John Deere 2653a Manual
Parts that fit the John Deere 2653A The different products for your 2653A are easily found in the parts manual. If you don't have these documents, our parts specialist can help you to find the right parts for your machine.
On our website you will find a clear overview of the products that are available for your John Deere reel mower. It is easier than an online parts lookup and you can directly request an offer for the parts that you need. RDM Parts delivers original parts and alternatives to these parts for the 2653A;, and are part of our wide range of products. Our products are distinguished by their high quality for a good price. To make sure your John Deere machine will be fully functioning as fast as possible, we deliver our products as fast as possible.
Free John Deere 2653a Manuals Pdf
If you need any assistance with finding the parts, feel free to contact us by phone, mail or Whatsapp. We will gladly help you to. Maintenance for the John Deere 2653A You want to keep the total cost of ownership and the cost per hour of your 2653A as low as possible. To realize this, you should give regular maintenance to your machine.
This will result in a machine that is working properly and gives a high quality performance. A schedule can help you with organising this maintenance. This will help you clarify costs and hours that are put into the machine and gets you in control.
A schedule is put together using the user manual and parts manual of the machine. Our product specialist can help with any questions regarding maintenance. If you take good care of your 2653A it will result in less stalls.
In turn this reduces the costs that is related to the operation of the machine. A clear schedule is favorable for your work schedule. How to reduce the costs of exploitation and the machine related costs of your 2653A? With the use of parts from RDM Parts maintenance, exploitation and machine costs of your John Deere 2653A can be drastically lowered. We sell alternatives for original parts and the original parts for a favourable price.
John Deere offers a range of technical and operator publications and training. Free download john deere 2653a operators manual PDF PDF Manuals Library. Manual Description: General laws of theologic, it deceived by themselves, tears of little. Service and repair manual download: Download service manual John Deere 2653A utility mower.
This helps you to save on the costs of wear parts, maintenance parts and replacement parts. But the parts for the 2653A do not only have a favourable price. With machine like the 2653A it is not only about the short term savings. Your machine is a long term investment as should the maintenance be. In the long run you want optimal results and that’s only possible with high quality parts. RDM Parts makes sure that product are of best quality standards. We produce some products ourselves when we think we can make it better and more durable.
In the end the benefits of our parts lead to a machine that's maintained for less money that will run for a long time. This way you reduce the recurring costs that come with wear parts. You also reduce the general machine costs because maintenance, wages and stalling is reduced to a minimum.
The benefits of RDM Parts for your 2653A. Original and not OEM parts.
Wide offer in brands. Best value for money. Online ordering. Parts specialist who are always ready for you.
Full-time 3WD system The 2653B PrecisionCut™ Trim and Surrounds Mower features a full-time 3WD hydrostatic traction system that directs hydrostatic oil flow to wheels with traction in tough terrain. This means if an operator gets into a situation where one wheel begins to slip, the hydrostatic system supplies fluid to the other two wheels to provide traction power. This system provides plenty of hill-climbing power without the need for any weight-transfer system. What's even more impressive is this system requires no extra valves for operation. This reduces hydraulic leak point opportunities while still providing ample climbing power.
By being a full-time 3WD system, the unit is always in three-wheel drive, even in transport. The system is powered by the same hydrostatic pump used on the 2500B PrecisionCut Riding Greens Mower for optimum hill-climbing performance. U-shaped hydraulic reservoir The 2653B PrecisionCut™ makes a strong statement when it comes to service conveniences. The air plenum and hood are combined into a one-piece design. Simply turn the hood latch and raise the hood to gain service access to the air restriction indicator, engine oil dipstick, backlapping valve, hydraulic components, coolant level fill, and more. All daily service checks are easily accessible. Standard onboard electrical diagnostics are located beneath the access panel just below the operator control panel. This allows for electrical system diagnosis from the seat. Sit-on-seat (SOS) diagnostics are integrated into the electrical system, alerting the operator to potential starting problems.
The hydraulic oil cooler can be removed by removing wing nuts. The use of wing nuts makes it possible to service the oil cooler without the use of any tools. A large U-shaped hydraulic tank is easily accessed at the rear of the machine. The reservoir features a convenient fill point on top of the tank and a dipstick for checking the hydraulic fluid level. The 2653B PrecisionCut Trim and Surrounds Mower features improved access to the engine to hydro coupler for fan belt repair. Simply loosen the locking ring and slide the coupler to allow room for fan belt installation. 2653B PrecisionCut Trim and Surrounds Mower The 2653B PrecisionCut™ Trim and Surrounds Mower can improve the appearance of many areas on the golf course. It can maintain tees, approaches, fairways, green surrounds, first-cut rough, and rough. These tough demands can put a strain on lesser frames, but not that of the 2653B Mower.
The 2653B PrecisionCut frame is designed with all these demands in mind and provides excellent weight distribution and the durability required for the most-demanding terrain. The frame design keeps a low center of gravity while providing excellent visibility to the front cutting units and rear of the machine. Three-cylinder diesel engine The 2653B PrecisionCut™ Trim and Surrounds Mower uses a 19.6 hp. (14.6 kW) gross (per SAEJ 1995 at 3000 rpm) liquid-cooled diesel engine for smooth, efficient, and quiet operation. With the 3-cylinder diesel engine and a large 7.4-U.S. (28.0-L) fuel tank, the 2653B PrecisionCut gives the operator plenty of power and fuel for a productive day of mowing. This engine meets EPA Tier 2 and Tier 4 compliance standards.Engine horsepower and torque information are provided by the engine manufacturer to be used for comparison purposes only.
Actual operating horsepower and torque will be less. Refer to the engine manufacturer’s website for additional information. This controller gives the technician on-board diagnostics as standard equipment, meaning there are no diagnostic tools or plug-ins to purchase separately. No tools are required to access the white box controller. Simply disengage the latch to open up the access panel. This allows the technician to troubleshoot electrical problems while sitting in the operator seat. The controller has a heartbeat feature to aid the technician in diagnostics.
When the LED light in the center of the controller is flashing at a regular rate, it indicates the controller is properly powered up and there are no circuit problems. Each switch or solenoid on the machine has its own LED light on the controller. Input and output functions can be diagnosed by observing the appropriate lights. When the heartbeat LED light is flashing at an irregular rate, it indicates there is a system fault of some sort. The irregular flashing rate leads the technician to the circuit to start proper diagnostics. These codes can be found on the front of the access panel to the controller. Detailed information is located in the operator's manual and technical manual. Type Indirect Inject Diesel Fuel Diesel Engine power (gross) per SAE J1995 @ 3000 rpm 14.6 kW 19.6 hp.Engine hp is provided by the engine manufacturer to be used for comparison purposes only.
Actual operating hp will be less. Refer to the engine manufacturer?s Web site for additional information. Engine power (net) per SAE J1349 @ 3000 rpm 14.2 kW 19.1 hp.Engine hp is provided by the engine manufacturer to be used for comparison purposes only. Actual operating hp will be less. Refer to the engine manufacturer?s web site for additional information.
Air cleaner Dual-stage, restriction indicator Cooling Liquid Oil filter Full-flow filter Engine oil capacity 3.0 L 3.1 U.S. Qt Pressurized lubrication system Standard Number of cylinders 3-cylinder Displacement 854 cc 52.1 cu in. Number 3 reel cutting units Size Quick Adjust QA7: 66 cm 26 in. Or QA7: 76 cm 30 in. Number of blades Five or eight Backlapping Standard Clip frequency 5-blade cutting unit, 3.17 mm/km/h 0.201 in./mph8-blade cutting unit 1.99 mm/km/h 0.126 in./mph Front rollers Optional: grooved, solid, or spiral: 7.5 cm 3 in. Reel diameter 17.8 cm 7 in.
Bedknife adjustment Reel-to-bedknife Certification ANSI B71.4-2004; 2-Post SAE J21294 Roll Over Protection Structure with seat belts meets pending ISO 21299 standard; Yanmar engine meets EPA Tier 2, Interim Tier 4, and Tier 4. Clip-mounting system The FTC case is mounted using a simple clip system for quick and easy installation. The gearcase can be used on either side of the cutting unit, meaning the same gearcase is used to drive an FTC driven from the left-hand side of the cutting unit or the right-hand side. When FTCs are installed with rear roller power brushes, the cutting unit is perfectly balanced by the weight of the rear roller power brush housing. The cutting units can also be perfectly balanced due to a weight system that allows use of the proper counterweight based on the cutting unit width if FTCs are installed without rear roller power brushes. FTC engagement ramp Due to the gear drive system, the FTC can be turned on or off by rotating a black lever on the side of the gearcase. For times when conditioning the turf is not desired, the FTC can also be moved to a higher height with a T-handle and ramp system.
Turn the T-handle up the ramp to raise the FTC and turn down the ramp to lower the FTC into the engaged position. With the FTC in the raised position, a detent at the top of the ramp holds the T-handle and prevents the FTC from moving to the engaged position during use. Without any tools, the FTC can be rotated into the engaged or disengaged position, or the FTC can be turned off or on, providing ultimate flexibility in how the FTC system can be utilized. Belt-drive housing The housing is easily secured to the cutting unit by a clip system. The same clip is used to secure the power-brush housing to the Greens Tender™ conditioner (GTC) gear case if a GTC is installed, or directly to the cutting unit housing if no GTC is installed. The clip system allows a power brush to be installed on the QA7 cutting unit quickly and easily. For quiet and reliable operation, the power brush is driven by a cogged belt system. To prevent water and other debris from entering the housing, the housing is also sealed by a gasket to prevent damage to the belt or bearings. An innovative cam design is used to quickly set proper belt tension, and also allows for quick and easy brush removal.
To aid in speed while adjusting the brush clearance, the system moves in unison with the rear roller so the brush does not have to be readjusted when the height of cut is changed. Only the wear of the bristles over time need to be adjusted; no other adjustment is required. (16-mm) locknuts on each end of the brush system serve as the adjusting point to set the clearance between the brush and rear roller quickly. All it takes is a 0.63-in.
(16-mm) wrench or socket to complete the adjustment. Turn the locknuts counter-clockwise to move the brush away from the roller and clockwise to move the brush closer to the roller.
Belt-drive housing The housing is easily secured to the cutting unit by a clip system. The same clip is used to secure the power-brush housing to the Greens Tender™ conditioner (GTC) gear case if a GTC is installed, or directly to the cutting unit housing if no GTC is installed. The clip system allows a power brush to be installed on the QA7 cutting unit quickly and easily. Blind Willie Johnson. For quiet and reliable operation, the power brush is driven by a cogged belt system. To prevent water and other debris from entering the housing, the housing is also sealed by a gasket to prevent damage to the belt or bearings. An innovative cam design is used to quickly set proper belt tension, and also allows for quick and easy brush removal. To aid in speed while adjusting the brush clearance, the system moves in unison with the rear roller so the brush does not have to be readjusted when the height of cut is changed. Only the wear of the bristles over time need to be adjusted; no other adjustment is required.
(16-mm) locknuts on each end of the brush system serve as the adjusting point to set the clearance between the brush and rear roller quickly. All it takes is a 0.63-in. (16-mm) wrench or socket to complete the adjustment. Turn the locknuts counter-clockwise to move the brush away from the roller and clockwise to move the brush closer to the roller. Clip-mounting system The FTC case is mounted using a simple clip system for quick and easy installation. The gearcase can be used on either side of the cutting unit, meaning the same gearcase is used to drive an FTC driven from the left-hand side of the cutting unit or the right-hand side. When FTCs are installed with rear roller power brushes, the cutting unit is perfectly balanced by the weight of the rear roller power brush housing. The cutting units can also be perfectly balanced due to a weight system that allows use of the proper counterweight based on the cutting unit width if FTCs are installed without rear roller power brushes. FTC engagement ramp Due to the gear drive system, the FTC can be turned on or off by rotating a black lever on the side of the gearcase. For times when conditioning the turf is not desired, the FTC can also be moved to a higher height with a T-handle and ramp system. Turn the T-handle up the ramp to raise the FTC and turn down the ramp to lower the FTC into the engaged position.
With the FTC in the raised position, a detent at the top of the ramp holds the T-handle and prevents the FTC from moving to the engaged position during use. Without any tools, the FTC can be rotated into the engaged or disengaged position, or the FTC can be turned off or on, providing ultimate flexibility in how the FTC system can be utilized.