Investigation of different pipe networks
Construction of pipe networks from pipe sections and various piping elements
Calibration of pipe sections
Parallel and series connection of pipe sections
Differential pressure measurement with twin tube manometers and differential pressure manometer
Five pre-instaled pipe sections with different diameters
Panel for piping elements
Construction of a closed circular pipeline
Flow rate measurement with measuring tank (can be shut off), stopwatch and level indicator.
The pipes are supported on frames and use hand screw clamps to connect the surge and hammer components. The equipment comprises two stainless steel pipes, which can be used either for surge tests or for hammer tests.
Experimental Capability:
Measurement of the velocity of sound through a fluid in a pipe
Recording of hammer pressure profiles using the digital scope supplied
Investigating the effects of pipe hammer caused by a fast closing valve.
Demonstration of water level oscillations in the surge shaft.
Demonstration of frictional head loss between reservoir and surge shaft.
Measuring the pressure profile of hammer
Demonstration of pipe surge.
A free standing unit developed to demonstrate the phenomena of pipe surge & water hammer when connected to a Hydraulics Bench.
Electronic sensors used to measure pressure transients at two locations in the water hammer test pipe, one adjacent to fast acting valve and one half way along the test pipe.
Includes two separate stainless steel test pipes, both 3m long, constant head tank, slow acting valve, fast acting valve etc
Straight metal pipes used, rather than a coiled arrangement, to minimize distortion to the pressure profile
A transparent surge shaft (40 mm diameter and 800mm high) with scale allows transient water levels to be observed and timed
Pressure transients monitored using a PC (not supplied) using a USB connection from the pressure transducers (requires no external electrical supply).
Pipe Threading Machine
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Pipe Threading Machine Power
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The Frame & Base are made up of Mild steel
Frame Is Joint with Two L-key Bolts
Jaws are made up EN-8 & Machinery duly Hardened.
This apparatus has asingle circuit with bends, pressure tappings and an expansion-contraction. Aball valve at the pipe exit controls water flow. The valve is downstream, so itdoes not cause any upstream turbulence. This compact bench-top apparatus uses smooth, industry standardplastic pipe, commonly used in domestic and other small-bore water systems. Itworks with Digital Hydraulic Bench. The bench supports the apparatus andcirculates and measures the water flowing through it. A useful diagram on the apparatus shows themain dimensions of the pipework and fittings. It also shows the positions ofthe tappings and the tubes that they connect to. Each pressure tapping point in the pipeconnects to a piezo meter tube in the vertical panel of the apparatus. The product includes ahand-pump to adjust the datum of the piezometer tubes. During experiments, these tubes measure and compare pressure differences across thebends, expansion and contraction.
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Optimum allow-steel structure and head treatment throughout ensure high strength.
The long shank of wrench allows extra leverage without compromising safety.
Pipeline Pigging Demonstrator shows the student operator the concept of a pipeline pig moving through a pipeline including the steps required to prepare the pipeline for the pig, insert the pig and remove the pig from the pipeline. The Pipeline Pigging Demonstrator apparatus is a small scale model of a pipeline that includes a pig launching station, a short pipeline and a pig receiving station. The Pipeline Pigging Demonstrator has no process instrumentation as it is intended to demonstrate oilfield operating principles with basic visual manual operation only. Most of the components of this demonstrator are fabricated from clear plastic materials in order to allow the student operator to visualize how the pig moves through this representative pipeline system.
Function:
A pig launching station is used to insert the pig into a pipeline using a series of valves and hatches. The pig is pushed through the pipeline by the liquid or gas stream to the pig receiving station. The pig catching station works in opposite to the pig launching station. Pipeline Inspection Gauges (or Pigs) are used for pipeline cleaning, inspection and maintenance, and fluid batching in pipelines. These tools are pushed along the inside of a pipeline by the flow of liquid or gas.
Pipe connections via flanges or cutting ring screw fittings
Standard commercially available flanged fittings: shut-off valve, non-return valve, strainer, condensation Drain, inspection glass, ball valve, gate valve
Assembly exercise for engineering training
Pressure vessel with manometer, connection via flanges
Piping network comprising pipe bends, elbows, T-pieces and transitions in nominal widths
Mobile frame for mounting of pipe network
Ball valve with cutting ring screw fitting
Connection to water supply via hose with coupling.
Dimension (L*W*H CM): 22*12.7*25.6
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Used for multiple techniques to accurately dispense required volumes of liquid
Single channel, adjustable pipetting volumes 10-100ul
Built-in tips ejector
Compatible with universal fit pipette tips ranging 10-100ul
Autoclavable, and Resistant to UV sterilization
Manual air displacement micropipette
A handle with digital setting and read-out of delivered volumes
Sturdy and chemical resistant parts.
Used for multiple techniques to accurately dispense required volumes of liquid.
A handle with digital setting and read-out of delivered volumes
Built-in tips ejector
Manual air displacement micropipette
Compatible with universal fit pipette tips ranging 100-1000ul
Autoclavable, and Resistant to UV sterilization
Single channel, adjustable pipetting volumes 100-1000ul
Sturdy and chemical resistant parts.
Used for multiple techniques to accurately dispense required volumes of liquid
Compatible with universal fit pipette tips ranging 100-1000µl
Autoclavable, and Resistant to UV sterilization
12-channel, adjustable pipetting volumes 50-1200µl
A handle with digital setting and read-out of delivered volumes
Manual air displacement micropipette
Built-in tips ejector
Sturdy and chemical resistant parts.
Used for multiple techniques to accurately dispense required volumes of liquid
12-channel, adjustable pipetting volumes 20-200ul
Compatible with universal fit pipette tips ranging 20-200ul
Autoclavable, and Resistant to UV sterilization
Manual air displacement micropipette
A handle with digital setting and read-out of delivered volumes
Sturdy and chemical resistant parts
Built-in tips ejector.
Used for multiple techniques to accurately dispense required volumes of liquid
12-channel, adjustable pipetting volumes 5-50ul
Compatible with universal fit pipette tips ranging 5-50ul
Autoclavable, and Resistant to UV sterilization
A handle with digital setting and read-out of delivered volumes
Manual air displacement micropipette
Built-in tips ejector
Sturdy and chemical resistant parts.
