Two Stage Piston Compressor
Categories: Engineering Lab EquipmentCompressed air for industry and businesses that use compressed air as an energy source is generated by means of so-called compressed air generation systems. A key component of these systems is the com...
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Description
Compressed air for industry and businesses that use compressed air as an energy source is generated by means of so-called compressed air generation systems. A key component of these systems is the compressor. It converts the supplied mechanical energy into a higher air pressure. Compressed air generation systems are used to drive machines in mining, for pneumatic control systems in assembly plants or tyre inflation systems at petrol stations.
It includes a complete compressed air generation system with a two-stage compressor and an additional pressure vessel as intercooler. The trainer enables the recording of compressor characteristics and representing the compression process in a p-V diagram.
Learning Objectives/Experiments
Design and function of a two-stage compressor
Measurement of relevant pressures and temperatures
Determination of the intake volumetric air flow rate
Compression process on a p-V diagram
Determination of the efficiency
Features
Two-stage compressor with intercooler
Compression process on a p-V diagram
Specification
Recording the characteristic of a two-stage compressor
Piston compressor with 2 cylinders in V-arrangement
Intake vessel with nozzle to measure the intake volumetric flow rate, pressure sensor and additional manometer
Pressure vessel after the first stage as intercooler
Pressure vessel after the second stage with safety valve, blow-off valve and silencer as well as an additional manometer and a pressure switch
Sensors for pressures, temperatures and electric power output
Digital displays for temperatures, pressures, differential pressures and electric power output
Technical Data
Compressor
two-stage
with 2 cylinders in a V-arrangement
power consumption: 3kW
speed: 710min-1
intake capacity: 250L/min
quantity delivered: 202L/min (at 12bar)
operating pressure: 12bar, max. 35bar
Intake vessel: 20L
Pressure vessels, 16bar; capacity:
after 1st stage: 5L
after 2nd stage: 20L
Safety valve: 16bar
Measuring ranges
differential pressure: 0…25mbar
pressure: 1x 0…1,5bar; 2x 0…16bar
temperature: 4x 0…200°C
power: 0…3500W
400V, 50Hz, 3 phases
400V, 60Hz, 3 phases
230V, 60Hz, 3 phases
quick overview :
Compressed air for industry and businesses that use compressed air as an energy source is generated by means of so-called compressed air generation systems. A key component of these systems is the compressor. It converts the supplied mechanical energy into a higher air pressure. Compressed air generation systems are used to drive machines in mining, for pneumatic control systems in assembly plants or tyre inflation systems at petrol stations.
It includes a complete compressed air generation system with a two-stage compressor and an additional pressure vessel as intercooler. The trainer enables the recording of compressor characteristics and representing the compression process in a p-V diagram.
Learning Objectives/Experiments
Design and function of a two-stage compressor
Measurement of relevant pressures and temperatures
Determination of the intake volumetric air flow rate
Compression process on a p-V diagram
Determination of the efficiency
Features
Two-stage compressor with intercooler
Compression process on a p-V diagram
Specification
Recording the characteristic of a two-stage compressor
Piston compressor with 2 cylinders in V-arrangement
Intake vessel with nozzle to measure the intake volumetric flow rate, pressure sensor and additional manometer
Pressure vessel after the first stage as intercooler
Pressure vessel after the second stage with safety valve, blow-off valve and silencer as well as an additional manometer and a pressure switch
Sensors for pressures, temperatures and electric power output
Digital displays for temperatures, pressures, differential pressures and electric power output
Technical Data
Compressor
two-stage
with 2 cylinders in a V-arrangement
power consumption: 3kW
speed: 710min-1
intake capacity: 250L/min
quantity delivered: 202L/min (at 12bar)
operating pressure: 12bar, max. 35bar
Intake vessel: 20L
Pressure vessels, 16bar; capacity:
after 1st stage: 5L
after 2nd stage: 20L
Safety valve: 16bar
Measuring ranges
differential pressure: 0…25mbar
pressure: 1x 0…1,5bar; 2x 0…16bar
temperature: 4x 0…200°C
power: 0…3500W
400V, 50Hz, 3 phases
400V, 60Hz, 3 phases
230V, 60Hz, 3 phases
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