APPLY WALL 1 x GU10 BLACK INDIRECT LIGHT IP54

• E12: Diameter of 12mm, this is a tamYear smaller than the most commonly used standard E27.
• E14: It is the second most common cap, only varies a little of the E27, with a diameter of 14 to 17 mm. It is normally used for bulbs or lamps.
• E27: This is the most common cap. It has a thick cup shape with thread to be able to adapt to the connector. It measures 27mm wide.
• E40: Has a diameter of 40 mm, it is the largest thread of this tIpo.
• G4: With a distance between pins of 4.0 mm. It is a type of cap that is frequently used in appliqués, ceiling lamps and hanging lamps.
• G5.3: With a distance between pins of 5.33 mm. The GU 5.3 socket format is a format widely used in small led floodlights with transformer. Usually used in halogen lamps and dichroic halogens.
• GY6.35: With a distance between pins of 6.35 mm, trOf a model similar to the previous one.
• G9: With a ditancia between pins of 9,0 mm. Usually used for ceiling lamps and hanging lamps.
• G13: With a distance between pins of 12,7 mm. It is used in fluorescent tubes.
• GX53: With distance between pins of 53 mm. Its most common use is the installation in light bulbs to illuminate furniture or unusual places. It does not need transformer.
• GU10: With a distance between10 mm pins. The GU10 bushing shape is a widely used format in small transformerless LED spotlights. Usually used in dichroic halogen lamps.
• B22: Type of bayonet connector used in countries such as Africa, India and Ireland.
• MR16: Its use is normally limited to 12V halogen lamps.

The IP54 standard is an international technical rating that specifies the degree of protection for electrical enclosures against external ingress.

This nomenclature is split into two digits. The first digit (5) indicates dust protection: ingress is not entirely prevented, but it must not enter in an amount that interferes with correct operation. The second digit (4) ensures that water splashed from any angle at an average of 10 liters per minute and 80-100kN/m² pressure for at least 5 minutes does not enter the equipment.

In modern hardware design, IP54 is vital for industrial devices and edge computing nodes, providing a balance between environmental shielding and thermal management efficiency.

Technical Verification

Testing protocols ensure that the enclosure prevents ingress that would compromise electrical safety or component performance.

Key Advantages

• Operational stability in dusty environments.
• Resilience against incidental water splashes.
• Extended hardware lifespan in harsh conditions.

Ensures reliability under standard industrial working conditions.