Let's assume you have an LVL beam with a width of 5 inches, a depth of 12 inches, and it needs to support a uniform load of 1,000 pounds per square foot. Design Capacity Factor (ø) The capacity factor (ø) used to calculate the design capacity of a structural framing member listed in the Span Tables is taken from Table 2.5 in AS1720.1:2010 - Timber structures, Part 1: Design methods, where for all LVL structural elements used in residential houses ø 0.95.

Review Maximum Safe Span: The calculated maximum safe span for the LVL beam will be displayed on the page.

Calculate: Click the 'Calculate' button, and the calculator will compute the maximum safe span based on the input values.

Input Data: Enter these values into the calculator fields.

Gather Information: You'll need information such as the LVL beam width, depth, and the uniform load that the beam will support.Maximum Safe Span: feet How to Use the LVL Span Calculator: Depending on the safety requirements, these gates can be a very mportant part of the design and our team has vast experience in this field - Contact us to discuss your requirement.Enter the required information below to calculate the maximum safe span for LVL beams or joists: LVL Beam Width (inches): We can make them manual, or an even automate them via remote or sensors. Our Mezzanine Design team will run through your options and work our the best solution for your needs. Gates are a funny one - Some customers love the up and over style and others prefer a sliding option. When it comes to Handrails, we use the Interclamp system - Much like the rest of our Mezzanine Floor system, it is an off the shelf product which means it can be supplied quickly and is pre-engineered saving both time and money. these tables, and installed in accordance with the provisions of this Design Guide, complies to the National onstruction ode (N). Kit Mezzanines Australia has a custom tread and stringer system that we use which allows us to build a set of stairs without the need for welding - Each part is kept in stock and ready for immediate delivery which eliminates the wait times and potential stuff ups involved in fabricating a traditional staircase. They also are one of the biggest costs, so ensuring they are designed correctly for your specific application is very important! Staircases, Gates and Handrails make up a crucial part of any Mezzanine Floor Design. The joists can Cantilever/ hang over the bearer, meaning that if your bearer needs to be set off the wall, the joists can hang over, allowing for your floor to be supported entirely throughout the building No punching of the bearer or the joist is required, which not only makes roll-forming faster/ cheaper but also alleviates and major changes being required if you change the design on siteģ. L Brackets are used to connect the joist to the bearer which allows you or the installer to use their discretion on spacing the joists around obstructions they may find.Ģ. In saying this, there are many benefits to having your joists on top.ġ. For example: 2400mm clearance Mezzanine with joists in line would give a 2719mm Floor height where as joists on top for the same design would give 2869mm Floor height, because instead of the joist being inside the bearer, you will have it sit on top, adding 150mm.ġ50mm doesn't seem like a lot, but it can really make or break a Mezzanine design if your vertical height is limited. When you design a Mezzanine floor with joists on top, it means exactly that - They will sit on top of your supporting bearer.Īs we outlined above, a Mezzanine Floor with joists in line will take up less vertical room. We always weigh up the different options to ensure your project can be done in a timely, cost effective way whilst making sure the design is sound!

Just another consideration we make when deciding on what style of floor we build you. Enter LVL Beam Depth (in inches): Calculate. One other downside to the joists in-line is that they must finish on a bearer - If you have to have that bearer, for whatever reason away from the wall or structure, it's a lot harder to continue your joists through to support the flooring above. Calculate the span of an LVL beam based on its depth (in inches). This is generally not an issue when we do a site measure, as our team completes a full site survey to ensure everything fits perfectly, however if you've measured it yourself and ordered a kit, it's on you! What if you forgot about that power-point or pipe that was sticking out and need to move start the Mezzanine Floor installation in a different spot, or reduce the overall length? This means all of the pre punched holes are now thrown out by that distance! While this is usually not a problem for our team, as our installers have seen it all, it's definitely a nuisance and can grind a project to a halt pretty quickly while you, or our team works out what we need to do to get things back on track.

Lvl span table australia calculator