AquaStar 125B NGL, 125B LPL specifications Diagram of AquaStar 125 BL

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Fig. 10 - Diagram of AquaStar 125 BL

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1.Heat exchanger

2.Pilot assembly

3.Burner manifold gas pressure test nipple

4.Pilot gas tubing

5.Main gas burner

6.Gas valve

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7.Gas control slide

8.Piezo igniter

9.Location of pressure tap nipple

10.Water valve

11.Gas inlet gas pressure test nipple

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Contents For Your Safety Table of ContentsWhat to do if YOU Smell GAS Unpacking the Aquastar Heater FeaturesAquastar Model 125BL General Rules to Follow For Safe Operation Open loop potable water and combination space heating systemProper Location for Installing Your Heater Where IT could FreezeCombustion AIR Requirements Mounting Installation ClearancesVenting To check the draft GAS Connections and Gas RegulatorGAS PIPING, Connections and Gas Regulator GAS Line Sizing For Natural GASFor LP GAS Altitude Natural Gas Liquid Propane Maximum Inlet GAS Flow Pressure SettingGAS Line Sizing Water ConnectionsOperating Instructions For Your Safety Read Before Lighting the PilotMaintenance and Service Lighting Instructions as seen on frontIntroduction Pilot Light will not LightNo gas to the AquaStar Pilot Lights but Flame Goes OUT When Button is Released Pilot Light Goes OUT During or After USE Water is TOO HOTWater is not HOT Enough Insufficient gas pressure HOT Water Temperature FluctuatesDiagram of AquaStar 125 BL Interior Components Diagram and Parts List 11a Interior Components Diagram Parts List 125BLPage Page Controlled Energy Corp Installation Checklist

125B NGL, 125B LPL specifications

The AquaStar 125B LPL and 125B NGL are innovative products designed to meet the growing demands of modern aquaculture and water treatment facilities. Equipped with advanced features and technologies, these models are engineered for efficiency, performance, and sustainability, making them essential tools for aquaculture professionals and facility managers alike.

One of the standout characteristics of the AquaStar 125B series is its enhanced filtration system. Both the LPL (Low Pressure Liquid) and NGL (Natural Gas Liquid) models incorporate a high-capacity filter that effectively removes particulate matter and impurities from water. This ensures higher water quality and promotes healthier aquatic life. The filtration system is designed for easy maintenance, allowing operators to perform routine cleanings without downtime.

In addition to filtration, the AquaStar 125B series boasts a state-of-the-art aeration system. Efficient oxygenation is crucial for aquatic organisms, and these models utilize fine bubble diffusers to maximize oxygen transfer rates. This technology not only ensures that fish and other aquatic species thrive but also minimizes energy consumption, ultimately reducing operational costs.

Both models feature robust, corrosion-resistant materials, enhancing their durability in challenging environments. The casing is designed to withstand exposure to wet and humid conditions, ensuring longevity and reliability in various operational scenarios. Furthermore, the AquaStar 125B series incorporates energy-efficient motors, promoting reduced power consumption and minimizing the environmental impact.

Another innovative aspect is the intelligent monitoring system integrated into both models. The digital interface provides real-time data on water quality parameters, such as pH levels, temperature, and dissolved oxygen content. This allows for proactive management and immediate adjustments when necessary, ensuring optimal conditions for aquatic life.

Safety is also a key consideration with the AquaStar 125B series. Both models feature built-in safety protocols, including automatic shutoff mechanisms and alerts for abnormal readings, further reinforcing their reliability in managing aquatic environments.

In summary, the AquaStar 125B LPL and 125B NGL represent a leap forward in aquaculture technology, combining advanced filtration, aeration systems, and smart monitoring features. Their durable design and energy efficiency make them suitable for both commercial and non-commercial applications. These models not only improve water quality but also enhance the overall productivity of aquaculture operations while being mindful of environmental sustainability.