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Save these instructions, Grounding – Chicago Electric Flexible Shaft Grinder/Carver 40432 User Manual

Page 6

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Page 6

For technical questions, please call 1-800-444-3353.

SKU 40432

Use tools with the lowest vibration when

4.

there is a choice.
Include vibration-free periods each day

5.

of work.
Grip tool as lightly as possible (while still

6.

keeping safe control of it). Let the tool

do the work.
To reduce vibration, maintain the tool

7.

as explained in this manual. If any

abnormal vibration occurs, stop use

immediately.

SAVE THESE

INSTRuCTIONS.

GROuNDING

TO pREVENT

ELECTRIC SHOCK

AND DEATH FROM INCORRECT

GROuNDING WIRE

CONNECTION:

Check with a qualified electrician

if you are in doubt as to whether

the outlet is properly grounded.

Do not modify the power cord

plug provided with the tool.

Never remove the grounding

prong from the plug. Do not use

the tool if the power cord or plug

is damaged. If damaged, have it

repaired by a service facility

before use. If the plug will not fit

the outlet, have a proper outlet

installed by a qualified

electrician.

Double Insulated Tools: Tools with

Two prong plugs

Outlets for 2-prong plug

Tools marked “Double Insulated” do not

1.

require grounding. They have a special

double insulation system which satisfies

OSHA requirements and complies with

the applicable standards of Underwriters

Laboratories, Inc., the Canadian

Standard Association, and the National

Electrical Code.
Double insulated tools may be used in

2.

either of the 120 volt outlets shown in the

preceding illustration.

(See Outlets for

2-prong plug.)

Extension Cords

Grounded

1.

tools require a three wire

extension cord. Double Insulated

tools can use either a two or three wire

extension cord.
As the distance from the supply outlet

2.

increases, you must use a heavier gauge

extension cord. Using extension cords

with inadequately sized wire causes a

serious drop in voltage, resulting in loss

of power and possible tool damage.

(See Table A.)
The smaller the gauge number of the

3.

wire, the greater the capacity of the cord.

For example, a 14 gauge cord can carry

a higher current than a 16 gauge cord.

(See Table A.)