Makita 6710DW instruction manual Turning the adjustment ring to align

Page 8

 

Fasteningtorque adjustment

I

 

0 The fastening torque may be adjusted by

Fastening torque

 

turning the adjustment ring to align the

adjustment ring

 

Bit

 

notched line on the ring with a number

 

 

 

on the indicator label. However, the

 

 

clearance between the ring and the cap

 

 

is 2.5 mm (1/8") maximum after one full

 

 

turn, and the ring should not be forced

 

 

beyond this point.

 

 

0 Turning the adjustment ring in the arrow

 

 

direction obtains a higher torque (HI

 

 

side); turning in the opposite direction

 

 

gives a lower torque (LOW side).

 

 

.Aligning the notched line with the number 4 on the indicator label provides the right

 

torque for setting a 4 mm (1/8") screw. Aligning to the 5 and 6 is suitable to drive a

-

5 mm (3/16") and 6 mm (1/4") screw, respectively.

0 If the adjust ring will not turn easily, switch the tool on and wait for the clutch to cut

in before making the torque adjustment.

.To back out (remove)an already driven screw, use a little more torque than you used to drive the screw initially.

.Switch off as soon as the clutch cuts in. Continuous unnecessary clutching will loosen the adjust ring and make it impossible to obtain the desired torque.

Grip

.The grip shown on the right is recom- mended.

8

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Contents Cordless Screwdriver Safety Instructions Page Important Safety Instructions Additional Safety Rules For Charger & Battery Cartridge Page Switch action Turning the adjustment ring to align Hole Screwdriving Match your bit to your screw Phillips bits Maintenance Accessories Part N ~823087 Cordless Screwdriver EM’ $&, Description Makita Limitedone Year Warranty

6710D, 6710DW specifications

The Makita 6710DW and 6710D are versatile, powerful, and compact electric screwdrivers designed for a wide range of applications, making them essential tools for both professionals and DIY enthusiasts. These models come equipped with features that enhance performance, efficiency, and user comfort.

One of the standout features of the Makita 6710 series is its lightweight design. Weighing in at just over two pounds, these screwdrivers are easy to handle, allowing users to maneuver them in tight spaces without experiencing fatigue. The compactness of these models makes them ideal for tasks such as assembling furniture, installing cabinets, or working on electronic devices.

Both 6710DW and 6710D come with a robust 4.0 Amp motor that delivers high power output, ensuring that screws can be driven into tough materials with ease. Additionally, the screwdrivers offer a no-load speed of up to 600 RPM, which allows for rapid screw driving and improved productivity. Equipped with a variable speed control trigger, users can adjust the speed according to their specific requirements, giving them precise control over their work.

A key technology in these models is the built-in reverse function, allowing users to quickly back out screws without the need for additional tools. The ergonomic grip design reduces hand fatigue during extended use, enhancing overall comfort. Furthermore, the rubberized soft grip combined with the lightweight construction contributes to better handling and reduced vibration.

Both models are equipped with a 1/4-inch hex shank that accepts various screwdriver bits, making them compatible with a wide range of screw types. This versatility is complemented by the LED work light, which illuminates dark work areas, improving accuracy and visibility when needed.

In terms of durability, the Makita 6710DW and 6710D are constructed with high-quality materials that ensure longevity and reliability. The built-in overload protection feature prevents motor burnout, extending the tool's lifespan and minimizing maintenance costs.

Overall, the Makita 6710DW and 6710D electric screwdrivers stand out for their powerful performance, user-friendly design, and innovative features. Whether used in professional settings or for home projects, these tools deliver efficiency and reliability, making them an excellent addition to any toolkit.
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