revit mep

2. It’s a BIM Based Software, which is divide into 3
sub-parts

3. Three Sub-parts of Revit
 Revit Architecture
 Revit Structure
 Revit MEP

5. What is Revit MEP
 Revit MEP is a Building Information Modelling
Software Which is deals in Mechanical, Electrical
and Plumbing Work
 This is BIM Based software which is Process or
Concept in which we do 3d modelling, analysis,
data processing and AEC (Architecture,
Engineering and Construction) related works

6. BIM – Building Informtion
modelling
 BIM or Building Information Modelling is a
concept in which we design through 3d
modelling, design, docomentation, analysis,
estimation and costing to increase its efficiency
and its life cycle

7. History of Revit
 Individually from the company PTC (Parameteric
Technology Corporation) Developed Revit
 Founded in 31 October 1997, Named as Charles
river software
 Renamed as Revit Technology Corporation in
2000
 Purchased by Autodesk in 2002
 Revit Structure introduced in 2005
 Revit MEP Introduced in 2006

8. Features of Revit MEP
 Worksharing
 Docomentation
 Workflow
 Analysis
 Fabrications
 Import and Export
 Productivity

9. MEP Stands for Mechanical, Electrical and Plumbing

10. In Mechanical, we work on HVAC System which is
regrading to regulate thermal temperatures of Rooms

11. HVAC (Heating Ventilation and Air
Conditioning

12. In electrical, we work on power systems and supply
system of the building and its wiring related work as well

13. Electrical

14. In plumbing, we work on water supply system,
drainage system and sewage system. Also we
work on hot water pipes, cold water pipes, pipes
slopes as well

15. Plumbing

16. Why Revit MEP is Important ?
• On Revit, We can Work on HVAC, Electrical and
Plumbing work
• It Has a huge scope in the market

17. Can Civil engineer can learn
Revit MEP
 Yes, Not Only Civil Engineer, Mechanical,
Electrical and Plumbing Engineer can learn this
software
 For Example- If you are an Civil Engineer and
you know how the plumbing system will be
designed or you know about how electrical
routing will be designed then definitely you can
Learn Revit MEP

18. GUI – Graphic User Interface

19. Revit File Types
 .rvt – Project Files
 .rte – Project template files
 .rfa – Family Files
 .rft – Family template files

20. In Mechanical, we work on HVAC System which is
regrading to regulate thermal temperatures of Rooms

21. Scope of HVAC
 HVAC market in India is huge but an important
and a part of the project. BSL, Voltas, Carrier,
York, Daikin, Samsung, LG, Suvidha, etc.
 In Commerical Projects like Building Mails
 In Industrial Areas like Manufacturing
 In Building Offices

22. Standard for HVAC
 ASHRAE – American Society of Heating
Refrigdation Air Condition Engineering
 ISHRAE – Indian Society of Heating Refridgation
Air Condition Engineering

23. Air Terminal in HVAC
 Air terminals in HVAC is meant by diffusers which
helps to supply, return the airflow through the
rooms and maintain the temperature

24. There are three types of air
terminal or Diffusers
1. Supply Diffuser
2. Return Diffuser
3. Exhaust Diffuser

27. Symbol for Supply system,
return system and exhaust
system
Supply System Return System

28. Exhaust System Symbol

29. 1. Supply Diffuser
 Supply Diffuser is the type which helps maintain
the airflow which is coming from ducts and
supply to the rooms.

30. 2. Return Diffuser
 The primary function of a return air diffuser is to
extract air from a specific room and recycle it
through the HVAC system.

31. What is VAV
 It is Defined as the System which is used to
regulate the airflow coming from AHU is known
as VAV
 VAV – Variable Air Volume
 It also help to regulate the temperature of the of
air so that it doesn’t loss the temperate and
doesn’t gain the temperature

32. VAV ( Variable Air Volume

33. How VAV Works

34. What is Duct
 Ducts are conduits or passages used in heating,
ventilation, and air conditioning (HVAC) to
deliver and remove air. The needed airflows
include, for example, supply air, return air,
and exhaust air.[1] Ducts commonly also
deliver ventilation air as part of the supply air. As
such, air ducts are one method of ensuring
acceptable indoor air quality as well as thermal
comfort.

35. Types of Ducts

36. AHU – Air Handling Unit
 An air handler, or air handling unit, is a device
used to regulate and circulate air as part of a
heating, ventilating, and air-conditioning
system. An air handler is usually a large metal
box containing a blower, heating or cooling
elements, filter racks or chambers, sound
attenuators, and dampers

37. Types of AHU
1. Split System
2. Multiple System

38. 1. Split System
 Vertical Split System
 Horizontal Split System

39. 2. Multiple System
 Floor Based AHU
 Roof Top Based AHU

40. Equipment
 Fan Module
 Coil
 Filter

41. Multiple AHU System
VAV Fan Module Inspection module
Economizer Filter Coil
Chiller

42. Duct Insulation
 The Material Which is applied around the duct
to not to loose its thermal temperature is known
as duct insulation

43. Duct Lining
 Duct lining is used to make ducts sound proof
which are coming from AHU and VAV

44. Standard Length of Duct
lining
 Standard Length – 3m from VAV

45. In This we are going design effective lighting
designing, wiring rooting, panel schedule,
conduits and cable tray designing

46. In Electrical
 Illuminance – LUX (unit)

47. Dialux

48. Lighting Fixtures
 A light fixture, light fitting, or luminaire is an
electrical device that contains an electric lamp
that provides illumination.

49. Circuit Diagram for Electrical
Lighting Power
Lighting Switches Sub-panel Main Panel
Transformer

50. Types of Switches
Circuit Breaker Switches Dimmer Switches
Door Switches
4-Way Switch 3-Way Switch

51. What is Transformer
 A transformer is defined as a passive electrical
device that transfers electrical energy from one
circuit to another through the process of
electromagnetic induction. It is most commonly
used to increase ('step up') or decrease ('step
down') voltage levels between circuits

52. How it works

53. Wiring Routing in Revit MEP

54. Conduits
 An Electrical Conduits is a tube which is used to
protect wires in a building or in Structure

55. Cable Tray Connections
 In the electrical wiring of buildings, a cable tray
system is used to support insulated electrical
cables used for power distribution, control, and
communication

57. What is Plumbing
 Plumbing is any system that conveys fluids for a
wide range of applications. Plumbing uses
pipes, valves, plumbing fixtures, tanks, and other
apparatuses to convey fluids

58. Plumbing
In this we are going to talk about
 Hot water pipes
 Cold water pipes
 Sanitary
 Drainage
 Fire Fighting or Fire Protection Wet

59. Hot water pipes and cold water
pipes

60. Sanitary

61. Fire Fighting

62. Pipe fittings
 End Cap
 Cross Fittings

63. Pipe fittings
 Tie fittings
 Wye fittings

64. Types of Valves

65. Fire Protection System
 A fire sprinkler system is an active fire protection
method, consisting of a water supply system,
providing adequate pressure and flowrate to a
water distribution piping system, onto which fire
sprinklers are connected

66. Revit Family Creation
 Revit is an efficient architectural design and
documentation software of Autodesk Corp.
and Revit family creation services focuses
on creating basic parametric families like
furniture and equipment. It enhances the
graphics quality of the project models by
modifying the different BIM families

67. Worksharing
 Worksharing is defined as the team work in
which multiple engineers from different field
work on the same project. In Revit MEP, the
engineers like HVAC Engineer, Electrical
Engineer, plumbing engineer work on the same
project at the same time through server files

68. This is how Worksharing looks
like

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