LED technology is in rapid development and has already gained a foothold in the lighting industry. But LED technology can do much more: new applications, large selection, and cost-effectiveness make the LEDs interesting to use in many types of products, from life jackets to measuring instruments. To mount a LED safely, it’s necessary to place it in a special holder first. Thanks to a holder, the LED can be placed on the printed circuit board. The LED holders available in our online store allow LEDs to be connected to the circuit in a simple and convenient way. LEDs with holders are used in a variety of applications, such as dashboards, control panels, indicators, and many more. In the Botland store, you will find LED holders in various versions, so you can easily find a product that will match your project.
LED holders
LED 5mm holder - nylon long - 10pcs
Long nylon LED holder 5 mm. The subject of the sale is the holder , the LEDs can be purchased separately. Price of 10 pcs.LED holder 5mm - metal concave - 10pcs
A concave holder designed for 5 mm LEDs. It is made of metal, inside the holder there is an insulating plastic insert . The holders are designed to protect the diode...LED holder 5mm - metal convex - 5pcs
LED holder 5 mm, made of metal. The subject of the sale is the holder, the LEDs can be purchased separately.LED holder 5mm - nylon long transparent - 10pcs.
The holder is designed for 5 mm LEDs. It is made of transparent nylon . The holders are designed to protect the diode from external factors and mechanical damage. The product...LED holder 3mm - metal concave - 10pcs
Holder for LEDs 3 mm, made of metal. The subject of the sale is the holder, the LEDs can be purchased separately. Price for 10 pieces.LED 3mm holder - plastic concave - 10pcs
Holder for LEDs 3 mm, made of plastic. The subject of the sale is the holder, the LEDs can be purchased separately. Price for 10 pieces.Prototype board for LED diodes SMD5050 - 10pcs. - Adafruit 1762
Prototype board to facilitate the use of SMD 5050. Outputs are openings for goldpin connector, raster 2.54 mm suitable for breadboards. Price for 10 pieces.LED lamp holders – which ones to choose? (LED diameter and other parameters)
The basic division of LED lamp holders is based on:
- diode size (diameter of its housing),
- the material from which the frame was made,
- how to mount it in a panel or on a printed circuit board.
The most common frames are adapted to round, through-hole LEDs with diameters of 3 mm and 5 mm. In terms of the materials from which the frames are made, they can be divided into metal and plastic, most often nylon. In the case of plastic frames, the most common installation method is to press the frame into a properly prepared hole in the housing, although there are also screw-on versions.
Some frames have latches that prevent them from falling out of the hole in the panel, others - shorter ones - do not have these elements. Metal frames, on the other hand, are most often equipped with a nut and a spring washer, which prevents the frame from loosening spontaneously as a result of housing vibrations or simply the passage of time. There are various types of frames available on the market (e.g. closed with clamps).
Lampholders for mounting on printed circuit boards (LED lampholder)
LED holders, which are placed not so much in the housing panel but on the printed circuit board itself, have a different design and purpose. They most often take the form of a cylinder with a diameter corresponding to the size of the diode, with two holes (the same diameter of the mounting hole) through which the diode leads should be placed before soldering it to the board.
The purpose of spacer sleeves is to determine the distance of the LED from the surface of the printed circuit board, which is important, for example, when we mount a line of several diodes and we want to obtain equal distances from the board and the angle in relation to its surface. A special type of LED holders used on PCBs are angular holders - they facilitate the placement of diodes whose direction of illumination is to be parallel to the surface of the board.
Such frames are often sold together with LED diodes placed in them. For obvious reasons, such frames cannot be made of metal - the most common versions are nylon ones, which provide the necessary insulation for the diode leads.
Installation of SMD LEDs
In the case of SMD diodes, the matter is a bit more complicated - they cannot be placed directly next to the casing panel and connected with wires as we do with classic THT diodes.
Due to the small dimensions of the elements, there are no holders for SMD LEDs. In such cases, printed circuit boards come to the rescue in the form of small adapters, adjusted in spacing and number of pins to the most popular sizes of SMD diodes. Our offer includes prototype boards for SMD5050 LEDs - ideal, for example, for connecting single, three-color WS2812 digital diodes. Thanks to them, the final product looks professional.
Additionally, in the electronics category, we offer a wide selection of passive components , memory cards and disks , microcontrollers and much more.
Botland.pl store - the best selection of robotics and electronics
You don't know which LED to choose? Are you interested in a specific version of the LED lamp holder made of plastic? Do you want to protect an energy-saving light source against external factors? We encourage you to contact our advisors via the contact form, e-mail or telephone.
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LED lamp holders - FAQ
LED lamp holders are used for several reasons. The first one is definitely the easy installation of the diode. Another is the ability to quickly and easily replace the LED. In addition, LED lamp holders are also used for aesthetic reasons. Additionally, the holders facilitate mounting to a housing, panel or directly on a printed circuit board.
When choosing lamp holders for LED diodes , you should pay attention to three key factors. The first is the material used to produce the frame. Selected models are made of metal, while others are made of plastic (most often nylon). The next step is the size of the diode, specifically the size of the housing, which must be adapted to the size of the frame. The last key factor is the way in which the LED holder enables mounting, e.g. to a panel or a printed circuit board .