LED párty trubica EUROLITE 52500215 s IR diaľkovým ovládačom

LED party tube EUROLITE 52500215 with IR remote control is a tubular LED lighting fixture created for event and party illumination. The unit combines a slim tubular form factor with multi-color LED output and an infrared remote control for straightforward on/off switching, mode selection and brightness adjustment. Designed for portable use in clubs, private events, DJ setups and small stages, this LED party tube delivers dynamic colored lighting effects and flexible placement options to enhance atmosphere and accentuate stage elements.

Advantages

The LED party tube offers energy-efficient LED illumination in a compact tubular housing that can be positioned horizontally or vertically. The included IR remote control provides convenient access to primary functions without the need for a separate control desk. Color and mode options allow for static colors, color-changing sequences and adjustable brightness levels, enabling quick adaptation to different event moods. The fixture’s design supports easy mounting, transportation and integration with existing lighting setups.

Suitable for

Key specifications

How to use

Place the LED party tube on a stable surface or mount it using compatible brackets for the desired orientation. Connect the fixture to power following the manufacturer’s safety instructions. Use the included IR remote to switch the unit on, select color modes and adjust brightness. Position the tube to provide accent lighting or ambient washes; combine multiple tubes to create synchronized color effects and broader coverage around a DJ booth, stage edge or party area.

Recommendations

For reliable IR communication, keep the remote pointed toward the tube’s IR receiver and avoid obstructions. Use several tubes spaced evenly to achieve balanced ambient coverage. Operate the fixture indoors and protect it from moisture and extreme temperatures. When integrating with other lighting, allow for visual testing before the event to confirm color balance and mode transitions.