MS GI Pipeline

MS GI Pipeline

Benefits and Features:

• Low-cost piping solution: Tubes made from the process of galvanization usually cost quite lesser due to the fact that the process of galvanization is one of the cheapest that is used for protecting the steel or iron.
• Low maintenance cost: Low maintenance means that the overall costs of these machines stay quite low during their life cycle. This factor makes the MS GI piping solutions a suitable option for applications that are in remote locations and where it is difficult to gain accessibility.
• Meets quality standards: To meet strict quality standards, steel and iron pipes go through the process of galvanization that makes it highly valid. This enables them to predict perfectly the lifespan of the conduits as well as their functional value.
• Piping Solution Systems: All piping systems shall be designed and sized in accordance with the ASHRAE Fundamentals Handbook and the ASHRAE HVAC Systems and Equipment Handbook.
• Chilled Water and Condenser Water: Piping In general, HVAC systems shall utilize parallel piping solution systems with a two-pipe main distribution system arranged in a reverse return configuration. If applied, series loop piping framework for terminal or branch circuits shall be equipped with automatic flow control valves at terminal units (all types of heat transfer units).
• Cathodic Protection: The need for metal protection for underground piping must be evaluated by a soils resistivity test. Consequently, cathodic protection or other means of preventing pipe corrosion must be provided if required.
• Piping Material commercial standard should be used for piping material.
• Isolation of Piping at Equipment: Isolation valves, shutoff valves, by-pass circuits, flanges, and unions shall be provided as necessary for piping at equipment to facilitate equipment repair and replacement. Equipment requiring isolation includes boilers, chillers, pumps, coils, terminal units, and heat exchangers. Valves shall also be provided for zones off vertical risers.
• Provisions for Piping in Earthquake Zones: In Seismic Zones, the piping solution shall be at least 25 mm (1 inch) larger than the pipe, to allow for movement. Flexible couplings shall be provided at the bottom of pipe risers. Spreaders shall be used to separate adjacent pipes unless the distance is large enough to prevent contact in an earthquake.
• Piping Supports: Channel supports for multiple pipes and heavy duty steel trapezes to support multiple pipes are provided by us. In addition, hanger and support schedule shall have a manufacturer’s number, type, and location. Comply with MSS SP69 for pipe hanger selections. Spring hangers and supports shall be provided in all the mechanical rooms.
• Flexible Pipe Connectors: Flexible pipe connectors shall be fabricated from annular close pitched corrugated and braided stainless steel. All pumps, chillers, and cooling towers shall have flexible connectors.
• Piping System and Equipment Identification: All pipes, valves, and equipment in mechanical rooms, shafts, ceilings and other spaces accessible to maintenance personnel must be identified with color-coded bands and permanent tags indicating the system type and direction of flow for piping systems or type and number for equipment.