180w LED Street Light

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Led light street

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1.  How to install LED street lights and what's needed to pay attention during the process?

   LED street lights are well-known for their many benefits, and as a result, they are also preferred by consumers. Oftentimes, consumers are preoccupied with the cost and quality of led street lights, but it's easy to ignore the installation difficulty. I believe that as long as the acquired product is of sufficient quality and is properly installed, little attention is paid to it. Indeed, installation is critical for LED street lights, why are you saying that? Following that, Mklights will demonstrate how to install LED street lights and the issues that must be addressed throughout the installation procedure.

   Step 1: Choose the installation location.
   

   Select an appropriate installation site that will enable the foundations to be laid and the street light poles to be installed. Take care not to pick a moist location to avoid unsteady street light poles.

   The distance between LED street lights is the same as the distance between street lamps, which is defined by the LED street lamps' illuminating output, the height of the street lamp poles, and the width of the road. In certain places, the distance is determined by the number of street lights that can be bought within the available budget. In principle, the spacing between LED street lighting should be 3.8-4 times the height of the poles, while the longitudinal gap should be between 30 and 50 meters.

   Step 2: Installation (laying buried cables)

   Select the proper kind of cable for the engineering requirements, lay the cable, and conduct an insulation test on the cable. Remotely test the insulation resistance between the wires and the ground using a shaking meter to determine if the cable is undamaged and free of leaks. The test values are all identical. Shall conform to the criteria of the specification, the core wire should be released to the ground upon completion of the remote measurement. The cable's termination is sealed with a rubber cloth and then taped.

   Step 3: Excavate the pit

   Dig a proper size pouring pit based on the size of the embedded pieces.

   Step 4: Pouring

   Fill the pit with the embedded components and pour the cement. Throughout the pouring process, special care should be given to stabilizing the implanted elements and ensuring their alignment.

   Step 5: Install the LED street light

   After allowing the foundation to dry, secure the constructed LED street light's bottom flange with the embedded components and fasten the screws.

   Note:

   The height (from the light source to the ground), angle of elevation, and direction of installation of LED street lights in the same location should all be uniform.

   The LED luminaire installation's longitudinal centerline should coincide with the lamp arm's longitudinal centerline. The luminaire's horizontal line should be parallel to the ground, with no visible skew after tightening.

   The LED street light head should be positioned correctly according to the design, and the street lamp head wiring should adhere to all applicable requirements.

   Recheck and tighten all nuts and bolts. Additionally, washers and spring washers should be included.

   Step 6: Electrical Installation

   Connect the lay cables to the wires in the street light poles, tape the connections, and insert the connectors into the street light poles.

   Note:

   After participation, the materials will be examined out of the box, and the equipment will be available for use only after passing the inspection.

   The moving contact's and static contact's center lines should be parallel, and the contacts should be in close touch.

   The switching contact of the secondary circuit's auxiliary switch should be precise and dependable in touch.

   Mechanical and electronic locking mechanisms must be precise and dependable.

   The grounding system must be sturdy and dependable, as well as conform to all applicable designs and standards.

   Step 7: Examination and pressure testing

   It is required to employ debugging equipment, surfaces, and instruments that have been examined and certified by state-recognized metrological institutions and are used and maintained by specialized staff.

   The electrical circuit's insulation must be certified, the impedance matching must be correct, the wiring must be exact, and the symbol must be clear and comprehensive.

   The surface must be active, the measurement must be precise, the zero position must be precise, and the indicator, degradation, and recording accuracy must all match the manual's standards.

   After completing the equipment, inspect it and verify that it is functioning properly before continuing with sub-item debugging.

   After each sub-item is debugged, the system, linkage, and trial operation may be performed.

   
   

2. How to solve the waterproof problem of LED street lights?

   LED street lights are exposed all year and are subjected to wind, rain, and even rain and snow, particularly in areas experiencing persistent high rains. Waterproofing is critical when using LED street lighting. To begin resolving the waterproofing issue with LED street lighting, consider the following:

   1. The lamp's waterproofing issue

   How should a waterproof light holder be constructed? Numerous street light manufacturers take this into account while designing LED street lamp covers. The majority of street light covers are waterproof. Not only that, many led outdoor street lights to have an IP65 or IP66 rating, which means they are entirely dust-proof, do not leak during rainstorms, and are not frightened of inclement weather. It cannot, however, be generalized. The waterproofing performance of LED street lights is also contingent upon the production capability and sophistication of street lighting manufacturers. While large producers may be more dependable, tiny workshops may be unable to guarantee quality. It is advised that you verify the product's test results prior to making a purchase.

   2. Issues with waterproofing during the installation of LED street lighting

   After establishing the light holder's quality, you must consider the technical aspects of the lamp holder's installation and construction. While the majority of led street light controllers are positioned between the lampshade and battery box and therefore do not come into contact with water, some do in real engineering scenarios owing to faulty installation or The controller's circuit board is not three-proof painted, which results in a short circuit when rainwater enters the led street light controller through the exterior wiring of the controller terminal.

   Therefore, during construction, care should be taken to bend and secure the interior connecting wires of the controller terminals, as well as the connecting wires exposed to the exterior, to prevent rainfall from entering and shorting out the controller. Additionally, waterproof glue may be applied to the inner and outer line interfaces.

   3. Protection of LED street light poles from rust

   Additionally, the issue of corrosion prevention on street light posts is critical. Hot-dip galvanizing, cold galvanizing, and plastic spraying are the three primary processes. Galvanizing in the hot-dip process is suggested. This may help avoid major corrosion on the light pole's exterior and extend the life of the street light.

   The waterproofing of LED street lighting has a direct effect on their service life. To prevent further maintenance labor and expensive maintenance expenses in the future, we must pay close attention to the lights' waterproofing issue. The first step is to locate a manufacturer with a high reputation and excellent after-sales support in order to avoid needless hassles and difficulties with the goods. Mklights is a company that specializes in LED outdoor lighting and high-intensity interior lighting. The company has always adhered to the high standards of "leading technology and leading quality," constantly developing new products, pioneering the intelligence trend, insisting on the use of high-quality raw materials and advanced manufacturing technology, and concentrating on the manufacture of each lamp. The company's primary products have been certified to CB, ROHS, CE, and other international standards.