20mph - Class RA1 - Temporary - Safety Signs by Caledonia Signs

Used to enforce a reduced speed limit in temporary or work zones where slower speeds are necessary for safety. Commonly deployed in roadworks, construction areas, school zones during specific times, or event sites, this sign alerts drivers to slow down to 20 miles per hour to protect workers, pedestrians, and other road users.

This sign is typically placed at the start of the reduced speed zone and at key points throughout the area to remind drivers of the speed limit. It is ideal for use on traffic cones, barriers, or portable sign stands, allowing for quick installation and removal as conditions change.

Using this temporary speed limit sign helps manage traffic flow effectively in high-risk areas, reducing the chance of accidents by clearly communicating the need to slow down.

In summary, the 20mph - Class RA1 - Temporary sign is an important safety tool for controlling vehicle speeds in temporary zones. It enhances protection for workers and road users by clearly indicating when slower speeds are required.

Supplied complete with channeling for post mounting.

Materials Explained

Any product outside of our standard choice of material/size range starts with a 5. This may include items such as rolls of tape, sign frames, floor graphics or banners. Below you can find a more detailed description of the miscellaneous material options available for this sign design.

Class RA1: Manufactured from 3mm aluminium composite with an engineering grade retroreflective sheeting to ensure visibility during day and night. This reflective layer helps headlights bounce light back to drivers, making the sign readable in low-light conditions and offers approximately a 7 years lifespan. Aluminium composite is a lightweight, durable material which holds no scrappage value - reducing the potential for theft. It is weather and rust resistant - overall, RA1 signs are designed to be durable, weatherproof, and highly visible to ensure the safety of road users around temporary worksites.