Technicians from the telecommunication industry around the globe have long been seeking an ultimate Gel Seal Closure product to ace their work. A relatively less pricey, strong adhesive that nearly blocks any foreign particle, regardless of how miniature it can be from touching the targeted material, was in demand for the longest. No better industry than Telsto could have succeeded in coming up with the ultimate product.
It is a weatherproofing system Telsto Gel seal closure that is used to seal coaxial cable connections that are exposed to the elements, such as jumper-to-feeder, jumper-to-antenna, and grounding kit connectors. The unique gel substance used in the housing acts as a moisture barrier and successfully waterproofs the connections. It is a dependable and affordable sealing solution for external plant cables and connectors due to its simplicity of installation and long-term protection.
Here's an exclusive look into the product:
Key Features:
● It has an IP score of 68.
● It has certified housing materials like PC+ABS; gel TBE.
● Can withstand a wide range of temperatures from -40°C to +60°C.
● It is super quick and straightforward to install.
● Require no tools, tape, or mastics for installation or removal.
● Easy to remove and reuse again and again.
As we know how today, the Radio Frequency connections at wireless communication towers, such as 3G or 4G, LTE cell sites, are becoming denser than ever before, making it challenging to employ the conventional weatherproofing methods of tapes and mastic in such congested settings. To cater to that, the Telsto series seals for the mobile base station sector are made to be re-enterable, reusable, and tool-free, making them a convenient, affordable, and installer-friendly weatherproofing option. The seals are commonly used for protecting RF connections on antennas and RRUs (Remote Radio Units).
The multiple attached pictures are of different sizes of seals that can handle different feeder cables and seal them to feeders. You can check out the details of each product here.
Post time: Oct-18-2022