HP Heaters Dealers

• Condition: New
• Model Number: V HP 150
• Voltage: 240 V
• Brand Name: V Guard
• Rated current (A): 3.7 A
• Waterproof level: IPX4
• Refrigerant: R410a
• Noise [db): 48 db
• Backup Electric Heater(W): 1500 W
• COP: 4.32
• Tank Volume (L): 160 L
• Heating capacity (W): 3500 W
• Production capacity (LPH): 70 LPH
• Rated Power Input (W): 810 W

The H.P Feedwater Heater can enhance the efficiency of the power plants while minimizing the heat effect at the same4 time. The structure of the H.P Feedwater Heater is based on tube heat exchange and the durability and safety levels are high. The company has emerged as a prominent Manufacturer and Supplier of H.P Feedwater Heater.

• Color: Blue
• Warranty: 2 Year comprehensive
• Wattage: 1500 W
• Height: 340 mm
• Breadth: 70.3 mm
• Packing dimensions LxWxH (cm): 8 cm x 8 cm x 35.7 cm
• Net contents: 1 N Electric Immersion water heater-Auto & 1 N user manual
• Electrical safety: 3 PIN moulded plug
• Thermal cut off: Yes

H.P. (High pressure) heater is installed after Boiler feed pump and it heats the feed water by exchanging heat with the steam that is extracted from the H.P. Turbine from different stages at different pressure. Temasme is capable of supplying HP feedwater heaters complete of thermal and mechanical design, manufacturing, site erection, commissioning and start-up.   Design features ensure high reliability and availability associated with long term life and low maintenance. Independent desuperheating zone closures. Baffle configuration and spacing based on conservative mass  and linear velocity criteria. Fully enclosed self-venting drains sub-cooling zone. Liberal sub-cooling zone entrance areas to permit low approach velocities which prevent flashing of saturated drains. Internal, centrally located venting arrangement to provide means of continuously venting condensing zone. Channel cover configurations for all nozzle layouts. Stainless steel impingement  plates. Fully automated tube-to –tubesheet welding procedures both for channel ride and shell ride. Finite element stress and vibration analysis for all operating conditions. Analysis of a single heater and of a feedwater stream behaviour in all operating conditions.

The H.P Feedwater Heater can enhance the efficiency of the power plants while minimizing the heat effect at the same4 time. The structure of the H.P Feedwater Heater is based on tube heat exchange and the durability and safety levels are high. The company has emerged as a prominent Manufacturer and Supplier of H.P Feedwater Heater.

• pressure ratings range: 400 and 1,500 psig.

A Low-Pressure Feed water Preheater or Heater in power plants, heated with bleed steam and having a two-pass tube bundle of the tube sheet type of construction, has a carrier design for the tube bundle having side plates running parallel to the tube bundle and one or more supporting plates disposed perpendicularly to the tube bundle. In the center of the bundle between the cold and the hot leg are suction tubes through which non-condensable gases are drawn off in the zones of lowest pressure. The supporting plates are each made of a single piece and are thus continuous, and the partition consists of individual sheet-metal parts which are connected to the supporting plates. In one embodiment, the sheet-metal parts of the partition and the supporting plate are connected to one another by indentations on each side of the sheet-metal part which faces the supporting plate and by a corresponding opening in the supporting plate. LP Feed water Heater’s pressure ratings range between 400 and 1,500 psig.

These are Shell and Tube Type of Heat Exchangers. LP and HP Heat Exchangers means Low Pressure and High Pressure Heat Exchangers respectively. We Design shell and Tube type Heat exchangers as per IBR or TEMA Standard.

The needs of the power generation industry include year-in and year –out reliabity, optimum performance for maximum efficiency, and absolute on-time delivery to meet plant outage schedules. All of Mazda feed water heaters are designed in accordance with HEI standards, TEMA and ASME section VIII code. Mazda uses state-of –the art computer programs to perform the thermal-hydraulic and mechanical design of each feedwater heater we fabricate. Each Mazda Feed water heater will contain from one to three separate heat transfer areas of zones including the condensing, desuperheating and sub-cooling zones. Economics of design and particular performance needs of your plant will determine the design parameters of your feed water heaters from Mazda. Mazda thorough understanding of these factors enhances its ability to communicate clearly with power design engineers . Mazda designs enable power engineers to anticipate maximum efficiency from the turbine extraction steam in preheating the boiler feedwater.

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