John Deere 467 Square Baler Specifications and Key Features

If you’re looking to optimize your baling process, the John Deere 467 square baler stands out with its impressive capabilities. Designed for durability and ease of use, this model guarantees high productivity even in demanding conditions. With its superior knotting system and user-friendly features, it ensures consistent, reliable bales every time.

The John Deere 467 features a bale size of 14 x 18 inches, making it ideal for creating compact, uniform bales. Its large 4×6 bale chamber ensures efficient material compression, while the 60-inch wide pickup enhances performance in various field conditions. With an adjustable bale density system, operators can fine-tune the pressure to achieve the desired compactness of the bales, depending on the crop type and moisture content.

Equipped with a high-quality hydraulic system, the 467 baler ensures smooth operation, even at high speeds. Its strong, reinforced frame and reliable components reduce maintenance downtime, keeping your equipment running longer. The power take-off (PTO) drive system allows for easy attachment to a variety of tractors, ensuring compatibility with different power requirements.

For anyone in the market for an efficient, high-performance square baler, the John Deere 467 delivers exceptional value with its robust design and practical features. Whether you’re working with hay, straw, or other materials, this baler ensures a high-quality end result that meets the demands of modern farming operations.

John Deere 467 Square Baler Specs

The John Deere 467 Square Baler combines robust design and powerful performance to maximize baling efficiency. Key specifications include:

• Bale Size: 14″ x 18″ (35.6 cm x 45.7 cm) – This is the ideal size for easy handling and storage.
• Bale Chamber: 5′ x 4′ (1.52 m x 1.22 m) – A strong, wide chamber that handles tough materials with ease.
• Bale Weight: Adjustable from 40 to 120 lbs (18 to 54 kg) – Offers flexibility depending on crop type and moisture level.
• Pickup Width: 6′ (1.83 m) – Optimizes harvesting efficiency and reduces crop loss.
• Feeding System: Heavy-duty roller-type feeder with a large pickup that helps process crops quickly and reliably.
• Driveline: Dual-torque design ensures minimal wear and maximum power transmission during baling operations.
• Hydraulic Requirements: 20–30 GPM (75.7–113.6 LPM) for smooth operation of all hydraulic components.
• Twine/Net Wrap: Both options available for securing bales, with net wrap providing faster wrapping speeds.
• Capacity: Capable of baling up to 80 bales per hour depending on crop conditions.
• Weight: 7,200 lbs (3,270 kg) – The baler offers a solid build that enhances durability while remaining manageable for various tractors.

This baler is built to withstand rigorous conditions and delivers consistent results. Whether baling hay or straw, it’s designed to work efficiently and effectively across various field conditions.

John Deere 467 Square Baler: Bale Size and Density Specifications

The John Deere 467 Square Baler offers adjustable bale size and density to suit various field conditions. With bale sizes ranging from 14 x 18 inches to 16 x 18 inches, it accommodates a variety of needs for hay, straw, and other forage crops. For consistency and efficiency, the baler provides a variable density system that can be fine-tuned to create bales with higher compression, ensuring a uniform product.

The density control feature is equipped with hydraulic adjustment, allowing operators to optimize compression according to crop type and moisture content. This flexibility is particularly useful when working with different materials or in varying environmental conditions. The system maximizes bale quality and ensures better storage and transport efficiency.

The John Deere 467 Square Baler’s design focuses on consistent bale formation, maintaining precise size and density throughout the entire baling process. The heavy-duty bale chamber and durable plunger mechanism provide the necessary force to produce solid bales, even in dense or high-moisture conditions. This ensures uniformity across all bales, contributing to better stacking and handling in storage.

How to Adjust the Knotter and Twine System on John Deere 467

Begin by ensuring the baler is safely disconnected from the tractor and the engine is off. Next, check the twine path for any obstructions or damage that may affect the knotter’s performance.

To adjust the knotter timing, start by loosening the timing bolts on the knotter drive system. Turn the knotter drive shaft using a wrench to align the knotter mechanism. Rotate it to the proper setting as outlined in the operator’s manual–typically, you should see an alignment mark on the knotter shaft. Tighten the timing bolts once alignment is confirmed.

Adjust the twine tension by turning the twine tensioner. This is usually located near the twine box. Tighten or loosen the tension based on the type of twine being used and the desired bale firmness. Make sure to check the tension frequently, as it can fluctuate depending on weather conditions and material being baled.

Inspect the twine disc and ensure that it is rotating freely. If the disc is sticky or damaged, clean or replace it. A smooth, clean twine disc helps prevent tangling and uneven tying.

If you’re experiencing missed knots, verify the condition of the knotter finger and the billhook. Worn-out fingers can cause knots to fail. Adjust or replace them as needed to ensure reliable performance.

Finally, check the knotter safety brake. The brake should engage properly, stopping the knotter system when necessary to prevent damage. Adjust the brake tension to make sure it’s neither too tight nor too loose, providing proper engagement without hindering the knotting process.

Once all adjustments are made, test the baler by running it with a small load of hay or straw to ensure everything functions correctly. Make any final tweaks as necessary to ensure smooth operation.

Maintenance Requirements for John Deere 467 Square Baler

Regular inspection of the John Deere 467 Square Baler’s key components, including the pickup, knotter, and drive chains, is necessary to prevent downtime. Make sure the pickup teeth are clean and free of debris. Check for wear on the teeth and replace them if needed. Lubricate the bearings regularly to ensure smooth operation and prevent overheating.

Inspect the knotter mechanism before and after each use. Keep the knotter clean from debris to avoid jamming and ensure proper bale formation. Check the twine discs and tie arms for wear and adjust them as needed. If the knotter is not functioning correctly, it may lead to missed ties or broken bales.

Keep the baler’s hydraulic system free of leaks. Regularly check hydraulic hoses and connections for cracks or wear. Replace any damaged hoses immediately. Clean the hydraulic filter to maintain optimal performance of the system.

Drive chains should be checked for tightness and proper alignment. Adjust the tension and replace any worn or damaged chains. Also, inspect the drive belt for signs of wear and replace it if it shows signs of cracking or stretching.

The bale chamber should be inspected periodically for any blockages or damage. Make sure the chamber is free from twine remnants, which can obstruct bale formation. Inspect the plunger and the teeth for damage, and replace any parts showing excessive wear.

It’s important to clean the baler after each use, especially in wet conditions. Accumulated dirt and hay can cause premature wear and impact performance. Use a pressure washer carefully, making sure to avoid damaging any critical components. Store the baler in a dry, sheltered location to prevent rust and corrosion.

Finally, always follow the manufacturer’s recommended maintenance schedule, using genuine John Deere parts to ensure compatibility and longevity of your equipment.