The length of a stick of Unistrut will depend on the specific type of Unistrut being used. The standard length of Unistrut channel is 10’. However, Unistrut channel is also sold in 12’ and 20’ lengths.
Unistrut beams and accessories also come in lengths of 10’, 12’, and 20’. Unistrut also makes specialized half slot channel and specialty channel pieces, which are available in sizes of 4’, 6’, 8’, and 10’.
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What sizes does Unistrut come in?
Unistrut is available in a variety of sizes, ranging from 1/4 inch to 4 inches. Each size of Unistrut has a different profile, with some sizes featuring a semi-circular top and others with a flat or angled top.
The unique construction also has slotted channels that help to provide a secure fit for various accessories, such as nuts, bolts, and clamps. The materials available in Unistrut sizes vary as well, including galvanized steel, stainless steel, aluminum, and even fiberglass.
Unistrut also comes in a variety of lengths and sections, making it an ideal choice for many types of applications and needs.
How much does a 10ft piece of strut weigh?
The weight of a 10ft piece of strut will vary depending on the material the strut is made from. For example, a 10ft piece of galvanized steel strut will generally weigh anywhere from 35-40lbs, while a 10ft piece of aluminum strut will weigh significantly less at around 20lbs.
Additionally, different strut manufacturers may be using different types of steel or aluminum alloys, so the weight of the strut can vary depending on the brand and exact material being used. Ultimately, you should check the specifications from the strut manufacturer to verify the exact weight of the strut you are purchasing.
How tall is Unistrut?
Unistrut is a metal framing system and is not a specific size. Generally, the Unistrut channel measures 1-5/8 in. x 1-5/8 in. with a gauge of 12 (or 14 for Superstrut) and 1/8 in. wall thickness however heavier gauges are available for applications with greater strength requirements.
Unistrut also offers a wide selection of fittings, clamps, hangers and accessories that come in several sizes with varying heights and widths.
How much weight will Unistrut hold?
The amount of weight Unistrut can hold depends on many factors, such as the material used, the size of the Unistrut and the type of connection being used. Generally, the heavier duty Unistrut will hold more weight than the standard versions.
For example, the standard Unistrut material is made from 12 gauge (2. 0mm) steel, while one of the heavier duty versions is made from 13 gauge (2. 5mm) steel. As a general rule, Unistrut can hold up to 300 lbs (136 kg) along its length in a static load and up to 150 lbs (68 kg) for a cantilevered load at the end of a single member.
It is important, however, to note that these figures are only approximate guidelines, as the actual load capacity may vary depending the specific configuration of the Unistrut, the installation, and other factors.
When in doubt, it is always best to error on the side of caution and to contact a professional engineer for assistance in determining the specific requirements for a particular application.
Can Unistrut be set in concrete?
Yes, Unistrut can be set in concrete. The Unistrut system is a versatile and durable support system that can be used for various purposes, including in concrete. In order to install Unistrut in concrete, you will need to purchase concrete anchors to secure the strut in place.
It is important to ensure that the concrete is dry, and that the correct anchors are used for the particular concrete mix used. Additionally, the hole for the anchor should be slightly oversized, and the Unistrut should be bevelled into the hole to ensure a secure fit.
Once secured, the Unistrut should be securely attached to the concrete using nuts, bolts, and washers. It is also important to note that when installing in concrete, it is better to use the “H” beam style of Unistrut instead of the standard “U” shape, as it has increased structural integrity.
Additionally, all of the necessary concrete installation fasteners, such as epoxy glue, should be used to further secure the Unistrut in the concrete.
How do you hang Unistrut from Joist?
Unistrut can be hung from joists by using Unistrut beam clamps, which will secure the Unistrut channel to the joist or truss. When installing Unistrut beam clamps, start by measuring the joist or truss’s depth.
Determine how many Unistrut channels you need to hang from the joist, then mark them accordingly. Next, attach beam clamps to the side of the Unistrut channels, then loosely attach nuts and bolts to the beam clamp.
Place the beam clamps and Unistrut onto the joist/truss, and draw up the nuts and bolts. Once the Unistrut is secure on the joist/truss, tighten and torque the bolts. Finally, trim off any excess Unistrut length, and inspect the installation to ensure everything is secure.
What size is shallow strut?
Shallow strut is a type of metal framing system typically used for hanging or mounting electrical and mechanical components. The size of shallow strut will depend on the specific application. Typically, shallow strut is available in sizes ranging from 1/2-inch by 1/2-inch to 1-1/2-inch by 1-1/2-inch.
It can also be manufactured in custom shapes and sizes, depending on the specific application requirements. Shallow strut is typically used in ceilings, walls and other structures in commercial and industrial buildings.
It can support a variety of components from piping and cable trays to fire extinguishers, motors, pumps and vents.
How many sizes of Unistrut are there?
Unistrut is a metal framing system manufactured by the Unistrut Corporation, and there are a variety of sizes available. Unistrut Metal Framing is available in both standard and non-standard sizes, with 13/16”, 1-5/8”, 2-1/2” and 3-1/2” being the most common widths.
Unistrut is available in a variety of materials, including cold rolled steel (G90 or hot dipped galvanized), and stainless steel in 304, 316 and 321 grades. The standard finish options are hot-dip galvanizing and green epoxy.
The Unistrut P1000 and P3000 series channels come in a variety of sizes and materials. In addition to the widths mentioned previously, there are other sizes available, such as 5/8”, 1-1/4”, 1-7/8” and 4-1/4”.
Unistrut also offers a range of accessories and fittings, such as cantilevers, splay angles, mounting brackets, couplings, and gusset plates.
Unistrut also offers specialty products, such as seismic bracing, fire protection systems and railing components. These products come in a variety of sizes and materials.
As such, there is a great variety of sizes and products available for Unistrut. Depending on its application and the specific requirements of the project, there is sure to be an Unistrut solution available in the size, material and finish needed.
How do you join two pieces of Unistrut together?
To join two pieces of Unistrut together, you will need to use the appropriate fittings and hardware for the job. Unistrut offers several different types of fittings to accommodate the wide range of applications and types of installations.
Some of the most common fittings used for joining Unistrut include:
1. Right angle framing connectors: These specialized fittings can be used to join two pieces of Unistrut together from an angle. These are easy to install and work best when the two pieces of Unistrut are in the same plane.
2. T-connectors: T-connectors are another popular option when joining two pieces of Unistrut together. They provide a good angle of connection and also allow for additional load capacity due to the additional support provided by the T-shape.
3. Slotted brace adapters: If the two pieces of Unistrut are not in the same plane, then a slotted brace can be used to connect them together. These fittings are a bit more complex to install, but they provide an excellent amount of support.
When assembling Unistrut, it is important to use the tools specified by Unistrut for each fitting. Be sure to thoroughly inspect each joint for tightness and strength before continuing with any project.
Once the Unistrut has been properly joined together, it’s a good idea to finish the job with a weather and corrosion-resistant paint or coating.
How is Unistrut load calculated?
Unistrut load calculation is based on the strength of the material and the load applied to it. This is typically based on the threshold strength of the material, which is the maximum amount of weight that the material can support.
Other factors such as temperature, humidity, and vibration can also have an effect on the calculation.
To calculate a Unistrut load for a given application, the user should first consider the weight of the load, the dynamic loading characteristics of the application, and the environmental conditions that the Unistrut will be subjected to.
Once these components have been accounted for, the user should determine what gauge of Unistrut is necessary to support the dynamic load.
The Unistrut Load Calculator can assist users when determining the necessary gauge size and ultimate strength. This calculator takes into consideration the safety factor of the material, the range of load that the Unistrut will be subjected to, and the environment in which the Unistrut will be used.
After this information is entered into the calculator, the total maximum load capacity of the Unistrut will be displayed.
The Unistrut Load Calculator can help users determine the best Unistrut size for their application. As always, it is important to discuss any application with a qualified and experienced Unistrut supplier to ensure that the correct gauge and component have been selected for maximum load support and safety.
How often does Unistrut need to be supported?
Unistrut support should be provided for any application where the channel, fittings or hardware are subject to continual dynamic loads or thermal cycling. In general, Unistrut should be supported at intervals of no more than every 4-feet for typical installations, including seismic applications and with no greater than a 4% slope, as established by the National Electric Code (NEC).
The interval may be shortened if heavier loads, higher cycling or seismic conditions exist. This is to ensure that your Unistrut system meets all building codes throughout the United States. In such cases, additional support should be provided approximately every 2-feet.
It is also recommended to include support clips or other appropriate device to secure the Unistrut cable tray in position to provide additional stability. If a system is subject to high vibration, extra support should be used throughout the entire length.
Additionally, Unistrut should not be subjected to UV light. If the system will be exposed to UV light, use of a PVC coated option is strongly recommended.
What are the sizes of Unistrut?
Unistrut is available in a wide range of sizes, ranging from 1-5/8″ to 12″ in diameter, depending on the specific application. The lengths of Unistrut also vary based on the type of product, with sizes ranging from 10 feet to 20 feet in length.
As a general rule, Unistrut products feature a one-foot on center hole spacing which allows for quick, repeatable installations without the need for additional components. While the majority of Unistrut products are only available in standard sizes, its accessory components such as clamps, brackets, and couplers may be offered in additional sizes to meet specific structural requirements.
Due to its flexibility, Unistrut can be used in a wide range of applications, from a simple support system to a complex structural framework.
Can you drill holes in Unistrut?
Yes, you can drill holes in Unistrut. Unistrut is a metal framing system made up of steel and aluminum channels, supports, and hardware which allows a robust and adjustable support system for a variety of structural and construction applications.
Holes are typically drilled in Unistrut using a power drill equipped with a metal bit. Before drilling, it’s important to check the Unistrut material to determine the gauge of the steel, which will help in selecting the right type of drill bit.
A good rule of thumb when drilling into Unistrut is to never exceed 50% of the wall thickness. This will help ensure the Unistrut is not weakened or damaged in any way. It’s usually a good idea to begin with a slow drill speed and then increase the speed if needed.
A standard drill can be used, however, an impact drill with reverse helps prevent the drill bit from getting stuck while drilling into the dense material of Unistrut. Also, lubricating oil will help the drill bit cut through the material more easily.
Unistrut can be used to support various components such as pipes, ducts, electrical conduits, and HVAC equipment, so it’s important to make sure the holes are correctly placed and drilled as safely and accurately as possible.
Is Unistrut structural steel?
No, Unistrut is not structural steel. Unistrut is a high-strength, galvanized, corrosion-resistant steel tube with a uniform, tubular shape that can be used in a wide range of applications. The material is made up of solid carbon steel and the tubing is hot-dipped in zinc for additional corrosion resistance.
Its primary purpose is to provide support for various components such as conduit, pipe, and electrical wiring. The product is manufactured in two different configurations, slotted, and non-slotted.
Unistrut is an excellent choice for applications requiring strength yet low weight, such as handrails, shelving, and light construction. The product is designed for easy installation with minimal maintenance and has many advantages compared to other types of structural steel.
It is lightweight, easy to use and transport, and is cost-effective. It can also be used in environments where other steel materials are not suitable due to their weight and strength capabilities.
