Makita DCS 6800I, DCS 6000I Starting the engine, Stopping the engine, Checking the chain brake

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Starting the engine

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-

A

-

Move at least 10 feet (3m) away from the place where you fuelled the saw.

Make sure you have a good footing, and place the saw on the ground in such a way that the chain is not touching anything.

Engage the chain brake (lock).

Hold the tubular handle tightly with one hand and press the chain saw to the ground.

Steady the rear handle by standing in the hand guard.

Cold-starting

 

2

 

3

1

5

B

4

-Put the short-circuit ignition switch in the "I" position (B/1).

-Turn the choke switch (B/2) up (opens injection valve).

-Grasp handle (hand pressure actuates the grip throttle lever lock (B/5)).

-Depress the half-throttle lock button (B/3) and hold.

-Press the throttle (B/4) all the way and release (throttle will be held at half-throttle by the lock button (B/3)).

Note: If the temperature is below -15° C (5° F) start at full throttle.

-Slowly pull out the starter cable until you notice resistance (the piston is positioned before the top dead center).

-Now pull the starter cable with a fast and forceful movement until you hear the first ignition.

CAUTION: Do not pull out the starter cable more than approx. 50 cm, and lead it back by hand.

-Turn the choke switch (B/2) back down after the engine catches or after the first audible ignitions.

-If the engine has not yet started, keep pulling the starter cable until it does.

-As soon as the engine is running, press the throttle (B/4) to release the half-throttle lock (B/3), allowing the engine to idle.

CAUTION: As soon as the engine is started it must be put in idle to prevent the chain brake from being damaged.

-Now release the chain brake.

Warm-starting

-As described above for cold starting, but without using the choke (B/2). The choke will remain turned down.

Starting under special conditions

In conditions of high ambient temperature and when the engine has been stopped for only a short period following full-load operation, if a fuel with a low boiling point is used (winter fuel),

and at high altitudes especially, the heat could prevent the engine from starting immediately. If this happens, proceed as follows:

- Turn the choke switch (B/2) up and start the engine at half- throttle position as described under “Cold-starting”.

-When the engine has started, release the chain brake immediately and gun the engine all the way several times until it runs smoothly.

-Now turn the choke switch (B/2) back down.

If the engine won’t start

If the engine refuses to start even after a number of tries, check the spark plug (see the section on "Replacing the spark plug").

Stopping the engine

STOP

-Put the short-circuiting switch (B/1) in position "O" (STOP).

Checking the chain brake

6

C

Do not work with the chain saw without first checking the chain brake!

-Start the engine as described (make sure you have a good footing, and place the chain saw on the ground in such a way that the guide bar is free of contact).

-Grasp the tubular handle firmly with one hand and hold the grip with the other.

-With the engine running at moderate speed, press the hand guard (C/6) in the direction of the arrow with the back of your hand until the chain brake engages. The chain should stop immediately.

-Immediately release the throttle and release the chain brake.

IMPORTANT: If the chain does not stop immediately when you test the chain brake, do NOT use the chain saw. Take the chain saw to a MAKITA service center for repair.

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Contents Owner’s Safety Manual Makita DCS 6000i Contents RE YDelivery inventory SymbolsRecycling Safety precautions for chain saw operators Additional safety precautionsAnsi B175.1-1991 General Safety PrecautionsDiscription of symbols used on chain saws OperatorUse of the saw Proper clothingSaw Transporting the chain sawFueling Chain saw operating instructionsFeet Fueling instructionsWorking conditions Important adjustmentsCutting instructions Kickback Reactive forces during the cut, including kickbackSpeed of contact at which the cutter contacts the object Saw chain cutter sharpnessTo avoid kickback Depth gaugesTo avoid pushback Cutting techniquesPushback To avoid pull-inFelling instructions = cutting down areaPlunge-Cut Method Sectioning MethodBucking Limbing129 Maintenance and Repair Maintaining and storing the sawSerial no Denomination of components Identification plateDCS Year of manufacture 523.102.672 443.053.661Models Makita DCS 6000i Technical dataApproved bar and chain combinations Length PitchStop Mounting the guide bar and saw chainChecking the chain tension Chain brakeTightening the saw chain Engaging the chain brake brakingFuel mixture Waste oilFuel / Refuelling Handling and storageRefuelling Adjusting the chain lubricationClean screw cap and tank after refuelling Lubricating the chainStopping the engine Starting the engineChecking the chain brake Adjusting the carburetor Checking the chain lubrication030 Working in winterSharpening the saw chain Excessive depth increases the risk of kickbackFiles and how to work with them Cleaning the guide barProtective gloves must be worn Replacing the saw chain Cleaning the brake band and sprocket interiorReplacing the suction head Champion RCJ-6Y or NGK Bpmr 7A Cleaning the air filterReplacing the spark plug Stop Electrode gapReplacing/cleaning the spark arrester screen Replacing the starter cable Replacing the return springInstructions for daily and periodic maintenance Service, spare parts and guaranteeMaintenance and repair Spare parts TroubleshootingGuarantee Malfunction System Observation CauseExtract from the spare parts list DCS Bar and chain combinations CanadaPage Makita U.S.A., INC Makita Canada INC

DCS 6800I, DCS 6000I specifications

The Makita DCS 6000I and DCS 6800I are two formidable chainsaw models from a brand renowned for its commitment to durability, performance, and innovation. Both saws are designed for professional users who require power, efficiency, and precision in their cutting tasks.

Starting with the DCS 6000I, it offers an impressive engine displacement of 59 cc, producing high torque and enabling effective cutting through thick wood with ease. Its lightweight design, weighing approximately 5.8 kg, ensures better maneuverability during extended use. The DCS 6000I incorporates a 20-inch guide bar, making it suitable for a variety of applications, from felling trees to milling logs.

A key feature of the DCS 6000I is its advanced anti-vibration technology, which minimizes user fatigue and enhances comfort. The model is equipped with an automatic chain lubrication system that maintains optimal performance and prolongs the lifespan of the chain. The air cleaner is easily accessible and designed to filter out debris, ensuring clean air intake and efficient engine performance.

Moving on to the DCS 6800I, it takes power to the next level, featuring a robust 66 cc engine. This model is an ideal choice for professional users involved in heavy-duty cutting tasks. Weighing approximately 6.2 kg, it strikes a balance between power and manageability. Its 24-inch guide bar makes it a perfect fit for felling larger trees and undertaking more demanding forestry work.

The DCS 6800I is characterized by its high-performance oil pump that allows for adjustable flow rates, ensuring efficient lubrication based on the cutting conditions. Additionally, this model features an innovative decompression valve, allowing for easy starting and improved user experience. The DCS 6800I also has a semi-automatic choke that enhances startup efficiency.

Both models exhibit excellent build quality, featuring magnesium components that contribute to their lightweight yet robust structure. They also come with a tool-less air filter cover, facilitating ease of maintenance. Safety is a priority with both saws, equipped with chain brakes and throttle locks to prevent accidental starts.

In summary, the Makita DCS 6000I and DCS 6800I are exceptional chainsaws that cater to the needs of professional users. With advanced technologies, durable construction, and innovative features, these models are well-suited for various applications in forestry and landscaping, ensuring reliability, efficiency, and safety in all cutting tasks.
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