The Teledyne Marine Channel

Marine Tech Talk Episode 45: Teledyne Talks Oil and Gas

Tue, 05 Dec 2023 08:22:50 GMT

In this episode of Marine Tech Talk, we talk with Richard Jones, Vice President of Technology for Teledyne’s Oil and Gas division, and Matt Bartell, Director of Product Line Management for Oil and Gas business development at Teledyne.

We will discuss Teledyne Marine’s cutting-edge 3-channel optical feedthrough system for the oil and gas industry. The 3-channel optical feedthrough system is a game-changer in subsea connectivity by providing a secure and reliable method of transmitting high-speed data, power, and video signals between the subsea environment and surface equipment. The 3-channel optical feedthrough system represents a significant step forward in subsea connectivity. Listen in as we explore these remarkable advancements shaping the marine tech landscape and talk tech…Teledyne tech.

Learn more about the Teledyne ODI Optical Feedthrough System

Listen to more Teledyne Tech Talks

Electrical / Optical Flying Lead (EOFL) for Subsea Cabled Instrument Network...

Fri, 16 Nov 2018 08:06:00 GMT

Ocean Networks Canada (ONC) is an international facility hosted and owned by the University of Victoria (UVic), and managed and operated by the ONC Society, a not-for-profit established in 2007. The NEPTUNE and VENUS observatories, operated by ONC, provide critical long-term ocean observing and ocean science capacity. ONC collects and provides data needed to address pressing scientific and policy issues. The cabled infrastructure supplies continuous power and Internet connectivity to a broad suite of subsea instruments from coastal to deep-ocean environments. In 2009, ONC identified the need to daisy chain instrument platforms at a few of our locations to allow for an increased number of instrument platforms without running additional cables back to our nodes. The use of fibre optic cables allow data transmission over great distances but do require the addition of in-line media convertors and in some cases power up to 400 VDC between ONC junction boxes. In 2015 ONC approached Teledyne Oil and Gas - ODI to provide this specialized Electrical / Optical Flying Lead (EOFL) capable of the media conversions and power requirements of the ONC network. Four units were delivered and installed in 2016 of of Canada's west coast. ONC will discuss the sequence of this tool development and its field results to date.

Presented by Ian Kulin
Ocean Networks Canada

FlameGuard P5-200 Fire-Resistant Penetrator

Fri, 25 May 2018 09:58:16 GMT

Andy Painter, the Principal Engineer for Teledyne ODI, explains the fire-resistant properties of the new ceramic penetrator from Teledyne, and why it is a crucial component for the safety and reliability of topside rig systems.

Find more information: http://www.teledynemarine.com/p5-200

Teledyne Marine at the Offshore Technology Conference

Tue, 22 May 2018 10:49:09 GMT

Teledyne Marine recently joined over 60,000 other energy professionals at the Offshore Technology Conference in Houston, TX to discuss the current state of the industry, and showcase new technologies and solutions. The Teledyne Marine team at OTC, over 30 strong, engaged our customers in technical discussions and new product updates both on the show floor and in the VIP suite in the NRG stadium.

2017 - New Products / Technology from Teledyne Interconnect

Wed, 24 Jan 2018 14:22:07 GMT

Electrical Optical Flying Lead

Tue, 13 Sep 2016 02:00:00 GMT

The Electrical Optical Flying Lead (EOFL), part of the Active Flying Lead product line, features a Nautilus Rolling Seal Hybrid connector on one side, and a 7- or 12- way Nautilus electrical connector on the other, with a qualified integrated electrical/optical converter within the pressure balanced, oil-filled hose (PBOF). The electro-optical components are housed in a 1 ATM enclosure and protected on one side by glass to metal seal penetrators, and a hermetic fiber penetrator on the other.

The EOFL converts an electrical signal to a fiber optic signal, currently allowing up to 100 Mbit/sec data speed over 2 twisted pairs to be converted to one single fiber.

The EOFL is designed with a modular power converter, which allows for different power inputs to be used without redesign, increasing flexibility in project requirements and reducing development time and costs.