John Deere 7200 Parts and Parts Manual

John Deere 7200 Parts

The John Deere 7200 is a highly efficient and versatile agricultural tractor, renowned for its power and performance. Designed for medium to large-scale farming operations, it boasts advanced features like a turbocharged engine, delivering ample horsepower for various tasks.

Its precision engineering enables precise control and maneuverability, enhancing productivity in fieldwork such as planting, tilling, and harvesting.

Equipped with modern technology, it offers options for GPS-guided navigation and data recording, aiding farmers in optimizing their operations and maximizing yields.

John Deere 7200 Specs

John Deere 7200 Planter Parts

Some common parts and components of the John Deere 7200 Planter include:

1. Row Units: These are the individual units responsible for planting seeds in each row. They include seed meters, seed tubes, seed firmers, and closing wheels.
2. Seed Hoppers: Containers for holding seeds, available in different capacities to accommodate varying planting needs.
3. Frame and Toolbar: The frame provides the structural support for the planter, while the toolbar connects the row units and other components.
4. Fertilizer Attachment: Optional attachment for simultaneous application of fertilizers during planting.
5. Seed Metering System: Mechanism responsible for metering and delivering seeds to the seed tubes at the desired rate.
6. Closing Wheels: These wheels follow the seed furrow to ensure proper seed-to-soil contact and closure of the furrow after planting.
7. Hydraulic Down-Pressure System: System that applies hydraulic pressure to the row units to maintain consistent seed depth and placement in varying soil conditions.
8. Gauge Wheels: Wheels that maintain consistent depth and row spacing while planting.
9. Marker Systems: Optional systems for marking rows during planting to aid in subsequent field operations.
10. GPS and Precision Farming Components: Optional components for integrating GPS guidance and precision farming technologies for improved accuracy and efficiency.

John Deere 7200 Planter Parts Diagram

The most comprehensive source appears to be the “John Deere 7200 MaxEmerge2 Drawn Planter – Parts Catalog”. This is a complete parts catalog that includes exploded parts views and product codes for every component of the 7200 MaxEmerge2 drawn planter.

Additionally, the website TractorPartsASAP.com has a section dedicated to John Deere 7200 planter parts, which includes images and part numbers for various planter components like idler arms, opener guards, seed tube guards, and more.

The Combine Forum thread also mentions that the operator’s manual for the 7200 planter contains diagrams and information about the sprocket configurations used for different planting populations.

John Deere 7200 Planter Parts Manual and Manual PDF

The most comprehensive source appears to be the “John Deere 7200 MaxEmerge2 Drawn Planter – Parts Catalog”. This parts catalog includes exploded parts views and product codes for every component of the 7200 MaxEmerge2 drawn planter.

The Combine Forum thread also mentions that the operator’s manual for the 7200 planter contains diagrams and information about the sprocket configurations used for different planting populations.

Specifically, it notes the 48-tooth low range input sprocket and the 18-tooth high range input sprocket.Additionally, the website TractorPartsASAP.com has a section dedicated to John Deere 7200 planter parts, which includes images and part numbers for various planter components like idler arms, opener guards, and seed tube guards.

Sections :

1. Introduction: This section provides an overview of the manual, including a table of contents and general information about the planter model covered.
2. Safety: Safety precautions and guidelines for operating and maintaining the planter safely.
3. Illustrated Parts Breakdown: This is often the main section of the manual. It includes exploded views and diagrams of the planter and its components, with each part labeled and identified by a part number.
4. Parts Index: A comprehensive index listing all parts included in the manual, organized by part number and description for easy reference.
5. Parts List: A detailed list of all parts, including part numbers, descriptions, and quantities required for assembly or replacement.
6. Assembly Instructions: Instructions for assembling or installing specific parts or components of the planter.
7. Maintenance and Lubrication: Guidelines and schedules for routine maintenance and lubrication of the planter to ensure optimal performance and longevity.
8. Troubleshooting: Troubleshooting tips and procedures for identifying and resolving common issues or problems with the planter and its components.
9. Accessories and Attachments: Information about optional accessories and attachments available for the planter, along with part numbers and installation instructions.
10. Warranty Information: Details about warranty coverage and terms for parts and components of the planter.

John Deere 7200 Problems

Common Problems can include :

1. Metering Errors: Inaccurate seed metering can lead to uneven seed placement and spacing, resulting in poor crop emergence and yield.
2. Row Unit Malfunctions: Issues with individual row units, such as worn parts, misalignment, or damage, can affect planting performance and seed placement.
3. Hydraulic System Leaks: Hydraulic leaks in the down-pressure system or other hydraulic components can lead to reduced efficiency and performance.
4. Closing Wheel Problems: Improperly adjusted or worn closing wheels can result in inadequate seed-to-soil contact, affecting seed germination and emergence.
5. Electrical Issues: Problems with electrical components, such as wiring harnesses, sensors, or controllers, can cause issues with precision planting technology and control systems.
6. Wear and Tear: Normal wear and tear on moving parts and components can lead to reduced performance and reliability over time, requiring regular maintenance and replacement of worn parts.
7. Soil Conditions: Challenges related to soil conditions, such as compaction, uneven terrain, or excessive moisture, can affect planting accuracy and performance.
8. Compatibility Issues: Compatibility issues with aftermarket or non-genuine parts and attachments can lead to compatibility problems and reduced performance.
9. Operator Error: Improper operation or setup of the planter, such as incorrect settings or adjustments, can result in planting errors and reduced yield.
10. Software or Firmware Issues: Problems with the software or firmware of precision planting technology and control systems can lead to malfunctions or inaccuracies in operation.

John Deere 7200 Planter Seed Boxes

The John Deere 7200 Planter typically features seed boxes that are integral to its operation. Here’s a breakdown of the seed box system:

1. Seed Hoppers: The seed hoppers are the containers where seeds are stored before being planted. These hoppers are typically mounted on the planter frame and can vary in size depending on the specific model and configuration of the planter. Seed hoppers are often equipped with lids or covers to protect the seeds from moisture and debris.
2. Bulk Fill or Individual Row Units: Depending on the model and configuration of the planter, the seed boxes may be designed for bulk fill or individual row units. In bulk fill systems, seeds are loaded into a central hopper and distributed to each row unit as needed during planting. In individual row unit systems, each row unit has its own seed box for more precise control over seed distribution and placement.
3. Seed Metering System: Inside the seed boxes, there is a seed metering system responsible for accurately metering and delivering seeds to the seed tubes. This system ensures consistent seed spacing and placement, contributing to optimal crop emergence and yield. Seed metering systems can vary in design and technology, including vacuum meters, finger pickup meters, or pneumatic meters.
4. Seed Plates or Cups: Seed plates or cups are part of the seed metering system and help regulate the flow of seeds from the seed boxes to the seed tubes. These plates or cups are designed to accommodate different seed sizes and types and can be changed or adjusted to achieve the desired planting rate and spacing.
5. Monitoring and Control Systems: Some modern seed boxes may be equipped with monitoring and control systems that provide real-time information about seed population, singulation, and spacing. These systems can help operators adjust planting parameters on the go to optimize planting performance and efficiency.

John Deere 7200 Closing Wheels

1. Purpose: Closing wheels are designed to close the seed furrow created by the planter’s seed opener after the seed has been dropped into the soil. Proper closure of the furrow ensures good seed-to-soil contact, which is essential for seed germination and early crop development.
2. Location: Closing wheels are typically positioned behind the seed opener units on the planter. They come into contact with the soil immediately after the seed has been placed in the furrow.
3. Design: Closing wheels are often made of durable materials such as rubber, cast iron, or steel. They may have various designs, including spiked wheels, solid wheels, or combination wheels with both spiked and solid elements. The choice of closing wheel design depends on factors such as soil type, moisture conditions, and residue management preferences.
4. Adjustability: Many John Deere 7200 planters feature closing wheels that are adjustable to accommodate different planting conditions. Operators can adjust the down-pressure applied by the closing wheels to ensure proper seed-to-soil contact without causing soil compaction.
5. Closing Wheel Pressure: Proper closing wheel pressure is crucial for achieving optimal seed-to-soil contact. Too much pressure can lead to soil compaction and poor seed emergence, while too little pressure may result in inadequate seed coverage and stand establishment.
6. Maintenance: Regular maintenance of closing wheels is essential to ensure their effectiveness during planting operations. This includes inspecting for wear and damage, lubricating moving parts, and replacing worn components as needed.
7. Impact on Planting Performance: The quality of closing wheel operation can significantly impact planting performance and crop yield. Properly closed furrows promote uniform seed germination and emergence, leading to better stands and ultimately higher yields.

John Deere 7200 Seed Disks

1. Function: Seed disks are responsible for metering and delivering seeds from the seed hopper to the seed tubes in a controlled manner during planting. They regulate the flow of seeds based on their size, shape, and spacing requirements to achieve accurate seed placement.
2. Design: Seed disks typically have indentations or pockets that hold individual seeds as they rotate within the metering system. The design and size of these indentations vary depending on the seed type and planting rate. Some seed disks have interchangeable plates or cups to accommodate different seed sizes and planting configurations.
3. Material: Seed disks are commonly made of durable materials such as plastic, metal, or rubber. The material choice ensures longevity and consistent performance in various planting conditions.
4. Interchangeability: Many John Deere 7200 planters allow for easy interchangeability of seed disks to accommodate different seed types and planting rates. This flexibility enables operators to optimize planting performance for specific crops and field conditions.
5. Singulation: Seed disks play a crucial role in achieving singulation, which refers to the precise spacing of seeds as they are planted. Proper singulation ensures uniform crop emergence and stand establishment, contributing to higher yields.
6. Maintenance: Regular inspection and maintenance of seed disks are essential to ensure optimal performance during planting operations. This includes cleaning the disks to remove debris and residue buildup, inspecting for wear or damage, and replacing worn or damaged disks as needed.
7. Compatibility: It’s important to ensure that the seed disks used in the John Deere 7200 Planter are compatible with the specific seed types and planting configurations being used. Using the correct seed disks helps optimize seed metering accuracy and planting performance.

John Deere 7200 Planter Hydraulic System

1. Down-Pressure System: One of the primary functions of the hydraulic system is to provide down-pressure to the row units. The down-pressure system helps ensure consistent seed depth and placement across varying soil conditions. Operators can adjust the down-pressure settings to optimize planting performance based on soil type, moisture level, and other factors.
2. Fold and Unfold: The hydraulic system is responsible for folding and unfolding the planter for transport and field operation. Hydraulic cylinders or motors control the movement of the wings or sections of the planter, allowing it to be easily maneuvered into position for planting or transported between fields.
3. Marker System: Some John Deere 7200 planters may feature hydraulic marker systems for accurately marking the rows during planting. Hydraulic cylinders control the position of the markers, ensuring precise row alignment and spacing for subsequent field operations.
4. Fertilizer Attachment: If equipped with a fertilizer attachment, the hydraulic system may also be used to control the application of fertilizers during planting. Hydraulic valves or actuators regulate the flow of fertilizer to the row units, allowing for simultaneous planting and fertilization.
5. Lift Assist: Hydraulic lift assist systems may be used to reduce the lifting effort required to raise and lower the planter, especially when operating in heavy or challenging soil conditions. These systems utilize hydraulic cylinders or accumulators to provide additional lifting force, making it easier for the tractor to raise and lower the planter.
6. Maintenance: Regular maintenance of the hydraulic system is essential to ensure reliable operation and optimal performance of the planter. This includes checking hydraulic fluid levels, inspecting hoses and fittings for leaks or damage, and lubricating moving parts as needed. Any issues or malfunctions should be addressed promptly to prevent downtime and costly repairs.

John Deere 7200 Chopper

A chopper is a reference to the 7200A Precision Cut Riding Trim and Surrounds Mower, which is a different machine designed for golf course maintenance, not a forage harvester.

John Deere 7200 3 Point Hitch

The John Deere 7200 Planter is typically not equipped with a traditional three-point hitch like those found on tractors. Instead, it is usually designed to be mounted or towed behind a tractor using a different attachment method.

The planter is commonly attached to the tractor using a hitch or drawbar, often referred to as a “pull-type” hitch. This hitch connects to the tractor’s drawbar or hitch receiver, allowing the planter to be pulled behind the tractor.

Additionally, some versions of the John Deere 7200 Planter may feature a toolbar or frame that allows for mounting onto a tractor’s 3-point hitch, but this is less common than the pull-type configuration.

It’s essential to consult the specific model and configuration of the John Deere 7200 Planter, as attachment methods can vary based on the planter’s design and intended use.

John Deere 7200 PTO Seal Replacement

• The John Deere 7200 tractor, as well as the 7400 and 7600 models, require a specific front PTO seal part number 580047.
• This front PTO seal is needed to replace the worn or damaged seal on the PTO housing of the 7200 tractor.
• The PTO housing oil seal, part number RE38725, is another common seal that may need replacement on the 7200 tractor and other compatible models.
• A video tutorial is available showing the process of replacing the PTO seal on a John Deere 6400 tractor, which provides a general overview of the PTO seal replacement procedure that would also apply to the 7200 model. 
• Seal repair kits are available from aftermarket suppliers that include all the necessary seals and gaskets to service the PTO system on a John Deere 7200 forage harvester.

John Deere 7200 Wheel Bearing

• The John Deere 7200 planter uses the AA44263 wheel bearing kit to replace the bearings on the closing wheels. This kit is a common replacement part for the 7200 as well as other compatible John Deere planter models like the 7300, 7340, 1760, 1770, 1710, 1750, and 1755.
• Closing wheel bearing assemblies, which include the bearings and related components, are also available as replacement parts for the 7200 planter. These are listed as fitting models like the 7300, 750, 1760, 455, and 1780.
• Planter part suppliers like Sloan Express and Rangeline Group offer a variety of bearings and bearing kits specifically for servicing the closing wheels on John Deere 7200 planters.
• A video tutorial is available demonstrating the process of rebuilding the wheel bearings on a John Deere 7200 planter. This provides a visual guide on how to properly replace the bearings.