Thermoelectric Protection for Satellite:
Protect Your Investment with TECA
TECA’s legacy enclosure coolers have been faithfully serving telecommunications cabinets for decades. One of the first commercially successful applications for thermoelectric climate control was telecommunications (and later, satellites). These applications benefit from TECA thermoelectric coolers because of their low-maintenance and their rugged durability. Electronic panel failures can be expensive- not just for the damaged or ruined components, but for the down time. TECA understands this. We design, source, and build our coolers with the end users’ critical components in mind.
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Telecom and satellite controls are often located in remote or hard to access outdoor environments. Happily, thermoelectric climate control technology performs well in high ambient temperatures and tough harsh environments, including NEMA-4X/Harsh Environment, C1D2, shipboard and desert. TECA coolers use no chemicals, compressors or any moving parts (other than fans). Whether mobile or stationary, TECA can offer you a thermoelectric solution you will not find anywhere else: rugged, reliable Peltier-based climate control up to 6,000 BTU/HR.
Give us a call or email today. Our helpful and friendly team looks forward to guiding you through the process of sizing and selecting the best TECA solution for your needs.
TECA products are able to cool enclosures that are rated Nema-4X/Harsh EnvironmentNema-4X/Harsh Environment enclosures are intended for indoor and outdoor use primarily to provide a degree of protection against corrosion, windblown dust and rain, splashing water, and hose directed water TECA products carrying the “X” designation use Mil-Spec fans, o-ring sealed power supplies, no exposed electronic components, stud/gasket mounting and Mil-Spec finishes., C1D2 & C1D1CID2 Class I, Division 2 (Hazardous Environments) – a location (1) in which volatile flammable liquids or flammable gases are handled, processed, or used, but in which the liquids, vapors, or gases will normally confined within closed containers or closed systems from which they can escape only case of accidental rupture or breakdown such containers or systems, or in case of abnormal operation of equipment; which ignitable concentrations of vapors are normally prevented by mechanical ventilation, and which become hazardous through failure operation of the ventilating equipment; that is adjacent to a Class I, Division location, and to which ignitable concentrations gases or vapors might occasionally communicated unless such communication prevented by adequate positive-pressure ventilation from a source of clean air, safeguards against ventilation failure pro-vided. Applies to AHP-XP models. and Mil-Std 810Corrosion: (Salt Fog Testing) Method 509.2,168 Hours. Applies to AHP-X models.
Vibration: Method 514.3, 2 hours, x,y,z axis 8.9 G’s. 10-2000 Hz with a magnitude of 0.04 G²/Hz.
Applies to XM (consult factory) models
Vibration: Method 514.3, 2 hours, x,y,z axis 8.9 G’s. 10-2000 Hz with a magnitude of 0.04 G²/Hz. Applies to XM (consult factory) models.
Shock: Method 516.2, with 30 G’s peak amplitude, 11ms pulse duration, half-sine waveform, and three (3) shocks in each direction along three (3) mutually orthogonal axes. Employed for all XM versions. Standard models are designed to withstand 2.2 G’s.Shock, Vibration & Corrosion.
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