2155301-3

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The 2155301-3 application field and working principles refer to the distinction between the three different application fields of 2175301-3, which are normal, single phase and reconfigured. Each one has working principles that have been developed specifically to cater to its associated application field.

For normal applications, the 2155301-3 provides the highest quality product for use in conditions where the ambient temperature reaches up to 60°C. The working principle of the unit is based on the fact that the internal wiring and design use the Peltier Effect to achieve higher thermal performance, while maintaining reliability. This is achieved through the expansion and contraction of Peltier cells in response to temperature sensing elements which allow the unit to adjust its output power to control temperature and regulate the operation of the unit.

For single phase applications, the 2155301-3 utilizes the thermal sensing capability of the Peltier effect to regulate the single loop through a predetermined temperature gradient. The working principle of the unit requires the use of a binary bimetal switch combined with a special bypass capacitor in order to provide for a fast reaction time in the event of temperature or external load applied. The regulation of the single loop ensures that the 2155301-3 is able to meet the current industry standard for single-phase applications.

For reconfigured applications, the 2155301-3 works on a different principle than the normal and single phase models. It is designed to allow a greater degree of flexibility with regards to timing and control. The working principle revolves around the use of a programmable-interval timer, which allows the user to determine the amount of time the unit needs to run each cycle. This timer provides the necessary control for the correct amount of power to be applied, as well as the oxygen concentration in the discharge area.

Overall, the 2155301-3 is a highly reliable and efficient product for both normal and reconfigured applications. Moreover, its working principle was designed to take into account the varying requirements of each application field. This makes the 2155301-3 an ideal choice for any situation where an effective and efficient temperature regulation system is required.

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