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Comparative Performance Capability of Solid-State Controls for In-Space Electric Heating Systems

Russell C. Cape, Robert H. Tull

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Abstract

In-space electric heating systems, such as baseboard, ceiling cable, wall fan, and radiant panel heaters, are customarily controlled by line-voltage or low-voltage thermostats. Tests show that the overall performance of such a heating system is significantly affected by the choice of thermostat used. Recent tests have shown that solid-state controls applied to such heaters can provide improved heating system performance. This paper presents performance test data whereby the performance characteristics of the various heating systems may be compared.

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What this paper is about

In-space electric heating systems, such as baseboard, ceiling cable, wall fan, and radiant panel heaters, are customarily controlled by line-voltage or low-voltage thermostats. Tests show that the overall performance of such a heating system is significantly affected by the choice of thermostat used. Recent tests have shown that solid-state controls applied to such heaters can provide improved heating system performance. This paper presents performance test data whereby the performance characteristics of the various heating systems may be compared.

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Available abstract

In-space electric heating systems, such as baseboard, ceiling cable, wall fan, and radiant panel heaters, are customarily controlled by line-voltage or low-voltage thermostats. Tests show that the overall performance of such a heating system is significantly affected by the choice of thermostat used. Recent tests have shown that solid-state controls applied to such heaters can provide improved heating system performance. This paper presents performance test data whereby the performance characteristics of the various heating systems may be compared.

Key concepts: Thermostat, Electric heating, Ceiling (cloud), Voltage, Heating system, Temperature control, Radiant heating, Engineering

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