Steel light poles are sturdy and durabl and offer excellent weather resistance

How to Select a Steel Light Pole

Steel light poles are sturdy and durable, and offer excellent weather resistance. However, they are also brittle in certain environments. So it is essential to select a pole that will stand the test of time. The selection process begins with a thorough analysis of the site. For example, if there is a high likelihood of aggressive salts or other pollutants, the choice of material may need to be reconsidered.

In addition to physical properties, a steel light pole must meet aesthetic and environmental needs. It must also be able to withstand unforeseen loadings. Moreover, it must be aesthetically pleasing and require little maintenance. A perfect street lighting pole will blend in with the surrounding residential community or business district.

To make sure a pole can handle its expected loads, it is manufactured with high-strength, weldable grade materials. These include hot rolled carbon steel tubing. Additionally, high-strength poles are pre-stressed. This allows for a greater range of bends and shapes. High-strength poles also have gussets.

Another consideration in selecting a light pole is the corrosion resistance. Stainless steel, in particular, is known for its ability to resist corrosion. On the other hand, aluminum can scratch easily. Therefore, choosing a pole made of stainless steel is a smart long-term decision.

Poles can be painted. Typically, painted utility poles are used for low-cost, fast-installation applications. However, this process requires regular repainting and should only be considered if the pole is exposed to a high-risk environment. Alternatively, galvanizing can provide the best corrosion protection, but it is the most costly option.

Some important factors to consider when choosing a light pole are its mounting height and the load restrictions that apply. Light poles are designed to support multiple luminaires, which means it is essential to choose one with adequate structural capacity. When looking at poles for a specific location, it is advisable to get a lighting survey to identify the quantity of luminaires and the number of poles required. Also, it is crucial to note the weight of the luminaires and the EPA rating.

The primary design requirements for a pole are good fatigue strength, impact toughness, and adequate corrosion performance in a service environment. For this reason, a qualified technician should be involved in the inspection. Nondestructive testing (NDT) can help to identify any internal corrosion. Moreover, a proactive inspection can catch any corrosion early, and it can cost effectively be remedied.

One of the most common materials used in a light pole is aluminum. While the shine of the aluminum light pole is appealing, it is not as strong as steel. Besides, the rusting process will make the pole look unsightly. Instead, a steel light pole will be more attractive and have more shine.

Lastly, the most critical structural element of a pole is its shaft and base flange. Corrosion is especially damaging to this part of the pole. It can also cause the shaft to break. Because of this, it is recommended that a pole is installed by a trained, certified technician.

lyd-01 Advanced Street Lighting Smart Light Pole

City monitoring
Pixel	200w		focal length	4. 8-115mm, 23 times optical		Operating temperature	30℃ 65℃
Video compression	h265/h. 264/mjpeg		power supply	dc12v 18w max		Working humidity	Temperature less than 90%
Resolution and frame rate	Support up to 1920*1080@ 30fps HD picture		Vertical range	-15° ~90° (automatic flip)		Protection level	1p66: tvs 4000v lightning protection, anti-surge, anti-surge, in line with gb/t17626.54 standard
Minimum illumination	Color 0. 005lux @(f1.6, agc on)		Horizontal range	360° monitoring without dead ends		Local storage	Maximum support 256g
Digital zoom	16 times		Infrared irradiation distance	100 metres