Philippine Mechanical Engineering Code d263h
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Philippine Mechanical Engineering Code
• Mechanical Engineering Code is a compilation of the basic principles and data needed in the mechanical engineering field • The code comprises of 27 chapters • The main objective of the new code is to establish a minimum requirement of protection to public health thru sanitation public safety
• The intent of this code is to cover mechanical engineering practice for multiple residential, commercial and industrial edifices, typically where the greater population reside and work.
• There is a limit wherein the code cannot cover plant manufacturing such as: – Cement plants – Oil refineries – Power plants and the like Simply because these are business concerns with proprietary rights to their technology
• Typical of the code: – Building Official – Government Engineer – Trade Practitioner – Project Owner – Consultant or an engineering supplier – Reading, Interpreting, or conceptualizing design – Preparing or writing reports, specifications and other documents related to a project
Chapter 1: istration and Definitions • istration and Definitions respectively, have outlined a process to follow for an authority having jurisdiction, normally the government, in charge of issuing guidelines, collecting fees and penalties, and implementing and enforcing the laws of the land. This is immediately followed by the typical definitions, words, and derivatives, and phrases and certain abbreviations related to all things, mechanical, for the immediate understanding of everyone reading the code
Chapter 3:General Requirements • Discusses the general requirement of heat producing and energy utilizing equipment which must conform to the requirements of this code and shall not be installed or altered in violation of this code
Chapter 4: Ventilation Air Supply Chapter 5: Exhaust System Chapter 6: Duct System • These Chapters speaks about the prerequisites on natural, indoor and system Ventilation conditions and requirements as well as the conveyance of air in various application.
Chapter 7: Air Ventilation for Combustion Chapter 8: Chimneys and Vents Chapter 9: Smoke Control/Fire Stop Protection
• These Chapters Relate to Combustion Air, Chimneys and Vents and Smoke Control Systems for all industrial, commercial and residential applications paying special attention to safety at all cost
Chapter 10: Hydronics • Shifts to another essential building block for humans, water. Water takes countless forms when used as an energy source. • Hydronics defined as the relating to or being a system of heating or cooling that involves transfer of heat by circulating fluid ( as water or vapor) in a close system of pipes. • Everything about piping is thoroughly discussed including but not limited to piping, installation methods, testing and marking.
Chapter 11: Steam and Hot Water Boilers • Deals with steam and hot water boilers for different applications and applies to the construction, operation, repair and alteration of all boilers and pressure levels
Chapter 12: Refrigeration • Refrigeration system, machinery rooms, equipment control, ventilation, safety and protection, installation, maintenance and testing are given prominence including tables of current refrigerants in use.
Chapter13: Installation of Equipment • Is geared toward the safety installation, commission, and testing of specific equipment such as air conditioning systems, ventilation appliances, refrigeration equipment, low pressure boilers, plenums and air ducts, food service equipment, clothes dryers, household cooking appliances, illuminating appliances, incinerators, pool heaters and power
Chapter 14: Water Supply • Deals with potable and non-potable water supply systems in all types of buildings whether industrial, commercial or residential including various piping and plumbing materials
Chapter 15-19 • Deal extensively with different kinds of piping systems in a given situation. Drainage piping, Vent Piping, Storm Drainage Piping, Fuel Gas Piping, and Medical Gas and Vacuum Piping.
Chapter 20: Fire Protection System • Given prominence in this Code and is written to put more teeth to the implementation of the Republic of the Philippines’ Fire Code. This was reviewed extensively by a of experts.
Chapter 21: Indirect Waste, Traps and Interceptors and Sewage Treatment Plant
• Shows that for all the equipment safety and protection undertaking, there is bound to be waste, chemical waste, air and smell wastes detrimental to health.
Chapter 22: Flammable and combustion liquid piping systems and storage • Flammable and combustible liquid piping systems and storage deals with the safety management of handling combustible liquids. This chapter is very explicit and detailed when it comes to information, data, testing, installation, commissioning, security and marketing, and disposal management. The local government will be empowered pertaining to safety for this particular hot topic
Chapter 23: pressure vessel safety requirements • Pressure vessels, deals with both unfired and fired pressure vessels and discuss extensively on the design and construction, installation, safety, inspection, identification and even provisions for the certification and training of qualified welders and inspectors.
Chapter 24: Energy conservation • Aptly titled building transportation, include topics on the design, construction, installation, alteration, repairing and licensing of all types of elevators, escalators, moving walks, dumbwaiter, man-lifters, private residence elevators and inclined elevators, inclined lifts, reciprocating conveyors, wheelchair lifts, inclined stairway lifts and wheelchair lifts, their hoist ways and their appurtenances. It does not cover belts, buckets, scoops, or roller conveyors, tie-ring and pilling machine hoists, automobile grease hoists, building hoists, skip hoists, mine devices, lift bridges and freight platform hoists.
Chapter 25: Elevator safety • Energy conservation is a unique chapter dealing with energy efficiency to help and the governments effort in operating and maintaining a stable electrical grid. The aim of this chapter is to make the reader be aware of how to achieve energy efficient buildings without sacrificing comfort which ultimately leads to a sustainable environment, less greenhouse gas emissions and reduced global warming. This chapter points to the adoption of the 2010 PSVARE standard on energy efficiency building development by the PSVACRE inc. a professional of PSME
• Mechanical Engineering Code is a compilation of the basic principles and data needed in the mechanical engineering field • The code comprises of 27 chapters • The main objective of the new code is to establish a minimum requirement of protection to public health thru sanitation public safety
• The intent of this code is to cover mechanical engineering practice for multiple residential, commercial and industrial edifices, typically where the greater population reside and work.
• There is a limit wherein the code cannot cover plant manufacturing such as: – Cement plants – Oil refineries – Power plants and the like Simply because these are business concerns with proprietary rights to their technology
• Typical of the code: – Building Official – Government Engineer – Trade Practitioner – Project Owner – Consultant or an engineering supplier – Reading, Interpreting, or conceptualizing design – Preparing or writing reports, specifications and other documents related to a project
Chapter 1: istration and Definitions • istration and Definitions respectively, have outlined a process to follow for an authority having jurisdiction, normally the government, in charge of issuing guidelines, collecting fees and penalties, and implementing and enforcing the laws of the land. This is immediately followed by the typical definitions, words, and derivatives, and phrases and certain abbreviations related to all things, mechanical, for the immediate understanding of everyone reading the code
Chapter 3:General Requirements • Discusses the general requirement of heat producing and energy utilizing equipment which must conform to the requirements of this code and shall not be installed or altered in violation of this code
Chapter 4: Ventilation Air Supply Chapter 5: Exhaust System Chapter 6: Duct System • These Chapters speaks about the prerequisites on natural, indoor and system Ventilation conditions and requirements as well as the conveyance of air in various application.
Chapter 7: Air Ventilation for Combustion Chapter 8: Chimneys and Vents Chapter 9: Smoke Control/Fire Stop Protection
• These Chapters Relate to Combustion Air, Chimneys and Vents and Smoke Control Systems for all industrial, commercial and residential applications paying special attention to safety at all cost
Chapter 10: Hydronics • Shifts to another essential building block for humans, water. Water takes countless forms when used as an energy source. • Hydronics defined as the relating to or being a system of heating or cooling that involves transfer of heat by circulating fluid ( as water or vapor) in a close system of pipes. • Everything about piping is thoroughly discussed including but not limited to piping, installation methods, testing and marking.
Chapter 11: Steam and Hot Water Boilers • Deals with steam and hot water boilers for different applications and applies to the construction, operation, repair and alteration of all boilers and pressure levels
Chapter 12: Refrigeration • Refrigeration system, machinery rooms, equipment control, ventilation, safety and protection, installation, maintenance and testing are given prominence including tables of current refrigerants in use.
Chapter13: Installation of Equipment • Is geared toward the safety installation, commission, and testing of specific equipment such as air conditioning systems, ventilation appliances, refrigeration equipment, low pressure boilers, plenums and air ducts, food service equipment, clothes dryers, household cooking appliances, illuminating appliances, incinerators, pool heaters and power
Chapter 14: Water Supply • Deals with potable and non-potable water supply systems in all types of buildings whether industrial, commercial or residential including various piping and plumbing materials
Chapter 15-19 • Deal extensively with different kinds of piping systems in a given situation. Drainage piping, Vent Piping, Storm Drainage Piping, Fuel Gas Piping, and Medical Gas and Vacuum Piping.
Chapter 20: Fire Protection System • Given prominence in this Code and is written to put more teeth to the implementation of the Republic of the Philippines’ Fire Code. This was reviewed extensively by a of experts.
Chapter 21: Indirect Waste, Traps and Interceptors and Sewage Treatment Plant
• Shows that for all the equipment safety and protection undertaking, there is bound to be waste, chemical waste, air and smell wastes detrimental to health.
Chapter 22: Flammable and combustion liquid piping systems and storage • Flammable and combustible liquid piping systems and storage deals with the safety management of handling combustible liquids. This chapter is very explicit and detailed when it comes to information, data, testing, installation, commissioning, security and marketing, and disposal management. The local government will be empowered pertaining to safety for this particular hot topic
Chapter 23: pressure vessel safety requirements • Pressure vessels, deals with both unfired and fired pressure vessels and discuss extensively on the design and construction, installation, safety, inspection, identification and even provisions for the certification and training of qualified welders and inspectors.
Chapter 24: Energy conservation • Aptly titled building transportation, include topics on the design, construction, installation, alteration, repairing and licensing of all types of elevators, escalators, moving walks, dumbwaiter, man-lifters, private residence elevators and inclined elevators, inclined lifts, reciprocating conveyors, wheelchair lifts, inclined stairway lifts and wheelchair lifts, their hoist ways and their appurtenances. It does not cover belts, buckets, scoops, or roller conveyors, tie-ring and pilling machine hoists, automobile grease hoists, building hoists, skip hoists, mine devices, lift bridges and freight platform hoists.
Chapter 25: Elevator safety • Energy conservation is a unique chapter dealing with energy efficiency to help and the governments effort in operating and maintaining a stable electrical grid. The aim of this chapter is to make the reader be aware of how to achieve energy efficient buildings without sacrificing comfort which ultimately leads to a sustainable environment, less greenhouse gas emissions and reduced global warming. This chapter points to the adoption of the 2010 PSVARE standard on energy efficiency building development by the PSVACRE inc. a professional of PSME
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