Wedge Innovations SmartLevel - Integrated Wall Stand-Offs; Using the Sensor Module with Various Rail Lengths; Transferring the Sensor Module between Rails

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Integrated

Wall

Stand

..

Qffs

Scribing

Lines

with

SmartLevel

SmartLevel's

integrated

wall

stand-offs

stabilize

the

tool

for

scribing

or

measuring

lines

on

vertical

surfaces.

To

extend

the

stand-offs,

press

and

slide

your

thumb

over

the

ribbed

portion

toward

the

top

of

the

rail.

The

stand-offs

will

pivot

out

of

their

nested

position.

The

bottom

surface

of

SmartLevel

can

now

be

easily

used

to

guide

a

pencil

or

scribe

when

drawing

or

measuring

lines.

Why

are

Smartlevel

Rails

Shaped

Like

a

Triangle?

SmartLevel

evolved

from

several

hundred

hours

of

consumer

testing

and

research

dedicated

to

developing

a

new

ergonomic

(comfort-

and

safety-oriented)

design

for

SmartLevel.

The

triangular

shape,

with

its

broad

base

and

narrow

top,

permits

SmartLevel

to

be

placed

securely

on

a

flat

surface,

preventing

the

tool

from

easily

tipping

over

or

falling,

while

its

narrow

top

makes

it

easy

to

grip.

The

groove

on

the

rail

base

allows

you

to

set

SmartLevel

more

securely

on

a

rounded

surface,

such

as

a

drainage

pipe.

And

the

beveled

ends

permit

you

to

easily

maneu-

ver

the

tool

into

tight,

angled

spots,

which

would

be

impossible

with

a

typical

rectangular

level.

Finally,

we

added

large

handholds

for

the

entire

rail

length,

allow-

ing

you

to

get

a

firm,

safe

grip

on

your

SmartLevel,

even

when

wearing

work

gloves.

16

Measuring

with

Smartlevel

.,..

Using

the

Sensor

Module

with

Various

Rail

Lengths

The

Sensor

Module

may

be

used

alone

as

a

torpedo-style

level,

or

it

can

be

transferred

and

locked

into

various

rail

handholds.

It

fits

into

any

handhold

of

the

48-

and

78-inch

rails,

but

only

into

the

center

handhold

of

the

24-inch

rail.

Longer

rail

lengths

provide

greater

accuracy

over

longer

distances

because

they

"average

out"

surface

imperfections

(knots,

blisters,

bends,

bows,

etc.).

Transferring

the

Sensor

Module

between

Rails

The

Sensor

Module

locks

into

the

handholds

via

a

pair

of

grooved,

self-centering

cams,

which

secure

it

in

the

rail.

The

cams

are

engage~d

or

released

by

turning

the

two

/

~

locking

screws

located

on

the

~/V

x

tL;k

(180°)

back

of

the

module.

r

Unlock

Removing

the

Sensor

Module

from

a

Rail

(1

8

oo)

•

Using

a

screwdriver,

turn

each

locking

screw

Flat

on

Top

counter-clockwise

until

the

flat

side

of

the

screw

of

Screw

aligns

w1th

the

top

edge

of

the

ensor

8

of

cam

. . S

~

Matches

Flat

Module.

The

flat

side

of

the

screw

cor-

~

responds

with

a

flat

side

of

the

cam.

~

•

Firmly

push

the

module

out

of

the

handhold.

DO

NOT

FORCE.

•If

the

module

does

not

slip

out

with

reasonable

pressure,

the

cams

may

still

be

engaged.

Use

the

screwdriver

to

turn

the

cams

while

pushing

the

module

out.

Using

Various

Rail

Lengths

17

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