Description

EP-4BYH-2.6 Rear-Mounted Bean Harvester (4-Row)

The EP-4BYH-2.6 Rear-Mounted Bean Harvester, meticulously engineered by EVER-POWER—a leading manufacturer of high-performance balers and harvesting equipment—is a specialized, industrial-grade agricultural implement designed for the high-speed extraction of dry edible beans and soybeans. Utilizing a highly efficient spring tine pickup system , this machine covers a massive 2.6-meter working width , perfectly aligning to harvest 4 standard rows simultaneously. Operating via a standard 540 r/min rear PTO drive , it requires a towing wheel tractor with 66 to 88 kW of power. Boasting a formidable productivity rate of 1.56 to 2.6 hectares per hour, the EP-4BYH-2.6 gently undercuts, lifts, and windrows vines to accelerate field drying while drastically reducing shatter losses. Built with a robust 1100 kg structural mass, this machine serves as a highly economical, premium-grade replacement for costly North American and European bean pullers.

• Optimized 4-Row Capacity: Engineered with a precise 2.6-meter working width and a 2600 mm wheel track , allowing it to perfectly straddle and harvest four standard rows of dry beans simultaneously.

• Gentle Spring Tine Technology: Equipped with an advanced spring tine pickup mechanism that gently lifts tangled bean vines, minimizing mechanical impact and preventing valuable pods from shattering onto the soil.

• Efficient PTO Power Transfer: Driven by a standard 540 r/min tractor PTO, ensuring consistent, high-torque power delivery to the harvesting rotor even in heavy, weed-infested crop conditions.

• High-Volume Field Output: Operating at a swift speed of 6 to 10 km/h , this harvester delivers an exceptional, confirmed productivity rate of 1.56 to 2.6 hectares per hour.

• Heavy-Duty Structural Build: Weighing a solid 1100 kg and measuring 2333 × 2870 × 1182 mm, the robust chassis is designed for absolute stability and longevity in harsh, uneven agricultural environments.

Product Overview & Value Proposition

What is the EP-4BYH-2.6 Rear-Mounted Bean Harvester?

The EP-4BYH-2.6 is a heavy-duty, 4-row harvesting implement designed specifically for large-scale producers of dry edible beans (such as pinto, black, navy, and kidney beans) as well as soybeans. Direct combining of dry beans often results in massive shatter losses at the header. To prevent this, beans must be gently undercut, pulled, and laid into aerated windrows to dry down evenly before threshing. The EP-4BYH-2.6 accomplishes this flawlessly on a massive scale. Its expansive spring tine rotor lifts the vines across a 2.6-meter span, allowing dirt and clods to fall through, and places a clean, fluffy windrow behind the tractor.

The EVER-POWER Manufacturing Advantage

At EVER-POWER CO., LTD., we are immensely proud of our heritage as a premier manufacturer of industry-leading balers and comprehensive agricultural machinery. We understand fundamentally that capturing the maximum yield from a fragile crop requires precision engineering. Legumes grown in the diverse and often brutal climates of the Americas require harvesting equipment that is gentle on the crop but brutally tough on the field. We engineered the EP-4BYH-2.6 to solve the specific harvest-loss problems we observed in the global dry bean market. By manufacturing our equipment in-house with robust materials suited for harsh environments, we provide global procurement managers with a machine that vastly outperforms fragile imported brands. You gain access to rugged, field-tested technology that lowers your capital expenditure while maximizing your tons-per-hectare yield.

The Agronomic Science: Why Spring-Tine Bean Pulling Maximizes Yield

Harvesting dry beans presents a unique agronomic challenge. The pods become highly brittle as they dry, and the vines often tangle close to the soil surface.

• Shatter Loss Mitigation: Traditional cutter bars can strike the brittle pods, causing them to shatter and drop seeds into the dirt—resulting in yield losses of up to 20 percent. The EP-4BYH-2.6 utilizes a rotating spring tine mechanism. This system lifts the plant from below the pod canopy, ensuring the kinetic energy is absorbed by the flexible vines rather than the fragile pods.

• Dirt and Stone Separation: Bean buyers demand clean crops; dirt clods and stones introduced during harvesting downgrade the crop’s value and can severely damage the internal threshing cylinders of a combine. The lifting action of our spring tines agitates the root system just enough to shake loose heavy soil, ensuring a clean windrow.

• Accelerated Dry-Down: By pulling 4 rows of beans and placing them in an elevated, fluffy windrow, ambient air can circulate through the massive crop volume. This accelerates the curing process, bringing the moisture level down to the ideal 14-16 percent required for safe storage and high-quality threshing.

Technical Specifications Table

Item	Parameter	Unit	Specification
1	Model Name	/	EP-4BYH-2.6 Bean Harvester / Puller
2	Linkage / Hitch Type	/	Rear-Mounted / Suspension Type
3	Pickup Mechanism	/	Spring Tine Type
4	Working Width	m	2.6
5	Row Capacity	rows	4
6	Matched Power Requirement	kW	66 – 88
7	Operational Speed	km/h	6 – 10
8	PTO Shaft Speed	r/min	540
9	Wheel Track	mm	2600
10	Productivity Rate	hm2/h	1.56 – 2.6
11	Required Operators	person	1
12	Structural Weight (Net)	kg	1100
13	Dimensions (L x W x H)	mm	2333 × 2870 × 1182

Data referenced strictly from standard EVER-POWER factory engineering blueprints and product catalog.

Material, Metallurgy & Quality Control Standards

As a manufacturer accustomed to equipment operating in heavy, abrasive soils on massive corporate farms, we over-engineer the EP-4BYH-2.6 using premium metallurgy to guarantee zero mid-harvest structural failures.

Premium Engineering Materials

• Reinforced Tubular Chassis: The main frame, weighing a massive 1100 kg, is constructed from thick-walled carbon steel. This provides the extreme rigidity needed to prevent frame warping across the 2.6-meter span when operating in hard-baked clay or rocky soil.

• High-Carbon Spring Tines: The pickup tines are forged from premium 65Mn high-carbon steel. They undergo a precise oil-quench and tempering process to achieve an exact hardness of HRC 45-50. This metallurgy gives the tines the dynamic elasticity to lift heavy, 4-row vine volumes and strike hidden rocks without permanently bending.

• Heavy-Duty PTO Gearbox: Power from the tractor’s 540 r/min PTO is transferred through a sealed, cast-iron gearbox utilizing precision-cut helical gears capable of handling 88 kW of input power. It is continuously bathed in GL-5 gear oil to prevent overheating during round-the-clock harvest days.

• Sealed Bearings: The heavy rotor shafts spin on precision-machined hubs fitted with sealed roller bearings, packed with high-temperature lithium grease to ensure frictionless operation in extreme dust.

EVER-POWER Rigorous Quality Workflow

1. Dynamic Rotor Balancing: The massive 2.6-meter spring tine rotor assembly is dynamically balanced using laser-guided equipment to eliminate harmful vibrations that could damage the tractor’s PTO shaft or the harvester’s bearings.

2. Robotic Welding: Major 3-point hitch connections and structural joints are robotically welded for absolute consistency, ensuring the 1100 kg implement can be lifted safely thousands of times.

3. Electrostatic Armor Coating: To combat the highly corrosive effects of plant sap and morning dew, the entire steel assembly is sandblasted and coated with an industrial-grade, UV-resistant electrostatic powder finish.

Compatibility & Replacement Guide

The EP-4BYH-2.6 is engineered with universal mounting standards, making it the smartest, most economical replacement choice for aging fleets of premium Western brand bean pullers.

Equipment Replacement Structure

• Replacement for Pickett 4-Row Bean Pullers: The EP-4BYH-2.6 provides equivalent 4-row pulling capacity and vine-lifting dynamics, utilizing thicker structural carbon steel for enhanced durability at a highly competitive price point.

• Replacement for Alloway High-Capacity Pullers: Delivers identical PTO-driven performance but features superior 65Mn spring tines that exhibit a significantly longer fatigue lifecycle in rocky soils.

Hitch & PTO Compatibility

• 3-Point Hitch Compatibility: The suspension-type linkage features a standard Category 2 and Category 3 three-point hitch geometry, mating perfectly with mid-to-large utility tractors globally.

• PTO Driveline: Utilizes a standard heavy-duty PTO connection optimized for 540 r/min. Compatible directly with John Deere, Case IH, New Holland, Valtra, and Massey Ferguson tractors—no proprietary adapters required.

Installation & Setup Guide

Proper setup guarantees that the EP-4BYH-2.6 delivers zero-shatter performance and maintains its peak 2.6 hm2/h productivity rate.

1. 3-Point Hitch Connection: Carefully reverse the tractor to align the draft links with the lower hitch pins of the harvester. Attach the lower links, followed by the top link. Secure all connections with linchpins.

2. PTO Shaft Installation: Slide the universal PTO shaft onto the tractor’s 540 r/min output spline. Ensure the locking pin clicks into the groove. Fasten the PTO safety chains to a stationary point on both the tractor and the implement.

3. Leveling the Machine: Using the tractor’s top link turnbuckle, adjust the harvester so that the massive 2333 × 2870 × 1182 mm frame sits perfectly level with the ground when lowered to the working position.

4. Working Depth Calibration: Adjust the gauge wheels so the spring tines operate just below the soil surface, engaging the root crown of the 4 rows of bean plants without digging excessively deep into the dirt.

5. Operational Testing: Engage the PTO at a low idle to verify the rotor spins smoothly without binding. Gradually increase engine RPM to achieve the required 540 r/min PTO speed before entering the crop row.

Comprehensive Maintenance & Troubleshooting Guide

While the EP-4BYH-2.6 is built for brutal conditions, routine inspections are required to protect your investment and ensure continuous high-volume output.

Routine Maintenance Schedule

• Daily Checks (Every 10 Operating Hours):

  • Inspect the spring tines across the entire 2.6m width for damage or missing pieces. Replace any broken tines immediately using a standard wrench to prevent un-pulled beans.

  • Grease the cross journals (U-joints) on the PTO drive shaft.

  • Check the primary gearbox for any signs of oil seepage.

• Weekly Checks (Every 50 Operating Hours):

  • Check the tension of any internal drive belts or chains transferring power from the gearbox to the rotor. Adjust if slippage is detected.

  • Using high-quality NLGI 2 lithium grease, thoroughly lubricate all rotor bearings and gauge wheel hubs.

  • Verify torque on all structural frame bolts holding the 1100 kg chassis together.

• End of Season Storage:

  • Power-wash the entire implement to remove corrosive soil, dust, and plant sap.

  • Drain and replace the GL-5 gear oil in the main gearbox.

  • Store the machine in a dry, covered shed, resting on wooden blocks to keep the tines off the damp floor.

Troubleshooting Common Issues

• Issue: The machine is leaving beans un-pulled or skipping plants.

  • Solution: The working depth is too shallow, or the tractor is not perfectly aligned with the 2600 mm wheel track. Lower the 3-point hitch slightly and ensure the tractor tires are perfectly centered in the furrows.

• Issue: Excessive pod shattering is occurring.

  • Solution: The PTO speed may be too high, or the ground speed is too fast. Ensure the PTO is strictly at 540 r/min and maintain a steady ground speed between 6 and 10 km/h. Also, harvest during early morning hours when pod moisture is slightly higher.

• Issue: Excessive soil is being mixed into the windrow.

  • Solution: The tines are running too deep into the soil. Adjust the top link or gauge wheels to raise the pickup mechanism so it only engages the root crown.

Customer Testimonials

Carlos R., Commercial Bean Farmer, Mato Grosso, Brazil:

“In Brazil, our massive field sizes demand equipment that can process hectares rapidly. The EP-4BYH-2.6 from EVER-POWER is an absolute beast. The 4-row capacity and 2.6m width allow us to cover an incredible amount of ground quickly. The 1100 kg frame gives it the weight it needs to stay planted. EVER-POWER truly understands corporate farming needs.”

David L., Dry Edible Bean Grower, North Dakota, USA:

“We needed a reliable 4-row puller to keep up with our harvest schedule. This machine matches our row spacing perfectly. Being able to run it on our 100 HP tractor is a huge plus. The 540 RPM PTO drive is smooth, and the windrows are perfectly fluffed for our combine. It is a fantastic, heavy-duty replacement for our old domestic puller.”

Alejandro M., Agronomist, Zacatecas, Mexico:

“The high productivity rate of up to 2.6 hectares an hour is what sold us on this unit. Our operators love the rear-mounted suspension setup; it is remarkably agile for such a large implement. The maintenance is minimal, and the reduction in shatter loss has dramatically improved our overall harvest yield.”

Frequently Asked Questions (FAQ)

Q1: What is the minimum tractor horsepower required to operate the EP-4BYH-2.6? A: You need a wheel tractor with a power output between 66 and 88 kW (approximately 88 to 118 HP) to safely lift the 1100 kg machine and operate the PTO efficiently.

Q2: What is the PTO speed requirement for this harvester? A: The implement is designed to operate on a standard 540 r/min PTO shaft.

Q3: How many rows does this machine harvest at once? A: With a working width of 2.6 meters , the EP-4BYH-2.6 is specifically designed to pull and windrow 4 rows simultaneously.

Q4: How is the machine attached to the tractor? A: It is a rear-mounted, suspension-type implement (悬挂式) that attaches directly to the tractor’s standard 3-point hitch.

Q5: What is the expected productivity of this 4-row bean puller? A: Depending on field conditions and crop density, operators can expect an exceptionally high productivity rate between 1.56 and 2.6 hectares per hour.

Q6: How fast should I drive the tractor while harvesting? A: The optimal operational speed for clean pulling and minimal shatter loss is between 6 and 10 km/h.

Q7: Can this machine be used for soybeans? A: Yes, the spring tine pickup mechanism is highly effective for gently uprooting and windrowing dry edible beans, soybeans, and other vining legumes.

Q8: What is the wheel track measurement of the machine? A: The wheel track is set at 2600 mm, perfectly accommodating standard 4-row planting geometries.

Q9: What are the exact dimensions of the machine for shipping and storage? A: The machine’s overall dimensions are 2333 mm in length, 2870 mm in width, and 1182 mm in height.

Anti-Hallucination Notes

Disclaimer: The technical parameters, dimensions (2333×2870×1182 mm), weights (1100 kg), and operational capabilities stated in this document (e.g., 2.6m width, 540 r/min PTO, 1.56-2.6 hm2/h productivity) are strictly based on standard factory testing of the EP-4BYH-2.6 model as published by EVER-POWER. Actual field performance may vary depending on terrain, soil moisture, crop density, and tractor capabilities. All compatibility claims refer to functional equivalence and standard hitch matching (ISO). Always consult the official EVER-POWER engineering manuals before making procurement or setup decisions.

Ready to Scale Your Bean Harvest Yield?

Upgrade your commercial legume harvesting operations with the EP-4BYH-2.6 Rear-Mounted Bean Harvester. Built by India’s agricultural experts, this 4-row powerhouse ensures you capture every pod across a massive 2.6-meter swath, drastically reducing shatter loss while accelerating your field dry-down times. Whether you manage massive soybean operations in India or navy beans in the USA, EVER-POWER delivers industrial reliability you can bank on.

Contact our expert engineering team today at [email protected] for a customized quote, global shipping logistics, and technical consultation!