ETL’s Scorpion mounting system provides a compact and cost-effective solution for organising and securing the Scorpion range of passive L-band splitters, combiners, variable gain amplifiers, and fibre optic components.

Effortless mounting for essential components

The Scorpion component mounting system from ETL provides a streamlined, cost-effective solution for mounting a variety of ETL’s “Scorpion” series components, including passive L-band splitter/combiners, Variable Gain Amplifiers, and Fibre Optic standalone modules. Designed for ease of use and compact efficiency, the Scorpion system allows for customisable assembly by following a simple three-step process: first, order the chassis; second, choose the appropriate modules from the selection; and third, select the necessary mounting plates. This versatile system ensures a tailored and organised setup for your critical RF and fibre optic components.

FAQ

What components are compatible with the Scorpion mounting system?

The Scorpion mounting system is designed to accommodate ETL’s Scorpion range of passive L-band splitters, combiners, variable gain amplifiers, and fibre optic components.

How do I order the Scorpion mounting system?

To order, first select and purchase the chassis, then choose the modules you need from our range, and finally select the appropriate mounting plates.

What are the benefits of using the Scorpion mounting system?

The Scorpion system offers a compact, cost-effective solution for mounting various components, making organisation and installation straightforward and efficient.

Can the Scorpion mounting system be customised?

Yes, the Scorpion mounting system can be customised with different modules and mounting plates to suit specific needs and configurations.

What is the installation process for the Scorpion mounting system?

The installation process involves ordering the chassis, selecting and installing the desired modules, and securing them with the appropriate mounting plates. Detailed instructions are provided with the system.