STRAN Technologies offers cylindrical multi-pin and socket fiber optic connectors manufactured and qualified to the design and interface requirements referenced in the MIL-PRF-28876E specification. This series of connectors provide multi-channel interconnects for 2, 4, 6, 8, 18 and 31 contacts (termini) in a single circular shell. Available in straight, 45 and 90 degree versions, and in various materials and finishes which include Cadmium/Nickel over Al, Hard-coat anodized over Al, and 303 or 316 stainless steel. The M28876 connectors offer the customer a very reliable, rugged interconnect product that is designed to provide low loss over 20+ years of life in harsh environments. Various configurations allow this series to accommodate ...
TACLight hermaphroditic fiber optic connectors offer rugged, reliable performance in harsh environments where high mating cycle is critical. Our connectors provide a robust connectivity solution resistant to corrosion, shock, as well as thermal shock environments, and the captured split alignment sleeves improve insertion loss performance. Field maintainable design allows for cable cleaning re-works, re-polishing, as well as re-terminating, and its flexibility allows the plug to function as both plug and receptacle. STRAN’s hermaphroditic connectors are used in a variety of applications, including deployable military tactical systems, emergency restoration systems, ship to shore communications, outdoor fiber optic connectors, and ...
STRAN Technologies has qualified its optical termini to the multimode requirements of MIL-PRF-29504/14 and /15 specifications as well as Commercial Grade Termini.
Our TFOCA GenX tactical fiber optic connectors provide dependable performance in harsh environments where high cycle mating is of concern. These connectors are based on the widely-used, telecommunications grade 2.5mm ceramic ferrule technology. Our TFOCA GenX connectors are easy to maintain in the field and resistant to corrosion, shock, as well as thermal shock environments. Some of the applications currently employing Stran’s TFOCA GenX include outdoor fiber optic networks, emergency restoration systems, video/data transmission, deployable military tactical systems, as well as homeland security and surveillance.
Based on the TFOCA GenX tactical fiber optic
connector, the MFOCA provides the ultimate in
reliable performance for harsh environments. It
is hermetically sealed to exclude moisture in wet
environments and certi! ed for use in hazardous
areas. Built on the well proven 2.5 mm ceramic
ferrule technology, the design and packaging of
these connectors provide a robust connectivity
solution resistant to corrosion, mechanical
damage and potentially explosive environments,
while providing reliable operation and ease of
field maintenance.
The STRAN InfiniBeamTM Expanded Beam connector provides the ultimate in reliable performance in harsh environments where water, mud, dust and oil exposure is a concern. Utilizing expanded beam technology, the design and packaging of these connectors provide a robust connectivity solution resistant to corrosion, shock and thermal shock environments while providing easy field cleaning.
Our Simplex connectors and adapters are designed for use in various harsh environment applications, such as military shipboard, aerospace, plus land-based optical data communications systems. Available in both multimode and singlemode configurations, ST connectors comply with MIL-PRF-83522/16-DNX as well as /16-DNY specifications. Easy to install and maintain on the field, MIL ST connectors and adapters are DFARS compliant, as well as machined, finished, and assembled in the USA. Our MIL ST-ST adapters also comply with military specification MIL-PRF-83522/17-NY.
STRAN Technologies’ High Pressure Hybrid Connector & Penetrator was designed to meet the demanding environment of towed array applications. This dry-mateable, fiber optic and electrical connector, features a scoop-proof interface and doubly redundant elastomeric seal design rated to withstand a maximum hydrostatic crush pressure of 1,500psi and an operating pressure of 750psi or deployment to depths of 1,500 ft of sea water.