Benefits of Magnetic Mounts For Industrial Lighting Systems

At sites with industrial lighting systems, operators have a myriad of mounting options at their disposal. Lights and equipment can be mounted on walls and surfaces, using a variety of mechanisms, such as brackets or I-beam clamps.

These options all come with their own respective advantages and limitations. For example, some lamps that are securely mounted on a wall using screws cannot be adjusted. Lighting systems with adjustable brackets may have limitations on how far operators can tilt or position the light for illumination over the target area.

What is a Magnetic Mount?

For maximum portability and convenience, a useful mounting option that is gaining popularity includes magnetic mounts. This type of mounting system utilizes powerful magnets – in some cases, with thresholds reaching 100+ lbs per magnet. The magnets are located behind or on the side of the luminary, which allows operators to secure the light on compatible, ferromagnetic surfaces and materials.

A wide range of magnetic surfaces exist in industrial work sites. Common magnetic materials include the following: iron, cobalt, steel and nickel. Other metals, such as copper and brass, are too weak for magnets to attach to them. However, it is possible to increase their magnetic properties, by forging or combining strong, magnetic materials with the components.

Compared to conventional suction cups, magnets mounts are easier to secure and will typically stick on uneven surfaces. Suction cups require smooth, even surfaces and must be carefully positioned. Additionally, magnets stick to wet or dusty magnetic surfaces, whereas suction cups aren’t as reliable around foreign contaminants.

Benefits of Magnetic Mount Lights At Industrial Lighting Systems

Magnetic mount lights offer hands-free operation for busy operators at the work site. This not only makes workers more efficient (since they have an extra hand to work with), but also improves positioning. A hard-to-reach machine, for instance, could be difficult to illuminate by hand, using a traditional flashlight. Alternatively, a magnetic mount flood light could be attached to a magnetic pole and elevated to light up the target.

Furthermore, magnetic mounts are very easy to use. The feature does not require any tools and workers could also use them without removing their thick gloves. For work in high elevations, such as tank inspections, cleaning and equipment installations, the units can be mounted and removed instantly, in one movement. There’s no need to bring extra mounting components or special brackets.

Magnetic mount lights are not limited to handheld flashlights and spotlights. Emergency vehicles, tractors and fleets can use magnetic mount LED light bars or strobe lights for temporary illumination.

Solar vs Fuel Light Towers: Which One is Better for Construction Sites?

These days, businesses have numerous options at their disposal when comes to lighting systems for construction sites. One of the most popular options today includes light towers. These units can reach heights between eight to 85 feet for elevated illumination.

For remote construction sites without supporting connections to the grid, portable light masts are essential. The temporary lighting systems leverage an external power source, such as a battery-powered solar generator or a conventional, fuel-type generator. Both options offer power to the luminaries, but in the end, only one is truly suitable for your business.

Fuel-powered Light Towers

Light towers equipped with fuel generators are quickly becoming a staple in construction sites worldwide. The light masts are plugged directly into a generator located at the base of the mast. Some generators come with additional plugs and sockets to power equipment around the work site. Fuel-type generators don’t consume a lot of fuel, making them ideal for temporary lighting requirements. They can also be used for long-term projects; however, more fuel reserves are needed to keep the system going. This can be an issue for construction projects that are extremely remote, such as bridges and other infrastructure-type projects.

Another issue with relying on a fuel generator to power your lights on the construction site is noise. The units are loud and distracting, which can be difficult to work around. This forces operators to deploy the units in low activity areas of the location, such as perimeters or sections of the site that are unsuitable for work. From a maintenance perspective, fuel-type generators come with a lot of loose parts that are constantly moving. As a result, the units must be properly maintained to ensure reliability.

Solar (Battery-powered) Light Towers

Solar light masts utilize large panels, controllers and batteries to power luminaries and other equipment on the construction site. Like fuel-type generators, these units may also come with additional plugs and sockets for powering tools.

But unlike the above, solar light towers operate quietly – due to lack of moving parts. Solar components are solid state, which contributes to seamless operation. Because of this, operators can deploy the masts anywhere on the construction site without needing to take noise levels into consideration. Moreover, maintenance is greatly reduced, as the parts aren’t prone to wear and tear.

Some drawbacks of solar light towers include limitations of battery capacity and performance, as well as its reliance on sunlight. Without prolonged exposure to UV rays, the sustainable lighting system won’t be able function properly.

For full selection of light towers, please visit Larson Electronic, industrial lighting manufacturer from Texas.