Cable Strain Relief: The new EZA‑t

More strain relief, more safety: Optimized divisible seal

A technical upgrade for the proven divisible seal EZA‑t.

The demands placed on modern fiber‑optic infrastructures are constantly increasing—particularly regarding mechanical resilience and operational reliability. To meet these requirements even more effectively, gabocom has further developed two established molded components:

• the divisible seal EZA-t 7–20 for direct burial
• the divisible seal EZA‑t indoor

New feature: Integrated strain relief for fiber‑optic cables.

Both products now feature two additional recesses at the cable outlet. This targeted design enhancement allows the aramid yarn of fiber‑optic cables to be attached directly to the single‑cable seal.
The key advantage: Tensile forces acting on the fiber‑optic cable can be effectively absorbed and kept away from sensitive fibers. This significantly increases operational safety - during installation as well as during ongoing operation.

Proven sealing performance – now with added value.

The new feature complements the known product characteristics without compromising tightness or ease of installation:

• reliable gas‑ and watertight sealing up to 0.5 bar
• secure fixation of fiber‑optic cables
• compatible with common fiber‑optic cable types
• quick and easy installation

Thanks to the added option of mechanical strain relief via the aramid yarn, the divisible seals are now even better suited for demanding applications.

New EZA‑t versions available for outdoor and indoor use.

The product upgrade has been consistently implemented for both application areas:

• Divisible seal EZA-t 7–20: ideal for direct burial
• Divisible seal EZA‑t indoor 7–14: optimized for in‑building installations

This ensures that planners, network operators, and installers benefit from a unified functional principle and increased mechanical safety in both outdoor and indoor environments.

More safety for modern fiber‑optic networks.

The new strain‑relief function reliably protects sensitive fiber‑optic cables from mechanical stress, contributing to the durability and reliability of modern network infrastructures. The optimized single‑cable seals are available now. For further information, please visit the respective product pages or contact our team directly.