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Thermal Remotes transmits 12 Vdc power and signals to/from any input device. All signals are transmitted through the air gap and converted to a 4-20mA-output signal.
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Thermal shock testing involves exposing a package or product to extreme temperatures to determine its resistance to sudden changes in temperature. These tests are appropriate for products designed to withstand abrupt changes in temperature over a short period. This test might be desirable for products moving from a warm warehouse into a cold ambient temperature or for aircraft parts. The package or product undergoes a pre-determined number of cycles during which it is exposed to extremely high temperatures and then extremely low temperatures immediately afterwards. After the final cycle has been performed, the package or product is inspected for damage, loss of integrity and loss of performance or functionality. This testing detects latent product flaws by stimulating defects at the lowest level of assembly, before they reach your customer. This testing is designed for testing electrical, automotive, and military components.
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Thermal shut off valve is used to protect personnel, analyzers and sampling components from high temperature gases or liquids. The sensor/actuator is directly exposed to the sample providing quick reaction time. It is suitable for system pressures up to 4400 psi. Totally mechanical design requires no electricity and air or hydraulics.
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Thermal spray coating features include lamellar grain structure ensuing from the rapid solidification of small globules. It is flattened from striking a cold surface at high velocities. It is used in carbon, glass fiber reinforced polymers and composite substrates. It provides a corrosion protection for iron and steel.
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Thermal spray equipment accelerates the dispersion of heated coating material from a spray torch towards a work piece. The deposited material forms a coating on the surface. It is used to apply molten or softened particles to a cold surface at high velocities. Its parameters, which should be considered while selecting the equipment that include coating density, bond strength, degradation during the coating process, substrate heating, surface finish, wear and corrosion resistance of the finished product. It is used to protect engineering components from harsh conditions such as extreme temperatures and exposure to corrosive substances. In combustion wire thermal spraying, a wire or rod is melted in a flame and sprayed towards the work piece.
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Thermal Storage Systems are accomplished through sensible heat storage or as latent heat storage. Thermal storage systems are classified as full storage systems or partial storage systems. In full storage systems, the equivalent of the entire cooling or heating load energy for the design day is stored in the storage off-peak and used during the following peak period. In partial storage systems, only a portion of the daily load is generated during the preceding off-peak period and stored. These systems use electrical energy to cool some storage media at off-peak hours, and then use the cooling capacity of the media during on-peak hours. They also allow the chiller load to be shifted to times when electrical energy is inexpensive. Thermal storage systems remove heat from or add heat to a storage medium for use at another time.
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