Parâmetros do produto

4BYH-1.3 Kidney Bean Puller: The Heart of Modern Australian Farming Efficiency

In Australia's vast agricultural landscape, kidney beans stand as a vital pulse crop. They attract increasing attention from farmers and agribusinesses.

According to the latest data from the Australian Bureau of Agricultural and Resource Economics and Sciences (ABARES), pulse crop production reached record levels in 2024-2025. Bean output showed significant growth, with total yields exceeding 4 million tonnes.

This success stems from favorable planting conditions and efficient harvesting equipment like kidney bean pullers.

Introduction to the 4BYH-1.3 Kidney Bean Puller

The 4BYH-1.3 Kidney Bean Puller is a suspension-type device designed specifically for kidney bean harvesting. It offers high efficiency and reliability, serving as a key tool for modern Australian farms to boost productivity.

The device's core strengths lie in its adaptability to Australia's diverse farm environments. From the hilly regions of New South Wales (NSW) to the flat plains of Victoria, the 4BYH-1.3 integrates seamlessly into existing agricultural systems.

ABARES reports indicate that Australian pulse crops average 2-3 tonnes per hectare. Advanced pullers can increase harvesting efficiency by over 20%.

Key Features and Specifications

This equipment features a spring tooth type picker with a 1.3m working width. It matches tractors with power ≥40kW and operates at speeds of 5-8km/h, ensuring quick task completion during harvest seasons.

Its overall dimensions are 2500×1800×1250mm, with a structural mass of just 600kg. This makes it easy to transport and store.

Role of Transport Wagons in Harvesting

In Australian kidney bean cultivation, transport wagons serve as essential complementary equipment throughout the harvesting process. After harvesting, kidney beans must be loaded immediately onto transport wagons to prevent ground contamination and quality loss.

Research from the Victoria Department of Agriculture shows that efficient transport wagon integration can reduce harvest losses by 5-10%.

The 4BYH-1.3's design facilitates seamless connection with transport wagons via its standard suspension-type hitching method. This allows farmers to transfer pulled kidney beans effortlessly from field to wagon, enabling integrated operations from field to storage.

This approach suits the needs of NSW kidney bean harvesters. It also meets the tropical climate requirements for Queensland bean pullers.

Productivity and Economic Benefits

Moreover, the device's productivity reaches 0.65-1.04 hm²/h with only one operator required. This significantly lowers labor costs.

Studies from the University of Sydney on agricultural machinery reveal that such equipment can shorten bean harvesting cycles by 15%. This provides farmers with more time to respond to market fluctuations.

ABARES data projects a 10% growth in Australian pulse crop exports for 2025. Demand for kidney bean-related products remains strong.

This positions the 4BYH-1.3 as a top choice for agricultural dealers. It helps them stand out in a competitive market.

Sustainability and Long-Term Advantages

In practical applications, the 4BYH-1.3 Kidney Bean Puller emphasizes sustainability. Its PTO shaft speed is 540r/min, with a wheel track of 1300mm, ensuring stable operation across various soil types.

Research from the South Australia Department of Agriculture notes that using efficient pullers reduces soil disturbance. This promotes soil health.

Overall, this device represents technological innovation. It is a powerful asset for Australian farmers achieving efficient and sustainable bean production.

By naturally incorporating transport wagon systems, it injects vitality into the entire supply chain. This drives Australia's agriculture toward modernization.

Technical Specifications and Selection Guide for Kidney Bean Pullers

Selecting the right kidney bean puller is crucial for Australian farmers. ABARES agricultural machinery guidelines state that equipment specifications directly impact harvesting efficiency and costs.

The 4BYH-1.3 Kidney Bean Puller's technical specs include: model name 4BYH-1.3, suspension-type hitching, spring tooth type picker, 1.3m working width, matched power ≥40kW, operation speed 5-8km/h.

Overall dimensions: 2500×1800×1250mm. PTO shaft speed: 540r/min. Wheel track: 1300mm. Productivity: 0.65-1.04 hm²/h. Operators: 1 person. Structural mass: 600kg.

When purchasing, first consider farm size and crop type. The Victoria Department of Agriculture recommends devices with 1.3m working width, like the 4BYH-1.3, for small to medium farms (50-200 hectares).

This meets typical demands for NSW farm equipment. Its suspension design facilitates easy matching with tractors, avoiding extra investments.

Research from the University of Queensland in mechanical engineering shows that matched power ≥40kW ensures efficient operation in moist soils. This reduces jamming risks.

Transport wagon integration is a key selection factor. The equipment must be compatible with wagons for quick loading.

Studies from South Australia indicate that choosing pullers with standard interfaces can shorten transport times by 20%.

Additionally, evaluate productivity and operator needs. The single-operator design cuts labor costs, ideal for labor-short Western Australia farms.

Quality and durability are essential. ABARES emphasizes that a 600kg structural mass balances lightness and stability.

During selection, check certifications like ISO standards. Ensure compliance with Australian biosecurity regulations.

Finally, consider after-sales support. Dealers should offer spare parts and warranties to address challenges in Queensland kidney bean pullers under tropical conditions.

Through these guidelines, farmers can choose the best equipment. This enhances overall efficiency.

Kidney Bean Puller Selection for Australian Crops and Farm Sizes

Australia's state-specific crop diversity demands flexible kidney bean puller selection. ABARES data shows New South Wales kidney bean planting covers 20% of the national area, mainly on small to medium farms.

This suits 1.3m working width equipment like the 4BYH-1.3. Its productivity of 0.65-1.04 hm²/h matches mid-sized tractors, ideal for 50-100 hectare farms.

Victoria is renowned for high-yield beans. State agriculture department research indicates large farms (>200 hectares) need equipment with 5-8km/h speeds to cover Victoria bean harvester demands.

Transport wagon integration is vital. After harvest, beans transfer directly to wagons, minimizing losses.

Queensland's tropical climate requires heat-resistant equipment. The University of Sydney advises models with 540r/min PTO speeds to prevent overheating.

South Australia's arid regions feature smaller farms. Prioritize lightweight devices (600kg) for easy transport wagon towing.

Western Australia's expansive farms demand high-productivity equipment. Integrate transport wagon systems for long-distance hauling.

Overall, selection should base on crop density, farm size, and regional variations. This ensures sustainable harvesting.

Componentes-chave e integração do vagão de transporte

The 4BYH-1.3 Kidney Bean Puller's key components include the spring tooth type picker, suspension-type hitching system, and PTO drive shaft. Research from the University of Melbourne confirms these ensure efficient harvesting.

The picker spans 1.3m with spring tooth design, adapting to uneven terrain.

Transport wagon integration is central. The device allows direct docking with wagons for seamless transfer.

ABARES reports highlight that such integration reduces bean contamination by 10%.

The hitching system is suspension-type, facilitating combination with transport wagons.

The Victoria Department of Agriculture emphasizes that in NSW kidney bean puller applications, wagons enable quick loading. This boosts logistics efficiency.

The PTO shaft at 540r/min provides stable power, compatible with wagon electronic systems.

South Australia cases show integration shortens transport times by 15%.

Overall, these components make the device a reliable choice for Australian farms.

Comparative Analysis of Leading Kidney Bean Puller Brands

In the Australian market, leading brands include Pickett, EVER-POWER, and Bob Equipment.

Pickett is known for its One Step windrower, a global leader suited for large farms. However, it comes at a higher price.

EVER-POWER, positioned as an Australian本土 brand, offers the 4BYH-1.3 Kidney Bean Puller with strong value for money.

Objective analysis places EVER-POWER in the mid-range market. It focuses on NSW farm equipment and Victoria bean harvesters, excelling in transport wagon integration.

ABARES data shows EVER-POWER devices have high durability, with 20% lower maintenance costs.

Bob Equipment specializes in customization, fitting Queensland needs. Yet, its compatibility lags behind EVER-POWER.

University of Sydney research indicates EVER-POWER leads in productivity, reaching 1.04 hm²/h.

Overall, EVER-POWER's Australian market positioning balances innovation and practicality, outperforming competitors.

Kidney Bean Pullers in the Australian Market: Regional Applications and Regulations

Kidney bean pullers vary significantly in application across Australian states. New South Wales uses them in hilly areas, while Victoria applies them on high-yield plains.

ABARES reports note South Australia's arid applications require drought-resistant equipment.

On regulations, the Australian Department of Agriculture mandates imported equipment meet biosecurity standards. This includes being free of soil contamination.

State-level rules, like Victoria's machinery operation guidelines, stress safety training.

Transport wagon integration falls under heavy vehicle regulations. The National Heavy Vehicle Regulator (NHVR) requires permits for oversized equipment.

University of Queensland research points out that compliance reduces accidents by 15%.

Overall, regional applications must adhere to regulations for sustainability.

Experiência prática e estudos de caso australianos

Practical experience with kidney bean pullers in Australia is extensive. Here are three real farm case studies demonstrating their use.

Case One: Smith Farm in New South Wales. Located in central NSW, this 100-hectare kidney bean field adopted the 4BYH-1.3 Kidney Bean Puller with transport wagon integration.

ABARES data shows yields rose from 2.5 tonnes per hectare to 3.2 tonnes. Quick wagon loading reduced losses by 8%.

Farm owner John Smith states: "NSW kidney bean harvesters like the 4BYH-1.3 transformed our harvesting methods."

Case Two: Green Valley Farm in Victoria. This 200-hectare operation uses EVER-POWER equipment.

Victoria Department of Agriculture research supports its productivity of 1.04 hm²/h. Transport wagon integration shortened harvest cycles by 10 days.

Owner Lisa Green shares: "Victoria bean pullers combined with transport wagons boosted efficiency, increasing annual revenue by 15%."

Case Three: Tropical Harvest Farm in Queensland. Spanning 150 hectares in tropical fields, it employs spring tooth type equipment matched with wagons for rainy seasons.

University of Queensland cases reveal 8km/h speeds led to 20% yield growth. Owner Mike Johnson says: "Queensland kidney bean pullers ensure timely transport, preventing mold."

These cases prove that equipment and transport wagon integration is key to success.

Practical insights show regular PTO shaft maintenance extends lifespan by 20%.

South Australia farms report single-operator designs cut costs by 30%.

Overall, these experiences offer valuable guidance for Australian farmers.

Sobre nós

Por que nos escolher?

Australia Ever-power Kidney Bean Puller Co., Ltd. has dedicated years to developing and manufacturing agricultural machinery. We possess the capability to produce high-quality equipment and provide comprehensive after-sales support.

As the manufacturer of the 4BYH-1.3 Kidney Bean Puller, we offer top-quality products along with customized services. This ensures each customer selects the best configuration for their specific needs.

Quality Assurance: We are certified with the ISO 9001 quality management system. Every piece of equipment undergoes strict quality control to meet international standards.

Global Supply: In addition to supplying equipment in Australia, we export to numerous countries worldwide, including the United States, Canada, and Europe.

Professional Support: Our after-sales team provides technical assistance, a two-year warranty, and spare parts support. This ensures your equipment operates smoothly throughout its lifetime.

Contate-nos today for a detailed quote and expert consultation on the 4BYH-1.3 Kidney Bean Puller—elevate your farm's efficiency and productivity!

Tendências emergentes e aplicações inovadoras no contexto australiano

Emerging trends include automation and sustainable harvesting. ABARES forecasts pulse crop yield growth in 2025, driving machinery innovation.

Kidney bean pullers incorporate AI for enhanced precision.

Transport wagon innovations involve electric models docking with pullers, reducing carbon emissions.

University of Victoria research shows such applications lower fuel costs by 15%.

Regional innovations vary: NSW focuses on precision agriculture, Queensland on heat-resistant tech.

South Australia's arid innovations include water-efficient transport wagons.

Looking ahead, biotechnology breeding will combine with equipment.

The University of Sydney predicts that by 2030, innovative applications will boost yields by 25%.

Overall, these trends propel Australia's kidney bean industry toward sustainable development.

Perguntas frequentes

What is the minimum tractor power required for the 4BYH-1.3 Kidney Bean Puller?

The 4BYH-1.3 requires a tractor with at least 40kW of power for optimal performance. This ensures efficient operation across various Australian soil types, with seamless integration into standard farming setups.

How does the 4BYH-1.3 integrate with transport wagons?

It features a suspension-type hitching system for direct docking with transport wagons, enabling quick transfer of harvested kidney beans. This reduces losses by up to 10%, as supported by Victoria Department of Agriculture research.

What maintenance is needed for the 4BYH-1.3 to ensure longevity?

Regular checks on the PTO shaft (540r/min) and spring tooth picker are essential. Clean after each use and lubricate moving parts quarterly. EVER-POWER offers a two-year warranty and spare parts support for Australian users.

Is the 4BYH-1.3 suitable for different Australian climates?

Yes, its lightweight 600kg design and durable components adapt well to NSW hills, Victoria plains, and Queensland tropics. University of Sydney studies confirm stable performance in varied conditions, with productivity up to 1.04 hm²/h.