B302 10X7 GRN/BLK/WHT SEVERE WEA
R.S. Hughes Company carries a wide array of signs from fire safety to motivational signs. Brady assigns a material code for each of the materials used in their SKU construction. This Brady tornado & severe weather shelter sign is made from polyester which is the B-302 Brady Material Code. Carefully consider the designated space for sign placement and ensure you select a properly sized sign. The overall dimensions for this part include: 7 in width and a 10 in height. Color is often an important factor for proper awareness and conveyance. This tornado & severe weather shelter sign is manufactured with a green background and text and/or image color(s) of black / white. In addition to dimension and color considerations make sure you also select the appropriate shape. This particular SKU is constructed as a rectangle. This part is written in English with the following text: SEVERE WEATHER SHELTER AREA. Some signs are designed for inside use only, while others can be installed indoors or out. This sign has the flexiblity to be used both indoor or outside. There are a variety of standards that signs may comform to. In particular, this product meets the ASTM D 2979, OSHA 29 CFR 1910.37, PSTC-1, PSTC-33, PSTC-7 standard(s). Often, the manufacturer builds in various resistant properties in order to enhance the funcationality, performance and longevity of SKUs. In this instance, Brady has designed this item with the following resistant properties: abrasion-resistant, chemical-resistant.
| Brady Corporation | DigiKey | R. S. Hughes Company, Inc. | |
|---|---|---|---|
| Product Category | Safety Labels and Signs | Safety Labels and Signs | Safety Labels and Signs |
| Product Number | 123793 | 2267-123793-ND | 754473-79476 |
| Product Name | Exit Sign | Signs, Nameplates, Posters | Brady B-302 Polyester Rectangle Green Tornado & Severe Weather Shelter Sign - 7 in Width x 10 in Height - Laminated - TEXT: SEVERE WEATHER SHELTER AREA - 123793 |
| Safety / Warning Type | Emergency Exit | Fire / High Heat |