EUROLITE Pinspot PST-3 W 6000 K 1 x 3 W pinspot light, 6000 K, 3 W

EUROLITE Pinspot PST-3 W is a compact pinspot light with a single 3 W LED and a color temperature of 6000 K, designed to produce a narrow, focused beam for precise accent illumination. The unit is intended to highlight small stage elements, display objects, product showcases or decorative features where targeted, low-power lighting is required. Its compact housing and single-beam output make it suitable for discreet installation in event venues, retail environments and exhibition stands.

Advantages

The pinspot delivers a steady, cool-white light with a 6000 K temperature that renders details clearly without strong color shift. With a single 3 W LED it offers low power consumption and minimal heat generation, enabling extended operation in enclosed or compact setups. The small footprint and straightforward mounting options simplify positioning and integration into existing rigs or display fixtures, while the focused beam minimizes spill light and concentrates illumination on the intended object.

Suitable for

Key specifications

How to use

Mount the EUROLITE Pinspot PST-3 W in the desired location using the integrated mounting points or a compatible clamp, aiming the unit so the focused beam falls precisely on the target object. Connect to a suitable mains supply following local electrical regulations and ensure the fixture is secured to prevent movement. Adjust the aiming position to control the size and placement of the highlight; small changes in distance and angle affect beam spread and intensity. For multi-point installations, align several pinspots to create balanced accent lighting across a display.

Recommendations

Use the pinspot to accent individual objects rather than broad areas; maintain adequate ventilation around the fixture despite its low heat output, and verify mounting hardware is rated for the installation environment. For consistent appearance across multiple units, choose fixtures with matching color temperature and arrange them at similar distances and angles to the target surfaces.