Plumbing Laboratory
(PL100)

Our interactive lab includes many features that allow the students to perform the following activities and experiments: 

  •  
  • Advantages and disadvantages of using drain-waste system with pipes.
  • Air-pipe system.
  • Customized single pipe system with Ventilated working branches.
  • Single column system.
  • Working system of one column with air column.
  • Advantages and disadvantage of using drain system with two pipes.
  • Standard two pipe system.
  • Two pipe system fully air ventilated.
  • Customized two pipe system with ventilated working branches.
  • Water gauge meters.
  • Two pipe water system with ground siphons and ventilated working branches.
  • Feeding system with regular water.
  • Feeding system with falling gravity.
  • Feeding system with master water pressure.
  • Feeding system in high buildings.
  • Feeding system from a ground tank.
  • Feeding system without the use of tanks.
  • Master Pressure summing with tanks.
  • Feeding system with hot water.
  • Water heating system.
  • Central water heating system.
  • Water heating system using boilers
    (electricity and natural gas).
  • Water toilets installing and maintenance.
  • Eastern toilet installing and maintenance.
  • Western toilet installing and maintenance.
  • Bathtub installing and maintenance.
  • Jacuzzi installing and maintenance.
  • Docks installing and maintenance.
  • Kitchen docks.
  • Hand wash docks.
  • Basin wall cantilevered.
  • Dock with a base.
  • Water taps and mixers, installation and repair
  • Sinks treatment
  • Fixing water draining pipes
  • 1. Central Water Feeding and Drain Simulator
    • 1 steel water tank + 1 small-scale Steel tower + pressure gauge
    • 1 fiberglass water tank
    • Inspection chamber
    • 2 water pumps
    • Opaque and transparent piping
    • Control valves
  • 2. Residential Buildings Water Feeding Simulator
    • 4 small-scale residential buildings
    • 4 flow meters
    • 4 inspection chambers
    • 4 quick couplers
    • 12 pressure gauges (3 for each building)
    • 2 water pumps (1 for each of 2 buildings)
    • 2 steel water tanks (1 for each of 2 buildings)
    • Opaque and transparent piping
    • Control valves
    • Glass basis
  • 3. Residential Unit Water Feeding Simulator
    • Glass basis
    • Control valves
  • 4. Opaque and transparent piping
  • 5. 1 Kitchen unit composed mainly of:
    • 1 Stainless steel kitchen sink + faucet
    • 1 Washing machine
  • 6. 1 residential bathroom unit composed mainly of:
    • 1 washbasin + faucet
    • 1 close-coupled toilet
    • 1 bathtub + shower head
    • 1 gas water heater
  • 7. 1 public bathroom unit composed mainly of:
    • 1 low level cistern toilet
    • 1 washbasin + faucet
    • 1 electric water heater
  • 8. 1 lower class bathroom unit composed mainly of:
    • 1 squat toilet
    • 1 shower + shower head
    • 1 urinal
    • 1 faucet
  • 9. Residential Unit Error-input Simulator
    • Control panel
  • Plumbing Laboratory (PL100)
  • Hard copy user manual

The laboratory of plumbing (PL100) represents a practical training on plumbing installations. The laboratory consisting of three simulation models for plumbing systems , a model of plumbing infrastructure installations of a small city , residential buildings simulation model & services area model.
The First Model represents a small city supplying and drainage systems. This model consists of real components such as tanks, pumps, pipes network and valves.
The Second Model represents a plumbing system for residential buildings which includes both supplying and sewage systems for residential buildings. This model contains components such as tanks, pumps, pipes network, valves and four laboratory scale residential buildings.
The Third Model features residential or commercial services area which consists of a complete plumbing & sanitary system (kitchens and bathrooms). Components of this model are in real size with a control unit that allows identifying faults to practice troubleshooting of the system.

  • The plumbing laboratory comprises three different sections, an infrastructure model of a city plumbing system, a model of a plumbing system for residential buildings and a model of a plumbing system of public services or residential area.
  • The infrastructure model of the city plumbing system is a model that works efficiently and represents the infrastructure for a supplying and draining system of a city and it includes real components such as tanks, pumps, pipes network, valves.
  • The city model contains a large plastic tank represents the water source whether it is a direct natural source such as rivers or comes indirectly from basic water lifting station. There is also stainless-steel tank representing a water tower provided with lower bypass pipes and valves to control the water. Also, another stainless-steel tank is added to represent a sewage treatment station.
  • An electric pump acts as a water lifting substation for the city and supplying and discharging pipes networks connected to the second section which represent the plumbing system for residential buildings.
  • The plumbing model for residential buildings contains tanks, pumps, plumping pipes network and four mini models for residential buildings.
  • A reinforced glass platform acts as a ground floor, this platform is transparent to allow inspecting the water underground infrastructure system which connected to the buildings.
  • The residential buildings model features four buildings each consists of three floors, the buildings differ in their supplying systems connections and are similar in their sewage system. Appears a view room for the sewage system in front of each building through transparent platform.
  • The first building is supplied with water directly from the main source. The second building is supplied using a small pump from the main source. The third building is supplied from a small pump in addition to a stainless – steel tank on the rooftop of the building. The forth one is supplied directly from the main source and has a stainless –steel tank on its rooftop.
  • The buildings are provided with pumps switches (in case the buildings were provided with pumps) and there is a pressure gauge for each floor and flow control valve for each floor to control the water flow through the same floor and back to the sewage pipes system.
  • The third section is a plumbing system for the public or residential services areas which features the plumbing system and the equipment for the public or residential services areas such as bathroom and kitchens.
  • The third section is divided into four sections to featuring one kitchen and three bathrooms on a steel platform and reinforced glass to allow inspecting the underground plumbing system.
  • The section includes a real kitchen and three real bathrooms that contain a drain of stainless – steel, an electric washing machine, two water heaters, various taps, sewage drains, a bathtub drain, a shower, washbasins, urinals, squatting toilet, WC and a bathtub.
  • The model of the residential or public services areas allows inspecting the special installations of the different equipment for the kitchen and the bathrooms and to observe the plumbing system and how it works through the transparent pipes.
  • A control unit simulates the faults of the plumbing system of the residential or public services areas using switches on the control unit to practice troubleshooting of the plumbing system.
  • The infrastructure simulator unit of main water supplying and sewage networks. It consists of fiberglass tank, two stainless tanks, two pumps and water pipes.

A-Stainless Tank

  • When water is turned on at a fixture in the building it pushes water out of the water tank and into the building water supply piping and this water is sent on to the building plumbing fixtures.
  • If many fixtures are being run at once in the building, or if the water flow rate produced by the pump and piping and controls is a modest one, the pump may run continuously all while the fixture is being operated. More typically, if only one fixture is running and if the pump and well can deliver a high-water flow rate, the pump may come on and off several times while the fixture is being run.

B-Fiberglass Tank

  • It represents the main source of water feeding the system. It Provides a training on how water is being transferred to the tank and how is it consumed and delivered to the plumping system. It’s a well-structured tank heavy-duty design to provide training on the highest rate water consumption.

C.Inspection Chamber

  • Inspection Chamber system is designed to provide access into sewer systems for inspection, cleaning and sampling. Inspection Chamber Systems allow to carry out all maintenance work from the ground level
  • Provides a training on the function of inspection chambers and how it’s being installed and the best place for installing.
  • The structure of the inspection chamber is hard-made to provides the most out of the training and maintenance.

D.Water Pump

  • The water pump is used to deliver the water to high buildings or water tanks.
  • It’s also used when the water pressure is low to store water in tanks.
  • Provides a training on how the water pump works, its function and the best place way to use it.
  • A simulator unit for a residential area with its infrastructure and different supplying and draining models. It consists of a platform, four steel residential buildings, two water pumps, two stainless-steel tanks, pressure gauges, valves and four inspection plastic chambers.
  • The Residential buildings water feeding simulator is providing a training on how to install, maintain and fix plumping systems on real buildings.
  • It is provided by the most recent technologies of plumping systems.
  • Pipes, valves and all components related are available to get the most out of this training.
  • This simulator is a four-buildings simulator with different characteristics for every building:
  • Changing pipe diameter while uprising to increase the pressure.
  • Fixed pipe diameter with a motor pump.
  • Fixed pipe diameter with a motor pump and upper tank.
  • Fixed pipe diameter with an upper tank.
  • For more accurate training results we included those features:
  • Transparent pipes so the trainee can see the water flow inside.
  • Transparent valves for the trainee to see what΄s happening when closing or opening the valve
  • Hoses connections are made easy to plug in or plug out
  • Transparent floor to be able see underground pipes
  • Draining system is visible and easy to reach
  • Inspection chambers is visible through the transparent floor
  • Inspection chambers are located for each building to get a real simulation of real buildings
  • Connection to water supply is easy to connect via a quick coupler
  • Pressure meter for each unit
  • Valves included for every unit
    Meter for high pressure warning
  • The bathrooms simulator unit and it consists of four internal units which are a kitchen, a bathroom, a building guard bathroom and a public bathroom, respectively. Different faults can be inserted via the control unit in the different three units.
  • This unit is providing a training on how to install, maintain and fix plumping systems on real residential units. By providing the main fixture units used inside every house insuring the trainees will get all the experience they will need while working inside real units, our lab solution offers a training for every plumping system that can be used, either it is a kitchen or a bathroom, we insure the quality of our products by providing a very high quality and most recent technologies.
  • Training on a real washer piping connection.
  • Water supply and water draining system are made easy to construct as well as transparent pipes to help understand the water flowing system.
  • The Error-input simulator aims at the insurance that the trainees achieved all the experiments and they are ready to maintain and fix on real units.
  • With up to 11-error control unit input, the trainee will be able to detect the fault location and fix it in no time.
  • Additionally , the control unit includes
    different ON/OFF switches, Emergency switches & indication lamps for overload , water level in the tank & water pressure in different buildings.