EMEAUS and CanadaLatin AmericaAsia Pacific 
Europe, Middle East & Africa (EMEA)
US and Canada
Latin America
Asia Pacific
Fibrelite was approached by an OEM who provides Onshore Power Supply (OPS) systems, to quote for this large leisure cruise terminal upgrade project. The end user had previously considered...
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In order to utilize the power generated by nearly 30,000 solar panels installed on 150 acres of unused farmland in southeastern Connecticut, a regional utility needed to install...
Read MoreIn this project we were approached by an OEM who provides Onshore Power Supply (OPS) systems, to quote for this large leisure cruise terminal upgrade project.
This large multinational satellite services provider specified the Fibrelite Trenwa partnership trench and cover system for their latest satellite earth station antenna facility in the U.S.
Once in a while, a product will come along whose performance will drive a change in standards across entire industries. Like stainless steel. Or concrete. Or a trench cover which
In 2017, in conjunction with an effort to automate their water meter collection services, this water company contacted Fibrelite about the possibility of installing automatic water meter readers in or beneath a composite cover. The water company uses the SmartPoint 520M module (a Sensus product) to collect water meter usage data and transmit it to an aboveground receiver allowing for remote, real-time data collection (rather than collecting this information manually).
For its larger water customers, this company uses SmartPoint 520M radio frequency (RF) transmitter modules that are typically installed in manholes or vaults that are covered by cast iron, steel or aluminum covers. Many of these manholes or vaults are located in roadways or areas that may be trafficked by a vehicle and therefore require a vehicle rated cover. The SmartPoint 520M transmits the meter data via an antenna that is mounted by drilling a hole in the cover and installing the antenna on the surface of the cover (as shown in the photo below). By placing the antenna on the top surface of the metal cover, the RF signals will not be blocked by the metallic cover. Unfortunately, this also exposes the antenna housing where it can be impacted by snowplow or lawn mower blades, vehicles and/or pedestrians.
The water company contacted Fibrelite, who designed and manufactured a custom solution for them. Fibrelite’s engineering team developed a solution that allowed the water company to embed the SmartPoint antenna in a recess molded into a 4” thick composite manhole cover. Mounting the antenna in the recess kept the antenna housing below the top surface of the cover and therefore safe from impact from snowplow , vehicles or equipment.
Fibrelite’s composite access covers are lightweight, durable and very strong. Every Fibrelite cover is manufactured using high-technology resin transfer molding production methods to create a highly engineered, monolithic composite product. Even with the 6” diameter molded antenna opening in the centre of the cover, the Fibrelite manhole cover still allows for heavy vehicle trafficking across its surface.
Following a successful 6-month trial project during the winter of 2017-18, this water company will now be replacing over a hundred existing manholes with Fibrelite’s “embedded antenna” composite covers.
