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Controls |
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Triangle Tube’s Optima Series Hydronic Controls are designed to optimize the performance of hydronic heating and domestic hot water systems. Optima Series controls are designed to integrate with Triangle Tube boilers and also provide advanced zone control capability to maximize system efficiency. |
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Staging Boiler Controls |
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Optima Series staging boiler controls link a Prestige boiler with other heat sources such as Solar, Geothermal, or other boilers. |
The Optima S2S controller links a Prestige boiler with another heat source such as Solar, Geothermal, or another Prestige boiler. The S2S stages 2 heat sources to maintain a fixed set point. The S2S can stage the units for either Independent or Consecutive operation and can be enabled remotely.
The Optima S3S controller links a Prestige boiler with up to 2 additional heat sources such as Solar, Geothermal, or other Prestige boilers. The S3S stages 3 heat sources to maintain either a fixed set point or a floating set point based on either an outdoor reset, or a user-defined heating curve. The S3S can stage the units for either a fixed starting stage or automatic rotation and can be enabled remotely.
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Modulating Boiler Controls |
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Optima Series modulating boiler controls link up to 16 Prestige boilers to form an integrated system with full modulation capability |
The Optima SCC4 is a Modulating Boiler Control which can directly control the boilers’ firing rate to provide a stable system temperature while maximizing fuel savings. The Optima SCC4 uses advanced PID logic to calculate each boiler’s firing rate and quickly adjust to changes in the system without excessive cycling of the boilers. The Optima SCC4 can control up to 4 boilers by itself and can be linked with 1 or 2 Optima SCCX6 controls for a total capacity of up to 16 boilers.
The Optima SCCX6 is a Modulating Boiler Extension Module which can expand the capacity of the Optima SCC4 control to an additional 6 boilers. Two Optima SCCX6 controls can be added to an Optima SCC4 control to bring the total number of boilers in the system up to 16.
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Zone Control Panel |
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The Optima Series zone control panel and control pumps or valves to control up to 10 zones |
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The Optima SZC5 Zone Control Panel can control up to 5 zone valves or 5 zone pumps. The Optima SZC5’s ability to control either pumps or valves eases installation and reduces inventory. The advanced microprocessor based system includes many features, and because it is designed to work with the Prestige boiler, the SCZ5 can manage the heating and domestic calls without additional isolation relays required by other controls. The SZC5 easy-to-read 2x16 digital display makes system set-up and adjustment fast and efficient. |
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System Temperature Control |
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The Optima Series system temperature controls manage pumps or valves to control multiple system water temperatures |
The Optima SMV is a Motorized Valve Control to allow for a mix of high and low temperature zones. The Optima SMV modulates a motorized valve to precisely maintain the required set point of the lower temperature zones in the system. For example, in a system requiring a high temperature zone for an air handler, and a low temperature zone for in-floor heating, the SMV would control a mixing valve to lower the water temperature to meet the in-floor requirements.
The Optima SIM is an Injection Mixing Control to allow for a mix of high and low temperature zones. The Optima SIM modulates the speed of the injection pump to precisely inject heat from the high temperature primary loop into the lower temperature secondary loop. For example, in a system requiring a high temperature zone for an air handler, and a low temperature zone for in-floor heating, the SIM would control a circulator to lower the water temperature to meet the in-floor requirements.
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Snow Melt Control |
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The Optima Series snow melt control manages a snow melt system without the need for a slab sensor |
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The Optima SSM is a Snow Melt Control to precisely control the temperature of the water circulating through the slab by monitoring the supply and return temperatures. This information allows the Optima SSM to first bring the slab up to temperature and then to maintain the slab temperature to prevent the accumulation of snow or ice. Because the SSM monitors the temperature of the system fluid, and not the slab itself, it eliminates the high cost of an in-slab sensor. |
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