Planter auxiliary camera
The planter auxiliary camera utilizes an adjustable magnetic mounting base. This allows customers the ability to move and adjust the field of view to see what鈥檚 most important to them.
Adjustable magnetic camera mounting bracket
Integrated 56V Tractor Power Tether Harness
The Integrated 56V Tractor Power Tether Harness simplifies the tractor-to-planter connection process while leveraging the power generation capabilities of Model year 2027 and newer 8 series tractors with an EVT transmission and the 56V (15kw) integrated Electric Power Generation option. Available for MY27 electric drive planters, the 56V harness reduces complexity and improves operational efficiency by eliminating the need for PTO-driven power generation to operate planter functions.
Integrated 56V Tractor Power Tether Harness hook up to model year 2027 and newer EVT tractor
The Integrated 56V Tractor Power Tether Harness is only compatible with Model year 2027 and newer 8 Series Tractors with an EVT transmission and the 56V (15kw) integrated Electric Power Generation option.
Electric drive planters with PTO power gen that match with the compatibility table below can be fitted with an aftermarket parts kit to enable the 56V harness if that planter will be connected to a Model year 2027 and newer 8 Series Tractors with an EVT transmission and the 56V (15kw) integrated Electric Power Generation option. The 56V Tractor Power Tether Harness is not compatible with hydraulic power generation systems and is only able to replace current PTO power generation systems. A software update will be required after changing from PTO power gen to the 56V Power Tether Harness. Aftermarket parts kit numbers will be released before the MY27 Planter EOP in June of 2026.
The following models are compatible with the Integrated 56V Tractor Power Tether Harness
Model |
Model year |
1775NT 2 Point |
Model year 2018-current |
1775NT Drawbar |
Model year 2018-current |
DB60 36R |
Model year 2018-Model year 2024 |
DB60 36R |
Model year 2025-current |
DB90 36R |
Model year 2018-Model year 2024 |
DB90 36R |
Model year 2025-current |
All other DB's (except above) 36+ Rows |
Model year 2018-current |
All other DB's (except above) <= 36 Rows |
Model year 2018-current |
1725C Mounted |
Model year 2025-current |
1725C Mounted |
Model year 2023-Model year 2024 |
1795 2 POINT HITCH |
Model year 2018-current |
1795 DRAWBAR |
Model year 2018-current |
G5 display shortcut bar buttons for Downforce Automation
What is the right downforce setting to use when planting? Does the best setting change field to field? Does it change within a field? There are so many questions around this crucial planter setting that seem to not have an answer.
Here鈥檚 what we do know:
Downforce Automation powered by FurrowVision optimizes downforce settings in real time to improve furrow quality across every field condition. By evaluating Ground Contact, Soil Resistance, and Furrow Health (via FurrowVision), the system determines the ideal amount of applied downforce for each environment. This removes the need for operators to manually adjust settings from field to field and ensures more consistent furrow formation and seed placement.
The system will start from the last downforce setting input in the monitor and take time to evaluate different settings to optimize the furrow. Once optimized, Downforce Automation will continually test different downforce settings to ensure the best outcome by adjusting how much downforce is applied by 5 鈥� 10 lbs at a time. As planting continues in a field, Downforce Automation will re-optimize settings at regular intervals or changes in planting conditions, seeding depth, soil type, or planting speed for example, may trigger a re-optimization event. In a normal 60鈥�80-acre field, there will be 4 different downforce settings on average identified by the system.
Optimizing
Stable Setting
Reoptimize (for Speed)
Downforce Automation is available on any planter equipped with FurrowVision. See FurrowVision compatibility for a list of specific planter models
FurrowVision technology
What used to involve digging behind the planter to verify seed depth, observe side-wall quality, and ensure row cleaners were set properly can now be done from the seat of your cab while you continue to plant.
FurrowVision technology gives operators real-time analysis and video of the open section of the furrow between the TruVee openers and closing system.
Downforce - Comparing furrow formation via the FurrowVision video feed
Residue - Comparing residue presence via the FurrowVision video feed
Depth - Comparing target depth (e.g., 2.5 in) to actual depth readings across the Left, Center, and Right sections
FurrowVision run page on G5 display
Planter Summary Run Page with Residue Analysis ON
FurrowVision Imagine Processing Module (IPM)
FurrowVision camera module location
EasyStart simplifying planter startup
EasyStart is a software feature that streamlines the planter startup process by providing a guided workflow on a single screen accessible with a shortcut bar button. Instead of navigating multiple run pages, operators follow a step-by-step process that automatically detects planter equipment and populates all necessary pre-plant tasks. This simplifies setup and gets you planting faster. Once planting, all your commonly used on/off buttons remain easily accessible in one place in the shortcut bar.
Picture of the liquid fertilizer level sensor
Liquid fertilizer level sensing is available on model year 2026 electric drive planters.
Fertilizer level sensing allows farmers to know how much liquid fertilizer is left in the tank from the convenience of the cab. The fertilizer level is displayed on the G5 CommandCenter鈩� Display in the SeedStar鈩� app.
View cumulative fertilizer tank levels on both 8RX ExactRate tanks and planter liquid fertilizer tank levels on the G5 CommandCenter Display
CCS tank levels displayed in the SeedStar鈩� application
Seed level sensing is available on all model year 2026 electric drive planters equipped with Central Commodity System (CCS) tanks operating on the SeedStar鈩� 5 planter application.
Seed level sensing gives farmers better knowledge of planter seed levels. This reduces the risk of running out of seed while planting also allowing farmers to better manage seed tendering logistics to have the seed in the right place at the right time.
View individual and total tank levels from the G5 CommandCenter鈩� display in the SeedStar app:
Customizable tank level alarms - view tank 1, tank 2 and total seed volume on G5 Display
ExactShot delivers product directly onto the seed in-furrow, eliminating waste between seeds
Save on in-furrow fertilizer cost with ExactShot liquid fertilizer dosing system on MaxEmerge 5e鈩� or ExactEmerge鈩� row units.
High input costs reduce the profitability of any operation. ExactShot can save growers up to 66% of the cost of in-furrow applied nutrients improving their use and efficiency while protecting yield loss along the way. It does this by dosing the product on top of the seed, in the furrow, eliminating the application of product between seeds.
Using less product also results in fewer stops to refill your tanks, improving the overall efficiency of your planting operation.
*NOTE: Based on internal tests of an ExactShot system performed across 21 farms in six Midwestern states applying a 5.1-cm (2-in) dose on seeds with 15.2-cm (6-in) in-row seed spacing. ExactShot requires a per acre fee when in dosing mode. In continuous mode there is no fee required.
How does it work?
When paired with John 91黑料专区鈥檚 ExactEmerge鈩� BrushBelt鈩� technology or now with MaxEmerge 5e鈩�, the system tracks each seed with infinite accuracy from meter to seed trench, synchronizing each dose with the exact timing of the seed drop. Placing the solenoid directly above the nozzle tip, below the row-unit, adds an additional level of accuracy with each dose not found in similar products.
Two modes of operation
The overall benefits of ExactShot may vary with different products, crop types, soils, etc. In these scenarios, the system can be switched to a more traditional continuous stream of product directly from the display. This gives operators the flexibility to quickly change their application method without the need to change hardware on the planter.
Dosing mode screen on G5 display
Continuous mode screen on G5 display
In dosing mode, operators have the ability to move the center of the dose relative to the seed using the dose placement offset found in Advanced Settings.
In the Dose Placement Offset module, operators have the ability to move the center of the dose relative to the seed
Dose Placement Offset Default
Dose Placement Offset From Seed
Agronomic benefits and savings
Multiple field studies* have shown yields were maintained when the same effective application rate of in-furrow starter fertilizer was dosed directly onto the seed compared to the traditional continuous stream. In some highly responsive instances, as the local rate was increased, yield also increased without adding cost to the application.
By reducing rates, customers can increase their overall profit margins, receiving a higher return on investment with 18.7-L/ha (2-gpa) dosing on-seed compared to 56.1-L/ha (6-gpa) continuous stream. to see how reduced rates can impact your operation.
Reducing the amount of fertilizer used also reduces the risk of nutrients leaching into nearby rivers, lakes, and ponds.
Additionally, because ExactShot significantly reduces how much product is needed, growers can also gain the ability to use beneficial products in-furrow during planting like biologicals, fungicides, and liquid insecticides that may otherwise be too costly to apply.
*NOTE: Internal tests of an ExactShot system performed across 21 farms in six Midwestern states. ExactShot requires a per acre fee when in dosing mode. In continuous mode there is no fee required.
ExactRate Equivalent Mode Continuous nozzle tip compared to an ExactShot Dosing Mode nozzle tip
Farmers can now select ExactRate Equivalent mode when running the ExactShot system in continuous mode equating to equal continuous fertilizer application performance compared to an ExactRate fertilizer system. ExactRate Equivalent replaces the previous Auto Pulsing mode. ExactRate Equivalent mode requires the 65-degree black nozzle tips that orient the spray pattern parallel with the row.
For ExactShot recommended tips by planter speed and fertilizer rate, see the updated
Selectable dosing lengths: 2.5-cm, 5.1-cm, and 7.6-cm (1-in., 2-in., and 3-in) band 鈥� default is 5.1-cm (2-in) band
In Dosing mode:
In Continuous mode:
NOTE: ExactShot is not recommended for products that require agitation to maintain suspension. Use caution with products that may easily fall out of suspension or separate, especially at low flow rates, which increases the amount of time liquids stay in the distribution lines.
1795 32Row 15 in. planter in the field.
The 1795 31 or 32Row planter is available in the following configurations:
Before placing an order, please reference the Build and Price tool for any recent revisions to the below information.
Base Code |
Description |
608KH |
1795 16/31Row 15 in. |
608MH |
1795 16/32Row 15 in. |
24-row 1775NT Planter equipped with ExactRate fluid transfer system
The ExactRate fluid transfer system pairs planters seamlessly with the ExactRate tractor tanks. It provides an easy connection point to allow transfer from the ExactRate tractor tanks back to the planter tank. This enables up 6056 L (1600 gal.)* of combined capacity between the tractor and planter tanks.
ExactRate is available on the following models: 1775NT, 1795, DB44, DB60, and DB66.
*NOTE: 6056 L (1600 gal.) assumes a 2271-L (600-gal.) tank on a 24-Row 1775NT Planter as well as the 3785-L (1000-gal.) capacity on the 8RX Tractor.
Liquid Transfer Automation
Spend less time focusing on fertilizer tank transfers and reduce the chance of errors from losing prime in the ExactShot or ExactRate system and prevent overfilling the planter fertilizer tanks with Liquid Transfer Automation. SeedStar 5 planters running an ExactRate or ExactShot fertilizer system now have the option to automate the fertilizer transfer process from the tractor to the planter through setting an SCV assignment with Liquid Transfer Automation. Liquid Transfer Automation also allows farmers the ability to adjust auto fill set-points to help store the weight of the fertilizer on the tractor and off the planter, reducing compaction issue from full fertilizer tanks on the planter.
Liquid Transfer Automation is compatible with SeedStar 5 software only and planters equipped with ExactRate or ExactShot fertilizer systems with fertilizer level sensing.
Liquid tank mounted on a 24-row 1775NT Planter
John 91黑料专区 factory-installed liquid tanks offer a convenient way to carry fluid on the planter frame. Styling cues match the CCS鈩� system tanks, and all brackets and mountings are 100 percent factory installed.
Liquid Tank mounted to a 24-row 1775NT Planter
LED light on stairs to the CCS鈩� system platform
As planting windows get tighter, many growers are working longer hours to get the seed in the ground. With the planter LED lighting package, John 91黑料专区 delivers better visibility when planting a night.
ExactRate pump assembly at rear of 16-row 1725C
The ExactRate liquid fertilizer system is a factory-installed solution that provides you with accurate nutrient placement during planting. Previously, you would have to deal with the inconvenience of cumbersome aftermarket systems for a hydraulically driven variable-rate solution. With ExactRate, John 91黑料专区 delivers a complete planting solution for liquid fertilizer users. You can choose between in-furrow or offset delivery methods. A high-rate option without openers is also offered from the factory. This system delivers:
ExactRate nozzle body
The ExactRate liquid fertilizer system is designed to take full advantage of the capabilities of ExactEmerge鈩� and MaxEmerge鈩� 5e planters. This factory-installed liquid fertilizer system delivers the same value as your electric drive planter including working at speeds faster than the traditional 8.05 km/h (5 mph), turn compensation, and row-by-row section control, all while accurately compensating for varying rates and speed changes. Additional features include row-by-row flow detection, as-applied documentation, and variable-rate capabilities.
Fertilizer flows from the tank to the pump, through a strainer and boom isolation valve, through a central flowmeter, and out to each nozzle body and row-unit for accurate delivery. The system is closed loop, meaning the pump and nozzle body duty cycle both adjust based on feedback received from the pressure sensor and central flowmeter. This design helps maintain an accurate application rate.
NOTE: ExactRate is not recommended for products that require agitation to maintain suspension.
Pump assembly at rear of planter
Instead of a tire-contact drive, a hydraulically driven centrifugal pump eliminates chain and sprocket adjustments to provide more speed flexibility over the entire rate range. This pump allows for a wide range of rate capabilities as well as strong durability. The wet seal design helps protect the pump if it is accidentally run dry for a short time.
A strainer helps collect suspended particles and prevent them from causing blockages in the distribution system and nozzle bodies.
The valve prevents the tank from draining out if there is a leak in the distribution system. If the pump is on, the valve opens to allow flow. When the pump is off, the valve closes.
The central flowmeter and pump pressure sensor provide the rate control system feedback on flow and pressure to ensure an accurate application rate across the entire planter width. The flowmeter also supplies the as-applied rate data.
Distribution system and nozzle bodies routed on the wing of a 12-row 1775NT
The 2.5-cm (1-in.) stainless-steel distribution lines not only reduce corrosion, but they also provide a clean integrated look. The distribution system is pressure tested at the factory to reduce the risk of leaks.
John 91黑料专区 has leveraged ExactApply鈩� technology and capabilities from the sprayers to enable row-by-row section control and turn compensation that matches the high-performance planters. With ExactRate, there are no orifice changes for rate or speed adjustments, saving you time and effort while limiting exposure to product. Pulse-width modulation technology varies duty cycle (opening and closing of the valve) in the nozzle bodies in conjunction with flow and pressure measured from central flowmeter and pressure sensor controlling the system pump. The ExactRate liquid fertilizer system uses one nozzle body for two rows, limiting the number of parts and complexity on each machine. While you鈥檙e in the cab, you can keep an eye on each row with flow detection integrated into the Gen 5 display. The system warns you if it detects a variance in an individual row鈥檚 flow. A pressure sensor integrated into the nozzle body will detect a flow reduction or overapplication on the row.
Keypad at rear of planter
Just like on the sprayers, the keypad at the rear of the machine lets you conveniently perform a nozzle flow check to ensure product is coming out of each row before going to the field.
The ExactRate liquid fertilizer system is compatible with the John 91黑料专区 Rate Controller 2000 and GreenStar鈩� Rate Controller if a producer wants to apply a second product using a separate distribution system.
The ExactRate liquid fertilizer system does not have direct injection capabilities on the product being applied. If direct injection is needed on the secondary product, an additional rate controller is required.
NOTE: ExactRate system and John 91黑料专区 Rate Controller 2000 with Raven ICD Direct Injection system is supported. ExactRate system and GreenStar Rate Controller with Raven ISO Direct Injection system is not supported.
Easily adjust target rate and speed without leaving your seat. With turn compensation, inner and outer rates are automatically adjusted to maintain consistent application across the full width of the planter. This ultimately reduces the risk of seed burn by over application (turn compensations require a global positioning system [GPS] receiver). Another helpful feature is row-by-row section control for reduced overlap on headlands and waterways. G5 Documentation creates as-applied maps showing what product was applied where, providing accurate record-keeping.
It is very challenging to get the crop planted during the optimum planting window or as close to the optimum planting day as possible. Rate-of-yield loss accelerates greatly after the optimum window has passed. This is especially true in the northern U.S. and Canada. ExactEmerge maintains accurate speed placement at higher speeds; growers can avoid missing that peak planting time, thereby helping to get the highest crop yields.
Yield loss after optimum planting day
With the BrushBelt trench delivery system, the spacing in the trench does not change from even to uneven terrain. This can be a problem with a traditional seed tube. Seed bounce and ricochet may occur as slopes increases, ultimately decreasing seed spacing performance.
The design of the BrushBelt system provides the best solution for the lowest release of seed to the bottom of the trench. The use of a brush provides the meter with an infinite amount of placement opportunities for each seed. This is what gives producers the confidence that every seed will have the desired spacing that a seed tube cannot provide.
Maintenance-free BrushBelt system
When the brush comes around the pulley, it expands and allows the seed to be transferred from the bowl to the brush very easily. The brush then carries the seed down toward the trench, ensuring that there is no movement as it moves down the length of the cartridge.
Once the brush reaches the lower pulley, the BrushBelt system expands again to loosen the grip on the seed, and the centrifugal force releases the seed. Another advantage with the BrushBelt system and cartridge at all speeds up to 16.1 km/p (10 mph) is the ability to match the seed rearward trajectory to the forward ground speed of the planter. This provides a dead drop of the seed with no bounce and no roll at the bottom of the trench.
BrushBelt conditioner engages brush bristles
John 91黑料专区鈥檚 ExactEmerge cartridge is self-cleaning. When an operator uses seed treatments or is forced to plant in less than ideal soil conditions, the design of the trench delivery system sheds buildup from the BrushBelt. A brush conditioner is located at the bottom of the cartridge to remove remaining residue and prevent the bristles from sticking together.
Brush proximity helps clean sensor
Another advantage over a seed tube is that the BrushBelt system also acts as a cleaner to the seed sensor compared to a seed tube.
Sensors for trench delivery system
Reflective seed sensor
Sensor on trench delivery system
On all ExactEmerge row-units, each cartridge is equipped with sensors. As the seeds are being delivered through the BrushBelt delivery system controls, they pass the reflective seed sensor. The delivery system slides every seed past the seed sensor to read and send the signal to the controller. The seed sensor and design can provide sensor performance at higher seeds per second with no population adjustment as needed with seed tube sensors. This seed sensor data is actual row-unit performance data. In comparison, seed tube sensors add 10 percent population in soybean planting to adjust for the seeds missed due to placement within the seed tube. The BrushBelt system holds each seed in place until released in the trench, allowing the seed sensor a more accurate read.
BrushBelt removed from trench delivery system
The BrushBelt system requires no maintenance and has a wear life designed to match the wear life of the other wear components. Since operations vary, as do soils and field content, it is recommended to replace the BrushBelt after noticeable wear or decreased performance.
Changing the belt is easy. One latch removes the meter over the trench delivery system. Grab the cartridge by the grip and pull toward the body, releasing it from the electric motor fitting. Lift the trench delivery system up and remove the sensor wiring harness to completely pull the cartridge out of the row-unit.
There are two plastic covers that snap off to uncover the belt; remove the covers and then twist the circular spring tensioner dial with the yellow arrow on it to release the tension on the springs. Once tension has been removed, pull the belt out. It is also recommended to change the stainless-steel wear strip at this time as well, which also slides right out of place without the use of tools.
NOTE: It is recommended to use a talc/graphite mixture with ExactEmerge. Best results have been 80 percent talc and 20 percent graphite. For certain regions and territories, talc and talc/graphite mixes are restricted from use; in this case, use a wax-based fluency agent.
SeedStar 5 screen example
SeedStar 5 is the latest monitoring software for John 91黑料专区 planters available for Model Year 2025. This system is paired with G5 displays and Implement Ethernet to provide high-definition documentation, faster data speeds, and more information in the cab.
Requirement:
Row Runoff diagnostic test
The test functions from a mobile device
Determine optimum settings without being in the cab
The first day of planting season can be as productive as the last with mobile row-unit runoff. The mobile row-unit runoff activation on the planter main controller (PMC) allows operators to make adjustments to maximize row-unit performance from a mobile device at the rear of the planter for both preseason and in-season use - all enabled through the Equipment Mobile app.
Mobile row-unit runoff allows growers to perform test-stand functions from a mobile device connected to the planter.
The row runoff test provides complete diagnostic checks both preseason and in season. With the row-unit runoff test, the operator can make adjustments from the mobile device, including vacuum pressure, to determine the optimum meter and vacuum settings. This app functionality will help avoid making trips to the cab while validating meter performance.
During preseason planter inspections and set up, utilize the meter performance test to validate meter accuracy, similar to a test stand without leaving the farm. Test all systems on the planter, not just the meter, providing confidence that all planter systems are ready to plant. Reports are generated from the test providing information the operator can save and send for future reference.
Before heading to the field, the operator will benefit from knowing the best row-unit and vacuum settings for each variety selected to plant that spring.
Watch to see mobile row-unit runoff in action.
Mobile row-unit runoff will work with any model year 2015 or newer ExactEmerge鈩� or MaxEmerge鈩� 5e equipped planter. Mobile row-unit runoff can be added with attachment AA93169.
For model year 2018 and newer ExactEmerge planters, mobile row-unit runoff is included in base equipment. For model year 2020 and newer MaxEmerge 5e planters, mobile row-unit runoff is included in base equipment. For planters not equipped from the factory, mobile row-unit runoff can be added with attachment AA93169. A mobile row-unit runoff and Easy Fold package can be added with attachment AA97849 (only available with 1775NT and 1795 Planters with a 2-point hitch and model year 2019 and newer DB Planters with Gen 4 based frame folding).
NOTE: Mobile runoff utilizes the Equipment Mobile app available on select iPad庐 tablets, iPhone庐 smartphones, and Android鈩� devices.
Mobile row-unit runoff and Easy Fold aftermarket for field conversion kits
The below software bundles include the functionality explained above for machines not ordered with the feature from the factory. Compatible machines include all the necessary sensors and harnesses needed to make the feature function. The attachment part is software only. Follow the mobile runoff ordering and software push guide below for ordering and installation.
SeedStar鈩� 3 HP conversion to SeedStar 4HP
Mobile runoff ordering and software push guide
iPad and iPhone are trademarks of Apple Inc. Android is a trademark of Google LLC.
IRHD system
IRHD has been specifically designed to meet the needs of producers that are looking to adjust to the toughest field conditions and provide maximum yield potential from field to field, season after season. IRHD works as a closed-loop downforce system that reacts quickly on an individual row basis to changing soil conditions supporting increased ground contact, which can lead to improved seed depth consistency. When setting planter downforce margin, the system will apply the needed downforce by row to maintain ground contact.
The system allows operators to maintain gauge wheel ground contact leading to desired seed depth placement. IRHD can adjust five times per second and make adjustments of 45.4 kg (100 lb) in less than a second. The system has a total range of applied downforce from 22.7 kg (50 lb) to 204.1 kg (450 lb) and utilizes the power beyond circuit on the tractor. IRHD is 58 percent faster than the active pneumatic downforce solution. Fast reaction and increased ground contact can lead to improved emergence. With uniform emergence, some studies have shown a yield impact from 5 percent to 9 percent.
IRHD is controlled through the G5 Display with SeedStar 5. As shown below, operators can view ground contact or applied downforce using the toggle button.
IRHD screen showing the ground contact graph
IRHD screen showing the applied downforce graph
IRHD accumulator
The IRHD actuator is the foundation of ensuring accurate seed depth and seed-to-soil contact at higher planting speeds up to 16.1 km/h (10 mph). The newly redesigned IRHD actuator was designed with durability and optimal performance in mind. Consisting of a valve, pressure sensor, cylinder, and now, two accumulators, the new design allows the operator to reduce downtime with recharges instead of replacements. With two rechargeable nitrogen accumulators built into the new IRHD actuator, it maintains performance, even at low nitrogen levels. This allows reduced downtime for the operator, and optimal performance over entire operating range. Pressure control from the IRHD actuator ensures optimal system performance by dampening shocks from field obstacles while operating in the field. The reduction of shock loads prevents excessive wear and broken row unit components due to the new robust and durable design. Frequently worn parts such as the accumulator pistons and seals can be replaced. The actuator rod has an internal retention feature to prevent oil loss in the event of a row unit failure.
Heavy-duty parallel arm for IRHD Planter row units available
Downforce and margin example
Active downforce compressor assembly
A hydraulically driven compressor works with the G5 Display with SeedStar 5 systems to automate downforce control. Just set the row-unit target margin value and the active pneumatic downforce system works automatically. The system will make sure the planter maintains this value, achieving precise soil penetration, and consistent planting depth, without sidewall soil compaction. From the factory, the system is set at 45.4 kg (100 lb) target downforce margin but may be modified for varying field conditions. This frees the operator from constantly making manual downforce adjustments as conditions change.
This system offers a split-rank control feature for 1795 and DB Split-Row Planters. On split-row planters, active downforce will control the front and rear rows independently. This compensates for differing downforce requirements between the ranks that can be caused by things like different tillage or insecticide attachments and will help maintain an accurate planting depth and consistent margin across all the rows.
Active pneumatic downforce is available as factory installed or as an attachment for field conversion.
Air compressor mounted on 1775NT outer hitch
On set point, the air compressor will be mounted on the outer hitch or frame assembly. Since the electric air compressor assembly is mounted on the outer hitch (as noted in the picture above) or frame, adjustments for row-unit downforce and related system pressures will be made electronically with the display.
When adjusting the amount of row-unit downforce using the display, the operator will select the amount of downforce (kg [lb]) to be applied across the planter. Depending on the soil conditions at hand, the operator might need to adjust the relative amount of row-unit downforce being applied during the planting operation. The integrated pneumatic downforce controls within the display will only allow for set-point operation and not automatic control as the planter is operating in different soil conditions. The pneumatic downforce system does not have the capability to automatically adjust downforce.
Pneumatic downforce provides convenient, simple adjustment of downforce for the whole planter from one location. The amount of downforce applied is infinitely adjustable from 6.8 to 181.4 kg (15 to 400 lb). Pneumatic downforce provides more consistent downforce throughout the range of row-unit travel than mechanical spring downforce systems.
Features include:
Pneumatic downforce compressor and gauge
An improved compressor is used to charge the pneumatic system. This compressor can be located on the planter frame or in the tractor cab if desired. A gauge at the compressor indicates the amount of downforce being applied.
The functional features of the integrated system are the same as the standard pneumatic system, explained above, with the addition of control through the display.
Heavy-duty adjustable downforce spring
Planter row-unit downforce is an important factor to ensure consistent and proper depth control. The heavy-duty adjustable downforce feature provides up to 181.4 kg (400 lb) of downforce. There are four settings available to allow the operator to choose the amount of downforce required for the condition: 0 kg (0 lb), 56.7 kg (125 lb), 113.4 kg (250 lb), and 181.4 kg (400 lb).
Connected Support technology
When you buy John 91黑料专区 equipment, you expect reliability. You also know that problems can happen, and a product is only as good as the support behind it. That鈥檚 why John 91黑料专区 equipment is prepared with technology that senses potential issues and can alert you and your dealer promptly鈥攊n the cab or anywhere you are.
John 91黑料专区 Connected Support is a revolutionary change to support that leverages technology and the connectivity of JDLink鈩� telematics to prevent downtime and resolve problems faster. These tools decrease downtime by an average of 20 percent, enabling faster responses to unexpected problems and reducing technician trips to your machine. For some issues, unplanned downtime can even be prevented altogether through prediction of the issue.
With your permission, John 91黑料专区 Connected Support:
With more than a decade of experience leveraging connectivity to solve problems, no one else has the experience, tools, and knowledge to keep you running as John 91黑料专区 and your John 91黑料专区 dealer can. Connected Support is an in-base feature on all John 91黑料专区 products with factory- or field-installed JDLink.
| Specifications | ||||
|---|---|---|---|---|
| Select up to 4 models to compare specifications | John 91黑料专区 1795 16Row Split 31 or 32 Planter |
| Number of rows | 31 | |||
|---|---|---|---|---|
| Row spacing | 38 cm 15 in. |
|||
| Frame - Fold configuration | ||||
| Frame - Flexibility | Up and down: 15 degree (angle) | |||
| Row unit seed hoppers | Capacity 2.2 L 0.62 bu |
|||
| Seed Meters | Base Vacuum |
| Number of rows | 31 | |||
|---|---|---|---|---|
| Row spacing | 38 cm 15 in. |
| Fold configuration | ||||
|---|---|---|---|---|
| Frame tube size | ||||
| Fold-and-go from tractor cab | ||||
| Flexibility | Up and down: 15 degree (angle) |
| Base | ||||
|---|---|---|---|---|
| Optional | ||||
| Rear hitch |
| Type | Wheel modules with rephasing hydraulic cylinders | |||
|---|---|---|---|---|
| Number of cylinders |
| Optional | ||||
|---|---|---|---|---|
| Quantity | ||||
| Base |
| Type | Standard: MaxEmerge鈩� 5 row units Optional: ExactEmerge鈩� row units MaxEmerge 5e row units |
|||
|---|---|---|---|---|
| Opener | Tru-Vee鈩� double disk | |||
| Depth gauging | ||||
| Adjustment | ||||
| Walking wheels | ||||
| Row unit seed hoppers | Capacity 2.2 L 0.063 bu |
|||
| Row unit down force | ||||
| Scrapers, opener blades | ||||
| Seed tube sensors | ||||
| Coulter disk |
| Base | Vacuum | |||
|---|---|---|---|---|
| Optional | ||||
| Finger pickup | ||||
| Radial bean meter | ||||
| Central Commodity System | Seed capacity Without liquid tank: 4581 L 130 bu With liquid tank: 3524 L 100 bu |
| Base | Hydraulic variable rate drive | |||
|---|---|---|---|---|
| Optional | ||||
| Number of drive wheels | ||||
| Drive wheel disconnect | ||||
| Counter shaft | ||||
| Drill shaft | ||||
| Seed transmission | ||||
| Transmission combinations |
| Type | Automatic alternating or independent control | |||
|---|---|---|---|---|
| Control | ||||
| Marker disk | ||||
| Shear bolt protection | ||||
| Less marker option |
| Rubber tire closing system | ||||
|---|---|---|---|---|
| Cast iron closing system |
| Insecticide only hopper | ||||
|---|---|---|---|---|
| Herbicide only hopper | ||||
| Insecticide and herbicide hopper |
| System available | ||||
|---|---|---|---|---|
| Tank capacity |
| Base | SeedStar鈩� on GreenStar鈩� displays | |||
|---|---|---|---|---|
| Optional |
| Unit-mounted coulter | ||||
|---|---|---|---|---|
| Frame-mounted coulter | ||||
| Bubble blade | ||||
| .63-in. fluted blade (25 flutes) | ||||
| .7-in. fluted blade (13 flutes) | ||||
| 1-in. fluted blade (8 flutes) | ||||
| Row tillage support hanger | ||||
| Tine tooth | ||||
| Cons. furrower w/ leading cutout blade | ||||
| V-wing bed sweeps | ||||
| Row cleaner | ||||
| Row cleaner - unit-mounted coulter | ||||
| Row cleaner - unit-mounted DD fert. opener |
| Onboard / towed / tractor tanks | ||||
|---|---|---|---|---|
| Tank capacity | 1590 L 420 gal. |
|||
| Fixed-rate application | ||||
| Variable-rate application | ||||
| Pump type | ||||
| Pump rate | ||||
| Fertilizer opener type | ||||
| Flow divider distribution system | ||||
| Pressure manifold distribution system | ||||
| Dry fertilizer | ||||
| ExactRate Fluid Transfer System | Available |
| Transport width (with markers) | 4043 mm 159.2 in. |
|||
|---|---|---|---|---|
| Transport width (without markers) | ||||
| Transport length | 10425 mm 410.4 in. |
|||
| Transport height | 4065 mm 160 in. |
|||
| Transport weight | ||||
| Transport underframe clearance | ||||
| Field operation height | ||||
| Field operation width | 12958 mm 510.2 ft |
|||
| Field operation length | 7913 mm 311.5 in. |
| Map-based seeding | ||||
|---|---|---|---|---|
| Field documentation | ||||
| Parallel tracking | ||||
| Disengaging Rows Planting (RowCommand鈩�) | ||||
| Machine Management | ||||
| Operations Management | ||||
| Turn Compensation |
| Recommended tractor horsepower | Minimum required for 9.1 m (30 ft) models: 201 kW 270 hp Minimum required for 12.2 m (40 ft) models: 268 kW 360 hp |
|||
|---|---|---|---|---|
| Recommended tractor hydraulics | Hydraulic oil pump required to operate ExactEmerge鈩� planter: 227 L/min 60 gpm Tractor standby pressure: 15,500 kPa 155 bar (2300 psi) Hydraulic system working pressure: 20,684 kPa 207 bar (3000 psi) Hydraulic system burst pressure: 82,737 kPa 827 bar (12,000 psi) |
|||
| Warranty length | ||||
| Date collected |
Images of equipment models may be digitally or AI generated, are for illustration purposes only, and are subject to change. Equipment models shown are typically base models and may not reflect the actual product, features, options, or attachments. Equipment availability may be limited. See your John 91黑料专区 dealer for additional information.
