Ryobi D45C manual Operation, Product Specifications DRILL-DRIVER, Applications, LOCK-ON Button

FEATURES

PRODUCT SPECIFICATIONS:

DRILL-DRIVER	D45C
Chuck Capacity	1/16 in. to 3/8 in.
	(1.6 mm to 10 mm)
Rating	120 V, 60 Hz, AC only
Input	4.5 Amperes
Switch	Variable Speed
No Load Speed	0-1000 RPM
Clutch	24 Positions

APPLICATIONS

(Use only for the purpose listed below)

■Drilling in wood.

■Drilling in ceramics, plastics, fiberglass, and laminates.

■Drilling in both hard and soft metals.

■Using driving accessories, such as driving screws with screwdriver bits.

■Mixing paints.

WARNING:

If any parts are missing, do not operate your drill-driver until the missing parts are replaced. Failure to do so could result in possible serious personal injury.

OPERATION

SWITCH

See Figure 2.

To turn your drill ON, depress the switch trigger. Release switch trigger to turn your drill OFF.

		FORWARD/REVERSE
		SELECTOR
		24
		0
		2
0-10
L
F
A
	0	5
	-
8/	3
		SWITCH	LOCK-ON
			BUTTON
		TRIGGER
		TO INCREASE SPEED,	Fig. 2
		DEPRESS SWITCH TRIGGER

LOCK-ON BUTTON

See Figure 2.

Your drill is equipped with a lock-on feature which is convenient when continuous drilling for extended periods of time is required. To lock-on, depress the switch trigger, push in and hold the lock-on button located on the side of the handle, then release switch trigger. Release lock-on button and your drill will continue running.

To release the lock, depress the switch trigger and release.

If you have the lock-on feature engaged during use and your drill becomes disconnected from power supply, disengage the lock-on feature immediately.

VARIABLE SPEED

See Figure 2.

Your drill has a variable speed switch designed to allow operator control of speed and torque limits. The speed and torque of your drill can be increased by depressing the switch trigger.

Note: Depress switch trigger all the way for maximum speed and torque of your drill. Depress switch trigger only part of the way for less speed and torque.

Avoid running your drill at low speeds for extended periods of time. Running at low speeds under constant usage may cause your drill to become overheated. If this occurs, cool your drill by running it without a load and at full speed.

The following guidelines may be used in determining correct speed for various applications:

■Low speed is ideal when minimum speed and power is required. For example, starting holes without center punching, driving screws, mixing paint, and drilling in ceramics.

■Medium speed is suitable for drilling hard metals, plastics, and laminates.

■High speed produces best results when maximum power is required. For example, drilling in wood; soft metals such as aluminum, brass, and copper, and when using driving accessories.

7