Full Scale Sewerage System
Categories: Engineering Lab EquipmentThe routing of sewers is particularly important in wastewater engineering. Pipe inclinations, pipe inlets and outlet, reducers and cross-sections must be considered when designing systems, taking into...
Product
Description
The routing of sewers is particularly important in wastewater engineering. Pipe inclinations, pipe inlets and outlet, reducers and cross-sections must be considered when designing systems, taking into account interactions between the components. In particular, the pressure distribution in complex pipe systems places high demands on design engineers. Design errors lead to noise, empty drain traps and clogged pipes.
It allows a variety of experiments in the field of wastewater engineering and enables the visualisation of flow processes in sewers.
The experimental plant includes an extensive drainage pipe system based on common real-world elements. The pipes are transparent to allow visualisation of the flow processes. The cisterns are located in the top part of the experimental plant. These are opened or closed individually via solenoid valves. In addition, the bypass, ventilation pipe and pressure flushing are equipped with solenoid valves. The solenoid valves are triggered via a remote control. The system can be used to study the flow and pressure curve at different types of junctions, pipe offsets, cross-sectional changes and drain traps under different ventilation and evacuation conditions. The system contains a closed water circuit with collection tank and pump.
Learning Objectives/Experiments
Pressure curve in the downcomer
Bypass
Incorrect flow behaviour with defective ventilation of the pipes
Incorrect flow behaviour with incorrect pipe sizing
Flow at pipe offset
Suction effect at junctions
Behaviour of sanitary valves and fittings
Function of various drainage pipes
Specification
Pressure curve in the downcomer
Bypass
Incorrect flow behaviour with defective ventilation of the pipes
Incorrect flow behaviour with incorrect pipe sizing
Flow at pipe offset
Suction effect at junctions
Behaviour of sanitary valves and fittings
Function of various drainage pipes
Technical data
Pump
power consumption: 550W
max. flow rate: 4,5m3/h
max. head: 42,6m
Collection tank
volume: approx. 300L
Transparent cisterns
4x 20L
6x 10L
Cistern
1x 9L
Flush for toilet: max. 9L
Measuring ranges
flow rate: 0,4…4L/h
pressure: 6x 1500mmWC
230V, 50Hz, 1 phase
230V, 60Hz, 1 phase
120V, 60Hz, 1 phase
UL/CSA optional
Dimensions and weight
LxWxH: 5700x800x3900mm
Weight: approx. 1100kg
quick overview :
The routing of sewers is particularly important in wastewater engineering. Pipe inclinations, pipe inlets and outlet, reducers and cross-sections must be considered when designing systems, taking into account interactions between the components. In particular, the pressure distribution in complex pipe systems places high demands on design engineers. Design errors lead to noise, empty drain traps and clogged pipes.
It allows a variety of experiments in the field of wastewater engineering and enables the visualisation of flow processes in sewers.
The experimental plant includes an extensive drainage pipe system based on common real-world elements. The pipes are transparent to allow visualisation of the flow processes. The cisterns are located in the top part of the experimental plant. These are opened or closed individually via solenoid valves. In addition, the bypass, ventilation pipe and pressure flushing are equipped with solenoid valves. The solenoid valves are triggered via a remote control. The system can be used to study the flow and pressure curve at different types of junctions, pipe offsets, cross-sectional changes and drain traps under different ventilation and evacuation conditions. The system contains a closed water circuit with collection tank and pump.
Learning Objectives/Experiments
Pressure curve in the downcomer
Bypass
Incorrect flow behaviour with defective ventilation of the pipes
Incorrect flow behaviour with incorrect pipe sizing
Flow at pipe offset
Suction effect at junctions
Behaviour of sanitary valves and fittings
Function of various drainage pipes
Specification
Pressure curve in the downcomer
Bypass
Incorrect flow behaviour with defective ventilation of the pipes
Incorrect flow behaviour with incorrect pipe sizing
Flow at pipe offset
Suction effect at junctions
Behaviour of sanitary valves and fittings
Function of various drainage pipes
Technical data
Pump
power consumption: 550W
max. flow rate: 4,5m3/h
max. head: 42,6m
Collection tank
volume: approx. 300L
Transparent cisterns
4x 20L
6x 10L
Cistern
1x 9L
Flush for toilet: max. 9L
Measuring ranges
flow rate: 0,4…4L/h
pressure: 6x 1500mmWC
230V, 50Hz, 1 phase
230V, 60Hz, 1 phase
120V, 60Hz, 1 phase
UL/CSA optional
Dimensions and weight
LxWxH: 5700x800x3900mm
Weight: approx. 1100kg
Product
Reviews
add Review
reviews
No Review Yet.
Related
Products
Fuel Supply System Of Petrol Engine
Fuel is supplied under pressure or under gravity. It consist...
It is an open type instructional apparatus with second hand...
Distributor is connected to camshaft and cam shaft is connec...
The device is consisting of the front able with wheel &b...
Specification: 1. Experimental setup to demonstrate sim...
Technical Description: Supplementary set extends the scop...
Equilibrium Single Plane, Statically Det...
Equilibrium in a Single Plane, Statically Determinate S...
Equilibrium Of Moments On Pulleys
Equilibrium Of Moments On Pulleys Manufacturer and Supplier...
Copyrights © 2019 All Rights Reserved by Atico
Product
Reviews
add Review
reviews
No Review Yet.