Seasonal Pick Rti Ecb-5 Ir Splitter For Marine Use - Distributeur Durable De Signaux Infrarouges Pour Les Télécommandes Holiday Edition [Slhu2cEr]

RTI ECB-5 IR Splitter for Marine Use

The RTI ECB-5 IR Splitter is a high-quality, easy-to-install, and versatile device designed specifically for marine applications. This durable distributor is perfect for splitting and distributing multiple infrared signals, making it an ideal choice for controlling remote controls and electronic systems on board boats. With its robust construction and reliable performance, the ECB-5 ensures optimal functionality in demanding marine environments.

Product Specifications and Features

Crafted from durable plastic, the ECB-5 features a compact size that facilitates easy placement. Its primary function is to separate and connect infrared signals, acting as a block of IR emitters. The product is highly resistant to marine conditions and temperature fluctuations, ensuring long-lasting performance. The ECB-5 is also easy to mount, thanks to its convenient points of fixation within the housing. Key features include:

• Material: Durable plastic case
• Dimensions: Compact size for easy placement
• Application: Infrared signal separation and connection
• Resistance: Marine and temperature-resistant
• Mounting: Easy to mount with internal fixing points
• Certifications: CE and FCC compliant, suitable for professional and domestic use

Practical Applications and Benefits

The RTI ECB-5 IR Splitter is an essential tool for any marine electronics setup. Its versatility makes it perfect for controlling a variety of devices, from entertainment systems to navigation equipment. The ECB-5's reliable performance and robust construction ensure that your marine electronics operate smoothly, even in challenging conditions. Ideal for both professional and domestic use, this splitter is a must-have for anyone looking to enhance their boat's electronic control system. Its clear labeling with serial and product numbers on the packaging ensures easy identification and installation.