L3Harris Environmental Monitoring Systems (EMS) deliver precise and continuous monitoring of pressure, temperature, and liquid levels within guided missile tubes. This robust system is equipped with advanced sensors that ensure accurate detection of environmental conditions, enhancing operational safety and reliability. Designed with simplicity in mind, the EMS features a streamlined assembly that minimizes complexity while maximizing performance. With an expected mean time between failures that reflects its reliability, the L3Harris EMS is an essential component for maintaining optimal conditions in critical military applications, ensuring readiness and effectiveness in the field.
V2X provides essential logistic support services to forces in the field as a part of the U.S. Army Sustainment Command’s Logistics Civil Augmentation Program (LOGCAP V) contract. LOGCAP V provides regional commands with a dedicated sustainment capability that includes a 72-hour response time as well as mission-speed scalability and flexibility. Supporting both the Central and Indo-Pacific commands, V2X provides theater sustainment, engineering, and base operations support that helps the military quickly respond to global missions.
For your cabin air distribution applications, we utilize custom colored materials including PEI and Polycarbonate to manufacture plastic components ranging from nozzles and plenums to ducting. Our engineering capabilities can form your products to fit various assembly applications (i.e. the ceiling or wall arch, or around various obstructions). Additionally, we perform sub assembly incorporating felts, seals and/or other materials for insulation and noise reduction.
HarcoSemco’s Air Flow Sensors include high-stability platinum RTDs, precision heaters, and electronic interfaces. They provide analog DC voltage outputs and are adaptable to various installations, operating on the "thermal dispersion" principle for low flow detection in avionics cooling systems.
HarcoSemco’s Bleed Air Temperature Sensors are crafted with RTD Elements enclosed in a metallic housing and terminated with flexible leads or connectors. The connectors can be hermetically or environmentally sealed. These sensors support various environmental applications, including wing anti-icing and cabin temperature control.
HarcoSemco produces various models of OAT sensors, crafted to rigorous standards with 3D modeling, in-house aerodynamic testing, and fine wire element winding. They are a cost-effective alternative to TAT sensors, featuring rugged, hermetically sealed construction, wide temperature range, and non-de-iced fuselage mounting.
Extant Aerospace offers Temperature Control boxes with temperature and overheat sensing elements for use in commercial and military applications for cockpits, cabins, and ducts.
AdelWiggins' heater blankets provide freeze protection for aircraft ducting systems, constructed with fire-retardant materials and thermostatic controls for safety.
AdelWiggins' heated hoses prevent the freezing of potable water on aircraft, with options for users to customize hose length and fittings for specific requirements.
AdelWiggins' cartridge heaters offer a 22-watt heating element sealed with electron beam welding for safe and reliable operation in aerospace environments.
AdelWiggins' heater cuffs and manifolds are used for freeze protection in aircraft hydraulic and water systems, available in various complex and straight shapes.
AeroControlex’s coolant pumps are customized for radar cooling applications, offering single and multi-stage pump designs for ground, airborne, and ship-based systems.
