Tractor John Deere: specifications. John Deere Forestry Measurement and Control Systems Key Features TimberLink

John Deere offers reliable, intelligent measurement, control and communication systems to help you fully exploit the potential of your forestry fleet. All systems have a user-friendly interface, their functionality is aimed at achieving maximum performance and productivity.

John Deere is the only forestry equipment manufacturer that manufactures systems to monitor machine performance and operating conditions.

TimberMatic system

  • Easy to use integrated interface with customization options
  • Individual settings for each operator
  • Hot keys for frequently used commands
  • Multimedia user manual
  • StanForD 2010 support

TimberMatic is a simple and reliable control system. E-Series machines are designed with reliable and easy-to-use control systems TimberMatic H-12 and F-12. Switching from harvester to forwarder is now a breeze for the operator, with almost identical keypads and controls on both machines.

Control system TimberMatic H-12 used on the E series. Control of the base machine, measuring system and harvester head is consolidated into a single user interface. Pressure sensors allow you to set most of the parameters of the harvester from the operator's workplace without using any tool. You can adjust the pressure in the circuits of the working and running hydraulic pumps, delimbing knives and levers of the feed rollers.

Control system TimberMatic F-12 used on the E series. Control of the base machine and the weighing system are combined into a single user interface. The operator has the ability to customize the interface of both systems - H-12 and F-12 - in accordance with their own preferences. TimberMatic has a number of features designed to maximize productivity: hotkeys for accessing the most frequently used commands, individual settings for operators, interactive menus. In addition, if necessary, the page of the control system operation manual containing the information of interest to the operator is displayed on the computer display. Another new feature that is sure to help the operator in their daily work is the machine tilt indicator.

A computer simulator will help you learn how to use all the features of the TimberMatic system: before you take a seat in the cabin of a harvester or forwarder on a plot, you can learn how to operate the machine without leaving your home or office.

  • Measurement and control system for Waratah harvester heads
  • Operator's individual settings
  • Easy tracking of uptime and operating costs through machine statistics

Control and measuring systems TimberRite- designed for Waratah 200 series harvester heads, 400 , and 600 - allow you to manage your workload with intelligent control systems, access to real-time information and wireless data transmission. The TimberRite system sends and receives performance information, machine parameters and harvesting instructions from any professional forestry industry system - all directly from the cab.

With the TimberRite measuring and control system, you can control the functions of the harvester head to ensure the best possible performance. TimberRite provides essential job and repair statistics to help you monitor machine uptime, productivity, and operating costs. You can print performance reports, site instructions, log tables, and more.

The TimberRite control and measurement system allows you to organize an office right in the forest.

TimberRite 30Lite and 30H

TimberRite 30Lite is a PC-based system that includes harvester/processing head control and functions for measuring and cutting timber. The system displays all the necessary information on a large color monitor, and also provides convenient menu navigation using the keyboard or mouse touchpad.

TimberRite 30Lite has enough memory for an unlimited number of sites and allows you to save up to 6 options for personal settings of operators. The user can specify eight pre-selected views and 40 pre-selected lengths per view to continuously process mixed stands and large cutting patterns. The system also provides multi-level soft grip adjustment for drive and delimbing arms for each type.

30H-system has more functionality than 30Lite, for example, it allows you to work with e-mail. Data transfer is easily carried out via GSM or GPRS, using a satellite phone or USB-carrier. System TimberRite 30H also optimizes stem handling when bucking or using a restrictive matrix.

  • Quick access to machine performance and fuel consumption data via the TimberLink overview screen
  • Access to the TimberLink overview screen is standard on all E-Series harvesters and forwarders
  • TimberLink H - harvester software version
  • TimberLink F - software version for forwarders
  • Analyze TimberLink data with optional TimberOffice 5 software suite
  • Convenient and fast diagnostics

To realize the full potential of your business, simply turn on your laptop or desktop PC and get a complete picture of your fleet with TimberLink.

Timber Link is a unique software solution for controlling all major functions and making machine adjustments. Detailed measurements of all machine functions allow you to achieve and maintain high performance with low fuel consumption.

Enhanced performance

TimberLink helps you identify performance degradation on an individual machine and speed up recovery to top performance. The system also helps to determine the required parameter values ​​and optimize performance.

Increased utilization rate

TimberLink gives you the ability to perform preventive maintenance. A change in fuel consumption or performance may indicate a need for service. With TimberLink analysis, troubleshooting is done more quickly and with less effort.

Reduced operating costs

Economical fuel consumption is directly related to performance. You can monitor productivity levels with TimberLink and quickly respond to any sudden increases in fuel consumption or drops in productivity that require maintenance or machine optimization.

Key features of TimberLink:

  • Monitor and improve machine productivity and performance
  • Monitoring the technical condition of the machine
  • Extending the productive life of the machine and components through preventive maintenance
  • Increase productive life by identifying potential faults early
  • Determining if machine parameters need to be changed
  • Monitoring and improving fuel efficiency in various operating conditions
  • 24/7 monitoring of machine and operator performance, 7 days a week, 365 days a year

transcript

1 Department of Education and Science of the Tambov Region State Educational Institution of Secondary Vocational Education "Agrarian and Technological College" in the village of Sampur, Tambov Region. TUTORIAL The device of the tractor "John Deere 780" Developed by the teacher Agapov A.I. Sampur 0

2 Tractor classification The John Deere 780 tractor belongs to the universal row-crop tractor. The tractor is designed to perform various agricultural work with mounted, semi-mounted and trailed machines and implements, as well as to perform transport work, in crop production, animal husbandry and horticulture. The John Deere 780 tractor is made according to the classic frame scheme. The frame design of the tractor reduces external loads on the transmission units, which increases their service life. Tractors of this series demonstrate high performance in agricultural operations in the field and excellent driving performance during transport operations. Additional transmission options allow you to drive at speeds up to 50 km / h at low engine speeds, which allows you to achieve high performance in any conditions

3 6 5 Construction of the John Deere 780 tractor The John Deere 780 tractor consists of the following components:. The John Deere 780 engine is a source of mechanical energy. Transmission is a set of mechanisms that transmit torque from the engine to the drive wheels.. Chassis converts the rotational movement of the drive wheels into the translational movement of the tractor. The control mechanism is designed to change the direction of the tractor and control the working equipment. 5. The working equipment is designed to use the engine power for various agricultural work. 6. Auxiliary equipment is designed to create a comfortable environment for the operator during work, in order to increase labor productivity and reduce fatigue.

4 Power Tech Plus 780 engine The John Deere 780 tractor engine is a diesel, long-stroke, in-line, 6-cylinder, liquid-cooled, dual fuel injection. To facilitate starting in cold weather, glow plugs are installed in the engine cylinders. Engine power 06 hp and a liter volume of 6.8 liters, which provides higher power and torque. It is characterized by high fuel efficiency. To improve cylinder scavenging, this engine has a gas distribution mechanism with - valves per cylinder. It is equipped with a turbocharger with a variable nozzle geometry and a charge air cooling system. The engine also has an exhaust gas recirculation system, which increases its efficiency. High pressure supply system with electronic control injection. In this case, the injection in the compression stroke occurs twice. The first injection is preliminary, the second main, which provides high power with a smaller volume of cylinders.

5 The cooling system is equipped with a fan with a Hall sensor, which allows you to maintain a constant operating temperature of the engine. Antifreeze is poured as a coolant. To cool the liquid, the tractor is equipped with a large-capacity radiator, which prevents the engine from overheating in hot weather. The John Deere 780 tractor engine consists of the following mechanisms and systems: crank connecting rod mechanism.. Gas distribution mechanism.. Cooling system.. Lubrication system. 5. Power system. 6. Starting system. crank mechanism 6 7. Crankcase block. Oilcloth shaft. 5

6. Piston with compression and oil scraper rings. Cylinder liner. 5. Connecting rod. 6. Piston pin with circlips. 7. Timing gears Cylinder head. 0. Fuel injector.. Cylinder liner.. Head cover. Engine water jacket. cylinders.. Connecting rod. 5. Piston. 6. The upper head of the connecting rod. 7. Piston pin. 8. Piston rings. 9. Channel for the release of exhaust gases.

7 Cylinder head. Inlet duct.. Undivided combustion chamber.. Nozzle.. Exhaust duct. Crankshaft

8 Glow plug Gas distribution mechanism 6 5

9 . Gear camshaft.. Camshaft.. Tappet.. Pushrod.. 5. Axle of rocker arms with spacer springs. 6. Rocker arms. 5. Rocker.. Valve bridge.. Valve springs.. Valves. 5. Axle of rocker arms with spacer springs.

10 5. Cylinder head.. Cylinder liner.. Exhaust valves.. Inlet valve. 5. Valve seat. 6 5 Valve mechanism. Valve.. Oil cap.. Valve seat. 5. Spring support plate. valve spring. 6. Crackers.

11 Cooling system Radiator.. Water pump.. Bypass pipe.. Expansion barrel. 5. Coolant supply line to the turbo control device. 6. Coolant return line from turbo control device. 7. Coolant recovery tank. 8. EGR cooler. 9. Block of thermostats.

12 Coolant flow diagram Water pump

13 Thermostat block. Thermostat housing.. Thermostats.. Thermostat housing cover.

14 Lubrication system Oil pump. 0. Safety valve. Oil receiver.. Pressure reducing valve.. Oil cooler.. Oil filter. 5. Pipeline for supplying oil to the turbocharger. 6. Oil supply to the axis of the rocker arms. 7. Main oil line. 8. Oil supply to the crankshaft and camshaft. 9. Oil supply to the intermediate gear.

15 6 5. Housing oil pump.. Pump driven gear.. Pump drive gear.. Cover. 5. Oil receiver. 6. Oil supply pipe. oil cooler

16 Oil supply for piston cooling Fuel system 5 6

17 . High pressure fuel pump.. High pressure fuel manifold.. Fuel filter coarse cleaning .. Fine fuel filter. 5. Fuel injectors. 6. High pressure lines.. Graph without pre-injection.. Graph with pre-injection.. Cylinder pressure.. Crankshaft rotation in degrees.

18 Scheme of the movement of fuel through the filters. Coarse fuel filter.. Fine fuel filter.. Electronic fuel priming pump.. High pressure fuel pump.. High pressure pipelines.. Turbocharger with variable nozzle geometry.. High pressure fuel manifold.

19 High pressure fuel pump. Plungers.. Eccentric.. Swash plate. High pressure fuel injector

20 Air supply system A - air inlet. Into the air inlet to the cyclonic filter. With cyclone filter. E cassette air filter. I suction device. F turbocharger. H intake manifold. D radiator shroud. G air cooler.

21 Cyclone filter Two-stage dry type contact air cleaner. Primary filter. Secondary filter.

22 Turbocharger. Centripetal turbine.. Centrifugal compressor.. Turbine nozzle vane turning mechanism.. Nozzle vane control unit. centripetal turbine. Turbine impeller.. Turbine housing.. Rotary nozzle vanes.

23 Engine starting system Starter. Starter. Starter solenoid relay. Starter gear housing with freewheel.

24 John Deere tractor transmission Engine.. Clutch.. Gearbox.. Rear drive axle. 5. Front drive axle. Multi-plate clutch 5

25 . Clutch pressure plate.. Driven plates.. Pressure plate release springs.. Clutch drum. 5. Clutch piston.

26 Transmission PowrQuad-Plus Range box

27 Cross section of the range box

28 5 6 7 Front drive axle. Wheel reducer.. Stub axle.. Half shaft.. Shock absorber. 5. Swivel rod. 6. wheel brake. 7. Bridge body. Rear drive axle

29 Sectional view of rear axle housing Sectional view of rear axle differential

30 Undercarriage Tractor frame

31 . rear driving wheel. Front steerable drive wheel. Front axle suspension.

32 . Panhard rod.. Axle position sensor.. Hydraulic cylinder for turning the front wheels. Tractor control mechanism

33 . Steering wheel.. Instrument panel.. Range shift lever.. Hydraulic cylinder control levers. 5. Engine control handle. 6. Brake pedals. 7. Steering column tilt pedal. 8. Clutch pedal. 9. Reverse switch lever. 0. Lever for switching direction indicators. Working equipment 5

34 . Lower links.. Braces.. Lifting arms.. Hydraulic cylinders of the linkage mechanism. 5. Rear power take-off. Auxiliary equipment. Operator's seat.. Seat armrests.. Additional seat. Tractor cabin heating deflectors.

35 Cab entrance ladder.. Windshield wiper.. Tractor working lights.. Rear-view mirrors. 5. Antenna GPS navigator. 6. Flashing beacon. 7. Cabin glazing.


Name Art. No. Stock price Adapter 04218154 4 75.075 Adapter 04226828 7 18.9735 Adapter 04226828 5 17.2 Expansion tank 04293026 1 588.315 Engine control unit 60100000 1 2723.175

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"John Deere-8430" is a heavy universal row-cultivator designed to perform energy-intensive technological operations. Due to its high power and productivity, this model is intended only for large farms. Those who have significant areas under crops and are interested in using powerful equipment that is easily aggregated with advanced high-performance trailer complexes. Such a tractor is a powerful energy production tool. In order to load it and achieve maximum profitability, you need to have not only extensive fields, but also modern trailer and attachments. All the details about the "John Deere-8430" and the specific experience of its use - below.

On average, one tractor "John Deere-8430" is designed for complex processing of 1.5-2 thousand hectares of land per season, and such a load pays off in 2-3 years. Under the condition of normal operation and timely maintenance, it is able to work 15 thousand hours before the first overhaul. Along with the tilled modification 8430, a tracked version was also produced - 8430T.

Deere & Company is a multinational engineering corporation headquartered in Moline, in the US state of Illinois. It produces agricultural, industrial, logging tractors, trailers and attachments for them; harvesters; construction, gardening, snow removal equipment. As for agricultural machinery, it is the largest manufacturer in the world.

The company is named after its founder (in 1837, an American blacksmith and inventor opened his business in Moline, and in the future - an industrialist - John Deere). During the 19th and early 20th centuries, Deere & Company produced steel plows, cultivators, seeders and other agricultural equipment.

The first John Deere tractor was assembled in 1918, after the company bought the Waterloo tractor factory. Soon it was tractors for agriculture that for a long time, one might say, "forever", became the main specialization of the corporation. The traditional green and yellow colors of the "Dir" technology have long been well known throughout the world.

The company has old ties with our country. The first delivery of John Deere agricultural equipment to Russia was made back in 1880. The specialists of the company set up trade and new Russia: in the period 1923-1932, the RSFSR purchased annually several thousand tractors of this brand. In our time, assembly plants for John Deere tractors and combines were opened in the Moscow and Orenburg regions, and Samuel Allen, chairman of the board of directors and executive director of the company, personally met with Vladimir Putin in 2010.

Not only assembly plants, but also plants of the full production cycle, owned by Deer and Company, operate all over the world: in the USA and Canada, European countries, India and, of course, China. "North American Distribution Center" "Deere & Company", which is located in Rock Island, Illinois, this giant product warehouse, spread over an area of ​​​​246 thousand square meters and is on the 4th place in the list of the largest buildings and structures on the planet (in terms of their area directly on earth).

Tractors "John Deere-8430" were produced from 2005 to 2009, as part of the 8030 series of energy-saturated universal row-crop tractors. AT this series included four models: 8230 - 250 hp; 8330 - 280 hp; 8340 - 305 HP and 8530 - 330 hp Currently, they have been replaced by a new generation of powerful "Dir" tractors - the 8R series. It includes heavy tractors of models 8270R, 8295R, 8320R, 8335R, 8345R, 8370R, also differing in engine power, and their caterpillar versions RT.

The high versatility of the John Deere-8430 is achieved through successful aggregation with popular tillage implements, plows and seeders, high-quality and efficient hydraulics.

The undoubted advantages of this model include its saturation with advanced technologies, high power combined with fuel economy and work efficiency, and versatility. Among the innovative technologies used in John Deere-8430 are: fuel injection control by an electronic system; satellite positioning system in the complex automatic control"Precision farming"; telematic system for remote monitoring of the operation of the tractor and its systems.

The tractor is prepared for the special navigation system "Auto-Trac", which guarantees the most accurate (+/- 3-10 cm) run boundaries and makes it possible to work smoothly, including at night, with terrain mapping. This will require additional installation of GreenStar equipment.

Namely, there are several options for signal accuracy:

  • SF1 system- this is in the basic configuration, the accuracy from pass to pass is about 30 cm (15 minutes from pass to pass); the rest are additional options:
  • SF2 system– pass-to-pass accuracy ±10 cm (15 minutes pass-to-pass);
  • StarFire RTK System– real-time kinematics with an accuracy of less than 2 cm (within 10 km from the base station and 68% of the time).

These technologies help increase productivity, reduce the area of ​​mutual overlap of adjacent passages, reducing diesel fuel and other components of the production cost. In addition, GreenStar driving systems allow the operator to pay more attention to the attachments and monitor the quality of their functioning.

"John Deere-8430" is capable of performing any agrotechnical operations with wide-cut agricultural implements for cultivating the land. The machine provides the main means of mechanization of work in the conditions of intensive and classical technologies for growing a full range of agricultural crops. The tractor flexibly fits into the specific parameters of any field, is equipped with a complete necessary set settings for all types of work.

In combination with agricultural implements appropriate for their intended purpose, a tractor with maximum efficiency:

  • cultivates the soil (plows, harrows, cultivates, etc.) on large fields of large peasant farms and agricultural holdings;
  • tows multi-row planting units, equipment for harvesting green forage and harvesting;
  • loosens, weeds, fertilizes, performing such work without damaging the rows of plantings, which allows the parameters of the chassis of the machine, its agrotechnical clearance;
  • fills and forms pits for silage;
  • transports significant volumes of cargo for a wide variety of purposes in conventional and dump trailers.

The tractor is equipped with a 9-liter four-stroke diesel engine"John Deere Power Tech Plus" ("PE 6068B"). This is an in-line 6-cylinder 24-valve engine with a turbocharging system and intercooling of charge air, variable geometry and liquid cooling. Direct fuel injection and removal of combustion products provide 4 valves on each cylinder.

The John Deere Power Tech Plus engine is equipped with a Common Rail direct fuel injection system manufactured by Denso. Also, this power unit is equipped with an automatic fuel pumping system "Auto-Prime".

This motor has an accurate and verified response to changing loads. The "Power Tech Plus" motor only needs to drop 500 rpm to develop maximum torque. Thanks to this, the increase in torque is accelerated by 35 percent. The response time to load changes becomes smaller, resulting in performance power unit increases.

Power Tech Plus engine parameters in numbers:

  • Rated power. (EC 97/98) - 305 Horse power, or 225 kilowatts.
  • Maximum torque - 1028 N.m.
  • Torque reserve - 35%.
  • Constant power range - 600 rpm (1500 - 2100 rpm).
  • Cylinder diameter - 118 mm, piston stroke - 136 mm.
  • Compression ratio: 16.3:1.

Among other features of the John Deere-8430 tractor engine:

  • The high pressure fuel rail (HP-CR) fuel system promotes instantaneous load response for additional fuel economy.
  • The air-cooled intercooler improves engine performance and efficiency.
  • Electronic fuel pump, automatically bleeding air after replacement fuel filters reduces downtime.
  • A viscous-coupled cooling fan and an improved Vari-Cool fan drive also contribute to fuel economy.
  • The dry air filter has an inlet on the cab support.
  • Separate injection pumps.
  • cooler fuel tank.

The design of the tractor "John Deere-8430" provides for two types of gearboxes: "Automatic power shift» - automatic step manual transmission; "Auto Power" - automatic continuously variable hydrostatic-mechanical gearbox. Both transmission options allow the operator to move off smoothly and reach maximum speed without using the clutch at all.

The first option, a 16-speed transmission, was developed by John Deere specialists based on the Power Shift system that appeared in 1994. Thanks to the built-in electronics and closed-loop gearshifting, gear shifting occurs in a smooth rhythm.

This gearbox has sufficient strength to operate under sudden and high-torque loads, while maintaining the speed of response to the control action and the reliability of gear changes. With a reduction in engine power or changes in the load on the tractor, gear changes occur in automatic mode, within the selected range. In total - 16 forward and 5 reverse gears.

The stepless gearbox "Auto Power", unlike the first version of the gearbox, was not included in the standard equipment of the John Deere-8430 tractor and was offered as an additional option. The machine operator only needs to select the required speed in the range from 0 to 42 km/h. (1.8 - 17 km / h - for reversing). Gear changes are easy and smooth.

There is a special "Power Zero" function designed to hold the tractor in place in the event of braking on a slope. This version of the gearbox has a positive effect on the patency of the car, due to its instant response to changing loads. Operates in four modes - manual, PTO, high traction control and low traction control, economical transport mode. However, this transmission is very expensive and has a complex design.

Tractors "John Deere-8430" implemented an independent lever-articulated suspension "ILS", automatically adjustable. "ILS" independent front axle suspension maximizes power transfer to the ground, for consistently high performance, even in very uneven terrain. forces for three-point hitch implements.

The rear axle on the 8030 series can have an axle with a length of 2438 mm. An axle of 2438 mm is provided for mounting single rear wheels on the rear axle of the tractor, and an axle with a length of 3002 mm is provided for mounting dual wheels.

The front steering axle is also the leading one. Torque per front-wheel drive applied at all gearbox speeds in the following three modes:

  • forced connection;
  • automatic - when changing the parameters of the roadway;
  • braking optimization - activated when both brake pedals are pressed.

The tires used are 800/70 R38 and 600/70 R30.

The brakes on this tractor are multi-disc. They work separately for the rear wheels, and are mounted on a shaft axle between the differential and the final drive of the bead. They are controlled by hydraulics, duplication goes through a mechanical drive.

The hydraulic system of the John Deere-8430 tractors is equipped with a load sensing system based on an adjustable pump. Thanks to the new hydraulic pump, which has a capacity of 161 l / min, a high speed of transfer of oil flows to the equipment is ensured. Type of hydraulics - closed center, PFC.

The hydraulic system holds 36 liters, or 54.9 liters with the aux reservoir. The feed pump delivers 120 liters per minute. Total flow: 166.5 l/min; 227.1 l/min (optional).

Three-point rear hitch - electro-hydraulic, with full electronic lower link traction control, hitch damping, external fender switches.

Lifting capacity - 7847 kg; or 8300 kg (additional option). The maximum lifting capacity on hooks is 10788 kg (105.8 kN). The OECD lifting capacity at 610 mm is 9519 kg (93.35 kN).

The rear power take-off shaft is independent, multi-plate type, with independent oil cooling, blocking and braking is carried out by an electro-hydraulic system. PTO type - 1000 rpm, 20 spline 45 mm shaft, or 2 speed. Does not require disassembly of the gearbox. 1000 rpm and 540 rpm - with 45 and 35 mm shafts.

Specifications in numbers

  • Cabin height - 3.053 m;
  • Width - 2.484 m;
  • Length - 5.739 m.
  • Operating weight - 10.346 tons.
  • Gross weight, with ballast - 15.263 tons.
  • Load distribution: on front axle– 40%, on rear axle – 60%.
  • Wheelbase - 302 cm (ILS); 305 cm (MFWD).
  • Ground clearance– 44 cm
  • Turning radius - 5.35 m.
  • The output power of the tractor on the PTO at 1000 rpm is 190 kW (255 hp).
  • Fuel tank capacity - 681 liters.

John Deere-8430 tractors are equipped with a spacious and comfortable cabin of the CommandView series. This is a heat and sound insulated cabin. Vibration protection, ventilation, air conditioning and heating units create comfortable working conditions. The noise figure is really very low - 69 dB(A). As a result, workdays become noticeably less stressful. Frontal and rear solid glass, lighting of the working area for all 360 ° make it possible to constantly visually monitor the operation of the tools used.

In addition, the tractor seat equipped with air suspension not only has all the necessary settings, but can also be rotated by 40 degrees. There is also a full-sized "trainee" seat.

The cab on these tractors is equipped with a four-position suspension, equipped with four adjustable shock absorbers, with a stroke of 5 cm up and 5 cm down. It adapts to rough terrain conditions automatically. The lower parallel rods guarantee the longitudinal stability and longitudinal position of the cab.

The following information is displayed on the split screen in the cab of the John Deere-8430 tractor: time, speed, slip percentage, engine speed in rpm, number of hours since last service, total engine hours, coolant temperature, oil pressure, system voltage , temperature transmission oil, rear hitch position, PTO speed, implement width, area worked per hour, fuel consumption per hour, fuel calculation by field area, distance counter, total area worked, estimated time remaining until the fuel tank is empty.

The John Deere company is famous all over the world for the production of high-quality tractors for various purposes. AT model range there is special equipment that meets all the criteria of efficiency, versatility, and has a long service life. The official website of the Russian seller https://www.deere.ru/ru/ presents a wide range of models that are successfully used in the agricultural, construction and utility industries.

Specifications of John Deere Tractors

The Jondir series includes two main versions of all-wheel drive tractors on caterpillar and wheel tracks. In addition, you can expand the functionality of special equipment with the help of suspended and trailed equipment.

Aggregated with the entire range of attachments

The advantages of the range are as follows:

  1. Thanks to powerful power units, the equipment is able to perform various construction and agricultural work of any complexity. Also, with the help of these tractors, it becomes possible to transport heavy loads over long distances.
  2. Due to the high automated transmission, engine power is used with maximum efficiency.
  3. Design features hydraulic systems and mounting systems provide compatibility with various attachments.
  4. The workplace of the machine operator is equipped with all the necessary devices for comfortable work.
  5. The automated driving system in combination with a navigation device will make it possible to perform labor-intensive work in a short time and with saving fuel and lubricant mixtures.
  6. Thanks to on-board computer equipment, the operation of the engine and power systems of special equipment is optimized.

All mechanical components are ergonomically positioned in relation to each other, which ensures ease of access to each of them. This design significantly reduces the time and cost of after-sales service. In addition, due to the fact that each mechanism is installed at a distance in relation to the others, they do not fray and serve for a longer time.

When choosing a modification, you should first of all be guided by the purpose of the equipment and the type of work for which it is planned to use it. Be sure to take into account the power of special equipment.

VIDEO: John Deere - the most powerful, comfortable and easy-to-drive tractors

John Deere 6

John Deere 6210R

John Deere tractors of the sixth class have a fairly simple design, due to which its cost is somewhat less than other series. The line includes 2 models with different power ratings and performance.

The estimated cost of these modifications varies within $95,000.

John Deere 6V

The manufacturer produces three models with standard equipment and premium. This is an economical and compact special equipment with a PT power unit. The engine produces power of 85-95 hp. With. while having a torque margin of 30%. Versions are great for working with ground soil, cargo. The John Deere tractor can be equipped with a loader from this company and similar suspension devices.

John Deere 6D

This version of John Deere tractors is distinguished by a high level of energy saturation. Therefore, it is often used for equipment with wide-cut devices, attachments and hook-on devices. In the modifications there is a powerful power unit and an automatic type of transmission called Power Reverser.

The design features of the transmission in combination with electro-hydraulics provide a wide range of high-speed positions for all strokes. John Deere tractors are equipped with a two-level PTO, a clutch with a long service life.

John Deere 6M

The series includes 3 models with Power Tech-E and a power unit providing 115-205 hp. With. The advantages of the technique include a reliable frame design, three-arm suspension, a wide range of wheels in size, and an improved auxiliary brake mechanism.

Options

Fuel tank volume, l

Dimensions, cm

Wheelbase, cm

Rated torque, Nm

Maximum permissible weight, t

John Deere 7

In the John Deere range of the seventh class, there are modifications equipped with a Power Tech + version of the power unit, which produces 180-202 hp. With. At the same time, the models are distinguished by economical consumption of fuel and lubricants, increased torque.

John Deere 8

This line includes all models in the name of which there is a symbol "R" and "T". John Deere tractors are equipped with an intelligent control system, a 400-horsepower engine, fasteners for equipping various suspension devices.

The series differ only in the power of the power unit, dimensions and fuel consumption. The range includes the following models:

  • 82-95R - 295 liters. s., consumption 56 l / h, dimensions 6.22x3.48x3.28 m;
  • 85-30R - 330 HP s., 63 l / h., 5.56x2.48x3.12 m;
  • 83-10R - 310 HP s., 60 l / h., 3.2x2.43x2.43 m;
  • 85-20R - 295 HP s., 59 l / h, 5.38x2.6x3.1 m;
  • 84-20R-RT - 320 l. s., 65 l / h, 6.22x3.5x3.28 m;
  • 84-30R - 305 l. s., 56.4 l / hour, 5.6x2.5x3.1 m;
  • 83-35R - 335 HP s., 68 l / h., 6.2x2.4x2.4 m.

From the photo you can determine that outwardly the models have almost complete similarity.

John Deere 9

The power index of John Deere models included in this classification is 375-620 hp. With. The line itself includes six versions of special equipment, three on crawler and the rest - on wheels. These versions were developed according to new improved technologies using modern devices, a seventeen-inch multimedia screen and controllers that monitor the entire work process.

Options

Model name John Deere

Power indicator, kW, l. With.

Fuel consumption, l / hour

Dimensions, m

Wheel base, mm

Lifting, t

Ground clearance, mm

VIDEO: A giant of agricultural and forestry equipment

Specifications John Deere 8130

Rated tractor engine power, kW (hp) ECE-R24 158(215)

Tractor output power on PTO at 1000 rpm, kW (hp) 132(180)

Max. lifting capacity on hooks 11762 kg

Operating weight of the tractor without ballast, 10346 kg

Tractor overall dimensions:

total length, mm 5739

overall width, mm 2484

tractor height, mm 3053

turning radius, m 5.35

engine tractor agricultural

Starting and Stopping the Engine on a John Deere 8130 Tractor

Before starting the engine, you must:

check the amount of coolant in the system, oil in the engines, and fuel in the tank.

check lighting and signaling

inspect for leaks, fix any malfunctions.

To start the engine, the following requirements must be met:

turn on battery to the network by pressing the power button.

start the engine by turning the key.

Engine stop:

set the gear lever to park

turn off the engine

disconnect the battery from the network

John Deere 8130 Tractor Controls

In the Deluxe CommandView cab, you can enjoy true comfort. The controls are easy to use and central to the redesigned CommandCenter. Information is easy to read from the displays. The CommandArm is very easy to use, making the 8030 series tractors one of the easiest to operate. Easily control fuel, hydraulics, rear linkage and PTO with the touch of your fingers. Tilt the steering wheel and adjust the position of the optional ActiveSeat to your liking for smooth ride and superior performance. In addition, the cabin design provides the most low level noise among machines of this class is now 72 dB(A). "John Deere" guarantees ease and convenience of operation.

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