Precision Air and Dirt Separator are designed to eliminate air and separate debris associated with any hydronic system. In the removable type High-Velocity air and dirt separator, a removable flanged type end cover is installed so that easy access for coalescing medium and dirt removal. Non-removal type high-velocity air and dirt separators are also manufactured. Air and dirt separators are designed and manufactured as per ASME section VIII Div 1 and registered with the National Board of Boiler and Pressure Vessel Inspectors. The material of construction will be carbon steel. Connections are flanged to Class 150, Class 300, PN16, or PN 25. The external surface will be coated with red oxide primer and with one coat of red enamel paint. The standard working pressure will be 10 bar. Designs up to 20 bars are available on request.
Each air and dirt separator is to be fixed with an air vent. A tap is fitted on top of the removable cover (in removable type) and in the body for non-removable type to facilitate system fast fill and removal of floating impurities and air trapped within the air separator.
In an all-in-one heat pump water heater, the heated refrigerant is usually conveyed through a heat exchanger that’s wrapped around the outside of the tank, under the insulation. The refrigerant heats the tank by conduction, transferring heat from the condenser coil through the tank shell, to the water inside.
Heat pump is a device in which the refrigerant R134a is continuously changing the shape from gas to liquid. It pumps out the solar energy from the air in the room and together with electrical energy consumed by compressor it gives out the total heating capacity which is accumulated in the water storage tank.
Evaporator is an air-refrigerant heat exchanger. In the evaporator the refrigerant is vaporized at low pressure and relatively low temperature. Because of vaporization the heat transfer from air to refrigerant begins. Vaporized refrigerant comes in the compressor where the pressure increases and so does temperature.
From compressor the vaporized and high temperature steam goes in the condenser (refrigerant-water) where again the heat is transferred from refrigerant to water. The refrigerant is now in liquid shape at a high pressure. After it flows through the expansion valve it reaches the basic shape and the process begins again. The circuit is in process until the water temperature in the water storage tank reaches the set point.
Cable trays are utilized in the electrical wiring of buildings to support and organize insulated electrical cables for power distribution, control, and communication. They are an alternative for open wiring or electrical conduit systems, and are commonly employed in commercial and industrial construction for efficient cable management. Additionally, in the HVAC industry, cable trays are used for laying pipes and the safe organisation of cables. ThermoFlux Systems provide a diverse range of cable trays in various materials and coatings to cater to different needs.
22/7 Enterprise provides copper components that are made with the most cutting-edge manufacturing processes. In the market for HVAC copper components, 22/7 Enterprise aspires to be a world leader. In accordance with OEM specifications, we also offer customised copper components.
Copper Tee Joint VRF Copper Piping | Easy to mount
Copper Tee Joint
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A modular steelwork support system that may be utilized for construction of heavy-duty, load bearing frames for a variety of applications. Diamond Walraven's Maxx system can be used in conjunction with any of our existing installation systems. Maxx offers a time-saving alternative to welding and drilling structural steel systems to support extremely heavy services. It can be used both indoors and outdoors. High quality components are made from hot dipped galvanized steel.
Our Direct Evaporative Air Cooling Unit redefine climate control through the efficient utilization of water evaporation. Operating on the principle of evaporative cooling, these systems offer an effective, cost-efficient, and environmentally friendly solution for cooling indoor spaces. Committed to sustainability, our systems minimize energy consumption, contributing to a greener future. Versatile across various environments, from industrial to commercial and residential applications, our Direct Evaporative Air Cooling Unit adapt to diverse needs, providing optimal cooling in any setting.
The fluid coils of international standards are designed and selected through software providing accurate data on thermal transfer rate based on which they are manufactured.
The tower designed incorporates the shell and tube designed with copper tubing and aluminum foil fins.
The water losses are 0.01% since, the circuits are of the closed loop type and the towers are most space saving / energy efficient once. They are best suited for applications such as Furnace coil water cooling, D/G Sets, Compressors.
The fans are of aluminum die cast with adjustable pitch and are individually tested for different flow rates. They are all dynamically balanced. Since, the complete fan is of Aluminum Alloy / Plastic it does not corrode when used in outdoor applications.
Dry cooling towers are in a single unit can be provided in capacities from 1000 kw to 1500 kw and they can be multiplexed to reach many thousand or kilowatts.
Expansion tanks are used in a closed loop heating or chilled water HVSC system to absorb the expanding water and to control the pressure in the system.
Expansion tanks are fitted with a replaceable type heavy duty butyl bladder which absorbs the expanded water thus avoiding direct water contact with the metal tank.
Fault Detection and Diagnosis - Chiller , AHU , and other Building assets
Our SelfAware® open platform seamlessly integrates with your current BMS and facilitates easy third-party integration with various systems, equipment, and sensors. Our AI "On Prem" Engine learns the equipment faults and triggers alarms to support the Facility team to provide outcomes based solution vide , monitoring, control, and performance optimization across multiple utilities, including HVAC Automation, Energy Monitoring,
AI Based Fault detection and diagnosis will support in reducing the un wanted system down time ,productivity and improve energy efficiency
