SOLA Rectangular Acrylic Level, 4 Inch x 2 Inch x 0.5 Inch

Name: SOLA Rectangular Acrylic Level, 4 Inch x 2 Inch x 0.5 Inch
Brand: SOLA
SKU: R100K
Price: 21.58 USD
Availability: InStock

SKU# R100

SOLA Rectangular Acrylic Level, 4 Inch x 2 Inch x 0.5 Inch, large image number 0

SOLA Rectangular Acrylic Level, 4 Inch x 2 Inch x 0.5 Inch, large image number 1

SOLA Rectangular Acrylic Level, 4 Inch x 2 Inch x 0.5 Inch, large image number 2

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SOLA Rectangular Acrylic Level, 4 Inch x 2 Inch x 0.5 Inch

SOLA

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Description

SOLA Rectangular Acrylic Level, 4 Inch x 2 Inch x 0.5 Inch

At just 4 inches in length, the transparent R 100 pocket level has a number of practical features to help you conduct measurements in even the tightest spaces. Made from break-proof acrylic glass, the R 100 is resistant to water, heat, and cold and is non-conductive. The R 100 has both a horizontal and a vertical vial and has a maximum measuring tolerance of 0.001 in./in. (±1 mm/m, 0.057°) for precise measurements. The R 100 is also suitable for simple measuring and marking tasks thanks to a printed ruler.

California Proposition 65 Warning.

Features

Transparent and Resistant - The R 100 is a block-shaped, compact level made from break-proof acrylic glass.

Two Vials and Measuring Scale - Despite its size, the R 100 comes equipped with a vertical and a horizontal vial. Both the vials and the measuring surfaces are milled and therefore extremely precise, with a measuring tolerance of just 0.001 in./in. (±1 mm/m, 0.057°) in its standard position.

Perfect for Measuring Small Surfaces - At just 4 inches long, the R 100 is particularly suited for conducting measurements in confined spaces. Perfectly fitting into any pocket means it’s always within easy reach. Since the R 100 is non-conductive, it’s perfect for positioning light switches and plugs, whether these are surface or flush-mounted.

The acrylic glass is also extremely resistant to external factors such as water, heat, and cold. A further positive feature is that the material does not conduct electricity.