National Building Code of India 2016 Volume 2

First Page
NATIONAL BUILDING CODEOF INDIA 2016VOLUME 2
CONTENTS
	Volume 1
	Volume 2
Important Explanatory Note for Users of the Code
INFORMATION FOR THE USERS ABOUT AVAILABILITY OFTHE CODE IN GROUPS
PART 7 CONSTRUCTION MANAGEMENT, PRACTICES AND SAFETY
	CONTENTS
	FOREWORD
	1 SCOPE
	2 TERMINOLOGY
		2.1 Authority Having Jurisdiction
		2.2 Definitions Relating to Safety in Construction
	3 GENERAL
	SECTION 1 CONSTRUCTIONMANAGEMENT
		4 CONSTRUCTION PROJECT MANAGEMENT
			4.1 General
			FIG. 1 TYPICAL CONSTRUCTION PROJECT LIFE CYCLE
			4.2 Stages of a Construction Project
			FIG. 2 TYPICAL ORGANIZATION STRUCTURE FOR DESIGN-BID-BUILD MODEL
			4.3 Construction Project Management Functions
	5 PLANNING ASPECTS
		5.1 Preconstruction Phase
		5.2 Resource Planning
		5.3 Construction Phase
	SECTION 3 CONSTRUCTION PRACTICES
	6  CONSTRUCTION  CONTROL  ANDPRACTICES
		6.1 Professional Services and Responsibilities
		6.2 Site Preparation
		6.3 Habitat for Construction Workers at Site
		6.4 Construction of All Elements
		6.5 Low Income Housing
		6.6 Use of New/Alternative Construction Techniques
		6.7  Urban  Roads/City  Roads  Planning  andConstruction
		6.8 Measures against pollution and hazard due to dust,
	7 TEMPORARY WORKS
		7.2 Scaffolding
		7.3 Tower Cranes
		7.4 Falsework
		7.5 Formwork
		7.6 Trench Support
	8  STORAGE,  STACKING AND HANDLINGPRACTICES
		8.1 General
		8.2 Storage, Stacking and Handling of Materials
		FIG. 3
		8.3 Unloading Rail/Road Wagons  and MotorVehicles
	SECTION 4 SAFETY IN CONSTRUCTION
	9 SAFETY IN CONSTRUCTION OF ELEMENTSOF A BUILDING
		9.1 General
		9.2 Temporary Construction, Use of Side Walls andTemporary Encroachments
		9.3 Testing
		9.4  Inspection  and Rectification  of HazardousDefects
		9.5 Foundations
		9.6 General Requirements and Common HazardsDuring Excavation
		9.7 Piling and Other Deep Foundations
		9.8 Walls
		9.9 Common Hazards During Walling
		9.10 Roofing
		9.11 Additional Safety Requirements for Erectionof  Concrete  Framed  Structures  (High-RiseBuildings)
		9.12 Additional Safety Requirements for Erectionof Structural Steel Work
		9.13 Miscellaneous Items
		9.14 Finishes
		9.15 Fragile Fixtures
		9.16 Safety in Special Operations
		9.17 Electrical Installations and Lifts
		9.18 General Safety Requirements for Workplace
		9.19 Construction Machinery
	10 SAFETY IN DEMOLITION OF BUILDINGS
		10.2 Planning
		10.3 Precautions Prior to Demolition
		10.4 Precautions During Demolition
		10.5 Sequence of Demolition Operations
		10.6 Walls
		10.7 Flooring
		10.8 Demolition of Steel Structures
		10.9 Catch Platform
		10.10 Stairs, Passageways and Ladders
		10.11 Mechanical Demolition
		10.12 Demolition of Certain Special Types andElements of Structures
		10.13 Lowering, Removal and Disposal of Materials
		10.14 Miscellaneous
		10.15 First-Aid
	SECTION 5 REPAIRS, RETROFITTING ANDSTRENGTHENING OF BUILDINGS
	11 MAINTENANCE MANAGEMENT
	12 PREVENTION OF CRACKS
	13 REPAIRS AND SEISMIC STRENGTHENINGOF BUILDINGS
	SECTION 6 HABITAT AND WELFAREREQUIREMENTS FOR WORKERS
	14  HABITAT  AND  OTHER  WELFAREREQUIREMENTS  FOR  CONSTRUCTIONWORKERS
		14.2 Habitat Site Selection Criteria
		14.3 Minimum Area Requirements
		Table 1
		14.4 Minimum Facilities to be Provided in Rooms
		14.5 Design and Construction of the Habitat
		14.6 Sanitary Facilities
		14.7 Drinking Water Requirements
		14.8 First Aid and Medical Facilities
		14.9 Cooking Area
		14.10 Crèches
		14.11 Habitat Operation and Maintenance
		14.12 Fire Prevention
		14.13 Recreation
		14.14 Security
		14.15 Other Facilities
		14.16 Habitat Inspection
	ANNEX A - CHECK LIST FOR STACKING AND STORAGE OF MATERIALS
	LIST OF STANDARDS
PART 8 BUILDING SERVICES
	Section 1 Lighting and Natural Ventilation
		CONTENTS
		FOREWORD
		1 SCOPE
		2 TERMINOLOGY
			2.1  Lighting
			FIG. 1
			2.2 Ventilation
			Table 1
		3  ORIENTATION OF BUILDING
			3.2  Basic Zones
			Table 2 Classification of Climate
			3.3 Climatic Factors
			3.4  Solar Radiation
			FIG. 2 CLIMATIC ZONES OF INDIA
			3.5 Relative Humidity and Prevailing Winds
			3.6  Aspects of Daylighting
			3.7  Planting of Trees
			Table 3 Total Solar Radiation (Direct Plus Diffused) Incident on Various Surfaces ofBuildings, in W/m2/day, for Summer and for Winter Season
		4  LIGHTING
			4.1 Principles of Lighting
			Table 4 Recommended Values of lliuminance
			4.2 Daylighting
			Table 5 Solar Altitudes (to the Nearest Degree) for Indian Latitudes
			Table 6 Correction Factor for ERC
			Table 7 Relative Availability of Daylight on theWindow Plane at Ground Level in aFour-Storeyed Building Blocks (Clear Design-Skyas Basis, Daylight Availability Taken as Unity onan Unobstructed Facade, Values are for theCentre of the Blocks)
			4.3 Artificial Lighting
			FIG. 3 SUPPLEMENTARY ARTIFICIAL LIGHTING FOR 40 W FLUORESCENT TUBES
			4.4  Energy Conservation in Lighting
			FIG. 4 NOMOGRAPH FOR DAYLIGHTING AND SUPPLEMENTAL LIGHTING DESIGN OF BUILDINGS
			Table 8 Luminous Efficacy, Life, Lumen Maintenance and Colour Rendition of Light Sources
		5  VENTILATION
			5.2  Design Considerations
			FIG. 5 CORRECTED EFFECTIVE TEMPERATURE NOMOGRAM
			Table 9 Desirable Wind Speeds (m/s) forThermal Comfort Conditions
			Table 10 Minimum Wind Speeds (m/s) for JustAcceptable Warm Conditions
			Table 11 Maximum Permissible Wet BulbTemperatures for Given Dry Bulb Temperatures
			5.3  Methods of Ventilation
			Table 12 Allowable Temperature Rise Values
			5.4  Natural Ventilation
			FIG. 6 EFFECT OF AREA OF OPENING ON AVERAGEINDOOR WIND VELOCITY
			FIG. 7 L-TYPE LOUVER
			FIG. 8 SKETCH OF A PELMET TYPE WIND DEFLECTOR
			FIG. 9 TWO UNITS LOCATED AT THE END-ON POSITION
			5.5 Mechanical Ventilation
			5.6 Determining Rate of Ventilation
			FIG. 10 DETERMINATION OF FLOW CAUSED BYCOMBINED FORCES OF WIND AND TEMPERATURE
			Table 13 Optimum Size/Number of Fans for Rooms of Different Sizes
			5.7 Energy Conservation in Ventilation System
		ANNEX A - METHOD OF CALCULATING SOLAR LOAD ON VERTICAL
			A-1 DETAILS OF CALCULATION
			A-2 EXAMPLE TO FIND OUT ORIENTATIONON THE BASIS OF SOLAR LOAD
			FIG. 11 DIRECT SOLAR INTENSITIES NORMAL TO SUN ATSEA LEVEL FOR STANDARD CONDITION (COMPUTED)
			FIG. 12 DEFINITION OF SOLAR ANGLES
			Table 14 Solar Heat Gained Due to Orientation of Buildings
		ANNEX B - SKY COMPONENT TABLES
			B-1 DESCRIPTION OF TABLES
			FIG. 13
			B-1.6 Method of Using the Tables
			FIG. 14
			B-2 GENERAL INSTRUCTIONS
			B-3 CALCULATION OF IRC
			B-3.2 Example
			B-4 GENERAL NOTE ON DAYLIGHTING OFBUILDNG
			Table 15 Percentage Sky Components on the Horizontal Plane Due to a VerticalRectangular Opening for the Clear Design Sky
			Table 16
			Table 17
			LIST OF STANDARDS
		LIST OF STANDARDS
	Section 2 Electrical and Allied Installations
		CONTENTS
		FOREWORD
		1 SCOPE
		2  TERMINOLOGY AND CONVENTIONALSYMBOLS
			2.2 Conventional Symbols
		3 GENERAL REQUIREMENTS
			3.1 Conformity with The Electricity Act, 2003 andCentral Electricity Authority (Measures Relating toSafety and Electric Supply) Regulations, 2010 asAmended Up-to-Date
			3.2 Materials
			3.3 Coordination with Local Supply Authority
			3.4 Power Factor Improvement in Consumers•Installation
			3.5 Execution of Work
		4 PLANNING OF ELECTRICAL INSTALLA-TIONS
			4.2 Substation and Switchrooms
			4.3 Emergency Power Backup System
			FIG. 1 TYPICAL LAYOUT OF SUBSTATION INCLUDING MINIMUM RECOMMENDED SPACING OFTRANSFORMER PERIPHERY FROM WALLS
				1A MINIMUM RECOMMNEDED SPACING BETWEEN THE TRANSFORMER PERIPHERY AND WALLS
				1B TYPICAL LAYOUT OF SUBSTATION WITH DRY TYPE EQUIPMENT IN A SINGLE ROOM
			4.4 Location of MV/LV Switch Room Other than inSubstation
			4.5 Location and Requirements of DistributionPanels
			4.6 Substation Safety
			4.7 Overhead Lines, Wires and Cables
			4.8 Maps of Underground Networks
		5 DISTRIBUTION OF SUPPLY AND CABLING
			5.1 General
			5.3 Substation Equipment and Accessories
			FIG. 2 CLEARANCES AROUND SWITCHBOARDS IN ENCLOSED ROOM
			5.4 Reception and Distribution of Main Supply
			5.5 Protection Class of Equipment and Accessories
			5.6 Voltage and Frequency of Supply
			5.7 Rating of Cables and Equipment
			5.8 Installation Circuits
			5.9 Lighting and Levels of Illumination
			5.11 Guideline for Electrical Layout in ResidentialBuildings
		6 WIRING
			6.1 Provision for Maximum Load
			6.2 Selection of Size of Conductors
			FIG. 3 WIRING DIAGRAM FOR A TYPICAL DISTRIBUTION SCHEME IN A RESIDENTIAL BUILDING FLAT
			6.3 Branch Switches
			6.4 Layout and Installation Drawing
			6.5 Conductors and Accessories
			6.6 Joints and Looping Back
			6.7 Passing Through Walls and Floors
			6.8 Wiring of Distribution Boards
			6.9 PVC-Sheathed Wiring System
			6.10 Conduit Wiring System
			Table 1A Maximum Permissible Number of Single-Core Cables up to and including 1 100 Vthat can be Drawn into Rigid Steel Conduits
			Table 1B Maximum Permissible Number of 250 V Grade Single-Core Cables that may beDrawn into Rigid Non-Metallic Conduits
			6.11 Cable Trunking/Cable Ways
		7 FITTINGS AND ACCESSORIES
			7.1 Ceiling Roses and Similar Attachments
			7.2 Socket-Outlets and Plug
			Table 2 Maximum Permissible Number of PVC Insulated 650/1 100 V Grade Aluminium/Copper CableConforming to Accepted Standard [8-2(3)] that can be Drawn into Cable Trunking/Cable Ways
			7.3 Lighting Fittings
			7.4 Fitting-Wire
			7.5 Lampholders
			7.6 Outdoor Lamps
			7.8 Fans, Regulators and Clamps
			7.9 Attachment of Fittings and Accessories
			7.10 Interchangeability
			7.11 Equipment
			FIG. 4 TYPICAL DESIGN OF FAN CLAMPS
		8 EARTHING
			8.1 General
			8.2 Selection and Design of Earthing System
			8.3 Earth Electrodes
			8.4 Earth Enhancing Compound
			FIG. 5 EXAMPLE OF AN EARTHING ARRANGEMENT FOR FOUNDATION EARTH ELECTRODE, PROTECTIVECONDUCTORS AND PROTECTIVE BONDING CONDUCTORS
			FIG. 6 RECOMMENDED POWER DISTRIBUTION FOR A COMPUTER AND CONTROL SYSTEM WITHA DELTA/STAR ISOLATION TRANSFORMER
			Table 3 Recommended Minimum Size of Commonly Used Earth Electrodes, Embedded in Soil orConcrete Used to Prevent Corrosion and Provide Mechanical Strength1)
			8.5 Earth Electrode Inspection Housings and EarthElectrode Sea
			8.6 Bonding and Inter connection
			8.7 Equipment and Portions of Installations whichshall be Earthed
			8.8 Neutral Earthing
			FIG. 7 TYPICAL ARRANGEMENT OF ELECTRODE EARTHING
				7A TYPICAL ARRANGEMENT OF EARTHING WITH PIPE ELECTRODE(WITH MAINTENANCE ARRANGEMENT)
				7B TYPICAL ARRANGEMENT OF EARTHING WITH COPPER/COPPER BONDED ELECTRODE WITHEXOTHERMIC WELDING (MAINTENANCE FREE ARRANGEMENT)
			FIG. 8 TYPICAL ARRANGEMENT OF PLATE EARTHING
				8A TYPICAL ARRANGEMENT OF CI/GI/COPPER PLATE EARTHING (WITH MAINTENANCE ARRANGEMENT)
				8B TYPICAL ARRANGEMENT OF COPPER PLATE EARTHING WITH EXOTHERMIC WELDING(MAINTENANCE FREE ARRANGEMENT)
			FIG. 9 MISCELLANEOUS ELECTRODE CONFIGURATIONS
			8.9 System of Earthing
		9 INSPECTION, TESTING AND VERIFICATIONOF INSTALLATION
			9.1 General Requirements
			9.2 Inspection of the Installation
			9.3 Testing of Installation
		10 ALLIED/MISCELLANEOUS SERVICES
			10.2 Public Address System
			10.3 Common Antenna System for TV Receivers
			10.4 Emergency and Standby Power Supply Systems
			10.5 Building Management System
			10.6  Security System
			10.7 Car Parking Area
			10.8 Solar Photovoltaic Power Generating System
			FIG. 10 PV POWER GENERATING SYSTEM AND MAJOR SUBSYSTEMS
			10.9 Aviation Obstacle Lights
		11 LIGHTNING PROTECTION OF BUILDINGS
			FIG. 11 STAND ALONE SOLAR PV SYSTEM
			FIG. 12 GRID CONNECTED SOLAR PV SYSTEM
			FIG. 13 TYPICAL ARRANGEMENT OF AVIATION OBSTACLE LIGHTS IN CASE OF GROUP OF BUILDINGS
			FIG. 14 BASIC EXAMPLE OF DIFFERENT SOURCE OF DAMAGE TO A STRUCTURE AND LIGHTNING CURRENTDISTRIBUTION WITHIN A SYSTEM
			FIG. 15 DEFINITIONS OF IMPULSE CURRENT PARAMETERS
			11.3 Risk Assessment
			Table 4 Source and Type of Damage and Type of Loss
			Table 5 Recommended LPL for Typical Buildings
			11.4 Lightning Protection
			11.5 Lightning Protection System (LPS)
			Table 6 Maximum Values of Mesh Size and Protection Angle Corresponding to the Class of LPS
			FIG. 16 PROTECTION ANGLE METHOD OF AIR-TERMINATION DESIGN FOR DIFFERENTHEIGHTS ACCORDING TO TABLE 6
			FIG. 17 DESIGN OF AIR-TERMINATION SYSTEM ACCORDING TO MESH METHOD
			FIG. 18 DESIGN OF AIR-TERMINATION SYSTEM ACCORDING TO THE ROLLING SPHERE METHOD
			FIG. 19 DESIGN OF AIR-TERMINATION CONDUCTOR NETWORK FOR A STRUCTURE WITH COMPLICATED SHAPE
			FIG. 20 DESIGN OF AN LPS AIR-TERMINATION ACCORDING TO THE PROTECTION ANGLE METHOD,MESH METHOD AND GENERAL ARRANGEMENT OF AIR-TERMINATION ELEMENTS
			FIG. 21 TYPICAL LIGHTNING PROTECTION SYSTEM FOR BUILDINGS
				21A TYPICAL LIGHTNING PROTECTION SYSTEM FOR BUILDINGS OF HEIGHT, H < 60 m
				21B TYPICAL LIGHTNING PROTECTION SYSTEM FOR BUILDINGS OF HEIGHT, H > 60 m
			Table 7 Minimum Distance BetweenDown-Conductors
			FIG. 22 TYPICAL AIR-TERMINATION STUDS USED ON CAR PARK ROOFS
			Table 8 Isolation of External LPS •Approximated Values of Coefficient, Kc
			Table 9 Isolation of External LPS • Values ofCoefficient, K
			Table 10 Isolation of External LPS • Values ofcoefficient, Km
			Table 11 Minimum Length of Vertical EarthElectrode
			FIG. 23 CONSTRUCTION OF EXTERNAL LPS ON A STRUCTURE OF STEEL-REINFORCED CONCRETE USING THEREINFORCEMENT OF THE OUTER WALLS AS NATURAL COMPONENTS
			FIG. 24 UTILIZATION OF REINFORCING RODS OF A STRUCTURE FOR EQUIPOTENTIAL BONDING
			FIG. 25 EQUIPOTENTIAL BONDING IN A STRUCTURE WITH STEEL REINFORCEMENT
			Table 12 LPS Materials and Conditions of Use1)
			11.6 Protection of Electrical/Electronic Systemswithin Structures
			Table 13 Material, Configuration and Minimum Cross-Sectional Area of Air-Termination Conductorsand Rods, Earth Lead-in Rods and Down-Conductors1)
			Table 14 Material Configuration and Minimum Dimensions of Earth Electrodes1) and 2)
			FIG. 26 EXAMPLE OF AN EQUIPOTENTIAL BONDING ARRANGEMENT
			FIG. 27 BASIC EXAMPLE OF BALANCED CURRENT DISTRIBUTION
			FIG. 28 TYPICAL INSTALLATION OF SPDS IN TT SYSTEM
				28A SPDs ON THE LOAD SIDE OF RCD
				28B SPDs ON THE SUPPLY SIDE OF RCD
			Table 15 Rated Impulse Voltage for the Equipment Energized Directly from the Low Voltages Mains
			FIG. 29 EXAMPLE OF INSTALLATION OF SPDS AT OR NEAR ORIGIN OF INSTALLATION
			Table 16 Voltage and Current Waveforms for Impulse-Limiting Voltage
			11.7 Implementation of Lightning Protection Measures for Typical Buildings
			11.8 Average Number of Thunderstorm Days
		12  ELECTRICAL  INSTALLATIONS  FOR CONSTRUCTION AND DEMOLITION SITES
			12.1 General
			12.2 Installation and Removal of ConstructionWiring
			FIG. 30 PLACES FOR AVERAGE NUMBER OF THUNDERSTORM DAYS IN A YEAR
			12.3  Provision  of  Indicating  and  RecordingInstruments and Meters
			12.4 RCCB/RCD
			12.5 Temporary Supply Switchboards
			12.6 Cables Used in Worksite Installations
			12.7 Extension Cords and Fittings
			12.8 Electrical Plant in Service Testing
			12.9 Lighting
			12.10 Transportable Construction Buildings (SiteSheds)
			12.11 Lock-Out and Tag-Out Practices
			12.12  Standard Operating  and MaintenancePractices in Sites with More than One Source ofElectricity
			12.13 Earthing or Grounding
		13 PROTECTION OF HUMAN BEINGS FROMELECTRICAL HAZARDS
			FIG. 31 TIME/CURRENT ZONES OF THE EFFECTS OF a.c. CURRENTS (15 HZ TO 100 HZ)
			13.2 Protection Against Electric Shocks
			13.3 Hazards Due to Multiple Electrical Sources
			13.4 Care and Design of Electrical Installations forHuman Safety
			13.5 Earthing Requirements
			13.6 Heating Appliances and Hot Appliances
			13.7 Switches Getting Supply from Multiple Sources
			13.8  Protection Against Environmental Over-Voltages
			13.9 Flammable Atmosphere and Risk of Ignition byElectricity Leading to Fire or Explosion
			13.10  Protection Against  Fire Due  to LeakageCurrent in the Building
		ANNEX A - DRAWING SYMBOLS FOR ELECTRICAL INSTALLATIONS IN BUILDINGS
		ANNEX B - EXTRACTS FROM CENTRAL ELECTRICITY AUTHORITY (MEASURES RELATING TO SAFETY
			Regulation 4, Inspection of designated officers andother safety measures
			Regulation 5, Electrical safety officer
			Regulation  5A,  Chartered  Electrical  SafetyEngineer
			Regulation 8, Keeping of records and inspectionthereof
			Regulation  12, General  safety  requirementspertaining to construction, installation, protection,operation and maintenance of electric supply linesand apparatus
			Regulation  13,  Service  lines  and  apparatus  onconsumer•s premises
			Regulation 14, Switchgear on consumer•s premises
			Regulation 15, Identification of earthed and earthedneutral conductors and position of switches andswitchgear therein
			Regulation 16, Earthed terminal on consumer•spremises
			Regulation 17, Accessibility of bare conductors
			Regulation 18, Danger notices
			Regulation 19, Handling of electric supply lines andapparatus
			Regulation 22, Cables protected by bituminousmaterials
			Regulation 24, Distinction of different circuits
			Regulation 25, Distinction of the installations havingmore than one feed
			Regulation 26, Accidental charging
			Regulation 27, Provisions applicable to protectiveequipment
			Regulation  28,  Display  of  instructions  forresuscitation of persons suffering from electricshock
			Regulation  29,  Precautions  to  be  adopted  byconsumers,  owners,  occupiers,  electricalcontractors, electrical workmen and suppliers
			Regulation 30, Periodical inspection and testing ofinstallations
			Regulation 31, Testing of consumer•s installation
			Regulation 32, Installation and testing of generatinguni
			Regulation 33, Precautions against leakage beforeconnection
			Regulation 34, Leakage on consumer•s premises
			Regulation 35, Supply and use of electricity
			Regulation 36, Provisions for supply and use ofelectricity in multi-storeyed building more than 15metres in height
			Regulation 37, Conditions applicable to installationsof voltage exceeding 250 Volts
			Regulation 39, Precautions against failure of supplyand notice of failures
			Regulation 40, Test for resistance of insulation
			Regulation 41, Connection with earth
			Regulation 42, Earth leakage protective device
			Regulation 43, Approval by electrical inspector andself-certification
			Regulation 44, Use of electricity at voltage exceedingnotified voltage
			Regulation 45, Inter-locks and protection for use ofelectricity at voltage exceeding 650 volts
			Regulation 46, Testing, operation and maintenance
			Regulation 47, Precautions to be taken againstexcess leakage in case of metal sheathed electricsupply lines
			Regulation 48, Connection with earth for apparatusexceeding 650 Volts
			Regulation  49,  General  conditions  as  totransformation and control of electricity
			Regulation 50, Pole type substations
			Regulation  52,  Supply  to  luminous  tube  signinstallations of voltage exceeding 650 Volts but notexceeding 33 kV
			Regulation  58, Clearance  above  ground  of  thelowest conductor of overhead lines
			Regulation 60, Clearance from buildings of lines ofvoltage and service lines not exceeding 650 Volts
			Regulation 61, Clearance from buildings of lines ofvoltage exceeding 650 V
			Regulation 63, Erection or alteration of buildings,structures, flood banks and elevation of roads
			Regulation 64, Transporting and storing of materialnear overhead lines
			Regulation 65, General clearances
			Regulation 73(3), Safety and protective devices
			Regulation 76, Laying of cables
		ANNEX C - AREA REQUIRED FOR TRANSFORMER ROOM AND SUBSTATION FOR
		ANNEX D - ADDITIONAL AREA REQUIRED FOR GENERATOR IN ELECTRIC SUBSTATION
		ANNEX E - CHECKLIST FOR INSPECTION, HANDING OVER AND COMMISSIONING OF
			HV CABLE INSPECTION, HANDING OVER AND COMMISSIONING DETAILS
				A) DETAILS OF WORK
				B) QUALITY CHECK LIST
				C) HI-POT TEST REPORT
			HV PANEL INSPECTION, HANDING OVER AND COMMISSIONING DETAILS
				A) HANDING OVER DETAILS
				B) QUALITY CHECK LIST
				C) COMMISSIONING REPORT
			TRANSFORMER INSPECTION, HANDING OVER AND COMMISIONING DETAILS
				A) HANDING OVER DETAILS
				B) QUALITY CHECK LIST
				C) COMMISSIONING REPORT
			MV/LV PANEL INSPECTION, HANDING OVER AND COMMISIONING DETAIL
				A) HANDING OVER DETAILS
				B) QUALITY CHECK LIST
				C) COMMISSIONING REPORT
		ANNEX F - CHECKLIST FOR INSPECTION, HANDING OVER AND COMMISSIONING OF EARTHING PITS
			A) HANDING OVER DETAILS
			B) QUALITY CHECK LIST
			C) TEST REPORT: EARTH PIT
		ANNEX G - FORM OF COMPLETION CERTIFICATE
			A) INSTALLATION DATA
			B) PRE-COMMISSIONING TEST DATA
		LIST OF STANDARDS
	Section 3 Air Conditioning, Heating and Mechanical Ventilation
		CONTENTS
		FOREWORD
		1 SCOPE
		2 TERMINOLOGY
			2.1 Air Conditionin
			2.2 Air System Balancing
			2.3 Atmospheric Pressure
			2.4 Building Energy Simulation
			2.5 Building  Integrated Renewable Energy
			2.6 Building Management System (BMS
			2.7  Buildings Related  Illnesses  (BRI)
			2.8 Coefficient of Performance, Compressor, HeatPump
			2.9 Coefficient  of  Performance, Compressor,Refrigerating
			2.10 Coefficient of Performance (Heat Pump)
			2.11 Coefficient of Performance (Refrigerating)
			2.12 Cooling Load
			2.13 Cooling Tower
			2.14 Dedicated Outdoor Air System (DOAS)
			2.15 Demand Based Ventilation
			2.16 Design Pressure Difference
			2.17 Dew Point Temperature
			2.18 Dry-Bulb Temperatur
			2.19 Duct System
			2.20 Economizer, Ai
			2.21 Economizer, Wate
			2.22 Effective Temperature
			2.23 Energy Efficiency Ratio (EER)
			2.24 Energy Recovery Unit
			2.25  Evaporative  Cooling
			2.26 Fire Damper
			2.27 Geothermal Heat Pump
			2.28 Global Warming  Potential  (GWP)
			2.29 Heating Load
			2.30 Heat  Pump
			2.31 Heat Recovery
			2.32 Hybrid Building
			2.33 Hydronic Systems
			2.34 Hydronic System Balancing
			2.35 Indirect-Direct Cooling
			2.37 Indoor Air Quality (IAQ)
			2.38 Infiltration/Exfiltration
			2.39 Latent Heat
			2.40 Latent Heat Load
			2.41 Mean Radiant Temperature
			2.42 Mixed Mode Building
			2.43 Naturally Conditioned Building
			2.44  Operative  Temperature
			2.45 Ozone Depletion Potential (ODP)
			2.46 Passive Cooling
			2.47 Passive Heating
			2.48 Plenum
			2.49 Positive Ventilation
			2.50 Psychrometric Chart
			2.51 Recirculated Air
			2.52 Refrigerant
			2.53 Relative Humidity
			2.54 Return Air
			2.55 Sensible Heat
			2.56 Sensible Cooling
			2.57 Shade Factor
			2.58 Sick Building Syndrome (SBS)
			2.59 Smoke Barrier
			2.60 Smoke Damper
			2.61 Smoke Management
			2.62 Stack Effect
			2.63 Static Pressure
			2.64 Supply Air
			2.65 Terminal Devices
			2.66 Thermal Adaptation
			2.67 Thermal Comfort
			2.68 Thermal Insulation Materia
			2.69 Thermal Energy Storage
			2.70 Velocity Pressure
			2.71 Variable Refrigerant Flow (VRF) System
			2.72 Water Hardness
			2.73 Water Treatment
			2.74 Wet-Bulb Temperature
		3 REFRIGERANTS
			Table 1
		4 PLANNING
			4.1 Fundamental Requirements
			4.2 Design Considerations
			4.3 Equipment Room for Central Air ConditioningPlant
			4.4 Equipment Room for Air Handling Units andPackage Units
			4.5 Pipe Shafts
			4.6 Supply Air Ducts and Return Air Ducts
			4.7 Cooling Tower
			4.8 Building Envelope
			4.9 Fire Safety
			4.10 Sound Insulation and Noise Control
			4.11 Energy Conservation
		5 OUTDOOR DESIGN CONDITIONS
		6 INDOOR DESIGN CONDITIONS
			Table 2
			6.2 Design of Indoor Conditions as per AdaptiveThermal Comfort Model
			6.3 Indoor Air Quality (IAQ)
			Table 3
			Table 4
			7.2 Design Considerations
		7 DESIGN OF AIR CONDITIONING
			7.1 General
			7.2 Design Considerations
			Table 5
			7.3  Factors  to  be  Considered  for  DifferentApplications
		8 SPECIALIZED APPLICATION
			Table 6 Guidelines for Parameters to be Considered for HVAC System Design for Health Care Facilities
			Table 7 Guidelines for Filter Efficiency Requirement in Health Care Facilities
		9 REFRIGERATION FOR COLD STORES
			9.1 Key Elements and Components of Cold Room
			9.2 Typical Design Inputs for a Standard Cold Room
			9.3 Importance of Heat Loads
			9.4 Considerations for Cold Room Selection
			9.5 Installation and Maintenance of Cold Room •Key Aspects
			9.6 Cold Room Safety
			9.7  Cold  Room  in  Various  Segments  andRequirements
		10 HEATING
		11 MECHANICAL VENTILATION
			11.1 Objective and Options
			11.2 Industrial Ventilation
			Table 8
			Table 9
			Table 10
			11.3  General  Ventilation  Rate  for  Non  AirConditioned Areas
			11.4 Commercial Kitchen Ventilation
			Table 11
			Table 12 Appliance Category and their Recommended Hood Exhaust Flow Rates
			11.5 Underground Car Park Ventilation
			11.6 Tunnel Ventilation System
			FIG. 1 VENTILATION IN TUNNEL DURING FIRE ON A TRAIN
			11.7 Selection of Fan for Mechanical Ventilation
			FIG. 2 TYPICAL SCHEMATIC OF THE TVS PLANT ROOM AT PLATFORM LEVEL
		12 INSTALLATION OF HVAC SYSTEM
			12.1 Installation of Air Conditioning System
			FIG. 3 FEG RATING OF FANS FOR VARIOUS IMPELLER DIAMETERS
			Table 13 Support Details for Chilled Water Pipe
			12.2 Installation of Split Air Conditioners
			12.3 Installation of VRF Systems
			12.4 Installation of Mechanical Ventilation System
			12.5 Fire Control
			12.6 Vibration Isolation
			FIG. 4 STATIC DEFLECTION REQUIRED FOR DESIRED ISOLATION EFFICIENCY
			Table 14 Non-Structural Seismic PerformanceObjectives
			Table 15 Non-Structural Seismic Compliance Methods and Expectations
		13 SYMBOLS, UNITS, COLOUR CODE ANDIDENTIFICATION OF SERVICES
			13.5 Services Identification
			Table 16 Scheme of Colour Code of Pipe WorkServices for Air Conditioning Installation
		14 BUILDING AUTOMATION SYSTEM FORHVAC  CONTROL,  MONITORING  ANDVERIFICATION
			14.1 General
			14.2 BAS Design Requirements
			14.3 BAS for Monitoring and Control
			14.4 BAS for Measurement and Verification
		15  TESTING,  COMMISSIONING  ANDPERFORMANCE VALIDATION
			15.1 Inspection of Materials and Equipment
			15.2 Cleaning and Stage-Wise Inspection of Work
			15.3 Readiness for Testing
			15.4 Testing
			15.5 Pre-Commissioning Inspection
			15.6 Commissioning
			15.7 Scope of Commissioning Activity for CentralAir Conditioning System
			15.12 Controls and Safety Cut-Outs
			15.13 Calibration of Instruments
			15.14 Handover Procedure
			15.15 Operation and Maintenance
			ANNEX A
			LIST OF STANDARDS
		ANNEX A
		LIST OF STANDARDS
	Section 4 Acoustics, Sound Insulation and Noise Control
		CONTENTS
		FOREWORD
		1 SCOPE
		2 TERMINOLOGY
			2.1 Ambient Noise
			2.2 Audible Frequency Range
			2.3 A-Weighted Sound Pressure,  pA
			2.4 A-Weighted Sound Pressure Level, Lp
			2.5 Background Noise
			2.6 Break-In
			2.7 Break-Out
			2.8 Broad Band Noise
			2.9 Cross-Talk
			2.10 Ctr
			2.11 Decibel
			2.12 Effective Perceived Noise Level, in Decibel(EPN dB)
			2.13 Equivalent Continuous A-Weighted SoundPressure Level, LAeq.T
			2.14  Equivalent  Sound Absorption Area  of  aRoom, A
			2.15 Façade Level
			2.16 Free-Field Level
			2.17 Frequency
			2.18 Impact Sound Pressure Level, Li
			2.19 Indoor Ambient Noise
			2.20 Insertion Loss (LIL)
			2.21 Noise
			2.22 Noise Exposure Forecast (NEF)
			2.23 Noise Criteria
			2.24 Noise Rating (NR)
			2.25 Noise Reduction Coefficient (NRC)
			2.26  Normalized  Impact  Sound  PressureLevel, Ln
			2.27 Octave Band
			2.28 Percentile Level, LAN,T
			2.29 Pink Noise
			2.30 Pure Tone
			2.31 Rating Level, LAr,Tr
			2.32 Reverberation Time, T
			2.33 Sound
			2.34 Sound Exposure Level, LAE
			2.35  Sound  Level Difference, D
			2.36 Sound Power
			2.37 Sound Power Level (Lw)
			2.38 Sound Pressure, p
			2.39 Sound Pressure Level, Lp
			2.40 Sound Receiver
			2.41 Sound Reduction  Index, R
			2.42 Sound Source
			2.43 Spectrum
			2.44 Standardized Impact Sound Pressure Level,L'n
			2.45 Speech Interference Level (SIL)
			2.46  Standardized  Level  Difference,  DnT
			2.47 Structure-Borne Noise and Ground-Borne
			2.48 Transient Sound
			2.49 Third Octave Band
			2.50 Threshold  of  Hearing
			2.51 Vibration Isolation
			2.52 Wavelength
			2.56 Weighted  Standardized Level Difference,
			2.57 Weighted Normalized Impact Sound PressureLevel,  L'n,w
			2.58 White Nois
		3 PLANNING  AND  DESIGN  AGAINSTOUTDOOR NOISE
			3.1 General
			3.2 Traffic Noise Levels
			Table 1 Typical Noise Levels of SomeAircraft Types
			Table 2 Typical Noise Levels of Railway Trains
			Table 3 Typical Noise Levels Due toFree-Flowing Road Traffic
			3.3 Outdoor Noise Regulations
			3.4 Planning and Design
			3.5 Zoning
			3.6 Green Belts and Landscaping
			3.7  Highway Noise Barriers
			3.8  Special Problems Requiring Expert Advice
		4 PLANNING AND DESIGN AGAINST INDOORNOISE
			4.1 Acceptable Indoor Noise Levels in Buildings
			Table 4 Acceptable Indoor Noise Levels forVarious Buildings
			4.2 Vulnerable Buildings
			4.4  Sound Insulation of Non-Industrial Buildingsby Constructional Measures
			4.5 Special Problems Requiring Expert Advice
		5 RESIDENTIAL BUILDINGS
			5.1 Sources of Noise Nuisance
			5.2 Recommendations
			Table 5 Sound Insulation Between IndividualRooms (Airborne)
		6 EDUCATIONAL BUILDINGS
			6.1 Sources of Noise Nuisance
			6.2 Recommendations
			Table 6 Reverberation Times in Schools
		7 HOSPITAL BUILDINGS
			7.1 General
			7.2 Sources of Noise Nuisance
			7.3 Recommendations
		8  OFFICE BUILDINGS
			8.1 General
			8.2  Sources of Noise Nuisance
			8.3 Recommendations
		9 HOTELS AND HOSTELS
			9.1 General
			9.2 Recommendations
		10 INDUSTRIAL BUILDINGS
			10.1 General
			10.2  Sources of Industrial Noise
			10.3  Noise Criteria
			10.4 Methods of Reducing Noise
			Table 7
			FIG.1 RELATION BETWEEN STATIC DEFLECTION ANDNATURAL FREQUENCY
			FIG. 2 TRANSMISSIBILITY AND EQUIVALENT NOISEREDUCTION FOR DIFFERENT RATIOS OF FORCINGAND NATURAL FREQUENCIES
		11 LABORATORIES AND TEST HOUSES
			11.1  Sources of Noise
			11.2  Recommendations
		12 MISCELLANEOUS BUILDINGS
			12.1  Law Courts and Council Chambers
			12.2  Libraries, Museums and Art Galleries
			12.3 Auditoria and Theatres
			Table 8 Maximum Sound Pressure Levels Due toExternal and Mechanical Equipment Noise inAuditoria (dB)
			12.4  Cinemas
			Table 9 Typical Sound Insulation Specificationfor Wall Separating Two Cinema Screens
		13 NOISE FROM BUILDING SERVICES
		ANNEX A - NOISE CALCULATIONS
			A-1 GENERAL
			A-2 ADDITION OF TWO NOISE LEVELS
			FIG. 3 ADDITION OF TWO NOISE LEVELS
			A-3 SUBTRACTION OF TWO NOISE LEVELS
			FIG. 4 SUBTRACTION OF NOISE LEVELS
			A-4 NON-UNIFORM COMPOSITE PARTITIONS
			A-5  A-WEIGHTING CALCULATIONS
			FIG. 5 SOUND INSULATION OF NON-UNIFORM PARTITIONS
			Table 10 Standard A-Weighting Values (dB)
			A-6 REVERBERATION TIME CALCULATION
		ANNEX B - SPECIFICATION OF SOUND INSULATION
			B-1 GENERAL
			B-2 INSULATION  AGAINST  AIRBORNESOUND
			B-3 INSULATION AGAINST IMPACT SOUND
			B-4 RATING SOUND INSULATION
			Table 11 Common Indices Used to DescribeAirborne and Impact Sound Insulation
		ANNEX C - NOISE RATING
			Table 12 Noise Rating Values
			Table 13 Values of a and b
		ANNEX D - OUTDOOR NOISE REGULATIONS IN INDIA
		ANNEX E - SPECIAL PROBLEMS REQUIRING EXPERT ADVICE
			E-1  GENERAL
			E-2  ACOUSTIC TEST ROOMS
			E-3  PERFORMING SPACES
			E-4  BROADCASTING  AND  RECORDINGSTUDIOS
			E-5 AIRCRAFT NOISE
			E-6  GROUND-BORNE NOISE
			E-7  LOW FREQUENCY NOISE
			E-8  ACTIVE NOISE CONTROL
			E-9  NOISE SURVEYS
		ANNEX F - AIRBORNE AND IMPACT SOUND INSULATION
		F-1  GENERAL
		F-2  DIRECT AND INDIRECT TRANSMISSION
		F-3  AIRBORNE SOUND INSULATION
			F-3.1 General
			F-3.2  Terminology
			FIG. 6 TRANSMISSION PATHS (VIA THE STRUCTURE) OF NOISE ORIGINATING IN ROOM 1 (DIAGRAMMATIC)
			F-3.3 Mass Law
			FIG. 7 INDIRECT SOUND LEAKAGE PATHS
			Table 14 Sound Insulation of ImperforateSheet Materials
			F-3.4  Coincidence Effect
			F-3.5  Mass-Spring-Mass Frequency
			FIG. 8 MASS LAW CURVE
			F-3.6 Impact Sound Control
		F-4  AIRBORNE  INSULATION VALUES OFWALLS  AND  AIRBORNE  AND  IMPACTINSULATION VALUES OF FLOORS
			Table 15 Airborne Sound Insulation ofWalls and Partitions
			Table 16 Airborne and Impact Sound Insulationof Floor Constructions
		ANNEX G - BASIC DESIGN TECHNIQUES FOR NOISE CONTROL IN AIR CONDITIONING, HEATING
			Table 17 Sound Sources, Transmission Paths and Recommended Noise Reduction Methods
			Table 18 Sound Transmission Paths and Recommended Noise Reduction Methods
		ANNEX H - SUGGESTED EQUIPMENT NOISE DATA SHEET
		SAMPLE OF EQUIPMENT NOISE DATA SHEET FOR NOISESPECIFICATION TO BE SENT TO SUPPLIERS
		LIST OF STANDARDS
	Section 5 Installation of Lifts, Escalators and Moving Walks:5A Lifts
		CONTENTS
		FOREWORD
		1 SCOPE
		2 TERMINOLOGY
			2.1 General Terms Relating to Lifts
			2.2 Terms Relating to Performance Requirementsfor Lifts
			2.3 Terms Relating to Planning and Design of Lifts
			2.4 Terms Relating to Seismic Operation of Lifts
			2.5 Terms Related to Maintenance of Lifts
		3 GENERAL
			3.1 Conformity with Lifts Act and Rules
			3.2 Conformity with The Electricity Act, 2003 andRules/Regulations Thereunder
			3.3 Conformity with Indian Standards
			3.4 Conformity to Accessibility Requirements
			3.5 Conformity with Fire Regulations
			3.6 Considerations for Selection of Lifts
			3.7 Maintenance
			3.8 Energy Efficiency and Sustainability
		4 PLANNING AND DESIGN GUIDELINES
			FIG. 1 TYPICAL FLOWCHART ON PRELIMINARY DESIGN OF LIFTS
			4.2 Preliminary Lift Planning
			Table 1 Occupancy Area Per Person in OfficeBuildings
			Table 2 Recommended Quantity of Service inOffice Buildings
			Table 3 Recommended Quality of Service inOffice Buildings (Based on Interval)
			Table 4 Recommended Quality of Servicein Office Buildings (Based on AverageWaiting Time)
			Table 5 Recommended Nominal TravelTime for Office, Commercial orHotel Buildings
			4.3 Planning for Specific Building Features
			4.4 Planning For Specific Building Types
			Table 6 Typical Average Population for Residential Buildings
			Table 7 Recommended Handling Capacity forResidential Buildings
			Table 8 Recommended Quality of Service forResidential Buildings(Based on Time Interval)
			Table 9 Recommended Quality of Service inResidential Buildings(Based on Average Waiting Time)
			Table 10 Recommended Nominal Travel Timefor Residential Buildings
			4.5 Other Considerations
			Table 11 Lift Speed
		5 LIFT ARRANGEMENTS AND  PLANNINGDIMENSIONS
			5.1 Exchange of Information
			FIG. 2 TYPICAL ARRANGEMENT OF LIFTS
			5.6 Positioning of Lifts
			5.7 General Arrangement Drawings (GAD)
			5.8 Additional Requirements for Passenger, Goodsand Service Lifts
			5.9 Additional Requirements for Dumb Waiters
			5.10 Planning for Dimensions
		6 CIVIL AND ELECTRICAL REQUIREMENTSFOR LIFTS
			6.1 Civil Requirements
		7 FIRE PROTECTION REQUIREMENTS FORLIFTS
			7.1 Fire Protection Requirements of Lifts in HighRise Buildings
			7.2 Evacuation Lifts
		8  MINIMUM  TECHNICAL  AND  SAFETYREQUIREMENTS
			8.1 General Requirements
			8.2 Power and Control Systems
			FIG. 4 TYPICAL INSCRIPTION ON DOORS
			FIG. 5 TYPICAL NOTICE ON TRAP DOORS
			FIG. 6 TYPICAL NOTICE ON ACCESS DOORS AND EMERGENCY DOORS
			8.3  Capacity and Loading
			Table 24 Minimum-Maximum Net Car Areas forVarious Rated Loads
			FIG. 7 MINIMUM RATED LOADS FORPASSENGER LIFT CAR
			8.4 Other Technical and Safety Requirements
			FIG. 8 NET INSIDE CAR AREA FOR PASSENGER LIFTS
			8.5 Painting at Works and on Site
			8.6 Emergency Manual Rescue
		9 SPECIAL TECHNICAL REQUIREMENTS
			9.1 Lifts Without Conventional Machine Rooms(MRL Lifts)
			9.2 Lifts Used in Private Apartments/Houses/Villas(Home Lifts)
			9.3 Hydraulic Lifts
			9.4 Lifts Accessible for Persons with Disabilities
			9.5 Seismic Resistance in Lifts
			Table 25 Protection of Snag Points
			FIG. 9 RETAINING DEVICE
			Table 26 Safety Factors for Guide Rails
			Table 27 Permissible Stresses, sperm
			FIG. 10 GUIDE RAIL AXIS AND FORCES
			9.6 Automobile lifts
			9.7 Air Conditioning System for Lift Cabin (Car)
			9.8 Lift  Interface with Building ManagementSystem (BMS)
			9.9  Closed  Circuit  Camera  Inside  Lifts  forMonitoring (CCTV)
			9.10  Emergency Medical  Service  (EMS)  forHospitals
			9.11 Destination Control System (DCS)
			9.12 Special Environments
		10  PERFORMANCE REQUIREMENTS  FORLIFTS
		11 SPECIAL TECHNICAL REQUIREMENTSFOR SUPER HIGH RISE BUILDINGS
			11.1 Air Pressure Effect
			11.2 Piston Effect
			11.3 Stack Effect
			11.4 Building Sway
			11.5 Ride Comfort
			11.6 Jump Lifts
		12  LIFT  ENQUIRY  OR  INVITATION  TOTENDER
			12.1 General
			12.2 Additional Items
			12.3 Finishes
			12.4 Inclusions and Exclusions
			12.5 Site Programme
		13  ACCEPTANCE  OF  TENDER  ANDSUBSEQUENT PROCEDURE
			13.1 General
			13.2 Order
			13.3 Programme
			13.4 Drawings to be Submitted after Placing ofOrder
			13.5 Approval of Drawings
			13.7 Electricity Supply to Lift
			14 COORDINATION OF SITE WORK
				14.1 Preparatory Work on Site
				14.2 Delivery of Material
				14.3 Storage
				14.4 Site Meetings
				14.5 Service of Other Trades
				14.6 Scaffolding, Fencing, Wherever Provided
				14.7 System Building Sites
				14.8 Connecting to Power Supply
				15 INSPECTION  AND  ACCEPTANCEPROCEDURE FOR LIFTS
					15.1 Reference
					15.2 Purpose
					15.3 General Requirements
					15.4 Description of Installation
					15.5  Visual and Functional Checks
			16 MAINTENANCE OF LIFTS
				16.3 Elaboration of Maintenance Instructions
				16.4 Risk Assessment
				16.5 Information to the Owner for Lift RescueOperations
				16.6 Markings, Signs, Pictograms and WrittenWarnings
				16.7  Format  of  the Maintenance  InstructionHandbook
				16.8 Documents to be Kept at the Site of Installationof Lifts
		14 COORDINATION OF SITE WORK
		15 INSPECTION  AND  ACCEPTANCEPROCEDURE FOR LIFTS
		16 MAINTENANCE OF LIFTS
		ANNEXA - A·I MACHINE ROOM
			A·1 MACHINE ROOM
			A-2 POWER SUPPLY
			A·3 MACHINE AND BRAKE ASSEMBLY
			A·4 CONTROLLER
			A·5 OVER SPEED GOVERNOR
			A·6 GENERAL INSPECTION ON CAR ROOF
			A· 7 PIT INSPECTION
			A·8 EARTHING
			A-9 INSPECTION FROM THE LIFT CAR
			A·IO INSPECTION FROM THE FLOOR LANDINGS
			A·ll RESCUE OPERATIONS
			A·12 FIRE OPERATION
			A·13 SAFETY DEVICES
			A-14 LEVELLING ACCURACY AND RUNNING CLEARANCE TEST
			A-15 LOAD TEST
		ANNEXB - TYPICAL EXAMPLES OF CHECKS TO BE TAKEN INTO ACCOUNT IN
			B-1 ELECTRIC LIFTS
			D-2 HYDRAULIC LIFTS
		ANNEXC -  EXAMPLES OF ELEMENTS TO BE TAKEN IN TO ACCOUNT IN ANY RISK
		LIST OF STANDARDS
		Table 12 Recommended Dimensions of Passenger Lifts and Service Lifts
		Table 13 Recommended Dimensions of Stretcher/Hospital Lifts
		Table 14 Recommended Dimensions of Goods Lifts with Machine Room
		Table 15 Recommended Dimensions of Machine Room Height, Overhead, Pit Depth for Passenger, Goods, Stretcher/Hospital Lifts with Machine Room
		Table 16 Recommended Dimensions of Automobile Lifts with Machine Room - Through Type Car (Rated Speed = 0.6 m/s or 1.0 m/s)
		Table 17 Recommended Dimensions of Dumbwaiter Lifts
		Table 18 Recommended Dimensions of Passenger Lifts MRL COPD
		Table 19 Recommended Dimensions of Stretcher/Hospital lifts MRL (2P Telescopic Door/4P COPD,Speed 1.0 m/s to 2.0 m/s)
		Table 20 Pit Depth for Passenger/Stretcher/Hospital Lifts MRL
		Table 21 Overhead Height for Passenger and Stretcher/Hospital Lifts MRL
		Table 22 Recommended Dimensions of Goods Lifts MRL (Speed 1.0 m/s)
			Table 23 Recommended Dimensions of Automobile Lifts MRL COPD (Speed 0.5 m/s to 1.0 m/s)
		FIG. 3 LIFT WELL TOLERANCE
		6.2 Electrical Installation Requirements
	Section 5 Installation of Lifts, Escalators and Moving Walks:5B Escalators and Moving Walks
		CONTENTS
		FOREWORD
		1 SCOPE
		2 TERMINOLOGY
			2.1 General Terms Relating  to Escalators  andMoving Walks
			2.2 Terms Related to Performance Requirements ofEscalators and Moving Walks
		3 GENERAL
			3.1 Conformity with Act and Rules
			3.2 Conformity with Indian Electricity Act  andRules
			3.3 Conformity with Indian Standards
			3.4 Conformity with Fire Regulations
			3.5 Safety Design Considerations and Selection ofEscalator and Moving Walks
			3.6 Maintenance
			3.7 Energy Efficiency and Sustainability
		4 DESIGN GUIDELINES FOR ESCALATORSAND MOVING WALKS
			Table 1 Expected Pedestrian Flow Rates
			Table 2 Theoretical Capacity for Escalators
		5  ARRANGEMENT  AND  PLANNINGDIMENSIONS
			FIG. 1 TYPICAL FLOWCHART ON PRELIMINARY DESIGN OF ESCALATORS/MOVING WALKS
			Table 3 Theoretical Capacity for Moving Walks
			Table 4 Practical Capacity for Escalators
			FIG. 2 UNRESTRICTED FREE SPACE
			Table 5 Practical Capacities for Moving Walks
			FIG. 3 ESCALATOR CONFIGURATION
			5.2 Ensuring Accessibility for All Users
		6 SPACE REQUIREMENT
			6.1 Free Space for Users
			FIG. 4 CLEARANCE BETWEEN BUILDING STRUCTURE AND ESCALATOR/MOVING WALK
			6.2 Machinery Spaces Outside the Truss
			FIG. 5 EXAMPLE OF BARRIERS AT LANDINGS
			FIG. 6 ESCALATOR (ELEVATION), PRINCIPAL DIMENSIONS
			FIG. 7 HANDRAIL • SECTIONAL VIEW
			FIG. 8 ANTI-MISUSE DEVICE
			6.3 Balustrade
			6.4 Installation
			FIG. 9 ESCALATOR (ELEVATION), PRINCIPAL DIMENSIONS
			FIG. 10 TOP AND BOTTOM SUPPORTS
			FIG. 11 INTERMEDIATE SUPPORTS
			FIG. 12 PICK-UP POINTS
			FIG. 13 SPRINKLER PIPING
			6.5 Electrical Requirement
		7 FIRE PROTECTION
		8  MINIMUM  TECHNICAL  AND  SAFETYREQUIREMENTS
			8.1 General
			8.2 Supporting Structures (Truss) and Enclosure
			8.3 Step, Pallet or Belt
			8.4 Driving Machine and Brake
			8.5 Steps and Pallets Drive
			8.6 Belt Drive
			8.7 Balustrade
			8.8 Skirting
			8.9 Handrails
			8.10 Landing
			8.11 Comb Plates
			8.12 Speed Governor
			8.13 Inspection Control
			8.14  Information for Use
			FIG. 14 MANDATORY ACTION SIGN•SMALL CHILDREN SHALL BE HELD FIRMLY•
			FIG. 15 MANDATORY ACTION SIGN•PETS SHALL BE CARRIED•
			FIG. 16 MANDATORY ACTION SIGN•USE THE HANDRAIL•
			FIG. 17 PROHIBITION SIGN•PUSH CHAIRS NOT PERMITTED•
			FIG. 18 WHEEL CHAIR USERS NOT PERMITTED
		9 SPECIAL TECHNICAL REQUIREMENTS
			9.1  Escalators  or Moving Walks  for  PublicTransport
			9.2 Measures to Prevent Access of Shopping Trolleysand Baggage Carts
			9.3 Escalators and Moving Walks Subject to SeismicConditions
			9.4 Escalator/Moving Walk Interface with BuildingManagement System (BMS)
		10  PERFORMANCE REQUIREMENTS  FORESCALATORS AND MOVING WALKS
			10.2 Measurement of Escalator and Moving WalkRide Quality
				10  PERFORMANCE REQUIREMENTS  FORESCALATORS AND MOVING WALKS
		11  ESCALATOR  AND  MOVING  WALKENQUIRY OR INVITATION TO TENDER
			11.2 Additional Items
			11.3 Finishes
			11.4 Inclusions and Exclusions
			11.5 Site Programme
		12  ACCEPTANCE  OF  TENDER  ANDSUBSEQUENT PROCEDUR
			12.1 Order
			12.3 Layout Drawings
			12.4 Approval of Layout Drawings
			12.5 Programme of Works
			12.6 Electricity Supply to Escalators/Moving Walk
		13 COORDINATION OF SITE WORK
			13.1 Preparatory Work on Site
			13.2 Delivery of Material
			13.3 Storage
			13.4 Site Meetings
			13.5 Service of Other Trades
			13.6 Connecting to Power Supply
		14  INSPECTION  AND  ACCEPTANCEPROCEDURES
			14.1 General
			14.2 Constructional Inspection and AcceptanceInspection and Test
			Table 6 Stopping Distances for Escalators
			Table 7 Stopping Distances for Moving Walks
			14.3 Inspection and Test after Major Modification
			14.4 Specific Data, Test Reports and Certificates
			14.5 Escalator Site Checks and Inspection List
			14.6 Escalator Commissioning and Acceptance Tests
		15 OPERATION AND MAINTENANCE
			15.1 General
			15.2  Elements  to  be  Taken  into Account  forMaintenance Instructions
			15.3 Information to be Included in the MaintenanceInstructions
			15.4 Maintenance Contract
			15.5 Risk Assessment
			15.6 Markings, Signs, Pictograms and WrittenWarnings
			15.7  Format  of  the Maintenance  InstructionHandbook
			15.8 Maintenance Record and Annual Inspection
		ANNEX A  - TYPICAL ESCALATOR SITE CHECKLIST/INSPECTION LIST
		ANNEX B - TYPICAL CHECK LIST FOR FUNCTIONAL TESTS ON SAFETY SWITCHES AND DEVICES
		ANNEX C - TYPICAL EXAMPLES OF MAINTENANCE CHECKS TO MAINTAIN THE INSTALLATION
		ANNEX D  - EXAMPLES OF ELEMENTS TO BE TAKEN INTO ACCOUNT IN ANY RISK ASSESSMENT
		D-1 ESCALATORS/MOVING WALKS
		LIST OF STANDARDS
	Section 6 Information and Communication Enabled Installations
		CONTENTS
		FOREWORD
		1 SCOPE
		2 TERMINOLOGY
			2.1 Access Point
			2.3 Attenuation
			2.4 Backbone
			2.5 Backbone Cabling Media Distribution andBuilding Pathway
			2.6  Building Management System
			2.7  Bus Bar
			2.8  Coaxial Cable
			2.9  Consolidation Point (CP)
			2.10  Cross-Connect
			2.11  Direct to Home (DTH)
			2.12  Frequency
			2.13  Horizontal Cabling
			2.14  Horizontal Cabling Media Distribution andBuilding Pathway
			2.15  Horizontal Cross-Connect (HC)
			2.16  Inside  Plant  (ISP)
			2.17  Intermediate Cross-Connect (IC)
			2.19 Local  Multipoint  Distribution  System(LMDS)
			2.20  Local Area Network (LAN
			2.21  Machine  to  Machine  (M2M)Communication
			2.22 Main Cross-Connect (MC)
			2.23 Main Distribution Frame (MDF)
			2.24  Metropolitan Area Network (MAN)
			2.25  Multichannel Multipoint Distribution System(MMDS)
			2.26  Multi-User  Telecommunications OutletAssembly (MUTOA)
			2.27  Optical Fibre
			2.28  Optical Distribution Frame (ODF)
			2.29  Outside Plant (OSP
			2.30  Propagation Delay
			2.31  Public Mobile Network
			2.32  Radio Frequency
			2.33  Server
			2.34  Splicing
			2.35  Smart City/Building/Home
			2.36  Telecommunication Spaces
			2.37  Telecom Service Provider (TSP)
			2.38  Telecom Tower
			2.39  Telecommunication Media and ConnectingHardware
			2.40 Underground Cable Vault  (UCV)
			2.41 Very Small Aperture Terminal (VSAT)
			2.42 Wide Area Network (WAN)
			2.43 Workstation
			2.44 Workspace
		3 GENERAL  REQUIREMENTS  FORTELECOMMUICATION  SPACES  ANDCONNECTING HARDWARE
			3.1 Telecommunication Spaces
			3.2 Telecom Media and Connecting Hardware
			Table 1 Balanced Twisted-Pair Cabling ChannelPerformance
			3.3  Backbone Cabling Media Distribution andBuilding Pathways
			FIG. 1 TYPICAL TELECOMMU
			FIG. 2 TYPICAL CABLING STAR CONFIGURATIONIN A BUILDING
			FIG. 3 EXAMPLE OF BACKBONE HIERARCHICALSTAR TOPOLOGY
			3.4 Horizontal Cabling Media Distribution andBuilding Pathways
			FIG. 4 TYPICAL HORIZONTAL AND WORK AREACABLING USING A STAR TOPOLOGY
			FIG. 5 APPLICATION OF MULTI-USER TELECOMMUNICATIONS OUTLET ASSEMBLY
			FIG. 6 APPLICATION OF CONSOLIDATION POINT
		4 SPECIFIC REQUIREMENTS FOR TELECOMINFRASTRUCTURE CABLING
			4.1 Telecommunications Bonding and Grounding
			4.2 Installation and Workplace Safety
			FIG. 7 TYPICAL TELECOMMUNICATION GROUNDING AND BONDING ARRANGEMENT
		5 OTHER  APPLICATIONS  IN  TELECOMINFRASTRUCTURE CABLING
			5.1 Electronic Access Control (EAC)
			5.2  Video Surveillance
		ANNEX A - ADDITIONAL GUIDELINES FOR INFORMATION AND
			A-1 GENERAL
			A-2 CONNECTORS  AND  CONNECTINGHARDWARE
				A-2.1  Balanced Copper Twisted-Pair Connectors
				A-2.2 Optical Fibre Connectors
				A-2.3 Coaxial Connectors
				A-2.4 Connecting Hardware
			A-3 CLASSIFICATION OF CABLES BY FIRESAFETY PROPERTIES
				A-3.1 Twisted Pair Cables
				A-3.2 Optical Fibre Cables
			A-4 BALANCED  TWISTED-PAIR  CABLENOMENCLATURE
			A-5 ELECTRONIC ACCESS CONTROL (EAC)AND VIDEO SURVEILLANCE
				Table 2
				A-5.2 Video Surveillance
		LIST OF STANDARDS
PART 9 PLUMBING SERVICES(INCLUDING SOLID WASTE MANAGEMENT)
	Section 1 Water Supply
		CONTENTS
		FOREWORD
		1 SCOPE
		2 TERMINOLOGY
			2.1 Definitions Relating to Water Supply
			FIG. 1 IDENTIFICATION OF DIFFERENT TYPES OF WATER SUPPLY SYSTEM
			2.2  Definitions Relating to Swimming Pool
		3 GENERAL
			3.1 Basic Principles
			3.2 Water Supply Connection
			3.3 Licensing/Registration of Plumbers
		4 WATER SUPPLY
			4.1 Water Supply Requirements for Buildings
			Table 1 Water Requirements for Buildings Other than Residences
			4.2 Water Sources and Quality
			4.3 Estimate of Demand Load
			4.4 Storage of Water
			4.5 Protection of Water Supply
			4.6  Materials, Fittings and Appliances
			4.7 Design of Distribution Systems
			Table 2 Water Supply Fixture Units (WSFU) for Different Fixtures  with Minimum Pipe Sizes
			FIG. 2 GRAPH FOR PROBABLE DEMAND
			4.8  Distribution  Systems  in Multi-StoreyedBuildings
			Table 3 Probable Simultaneous Demand
			4.9 General Requirements for Pipe Work
			FIG. 3 HYDRO-PNEUMATIC SYSTEM
			FIG. 4 OVER HEAD TANK DISTRIBUTION
			FIG. 5 SCHEMATIC DIAGRAM SHOWING THE DISTRIBUTION SYSTEM IN RESPECT OF GRAVITY SYSTEMFOR A MULTI-STOREYED BUILDING
			FIG. 6 SCHEMATIC DIAGRAM SHOWING THE DISTRIBUTION SYSTEM IN RESPECT OFHYDRO-PNEUMATIC SYSTEM FOR A MULTI-STOREYED BUILDING
			4.10 Jointing of Pipes
			4.11 Backflow Prevention
			4.12 Conveyance and Distribution of Water Withinthe Premises
			4.13 Laying of Mains and Pipes on Site
			4.14 Hot Water Supply Installations
			Table 4 Rate of Hot Water Flow
			Table 5 Maximum Permissible Lengths of HotWater Draw-Off Pipes
			4.15 Inspection and Testing
			4.16 Cleaning and Disinfection of the Supply System
			4.17 Water Supply Systems in High Altitudes and/or Sub-Zero Temperature Regions
			4.18 Guidelines to Maintenance
			FIG. 7 INSULATION DETAILS AT SERVICE CONNECTION
			4.19 Swimming Pools
			4.20 Allowance for Expansion
			4.21 Colour Codes for Different Types of WaterPipes
		ANNEX A -  APPLICATION FORM FOR TEMPORARY/PERMANENT SUPPLY OF WATER/FOR ADDITIONS
		ANNEX B - FORM FOR LICENSED/REGISTERED PLUMBER•S COMPLETION CERTIFICATE
		ANNEX C - NOMOGRAM OF HAZEN AND WILLIAM•S EQUATION
		LIST OF STANDARDS
	Section 2 Drainage and Sanitation
		CONTENTS
		FOREWORD
		1 SCOPE
		2 TERMINOLOGY
			2.1 Air Admittance Valve • One way valves designed
			2.2 Air Brea
			2.3 Air Gap, Drainag
			2.4 Back U
			2.5 Back Water Valv
			2.6 Bath Room Group
			2.7 Battery of Fixture
			2.8 Bed Pan Washe
			2.9 Benching
			2.10 Branch
			2.11 Branch Soil Pipe (BSP)
			2.12 Branch Soil Waste Pipe (BSWP)
			2.13 Branch Vent Pipe (BVP)
			2.14  Branch  Waste  Pipe  (BWP
			2.15 Building Drain-Combined
			2.16 Building Drain-Sanitary
			2.17 Building Drain-Storm
			2.18 Building Sewer
			2.19 Building Sub-Drain
			2.20 Building Tra
			2.21 Cesspool
			2.22 Cleaning Eye
			2.23 Clear Waste Water
			2.24 Collection Chamber
			2.25 Connection
			2.26 Consumer
			2.27 Crown of Trap
			2.28 Deep Manhole
			2.29 Depth of Manhole
			2.30 Developed Length
			2.31 Diameter
			2.32 Drain
			2.33 Drain Vent Pipe (DVP)
			2.34 Drainage • The removal of any liquid by asystem constru
			2.35 Drainage Fixture Unit (DFU)
			2.36 Drainage Work
			2.37 Drop Connection
			2.38 Drop Manhole
			2.39 Eco-toilet (or Bio-toilet)
			2.40 Fittings
			2.41 Fixture Unit
			2.42 Formation
			2.43 French Drain or Rubble Drain
			2.44 Frost Line
			2.45 Grease Interceptor  (or Grease Trap)
			2.46 Gully Chamber
			2.47 Gully Trap
			2.48 High Altitudes
			2.49 Highway Authority
			2.50 Horizontal Pip
			2.51 Indirect Waste Pip
			2.52 Inlet Fittings
			2.53 Inlet Hopper
			2.54 Insanitary
			2.55 Inspection Chamber
			2.56 Interceptor
			2.57  Interceptor  Manhole  or  InterceptorChamber
			2.58 Invert
			2.60 Lagging
			2.61 Licensed (or Registered) Plumber
			2.62 Main Soil Pipe (MSP)
			2.63 Main Soil and Waste Pipe (MSWP)
			2.64 Main Vent Pipe (MVP)
			2.65 Main Waste Pipe (MWP)
			2.66 Manhole
			2.67 Manhole Chamber
			2.68 Offset
			2.69 Pipe System
			2.70 Plumbing
			2.71 Plumbing System
			2.72 Premises
			2.73 Puff Ventilation
			2.74 Saddle
			2.75 Sanitary Appliances
			2.76 Sewer
			2.77 Slop Hopper (Slop Sink)
			2.78 Soakaway
			2.79 Soffit (Crown)
			2.80 Soil Appliances
			2.81 Soil Pipe
			2.82 Soil Waste
			2.83 Stack Vent
			2.84 Sub Soil Water
			2.85 Sub Soil Water Drain
			2.86 Sullage • See 2.99.
			2.87 Supply Pipe
			2.88 Supports
			2.89 Surface Water
			2.90 Surface Water Drain
			FIG. 1 SINGLE STACK SYSTEM
			FIG. 2 ONE PIPE • PARTIALLY VENTILATED SYSTE
			FIG. 3 ONE PIPE • FULLY VENTILATED SYSTEM
			FIG. 4 TWO PIPE SYSTEM
			2.91 Systems of Drainage
			2.92 Trade Effluent
			2.93 Trap
			2.94 Vertical Pipe
			2.95 Vent Stack/Vent Pipe
			2.96 Vent System
			2.97 Waste Appliance
			2.98 Waste Pipe
			2.99 Waste Water (Sullage)
			2.100 Water Close
			2.101 Water Seal
		3 GENERAL
			3.1 Basic PrinciplesThe basic principles
			3.2 Drainage and Sanitation
			3.3 Licensing/Registration of Plumbers
		4 DRAINAGE AND SANITATION
			FIG. 12 SIPHONIC DRAINAGE SYSTEM
			Table 24 Rainwater Available from Roof Top Harvesting
			FIG. 13 DETAILS OF SUBSOIL DRAINAGE SYSTEM
			4.6  Construction  Relating  to  Conveyance  ofSanitary Wastes
			FIG. 14 BEDDING
			FIG. 15 HAUNCHING
			FIG. 16 SURROUND OR ENCASING
			4.7 Construction Relating to Conveyance of Rainor Storm Water
			4.8 Selection and Installation of Sanitary Appliances
			4.9 Refuse Chute System
			4.10 Inspection and Testing
			4.11 Maintenance
			4.12 Pumping of Sewage
			4.13 Sewage Treatment Systems
			4.14 Treatment  of Waste Water  and Usage  ofRecycled Water
			FIG. 17 TYPICAL SCHEME FOR SEWAGE TREATMENT
			4.1 Types of Sanitary Appliances
			4.2 Drainage and Sanitation Requirements
			Table 1 Office Building
			Table 2 Factories
			Table 3 Cinema, Multiplex Cinema, Concert and Convention Halls, Theatres and Stadia
			Table 4 Art Galleries, Libraries and Museums
			Table 5 Hospitals with Indoor Patient Wards
			Table 6 Hospitals with Outdoor Patient Department
			Table 7 Hospitals, Administrative Buildings
			Table 8 Hospitals Staff Quarters and Nurses Homes
			Table 9 Hotels
			Table 10 Restaurants
			Table 11 Schools and Educational Institutions
			Table 12 Hostels
			Table 13 Fruit and Vegetable Markets
			Table 14 Bus Stations, Airports and Railway Stations
			Table 15 Shopping Malls and Retail Buildings
			4.3 Materials, Fittings and Appliances
			4.4 Preliminary Data for Design
			4.5 Planning and Design Considerations
			FIG. 5 BIO-TOILET OR ECO-TOILET
			Table 16 Single Stack Sizing
			Table 17 Size and Developed Length of Stack Vents and Vent Stacks
			Table 18 Drainage Fixture Units (DFU) forDifferent Fixtures with Minimum Pipe Sizes
			Table 19 Fixture Unit Values for Fixtures Basedon Fixture Drain on Trap Size
			Table 20 Horizontal Fixture Branches and Stacks1)
			Table 21 Building Drains and Sewers1)
			Table 22 Different Diameter Pipes Giving Velocityand Corresponding Discharge at Minimum andMaximum Gradient
			FIG. 6 GRAPH FOR PROBABLE DEMAND
			FIG. 7 DETAIL OF MANHOLE (DEPTH LESS THAN 0.90 m)
			FIG. 8 DETAIL OF MANHOLE (DEPTH FROM 0.9 m AND UP TO 2.5 m)
			FIG. 9 DETAIL OF MANHOLE (DEPTH 2.5 m AND ABOVE)
			FIG. 10 DROP MANHOLE
			Table 23 Sizing of Rainwater Pipes for Roof Drainage in mm/h
			FIG. 11 ARTIFICIAL GROUND WATER RECHARGE STRUCTURE
		ANNEX A - APPLICATION FOR DRAINAGE OF PREMISES
		ANNEX B - FORM FOR DETAILED DESCRIPTION OF WORK
		ANNEX C - FORM FOR LICENSED/REGISTERED PLUMBER•S COMPLETION CERTIFICATE
		ANNEX D - TYPICAL MOUNTING ARRANGEMENTS FOR VARIOUS PLUMBING FIXTURES, INCLUDING
			D-1 ARRANGEMENT FOR RECTANGULAR WASH BASIN
			FIG. 18 RECTANGULAR WASH BASIN
			D-2 ARRANGEMENT FOR OVAL WASHBASIN (ABOVE COUNTER)
			FIG. 19 OVAL WASH BASIN (ABOVE COUNTER)
			D-3 ARRANGEMENT FOR OVAL WASHBASIN (BELOW COUNTER)
			FIG. 20 OVAL WASH BASIN (BELOW COUNTER)
			D-4 ARRANGEMENT FOR SINK
			FIG. 21 SINK
			D-5 ARRANGEMENT FOR EUROPEAN WATER CLOSET (FLOOR MOUNTED WITH FLUSH TANKAND S-TRAP)
			FIG. 22 EUROPEAN WATER CLOSET(FLOOR MOUNTED WITH FLUSH TANK AND S-TRAP)
			D-6 ARRANGEMENT FOR EUROPEAN WATER CLOSET (WALL HUNG WITH FLUSH VALVE)
			FIG. 23 EUROPEAN WATER CLOSET(WALL HUNG WITH FLUSH VALVE)
			D-7 ARRANGEMENT FOR EUROPEAN WATER CLOSET (WALL HUNG WITH FLUSHING CISTERN)
			FIG. 24 EUROPEAN WATER CLOSET(WALL HUNG WITH FLUSHING CISTERN)
			D-8 ARRANGEMENT FOR ORISSA PAN INDIAN WATER CLOSET
			FIG. 25 ORISSA PAN INDIAN WATER CLOSET
			D-9 ARRANGEMENT FOR URINAL
			FIG. 26 URINAL
			D-10 ARRANGEMENT FOR SHOWER
			FIG. 27 SHOWER
			D-11 ARRANGEMENT FOR BATH TUB/SHOWER
			FIG. 28 BATH TUB/SHOWER
			D-12 ARRANGEMENT FOR SHOWER AND ELECTRIC WATER HEATER (HORIZONTAL MOUNTEDTYPE)
			FIG. 29 SHOWER AND ELECTRIC WATER HEATER(HORIZONTAL MOUNTED TYPE)
			D-13 ARRANGEMENT FOR WASHING MACHINE
			FIG. 30 WASHING MACHINE
			D-14 ARRANGEMENT FOR LPG PIPING
			FIG. 31 LPG PIPING
		LIST OF STANDARDS
	Section 3 Solid Waste Management
		CONTENTS
		FOREWORD
		1 SCOPE
		2 TERMINOLOGY
			2.1 Anaerobic Digestion
			2.2 Authorizatio
			2.3 Biodegradable Substance
			2.4 Biomethanation
			2.5 Collection
			2.6 Compostin
			2.7 Construction and Demolition Waste
			2.8 Disposal
			2.9 Generator of Wastes
			2.10 Landfilling
			2.11 Leachate
			2.12 Municipal Authority
			2.13 Municipal Solid Waste
			2.14 Operator of a Facility
			2.15 Pelletization
			2.16 Processing
			2.17 Recycling
			2.18 Segregation
			2.19  Storage
			2.20 Transportation
			2.21 Vermi-composting
		3 GENERAL
		4 SOLID WASTE MANAGEMENT SYSTEMS
			4.2 Sorting at Source
			4.3 Refuse Chute System
			4.4 Dumb-Waiter or Service Lift
		5  ASSESSMENT OF  PER  CAPITA WASTEQUANTITY
		6 TREATMENT
			6.2 Biological Processes
			6.3 Thermal Processes
			6.3 Thermal Processes
			6.4 Land Filling
		ANNEX A - MUNICIPAL SOLID WASTE GENERATION
			A-1 WASTE GENERATION
			A-2 INDUSTRIAL WASTE
			A-3 SLAUGHTER HOUSE WASTE
			A-4 BIO-MEDICAL WASTE
		ANNEX B - TREATMENT OF FOOD WASTE
			B-1 FOOD WASTE
			B-2 FEEDING ANIMALS
			B-3 INDUSTRIAL USES
			B-4 ANAEROBIC DIGESTION
		LIST OF STANDARDS
	Section 4 Gas Supply
		CONTENTS
		FOREWORD
		1 SCOPE
		2 TERMINOLOGY
			2.1 Appliance Valve
			2.2 Approved Agency
			2.3 Authority Having Jurisdiction
			2.4 Competent Authorit
			2.5 Customer•s/Consumer•s Connection
			2.6 Distribution/Distributing Company
			2.7 Gas  Fitter
			2.8  Installation
			2.9 Manifold
			2.10 Pilot
			2.11 Pressure Regulator
			2.12 Purge
			2.14 Riser
			2.15 Service  Pipe
			2.16 Service Shut-Off Valve (Isolation Valve)
			2.17 Vent Pipe
		3 PRESSURE REGULATIONS
		4 SERVICE SHUT-OFF VALVES
		5 EXISTING WORK
		6 RULES FOR TURNING GAS ON
		7 RULES FOR SHUTTING OFF THE GAS
		8  INSTALLATION OF GAS PIPES
			8.2 Piping
			8.4 Piping Underground
			8.7 Pipe Entrance to Buildings
		9 INSPECTION OF SERVICES
		10 LEAKAGE CHECK
			10.2 Checking for Gas Leakage
			10.3 Use of Lights
			10.4 Checking for Leakage with Meter
			10.5 Checking of Leakage Without Using a Mete
		11 USE OF LIQUEFIED  PETROLEUM GAS(LPG)
			Table 1 Minimum Safety Distances
			11.3 LPG Cylinder Installation
			11.4  LPG Bulk Storage Installations
			Table 1 Minimum Safety Distances
		12 USE OF PIPED NATURAL GAS (PNG)
			12.3 Guidelines for MP and LP Pipeline Networks
			12.4 Guidelines for Service Regulator Modules
			12.5 Guidelines for Above Ground Riser and LateralSystem
			12.6 Guidelines for Pipeline Inside Premise and/orKitchen of Individual Customer
		13 USE OF MEDICAL GAS PIPELINE SYSTEM(MGPS)
			13.1 General
			13.2 Design and Installation
		LIST OF STANDARDS
PART 10 LANDSCAPE DEVELOPMENT, SIGNS ANDOUTDOOR DISPLAY STRUCTURES
	Section 1 Landscape Planning, Design and Development
		CONTENTS
		FOREWORD
		1 SCOPE
		2 TERMINOLOGY
			2.1 Avenue
			2.2 Buffer
			2.3 Canopy/Tree canopy
			2.5 Columnar
			2.6 Contour
			2.7 Contour Interva
			2.8 Drainage
			2.9 Egress
			2.10 Elevation
			2.11  Erosion
			2.12 Exotic
			2.13 Fence
			2.14 Foliage
			2.15 Geogrid
			2.16 Geo-Textile
			2.17 Girth of Tree
			2.18 Grad
			2.19 Gradient
			2.20 Grading
			2.21 Grasses
			2.22 Grass Paver
			2.23 Green Roof
			2.24  Green  Walls
			2.25  Ground Cover
			2.26  Hard Landscape
			2.27  Hardy Plant
			2.28  Heat Island Effect
			2.29  Hedge
			2.30  Herb
			2.31  Ingres
			2.32  Invert
			2.33 Irrigation
			2.34  Kerb
			2.35 Microclimate
			2.36 Mound
			2.37  Mulching
			2.38  Permeable Paving
			2.39  Plants
			2.39.1
			2.39.2
			2.39.3
			2.40  Scree
			2.41  Sediment
			2.42  Shelterbelt
			2.43  Shrub
			2.44  Soft Landscap
			2.45  Spot Elevation
			2.46  Street/Outdoor Furniture
			2.47  Swale
			2.48  Topsoil
			2.49  Transplanting
			2.50  Tree
			2.51  Tree Drip Line
			2.52  Tree Grate
			2.53  Tree/Plant Guard
			2.54  Xeriscap
		3 STATUTORY APPROVALS
			3.1  Requirements for Registration and Competenceof Professionals
			3.2 Application  for  Statutory Approvals  andRequired Drawings
			3.3  Landscape Development Documents Requiredfor Statutory Approvals
			Table 1 Plant Material Schedule
			Table 2 Plant Material Schedule ShowingFunctional Attributes and GrowthPattern of Each Plant
		4 LANDSCAPE  SITE  PLANNINGREQUIREMENTS
		5  GENERAL LANDSCAPE DEVELOPMENTGUIDELINES
			5.1 General
			5.2 Design Guidelines  for General  Types  ofLandscape Open Spaces
			5.3 Open Spaces Design Guidelines for EcologicallySensitive Zones and Historic Precincts
		6  SIGNAGE
		7 PLANTING DESIGN
			7.2 Plant Material
			7.3 Functional Aspects of Design with Plants
		8  SPECIFICATIONS FOR PLANTING WORKS
			8.1  Materials
			8.2 Execution
			8.3  Tree Planting
			8.4  Shrub Planting in Planters and Beds
			8.5  Grassing
			8.6 Maintenance
		9 SERVICE/UTILITIES  IN  LANDSCAPEDEVELOPMENT
		10  ROOF LANDSCAPE
			10.2  Design Guidelines
		11 PROTECTION OF LANDSCAPE DURINGCONSTRUCTION
			FIG. 1 TYPICAL DETAILS OF GREEN ROOF
			Table 3 Plant Material Schedule for Tree Survey
			11.2  Measures During Construction
			FIG. 2 TYPICAL CONTOUR TRENCHES
		12 SOIL AND WATER CONSERVATION
			12.2  Stormwater Management  and  FiltrationTechniques
			FIG. 3 GRASS SWALE
			12.3   Conservation  and  Reuse  of  Water  forIrrigation
		13  STREET FURNITURE
	Section 2 Signs and Outdoor Display Structures
		CONTENTS
		FOREWORD
		1 SCOPE
		2 TERMINOLOGY
			2.1  Signs
			2.2 General
		3 PERMITS
			3.1 Application
			3.2 Exemptions
			3.3  Unsafe and Unlawful Signs
			3.4  Area of Special Control
			3.5  Prohibition of Advertising Signs on CertainSites
		4  MAINTENANCE AND INSPECTION
			4.1  MaintenanceAll signs for which
			4.2  Housekeeping
			4.3  Inspection
		5  TYPES OF SIGNS
		6  GENERAL REQUIREMENTS FOR ALL SIGNS
			6.2 Illumination
			Table 1 Advertising Signs for Which No Permit or Licence is Required
			FIG. 1 TYPICAL EXAMPLES OF SIGN TYPE
			1A GENERAL SIGN TYPES
			1 B COMPATISON - ROOF  AND WALL OR FASCIA SIGNS
			1 C SIGN AREA -  COMPUTATION METHODOLOGY
			1D SIGN AREA  - COMPUTATION METHODOLOGY
			6.3  Design and Location of Advertising Signs
			6.4  Use of Combustibles
			6.5   Damage  or  Defacement  by  Removal  ofAdvertising Signs
			6.6  Alteration to Ground Level
			6.7  Traffic Control Interference
			6.8  Draining of Signs
			6.12  Animated Devices
		7 ELECTRIC SIGNS AND ILLUMINATED SIGNS
			7.1  Material for Electric Signs
			7.2  Installation of Electric Signs and IlluminatedSigns
			7.5  Intense Illumination
			7.6  Hours of Operation
			7.7  Flashing, Occulting and Animated Signs
		8  GROUND SIGNS
			8.1 Material
			8.2  Dimensions
			8.3 Supports and Anchorage
			8.4 Site Cleaning
			8.5  Obstruction to Traffic
			8.6  Set Back
			8.7  Bottom Clearance
		9 ROOF SIGNS
			9.1  Material
			9.2  Dimensions
			9.3  Location
			9.4  Projection
			9.5  Supports and Anchorage
		10  VERANDAH SIGNS
			10.1  Material
			10.2  Dimensions
			10.3  Alignment
			10.4  Location
			10.5  Height of Hanging Verandah Signs
			10.6  Projection
		11 WALL SIGNS
			11.1  Material
			11.2  Dimensions
			11.3  Projection
			11.4 Supports and Attachment
		12  PROJECTING SIGNS
			12.1 Material
			12.2 Projection and Height
			12.3  Supports and Attachment
			12.4  Additional Loads
		13  MARQUEE SIGNS
			13.2  Height
			13.3  Length
		14  SKY SIGNS
		15 TEMPORARY  ADVERTISING  SIGNS,TRAVELLING CIRCUS  SIGNS,  FAIR SIGNSAND  DECORATIONS  DURING  PUBLICREJOICING
			15.1  Types
			15.2  Requirements for Temporary Signs
		16  ADDITIONAL GUIDELINES FOR SIGNS INURBAN AND RURAL AREAS
		17 ENVIRONMENTAL  GRAPHICS  FORCITYSCAPE
		ANNEX A - SPECIMEN FORM FOR APPLICATION FOR PERMIT
		LIST OF STANDARDS
PART 11 APPROACH TO SUSTAINABILITY
	CONTENTS
	FOREWORD
	1 SCOPE
	2 TERMINOLOGY
		2.1 Adaptive Thermal Comfort
		2.2 Authority Having Jurisdiction
		2.3 Biodiversity
		2.4  Building Environment
		2.6  Built Environment
		2.7  Disaster
		2.8  Ecological Footprint
		2.9  Ecosystem
		2.10  Embodied Energy
		2.11  Emissivity(E)
		2.12  Environmental Impact
		2.13 Green Roof System
		2.14  Heat Island Effect
		2.15  Horizontal Sun Angle (HSA)
		FIG. 1 HORIZONTAL AND VERTICAL SOLAR ANGLEFORMULATION
		2.16 Indoor Air Quality (IAQ)
		2.17 Indoor Environment Quality (IEQ)
		2.18 Life Cycle Assessment (LCA)
		2.19  Light Shelf
		2.20  Non-renewable Resource
		2.21 Renewable Resource
		2.22  Reuse
		2.23 Recycling
		2.24  Skylight Roof Ratio (SRR)
		2.25  Solar Heat Gain Coefficient (SHGC)
		FIG. 2 MECHANISM OF SOLAR HEAT GAIN
		2.26 Solar Reflectance Index (SRI)
		2.27  Surface  Coefficient  ( f)
		2.28 Surface Resistance (1/f )
		2.29 Sustainability
		2.30 Sustainable Buildings
		2.31  Sustainable Development
		2.32  Thermal Absorptivity
		2.33  Thermal Capacity
		2.34  Thermal Conductance (R)
		2.35  Thermal Conductivity (k)
		2.36  Thermal Comfort
		2.37  Thermal Reflectivity
		2.38  Thermal Resistance (R)
		2.39  Thermal Resistivity (1/k)
		2.40  Thermal Transmission or Rate of Heat Flow
		2.41  Thermal  Transmittance  (U)
		2.42  Total Thermal Resistance (RT)
		2.43  Tropical  Summer  Index  (TSI)
		2.44  Vertical Solar Angle (VSA)
		2.45  Visual Light Transmittance (VLT)
		2.46  Volatile Organic Compound (VOC)
	3 APPROACH TO SUSTAINABILITY
		3.2  Elements of Sustainability
		3.4  Technology Options
		3.5  Energy Efficient Design and Processes
		3.6  Reduced Embodied and Operational Energy
		3.7  Integrated Water Management
		3.8  Operation and Maintenance of Services
		3.9  Monitoring Compliances
		3.10  Corporate Governance
		3.11  Disaster Preparedness
	4  APPLICABILITY OF THIS PART
	5  IMPLEMENTATION OF THIS PART
	6  SITING, FORM AND DESIGN
		6.1  General
		6.2  Site Design and Development
	7 EXTERNAL  DEVELOPMENT  ANDLANDSCAPE
		7.1  Landscape Planning and Design
		7.2  Rainwater Harvesting • Surface Runoff
		7.3  Water Elements and Irrigation Practices
		7.4  External Access Design
		7.5  External Lighting Design
		Table 1 Maximum Lighting Power Densities for Building Exteriors
	8  ENVELOPE OPTIMIZATION
		FIG. 3 FACADE LIGHTING USING SHIELDED FIXTURES
		Table 2 Typical Thermal Performance of Flat Roof Constructions
		Table 3 Typical Thermal Performance of SlopedRoof Constructions
		Table 4 Thermal Properties of Building and Insulating Materials atMean Temperature of 50°C
		FIG. 4 WINDOW WALL-AREA
		FIG. 5 TYPICAL FLOW OF SOLAR HEAT AND AIRINFILTRATION THROUGH A GLAZED WINDOW SECTION
		Table 5 M Factor for Different Projection Factors for Different Orientation
		FIG. 6 PROJECTION FACTOR FOR HORIZONTALOVERHANG FOR A TYPICAL WINDOW SECTION
		FIG. 7 PROJECTION FACTOR FOR VERTICAL FINS
		FIG. 8 DAY-LIT PERIMETER ZONE ASSOCIATED TO A WINDOW
		FIG. 9 ARRANGEMENT SHOWING VISION WINDOWAREA AND DAY LIGHT WINDOW AREA
		FIG. 10 COMMONLY USED SHADING DEVICES
		FIG. 11 DESIGN OF SHADING DEVICE TO CUT VSA
		FIG. 12 DESIGN OF SHADING DEVICE TO CUT HSA
		FIG. 13 COMPARISON OF DAYLIGHT PENETRATION WITHUSE OF TWO SHADING DEVICES NAMELY DEEPOVERHANGS AND LOUVERS
		FIG. 14 ARRANGEMENT OF OPENINGS IN WALLS FORENHANCED VENTILATION
		Table 6 Critical Height Requirement forPhysiological Cooling
		8.2  Envelope Optimization Methods for EnergyEfficiency
		8.3  Renewable Energy Integration in Envelope
	9  MATERIALS
		FIG. 15 LIFE CYCLE OF BUILDING MATERIALS
		Table 7 Classification of Materials Based onEnergy Intensity
		9.2 Materials  and Recommended  SustainableAlternatives
		9.3 Construction  Phase Material  Storage  andHandling
	10  WATER AND WASTE MANAGEMENT
		10.2  Planning and Design of Water ManagementSystem
		FIG. 16 TYPICAL SCHEME SHOWING GENERALCOMPONENTS OF WATER MANAGEMENT SYSTEM
		10.3  Planning and Design of Waste Water System
		10.4  Water  and Waste Management  DuringConstruction
		10.5  Process Water Requirement and EffluentTreatment
		10.6  Planning  and  Design  of  Solid  WasteManagement System
		10.7  Integrated Approach to Water Supply, WaterWaste and Solid Waste Management
	11  BUILDING SERVICES OPTIMIZATION
		11.1  General
		11.2  Concept Development
		11.3 Natural and Mechanical Ventilation Strategies
		11.4  Passive Heating Techniques
		11.5  Passive Cooling Techniques
		11.6  Pre-Cooling of Ventilation Air
		11.7  Low Energy Mechanical Cooling Techniques
		11.8 HVAC System
		Table 8 ODP and GWP Values (100 Year Values) and Safety Group of Different Refrigerant Types
		11.9  Electrical System
		11.10  Lighting
		11.11  Lifts, Escalators and Moving Walks
		11.12  Good Installation Practices
		11.13  Commissioning and Handing Over
		11.14  Operation and Maintenance
		11.15  Ongoing Performance
		11.16  Renewable Energy
	12  CONSTRUCTIONAL PRACTICES
		12.1  Pre-Construction and Pre-Requisites
		12.2  Planning for Construction
		12.3  Preparation of Construction ManagementPlan
		12.4  Planning,  Monitoring  and  Control  ofEnvironmental Descriptors
		12.5  Work Execution Procedures
		12.6  Effective Use of Water
		12.7  Construction Waste Management
		12.8  Post-Construction Closeout
		12.9  Heritage Buildings and New Construction
		12.10  Alternate Use, Deconstruction, Dismantlingand Demolition
		12.11 Disaster Risk Mitigation during Construction
	13 COMMISSIONING,  OPERATION,MAINTENANCE  AND  BUILDINGPERFORMANCE TRACKING
		13.1  General
		13.2  Commissioning and Handover
		13.3  Operation and Maintenance
		13.4  Building  Performance  Tracking(Measurement and Verification)
		13.5  Operator Skills and Training
		13.6  Control-System Maintenance
	ANNEX A - DESIGN STRATEGIES AS PER CLIMATE ZONES FOR VARIOUS SEASONS
		A-1 SUMMER PERIOD
		A-2  WINTER PERIOD
		A-3 MONSOON PERIOD
	ANNEX B - PRESCRIPTIVE METHOD FOR ENVELOPE OPTIMIZATION
		B-1  ROOFS
		Table 9 Roof Assembly U-Value and InsulationR-Value Requirements
		Table 10 Opaque Wall Assembly U-Value andInsulation R-Value Requirements
		B-2  OPAQUE WALLS
		B-3 VERTICAL FENESTRATION
		Table 11 Vertical Fenestration U-Value andSHGC Requirements
		B-3.1 Minimum Visible Transmission  (VLT)  ofGlazing for Vertical Fenestration
		Table 12 Minimum Visual Light TransmissionLight Transmission Requirements
		B-4  SKYLIGHT
		Table 13 Skylight U-Value and SHGCRequirements
	ANNEX C - TRADE-OFF METHOD FOR ENVELOPE OPTIMIZATION
		Table 14 Envelope Performance FactorCoefficients • Composite Climate
		Table 15 Envelope Performance FactorCoefficients • Hot Dry Climate
		Table 16 Envelope Performance FactorCoefficient • Warm Humid Climate
		Table 17 Envelope Performance FactorCoefficient • Temperate Climate
		Table 18 Envelope Performance FactorCoefficient • Cold Climate
	ANNEX D
		D-2  SIMULATION GENERAL REQUIREMENTS
		D-3 CALCULATING  THE  ENERGYCONSUMPTION OF THE PROPOSED DESIGNAND THE STANDARD DESIGN
		Table 19 Modelling Requirements for Calculating Proposed and Standard Design
		Table 20 Interior Lighting Power • BuildingArea Method
		Table 21 Interior Lighting Power • SpaceFunction Method
		Table 22 HVAC Systems Map
	LIST OF STANDARDS
PART 12 ASSET AND FACILITY MANAGEMENT
	CONTENTS
	FOREWORD
	1 SCOPE
	2 TERMINOLOGY
		2.1 Access
		2.2 Ageing
		2.3 As-built Information
		2.4 Asset
		2.5 Asset Life
		2.6 Asset Register
		2.7 Asset Type
		2.8 Asset/Facility Management
		2.9 Benchmarking
		2.10 Biodegradable Waste
		2.11  Briefing
		2.12 Buffer Zone
		2.13 Building Fabric
		2.14 Building Information Model (BIM)
		2.15 Building Maintenance
		2.16  Building Management  System  (BMS)
		2.17 Building Manual
		2.18 Business Continuity Management (BCM
		2.19 Carbon Emissions
		2.20 Carbon Footprint
		2.21 Cleaning
		2.22 Cleaning Services
		2.23 Competent Person
		2.24 Computer  Aided  Facilities Management(CAFM
		2.25 Computer Aided Maintenance ManagementSystem (CMMS
		2.26 Condition Monitoring
		2.27  Confined  Space
		2.29 Crime Prevention Through EnvironmentalDesign (CPTED)
		2.30 Critical Activities
		2.31 Critical Asset
		2.32  De-construction
		2.33 Deliverable
		2.34 Design Development
		2.35 Design Life (DL)
		2.36 Documented  Information
		2.37  Domestic  Hazardous  Waste
		2.38 Dry Waste
		2.39 Dump Sites
		2.40 Durability
		2.41 Duress Alarms
		2.42 End-user
		2.43 Estimated Service Life (ESL)
		2.44 Exterior Property
		2.45 External Envelope
		2.46  Facilities Maintenance
		2.47 Facility
		2.48 Facility Asset Performance
		2.49 Hazardous Waste
		2.50 House Keeping
		2.51 Information Management
		2.52 Intrusion Detection Systems
		2.53 Life  Cycle
		2.54 Maintenance
		2.55 Maintenance Management
		2.56 Maintenance Manual
		2.57 Maintenance Plan
		2.58 Maintenance  Policy
		2.59 Maintenance Programm
		2.60  Maintenance  Strategy
		2.61 Management System
		2.62 Mantrap
		2.63 Occupants
		2.64 Operational Plan
		2.65 Operational Strategy
		2.66 Perimeter Intrusion Detection and AssessmentSystem (PIDAS)
		2.67 Perimeter Security
		2.68 Physical Asset
		2.69  Planned  Preventive  Maintenance
		2.70 Predicted Service Life
		2.71 Predictive Action
		2.72 Preventive Maintenance
		2.73 Preventive Action
		2.74 Primary Collection
		2.75 RASCI Chart
		2.76 Reliability Centered Maintenance (RCM)
		2.77 Repair, Renovate, Refurbish
		2.78 Residual Waste
		2.79 Root Cause Analysis
		2.80 Sanitary Land Filling
		2.81 Sanitary Waste
		2.82 Scope Creep
		2.83 Secondary Collection
		2.84  Secondary  Storage
		2.85 Service Life
		2.86 Shutdown/Outage
		2.87 Stabilizing
		2.88 Stakeholder
		2.89 Surveillance
		2.90 Surveillance Devices
		2.91 Whole Life Costing
	3 GENERAL ASPECTS OF ASSET/FACILITYMANAGEMENT
		3.1 Asset and its Management
		3.2 Facility and its Management
		3.3 Overview of Asset/Facility Management
	4 ORGANIZATIONAL  STRUCTURE OF ANASSET  AND  FACILITY  MANAGEMENTSYSTEM
		4.1 Scope of Work to be Carried Out
		4.2 Competence of Staff at Various Levels
		4.3 Organization Roles at Various Levels
		4.4 Facility Manager
		4.5 Outsourcing
	5 METHODOLOGY
		5.1 In-House Activities
		5.2  Outsourced Activities
		5.3 Processes to be Adopted
	6 RESOURCES REQUIREMENT FOR ASSET/FACILITY MANAGEMENT
		6.1 Resource Assessment
		6.2 Resource Plan
		6.3 Need Assessment
		6.4 Adequacy of Resources
	7  PROCUREMENT  OF  ASSET/FACILITYRELATED SERVICES
		7.2  Planning for Procurement
		7.3 Pre-qualification
		7.4 Financial Appraisal
		7.5 Centralized Versus De-centralized Managementof Service Contracts
		7.6 Geographical Location and Limits
		7.7  Single/Multiple Service Contracts
		7.8 Local, Regional and National Service Providers
		7.9 Award of Works and Monitoring
	8 CLASSIFICATION OF ASSET/FACILITYMANAGEMENT
	9 BUILDING MAINTENANCE • METHODSAND MANAGEMENT
		9.2 Maintenance Methods
		FIG. 1 MAINTENANCE METHODS
		9.3 Cost Effectiveness
		9.4 Aspects Influencing Building Maintenance
		FIG. 2 COST RELATIONSHIP BETWEEN PLANNED AND UNPLANNED SYSTEM
		FIG. 3 TRADE-OFF BETWEEN REPAIRS AND PREVENTIVE MAINTENANCE
		FIG. 4 SPEED OF MAKING REPAIRS
		9.5 Influence of Design
		9.6 Maintenance Planning
		9.7 Maintenance Work Programmes
		9.8 Means of Effecting Maintenance
		9.9 Access for Maintenance
		9.10 Performance Management
		9.11 Standard Norms for Maintenance Management
		9.12 Responsibility of Occupants for Maintenanceof Facilities
		9.13 Common Area Maintenance
		9.14 Maintenance from Accessibility Consideration
	10 BUILDING FABRIC MAINTENANCE
		10.2 Prevention of Cracks, Repairs, Retrofitting andSeismic Strengthening of Buildings
	11  MAINTENANCE  OF  PLUMBING  ANDDRAINAGE SYSTEMS
		11.2 Plumbing System
		11.3  Drainage System
		11.6 Restoration and Recycling of Waste Water
		11.7 Rain Water Harvesting
		11.8 Common Problems
		11.9 Precautionary Measures
		11.10 Maintenance  of  Plumbing  and DrainageSystems
		11.11 Attention to Wet Areas
	12  MAINTENANCE  OF  HEATING,VENTILATION AND AIR CONDITIONING(HVAC) SYSTEMS
		12.2 Selection of Equipment/Systems
		12.9 Periodicity/Frequency of Servicing
	13  MAINTENANCE  OF  ELECTRICALINSTALLATIONS
		13.2 Planning of Electrical Maintenance Work
	14 OPERATIONS AND MAINTENANCE OFLIFTS AND ESCALATORS
		14.1 Acceptance
		14.2 Guarantee and Servicing
		14.3 Statutory Examinations
		14.4  Service  Contract  (Annual MaintenanceContract)
		14.5 Equipment•s Operations
		14.6 Preventive Maintenance
		14.8 Call Backs
		14.9 Man Entrapments Rescue Operation
	15  MAINTENANCE  OF  FIRE  FIGHTINGSYSTEMS
		15.11 Fire Water Reservoirs/Tank
		15.13 Fire Drills
	16 ROADS AND PATHWAYS MAINTENANCEAND UPKEEP
		16.2 External Services
		16.3 Maintenance Requirements
		16.4  Inspections
		16.5 Routine Road Maintenance
		16.6 Environmental Concerns
	17 HEALTH AND SAFETY REQUIREMENTS
		17.1 Personal Protective Equipment (PPE)
		17.2 Maintenance Tools
		17.3 Good Practices
	18 MAINTENANCE OF LANDSCAPING ANDHORTICULTURE WORKS
		18.1 General
		18.2 Maintenance of Plants
		18.5 Methodology and Processes to be Adopted
	19 HOUSE KEEPING
		19.2 Methodology and Processes to be Adopted
		19.3 Documentation Required to be Maintained forEffective Monitoring
		19.4 Evaluation and Recommended Frequencies
		19.5 Training and Skilling
	20 PEST AND RODENTS CONTROL
		20.1 Overview
		20.2 Methodology and Processes to be Adopted
	21  SECURITY  SERVICES  FOR  BUILDINGOCCUPANTS AND ASSETS/FACILITIES
		21.2 Threat Types
		21.3 Methodology and Processes
	22 SOLID WASTE MANAGEMENT
		22.2 Solid Waste Management Planning
		22.3  Construction  and  Demolition  WasteManagement
		22.5 Plastic Waste Management
		22.6 Bio-medical Waste and E-Waste Management
	23 BUILDING MANAGEMENT SYSTEMS (BMS)
		23.1 Overview
		23.2 Key Components of BMS
		23.3 Responsibilities Relating to BMS
		23.4 Good Practices
		23.5 Documents Required
	24 INFORMATION MANAGEMENT
		24.1 General
		24.2 Documentation
		24.3 Storage and Security of Records
	25 CHECK LISTS
	ANNEX A - COMMON CAUSES FOR MAINTENANCE PROBLEMS
		A-1.1 Floors
		A-1.2 Roofs
		A-1.3 Plumbing
		A-1.4 Drainage
		A-1.5 Electrical
	ANNEX B - FORMAT FOR INSPECTION REPORT
		(A) INSPECTION OF BUILDINGS (CIVIL)
		(B) INSPECTION OF BUILDINGS (ELECTRICAL)
		(C ) INSPECTION OF BUILDINGS/GARDENS
	ANNEX C - TYPICAL NORMS FOR EMPLOYMENT OF WORKMEN FOR DAY-TO-DAY
		C-2 CIVIL WORKS
		C-2.1 Norms for Employment of Workmen
		C-3 ELECTRICAL ENGINEERING WORKS
		Table 1 General Norms for Employment of Workmen
	ANNEX D - ANNEX D
		D-1   CODE AND METHOD OF CHECKING
		D-2  BAR SCREEN CHAMBER
		D-3 EQUALIZATION TAN
		D-4  RAW SEWAGE LIFT PUMPS TANK
		D-5   AERATION TANK
		D-6   SECONDARY CLARIFIER TANK
		D-7   SLUDGE RECIRCULATION PUMPS — AIRLIFT
		D-8   SLUDGE RECIRCULATION PUMPS — ELECTRIC
		D-9   SLUDGE RECIRCULATION SYSTEM — WITH A BUFFER SUMP
		D-10   CLARIFIED WATER TANK
		D-11   FILTER FEED PUMPS
		D-12   BACKWASH PUMPS
		D-13 PRESSURE SAND FILTER
		D-14   ACTIVATED CARBON FILTER
		D-15   DISINFECTION SYSTEM
		D-16  SLUDGE-HANDLING SYSTEM
		D-17 AIR BLOWERS
	ANNEX E - GUIDELINES FOR MAINTENANCE OF ELECTRICAL EQUIPMENT
	ANNEX F - FORMAT FOR PREVENTIVE MAINTENANCE PROFILE OF LIFTS
	ANNEX G - TYPICAL CHECKLISTS FOR MAINTENANCE OF LIFTS AND ESCALATORS
		G-1 TYPICAL CHECKLIST FOR DAILY MAINTENANCE OF LIFTS
		G-2 TYPICAL CHECKLIST FOR MONTHLY MAINTENANCE OF LIFTS
		G-3 TYPICAL CHECKLIST FOR DAILY MAINTENANCE OF ESCALATORS
		G-4 TYPICAL CHECKLIST FOR MONTHLY MAINTENANCE OF ESCALATORS
	ANNEX H  - TYPICAL CHECK LIST FOR LANDSCAPE AREAS
	ANNEX J - TYPICAL TEMPLATE FOR HOUSEKEEPING OF HOTELS
	LIST OF STANDARDS
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