Remington Power Tools 494 Fastening Into Concrete, Fastening Into Steel, Power Loads, Right

Selecting Power Fasteners and Power Loads

FASTENING INTO CONCRETE

The proper power fastener length can be determined by adding the
thickness of the material to be fastened and the amount of fastener
that will actually penetrate the concrete. The concrete must be three
times as thick as the intended fastener penetration. In most cases,
penetration should be approximately 1" to 1 1/4" into the base
concrete material.	Wood or Non-Metals
	To Concrete

FASTENING INTO STEEL

The proper fastener length can be determined by adding the thickness of the material to be fastened and the thickness of the steel. The point of the power fastener must go completely through the steel.

482-79

Wood or Non-Metals

To Steel

POWER LOADS

Always start with the lowest power level (gray-level 1). If the first test fastener does not penetrate to the desired depth, move to the next highest power level (brown-level 2). Increase until a proper fastening is made.

IMPORTANT: Damage to the tool will result if the above instructions are not followed (see illustrations to right and lower right).

OVERDRIVEN POWER FASTENERS

AND PISTON

An overdriven power fastener results when too strong of a power load is used causing the piston to extend past the muzzle. Move to the next lightest power load. Repeated overdrive will damage your tool. By avoiding overdrive, you can extend the life of your tool considerably and avoid costly repairs.

NOTE: NEVER fire the tool without a power fastener. This can damage the tool and/or cause possible injury to the operator.

101437

RIGHT

482-66

Flush With Surface

OVERDRIVE

G 018

Piston Extended

Out of Muzzle

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