Teledyne Reynolds launches COEUS
Under the programme name of COEUS, Teledyne Reynolds have developed a range of products that provide the end user with the ability to meet the latest safety and performance regulations associated with MIL-STD-1316E and MIL-STD-331C. This product also allows for future upgrade and ancillary connection
Over the last 20 years, Teledyne Reynolds have worked closely with various national and international Primes in the defence industry to develop bespoke I&O equipment. These various assemblies have been developed for high impacts, high temperatures, high vibration and critical timings. Through the passage of time, each new design has also followed a theme of weight and size reduction.
Teledyne Reynolds have a long standing heritage in the High Voltage and specialist cabling market, with an authoritative I&O team sharing over 100 years of experience. With this extensive knowledge of product and market place, Teledyne Reynolds have now developed fire-sets and components that support the Common Ordnance Electronic Upgrade System (COEUS).
The COEUS family offers an adaptive and modular set of components to support safety and arming electronic trigger systems for Maritime, Aerospace and General Land equipment. Customers are able to select generic components to allow installation into existing equipment, or integration into new designs.
Key module features include, a programmable MCU memory module, additional power packs for extended use, on-off systems, auxiliary inputs, trigger timing controls and self testing. When combined with the extensive portfolio of specialist electronic products from within the Teledyne Technologies Corporation, this products capabilities multiply.
Teledyne Reynolds also offer a wide selection of EFI or ‘slapper’ detonators to support the equipment, including low energy (LEEFI) units.
The COEUS family of products provide a common platform for integrating future technology without continual product replacement. Truly reducing costs in any end users asset life management activity.
