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A large system of PHH-32, 9.5.8.4 or 28c series Palomas can be electronically controlled with the MIC-185 Manifold Controller. For systems of 7 to 20 units, the MIC-185 Controller needs an extended communication board, the MICS-180, which can be fit inside the MIC-185 installation box.
The MIC-185 Controller is linked to each Paloma with a separate communication cable. Temperatures are set for the entire system by a single Main Controller (UMC-117), which is linked directly to the MIC-185. The Main Controller will also display diagnostic codes for each unit in the system.
The PHH-32, 9.5 or 28c Series is designed to meet the demands of high-volume hot-water applications, whether they need 8 gallons per minute or 80. In a residence, a multi-unit system may be needed to feed a multi-head shower system, whirlpools, or a Roman bath. In commercial applications, we see this requirement at apartment complexes, hotels and campuses.
Systems controlled by the MIC-185 have the same minimum ignition flow as a single unit. In the 28c Series, this is just 0.66 GPM and in the 9.5.8.4 and PHH Condencing series, this is just 0.44GPM. The MIC-185 Controller is also designed to maximize the life of the system by rotating the order of ignition and distributing heating load among the units.
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The ICAD is a sophisticated system that monitors and optimizes combustion in the firing chamber, providing protection against Carbon Monoxide.
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Everyone claims that their product is greener but few take the next step. Paloma is taking that step; we're seeking a solution to a serious and difficult issue. Paloma is ready to meet the challenge.
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With any water heater, the trick is to make certain that you don't run out of hot water. View a complete comparison of features and benefits. Learn more.
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