Lines running parallel to the ruler edge.A ruler edge with centimetre marks and a zero point in the middle.Set squares include the following features: Even in ancient Egypt, similar instruments were used to measure fields. Set squares, in the shape of right-angled isosceles triangles, are more than just a common tool in geometry class: they are also frequently used in the field of technical drawing. Set squares for mathematics and technical drawing This cloth would hang from a piece of string tied through the hole in the ruler.Įven today, this traditional hole has some wonderful practical uses, such as pining a ruler to the pin board above your desk.
Back in the day when children used to write on slates in school, they needed a cloth to clean their slates. Some of our products are non-slip and feature an inking edge, so they are also ideal for technical drawing.įor a long time, rulers have been part of every primary school student’s basic supplies. In our product range, you will find Plexiglas, aluminium and plastic rulers in a variety of lengths for school and office use.
A ruler can also be used to quickly measure short distances. Then trace the edge of the ruler with a pencil or technical pen to draw a straight line on the paper. To do this, place the ruler at specific points on a drawing or surface. Rulers: Practical aids for drawing and measuringįirst and foremost, rulers are a practical tool for drawing straight lines.
You can also find our products in practical sets with additional drawing tools such as a compass, pencil and more.
#Architectural metric scale ruler how to
In this video you’ll learn how to use a scale ruler for architecture and engineering.In this category, you will find a comprehensive selection of sturdy set squares and rulers in a variety of designs and sizes for all sorts of applications:įurthermore, we also offer durable set squares and other practical working tools for use in school. If you want to draw a 300mm thick wall at 7mm long, all you need to do is follow your scale ruler. If we navigate to our 1:100 scale, it will actually tell us what 7m would look like on paper. In fact, the solution is your scale ruler. Do you have to divide every single measurement by 100 in order to draw this drawing? The answer is no that would suck if you had to calculate every dimension. Let’s also say it got a length of 7m long. So, the 300mm wall would be drawn 3mm wide on paper in a 1:100 drawing. So, drawing a wall that’s 300mm thick, in a 1:100 drawing, would be 100 times smaller than that. So, what does this actually mean? Your teacher wants you to draw your design 100 times smaller than what it would be in real life. – this is quite a typical scale for a floor plan, elevation or section. Let’s say your teacher has asked you to draw a floor plan at a scale of 1:100. I’m going to take a stab and say you’ve been given the task to draw a drawing at a certain scale. The best way to learn how to use a scale ruler is by using one. The reason why these are at the scales they are, is because they are easily divisible. I see quite a lot of students make their drawings in random scales to fit them on their poster or drawing set.
#Architectural metric scale ruler professional
You won’t see any scale rulers or professional architects or engineering drawings at random scales such as 1:7, 1:52 or 1:300. Notice how these are all easy numbers to remember. For example, a cabinet doesn’t need to be shrunken as much as a whole house would need to be to fit on a page. They come with different scales because you often need to represent things at different scales. Scale rulers come in different shapes and sizes, but they all do the same thing. As a refresher, from the “how to read and draw a scale floor plan video”, drawing to scale is drawing an accurate representation of something, usually in a shrunken version of itself. In my first year of architecture school I was introduced to working in scale.
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