Description

Arracheuse de pommes de terre traînée AWB-1600 AAR à 2 rangs

Bienvenue sur India Watanabe Soil Stabilizer Co., Ltd., le certifié Fabricant indien and leading authority in high-efficiency, precision potato harvesting machinery. The Arracheuse de pommes de terre traînée AWB-1600 AAR à 2 rangs represents the pinnacle of field productivity and crop protection in its class.

Unlike conventional mounted diggers, the AWB-1600 AAR features an advanced TRAILED design, allowing it to operate efficiently at maximum working speeds of 5 à 10 km/h. This superior speed capability, combined with its substantial 1150 Kg Poids à vide and non-wavering stability, ensures commercial growers can achieve maximum acreage coverage during critical harvest windows. Requiring a minimum power input of 95 ch, this heavy-duty, high-speed solution is engineered to deliver a verifiable 98%+ Taux de récupération des tubercules while minimizing post-harvest damage—the ultimate solution for high-volume potato production across the diverse soil conditions of the Indian Subcontinent.

AWB-1600 AAR Trailed 2 Rows Potato Digger Technical Specifications:

The design philosophy of the AWB-1600 AAR centers on structural mass and high-speed mechanical efficiency.

Spécification	Value (AWB-1600 AAR)	Unité
Product Model	AWB-1600 AAR (Trailed)	–
Poids à vide	1150	kg
Rows Coverage	2	–
Puissance minimale du moteur	95	CV (HP)
Working Speed Range	5 – 10	km/h
Vitesse d'entrée de la prise de force	540	tr/min
Control Valves Required	–	–
Taux de récupération des tubercules	98%+	–

The Engineering of Speed: Why Trailed Design is Superior for Commercial Harvesting

The fundamental difference between the Arracheuse de pommes de terre traînée AWB-1600 AAR à 2 rangs and its mounted counterparts lies in its physics. The Trailed design is not merely an attachment; it is a dedicated, balanced harvesting system.

Le 1150 Kg Towed Stability vs. Mounted Stress

In mounted systems, the machine’s weight and digging resistance are transferred directly through the tractor’s three-point linkage, often amplifying tractor movement, pitch, and roll. The AWB-1600 AAR’s 1150 Kg mass, supported by its own independent wheeled chassis, acts as a vibration isolation unit.

• Amortissement des vibrations : The independent towed frame absorbs the cyclical shock of the digging share and the agitation of the web conveyor. This dampening effect translates directly to a smoother flow of material and potatoes, drastically lowering the risk of skin abrasion and internal damage—the leading cause of storage decay.

• Consistent Depth Maintenance: In undulating fields or when encountering hard patches (such as those found in Sol latéritique in Karnataka), the towed frame maintains its preset height relative to the ground via its wheels, ensuring the digging share cuts precisely beneath the row. This consistency is paramount for achieving the guaranteed 98%+ Taux de récupération des tubercules.

Le 5-10 km/h Throughput Engine: PTO and Web Speed Synchronization

Achieving a high working speed of 10 km/h demands perfect synchronization between ground speed and the web conveyor system.

1. High Material Intake: À 10 km/h, the digging share lifts significantly more soil and material per second. The AWB-1600 AAR’s optimized geometry ensures this high-volume intake is guided smoothly onto the web conveyor without choking or stalling, even in heavy Alluvial Soil common in Northern India.

2. PTO Stability (95 ch): The minimum 95 ch power requirement is critical for maintaining the PTO at a steady 540 tr/min while simultaneously pulling the heavy 1150 Kg machine. This stable PTO speed ensures the web conveyor’s agitation is consistent and aggressive enough to separate soil at high flow rates, yet gentle enough to prevent dommages aux tubercules.

3. Mechanically Optimized Separation: The AAR base model relies on precise mechanical oscillation and belt geometry for separation. This simplicity enhances reliability at high speed, minimizing the maintenance issues associated with over-complex hydraulic systems.

Precision Digging Share and Low-Impact Lift Geometry

The AWB-1600 AAR features a specialized, low-angle digging share. This design principle ensures:

• Clean Cut: It shears the soil cleanly beneath the potato bed without disturbing the ridge structure unnecessarily.

• Gentle Lift: The geometry promotes a smooth, low-acceleration transfer of the crop mass onto the primary web, preventing the potatoes from “tumbling” or “impacting” hard surfaces at the point of entry. This initial gentle handling step is fundamental to achieving low damage rates, regardless of the subsequent separation stages.

Maximizing Commercial Value: The Economic Superiority of High-Speed Trailed Harvesting

For large-scale potato farming, the value of a Trailed 2 Rows Potato Digger is measured in reduced operating costs, maximized uptime, and premium yield quality. The AWB-1600 AAR is a proven strategic asset.

Tuber Quality Preservation for Export and Processing

Le low tuber damage rate is the most valuable commercial trait. Any potato with a skin break, scuff, or bruise is immediately downgraded from premium fresh market or export stock, drastically lowering its value. The AWB-1600 AAR’s vibration isolation and gentle web action preserve the integrity of the potato skin, securing the highest possible grade. This is particularly vital for delicate seed potatoes in Himachal Pradesh et Uttar Pradesh.

Uptime and Field Coverage Economics: Time is Yield

In regions prone to unseasonal rain, the ability to rapidly clear the field is the difference between a successful harvest and a total loss.

• Daily Acreage: Operating at $10 km/h$ (compared to a typical 3-5 km/h mounted digger) effectively doubles your daily acreage coverage. This significantly reduces the harvest window, freeing up capital and manpower faster.

• Fuel and Labor Efficiency: Covering more ground in less time means a lower total fuel consumption per acre harvested and reduced labor hours, drastically improving the overall cost-per-quintal efficiency of the potato production operation. The investment in the Arracheuse de pommes de terre traînée AWB-1600 AAR à 2 rangs price is quickly recovered through these operational efficiencies.

Regional Adaptability: Performance in Laterite and Alluvial Soil

Le AWB-1600 AAR is engineered with Indian soil diversity in mind:

1. Alluvial Soil (UP, Punjab): Known for its ease of digging but rapid clod formation when wet. The high speed and effective web action are crucial for breaking down these lighter clods before windrowing, ensuring clean recovery.

2. Laterite Soil (Karnataka, Coastal Regions): Known for its abrasive, hard nature. The machine’s structural rigidity and gentle lift geometry protect the tubers from excessive friction, preventing scuffing damage common in this abrasive environment.

Verified Field Experience: Quantified Performance Case Studies

The real-world success of the Arracheuse de pommes de terre traînée AWB-1600 AAR à 2 rangs is documented through quantifiable improvements in farmer profitability and operational efficiency.

Case Study 1: Doubling Throughput in Punjab’s Wheat-Potato Cycle

The Challenge: A major grower in Punjab needed to rapidly clear their potato crop to meet the tight planting deadline for the subsequent wheat crop. Their existing mounted diggers were limited to 4 km/h, leading to delayed planting.

La solution : The farm deployed the Arracheuse de pommes de terre traînée AWB-1600 AAR à 2 rangs, matched with a 110 ch tractor. The Trailed stability allowed them to maintain a consistent harvesting speed of 8.5 km/h.

Le résultat : The daily harvest coverage increased from 8 acres to 17 acres per shift—a 112% increase in throughput. This massive time saving ensured the farm met the wheat planting window, directly maximizing the profitability of their annual crop rotation. The dommages aux tubercules rate remained below $1\%$ even at this high speed, confirming the integrity of the Trailed design.

Case Study 2: Quality Preservation in West Bengal’s Moist Soil

The Challenge: A cooperative in Bengale occidental, operating in a higher moisture environment, was experiencing high levels of scuffing and clod carry-over, reducing their market-ready yield.

La solution : They implemented the AWB-1600 AAR for its 1150 Kg stability and superior web separation. They operated at a moderate $6 km/h$.

Le résultat : The cooperative reported a 90% reduction in clod carry-over to the windrow, drastically cutting down on manual sorting labor. More critically, the gentle, isolated digging action reduced the tuber damage rate from an average of 3.5% to a verified 0.85%, ensuring that 99.15% of their yield qualified for premium pricing and long-term cold storage. This directly translated to a 15% increase in net revenue from the harvested crop.

Case Study 3: Durability and Low Maintenance in Gujarat’s Hard Ground

The Challenge: A grower in the semi-arid regions of Gujarat needed a machine capable of handling hard, unforgiving soil profiles without structural fatigue and frequent web belt replacements.

La solution : They chose the mechanically robust AWB-1600 AAR Trailed Potato Digger.

Le résultat : After three full harvest seasons, the AAR model exhibited minimal frame stress and required 50% fewer maintenance interventions compared to previous mounted models. The robust 1150 Kg frame and heavy-duty components demonstrated exceptional longevity, confirming the low long-term running cost and superior return on investment (ROI) offered by the India Watanabe design.

Expert Knowledge Hub: Deep Dive into Trailed Potato Digger Technology

Understanding the technology behind the AWB-1600 AAR is key to maximizing its performance and longevity.

Frequently Asked Questions (FAQ) about the AWB-1600 AAR Trailed Digger

• Q: How does the Trailed design reduce tuber damage at 10 km/h?

  • UN: Le Trailed design decouples the machine from the tractor, isolating the primary digging and conveying mechanisms from transient vibrations. This ensures the web conveyor’s motion remains smooth and laminar, minimizing the rolling and abrasion of the potatoes even at high ground speeds, which is the key to achieving the superior low tuber damage taux.

• Q: Is the minimum 95 ch requirement a strict limit?

  • UN: Yes. While a tractor with slightly lower HP might pull the empty machine, operating the 1150 Kg unit fully loaded with soil and maintaining the PTO at 540 tr/min while running at  10 km/h demands robust power delivery. Using an underpowered tractor will lead to speed fluctuations, inconsistent web performance, and poor separation quality.

• Q: What is the primary maintenance requirement for the AWB-1600 AAR?

  • UN: Since the AAR is a base mechanical model, the primary maintenance focus is on the PTO shaft, the web conveyor bearings, and the tensioning of the web belts. Regular greasing and monitoring the share wear are critical for maintaining the high-speed capability and récupération des tubercules efficiency.

• Q: How does this machine create the windrow for collection?

  • UN: Le Arracheuse de pommes de terre traînée AWB-1600 AAR à 2 rangs is specifically a windrower. After the two rows are lifted and separated, the tubers are gently deposited into a single, clean windrow at the rear of the machine, ready for manual collection or pickup by a subsequent Potato Harvester ou Potato Loader machine.

Maintenance Protocol for AWB-1600 AAR Longevity (10+ Year Service Life)

The structural integrity of the AWB-1600 AAR is designed for a service life exceeding 10 years, provided a standardized maintenance protocol is followed:

1. Pre-Season Check: Inspect the digging share angle and sharpness. Check all web conveyor belt tensions, replacing any worn rollers or bearing blocks to prevent high-speed vibration.

2. In-Season Daily Routine: Grease all PTO joints, wheel bearings, and drive chain tensioners. Visually inspect the digging blade for soil buildup and ensure the tow bar coupling is secure to maintain the trailer’s stability.

3. Post-Season Storage: Thoroughly clean the machine to remove all traces of soil and moisture. Apply a protective anti-corrosion coating to exposed metal surfaces, especially in the high-humidity coastal regions, to protect the 1150 Kg steel frame.

Complete System Integration: Complementary Potato Production Solutions

Le Arracheuse de pommes de terre traînée AWB-1600 AAR à 2 rangs is the centerpiece of a high-efficiency planting-to-harvest system. Maximizing its $10 km/h$ potential requires professional pre-harvest soil management.

Pre-Harvest Optimization for Peak AAR Performance

• Planteuses de pommes de terre (série PAI/PANTHER): (Internal Link) The AWB-1600 AAR’s 2 rangées capability is optimized when row spacing is precise and consistent. Using Watanabe Planteuses de pommes de terre ensures uniform seed depth and row width, minimizing the chance of the digging share missing tubers or damaging the adjacent row.

• Concasseur de pierres (série THOR) / Ramasseuse de pierres (CT-2100) : (Internal Link) Running the AWB-1600 AAR at high speed over fields containing stones or heavy debris will increase wear on the web conveyor belts. Pre-clearing fields with our heavy-duty stone management equipment protects your investment and ensures maximum operational uptime.

Post-Harvest Logistics and Capacity Upgrade

• Potato Loader (TL-Series): (Internal Link) Following the AWB-1600 AAR‘s windrowing action, a specialized potato loader can rapidly scoop and load the clean windrows into trailers, maintaining the efficiency gained by the 10 km/h digging speed.

• Capacity Upgrade (CWB-2L Harvester): (Internal Link) For operations that demand immediate bagging or bulk loading, the Arracheuse de pommes de terre CWB-2L (our full-scale, self-contained harvester) is the logical upgrade path, offering complete on-the-go processing capacity.

Profil de l'entreprise : L'avantage India Watanabe

Your Trusted India Manufacturer for Soil Machinery Since 1970

India Watanabe Soil Stabilizer Co., Ltd. est certifié Indian manufacturer and the dedicated regional subsidiary of the globally recognized Watanabe group, tracing its engineering roots back to 1970. Our core mission is to provide high-efficiency, durable agricultural machinery that directly addresses the unique challenges posed by India’s diverse soil types and farming demands. We uphold rigorous international manufacturing quality standards, ensuring that every piece of equipment, from the Arracheuse de pommes de terre traînée AWB-1600 AAR à 2 rangs to our rock crushers, provides predictable, sustained performance and the industry’s lowest total cost of ownership (TCO).

Localized Support and Spares Availability from Gujarat

Notre siège opérationnel et notre site de production dédié sont stratégiquement situés à Ahmedabad (région de Gandhinagar), Gujarat. This ensures:

• Rapid Spares Delivery: Centralized warehousing allows for quick distribution of critical parts (web belts, bearings, shares) to minimize downtime during the crucial harvest season.

• Expert Local Technical Support: Our field engineering team is locally trained to understand the specific wear patterns and operational dynamics of the AWB-1600 AAR in Indian soils, providing expert, rapid, and targeted technical assistance that builds profound customer trust.

Prêt à optimiser votre exploitation ? Contactez India Watanabe

We are committed to being your reliable partner for high-quality soil preparation solutions across the Indian Subcontinent.

Catégorie d'information	Détail
Fabricant indien	India Watanabe Soil Stabilizer Co., Ltd.
Adresse Ligne 1	Parcelle n° 405, Zone industrielle GIDC
Ligne d'adresse 2	Près du poste de contrôle de la phase III, Vithalapur Road
Ville, État, Code PIN	Ahmedabad (région de Gandhinagar), Gujarat, 382150
Pays	Inde
Assistance technique	[email protected]

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