The V4590 14-8/10 in-line gas and fluid block connector is a robust and reliable solution designed for the secure transition of cables through areas where gas or water pipes are present. Its green seal indicates compatibility with microducts of 14mm in diameter and cables ranging from 8.0 to 10.0mm in diameter.
The V4590 5-0,5/3 is a robust in-line gas and fluid block connector designed for telecom infrastructure, facilitating the secure transition of cables through environments where water or gas pipes are present.
The Gas & Fluid Block Connector V4590 7-0,5/3 is a high-quality, in-line telecommunications component designed for creating airtight and watertight seals in microduct systems.
The V4590 7-3/5 model is a robust in-line gas and fluid block connector designed for securing and sealing microducts and cables in telecommunications applications.
The V4790 10/0,5-3 is an end-line gas and fluid block connector designed for secure and reliable sealing of microducts and cables in telecommunications applications.
The V4790 10/5-8 is an end-line gas and fluid block connector designed for secure and efficient cable management in telecommunications infrastructure, particularly at building transition points where gas or water pipes are present. Its yellow seal indicates suitability for microducts with a diameter of 10mm and cables ranging from 5 to 8mm in diameter.
The V4790 10/6-8 end-line gas and fluid block connector is designed for securing microducts and cables at transition points. It features a yellow seal indicating compatibility with microducts of 10mm in diameter and cables ranging from 6 to 8mm in diameter.
The V4790 12/3-6 is a high-quality end-line gas and fluid block connector designed for securing and sealing microducts and cables in telecommunications applications.
The V4790 12/5-8 is a robust end-line gas and fluid block connector, specifically crafted for microducts with a diameter of 12mm and cables ranging from 5 to 8mm in diameter. This model features a distinctive yellow seal, indicating its size variant.