation.
- No-load test run. Engage the PTO at low engine RPM (idle to 540 RPM) for five to ten minutes. Listen for unusual noise, watch for oil seepage, and check housing temperature by hand — it should be warm to the touch but not hot enough to be uncomfortable.
- Run-in under partial load. For the first 50 hours of duty, avoid full-rated load. Vary speed and load lightly to seat the gear teeth and bearings. After the run-in period, drain the lubricant — it will contain microscopic break-in particles — and refill with fresh oil of the same grade.
- Establish a maintenance schedule. Inspect oil level every 200 operating hours or weekly during heavy use. Drain and replace the gear oil every 500 hours or once per season, whichever comes first. Wipe the housing exterior after each shift to prevent soil buildup that traps moisture against seals.
Our Rotary Tiller Gearbox vs. Low-Quality Alternatives
Not every gearbox sold as an “agricultural” unit is engineered for the job. The dimensions below compare the EP-9.310 class build to the typical low-cost imported alternative.
| Dimension | Low-quality unit | Our build | User benefit |
|---|---|---|---|
| Bearing grade | Unbranded, no published rating | Premium tapered roller bearings, L10h ≥ 10,000 h | Predictable service life under design loading. |
| Oil seals | Single-lip rubber, hardens and leaks within months | Double-lip skeleton seal with PTFE wear face, IP65 | Lubricant stays in, dust and water stay out. |
| Mesh efficiency | < 90%, runs hot under load | ≥ 97% for spiral bevel mesh, temperature rise ≤ 35 °C | More tractor HP reaches the implement; less wasted as heat. |
| Dynamic balance | Not measured | Rotor groups balanced to ISO G6.3 | Eliminates vibration-driven bearing failure. |
| Backlash control | Hand-fit, inconsistent unit-to-unit | Jig-set to ±0.02 mm at assembly | Smooth tooth contact, predictable drive feel. |
| Surface protection | Single coat enamel, peels in salt environments | Zinc-phosphate base + baked epoxy, ≥ 480 h salt spray | Cosmetic and structural protection in coastal and winter use. |
| Thermal headroom | Hot-spot risk near full load | Designed continuous-duty rating with verified temp-rise tests | Safe to run at rated load all day. |
| Run-in testing | None — ship as assembled | 30-minute no-load run-in, acoustic signature recorded per unit | Catches assembly errors before the unit leaves the plant. |
| Service life expectation | One season before noise/leak appears | ≥ 5 seasons under correct maintenance | Lower lifecycle cost per hour of operation. |
Frequently Asked Questions
Common questions from buyers evaluating the EP-9.310 for their fleet or implement build. If your situation is not covered, send us the details and we will respond within one working day.
How do I handle the gearbox during shipment to prevent transit damage?
How do I choose the right gear ratio for my tractor and implement?
When should I specify a 540 RPM input vs. a 1000 RPM input?
Do you offer OEM and custom-spec gearboxes? What are the minimums?
What is your warranty policy and how do I make a claim?
Customer Feedback from the Field
Selected feedback from operators using the EP-9.310 or related units in commercial rotary tiller / cultivator duty across multiple countries. Names are anonymized using city + initials for privacy.
Companion Products & Drivetrain Accessories
A rotary tiller gearbox usually sits in the middle of a longer drivetrain. The items below complete the typical agricultural power-transmission package.
Certifications & Quality Standards
- ISO 9001:2015 — Quality management system covering design, manufacturing, and inspection processes.
- ISO 6336 — Reference standard for the load-capacity calculation of cylindrical and bevel gears.
- DIN 3960 / DIN 3961 — Tooth profile and accuracy class definitions used for gear quality grading.
- EN ISO 11684 — Pictorial safety signs and warning marks for agricultural machinery.
- CE marking — Conformity with the EU Machinery Directive 2006/42/EC where applicable.
- AS 4024 — Australian machinery safety framework — referenced for OEM units bound for AU farms.
- Material certification — Mill certificates for gear and shaft alloys; hardness, composition, and metallographic data on file per batch.
Outgoing Inspection Workflow
Each batch passes through: incoming raw-material inspection → forging and machining first-article check → heat-treatment hardness sample test → gear-accuracy measurement on Klingelnberg-class testers → assembly torque verification → no-load run-in and acoustic record → final visual and packaging check. Inspection records travel with the carton.
Notes for Australian Buyers
Units shipped into Australia for use on commercial farms should be reviewed against the relevant state WHS (Work Health and Safety) requirements and the rotary tiller gearbox fitted with all guards specified by the implement OEM. Common search terms used by Australian buyers include agricultural gearbox Australia, farm gearbox supplier Australia, Queensland tractor parts, NSW farm equipment, and Victoria agricultural machinery — let us know your state and intended implement and we will recommend the matching configuration.
Why Buy from Us — Factory & Brand Strength
Factory background
We have been manufacturing agricultural gearboxes including the rotary tiller gearbox family at our facility for over a decade. The plant covers a substantial machining and assembly area with dedicated heat-treatment, gear-cutting, gear-grinding, and final-assembly bays, and a year-round skilled workforce in production and quality.
Production capability
Annual capacity covers tens of thousands of units across the catalogue. Critical equipment includes CNC gear-hobbing centres, CNC gear-grinders, sealed-quench heat-treatment furnaces, three-coordinate measuring machines (CMM), gear-tooth contact testers, and dedicated run-in test stands. Tooling and dies for the most popular models are kept on standby to cut response time on repeat orders.
Export footprint
We currently export to dozens of countries, with primary markets in Australia, North America, Europe, and Southeast Asia. Common search terms used by international buyers include agricultural gearbox manufacturer China, custom farm gearbox supplier, and OEM gearbox factory — and our sales team is set up to handle drawing reviews and technical conversations in English.
OEM / ODM capability
Our standard custom flow is: drawing or sample submission → engineering review and quote → 3D model and prototype tooling sign-off → first-article sample → small pilot batch → serial production. Lead times for new tooling typically run 30–60 days; repeat builds run inside 20–30 days.
MOQ & lead time
Standard catalogue models: MOQ from one carton (5–50 units depending on size). Custom builds: typical MOQ 50 units. Standard lead time 7–15 days for stock items, 30–45 days for custom first runs.
Quality control
Each batch passes through ISO 9001:2015 governed inspection, raw-material composition and hardness testing, in-process gear accuracy verification, final assembly torque sign-off, and a 30-minute no-load run-in test recorded per unit.
After-sales
12-month standard warranty on workmanship; extended warranty for OEM contracts. Technical email response inside 24 hours, and replacement parts dispatched within working days for valid warranty cases.
Bulk order or dealer pricing?
Looking for distribution-volume pricing in Australia, North America, or Europe? Get in touch and we will route the inquiry to the right account team.
We do more than supply standard agricultural gearboxes. Bring us your drawings, samples, or even a rough sketch — our engineering team will design and manufacture a precision gearbox solution tailored to your exact application.
⏱️ We respond within 24 hours · ️ 12-month standard warranty · ISO 9001:2015 certified production · Years of agricultural gearbox export experience including direct shipments to Australia.
