P9010e Turbojet Engine Test Stand

Cussons Turbojet Engine Test Stand provides a fully functioning, aero derivative small jet turbine.

Turbojets are used as high performance jet engines in aircraft and to provide the core of the very successful turbofan engines used on the great majority of airliners.

Cussons Turbojet Engine Test Stand provides a fully functioning, aero derivative small jet turbine. The jet turbine thrust can be measured and outputs from up to 230N can be achieved. The unit is provided with a mimic diagram displaying the temperatures of the gas flow and engine pressure ratio. Air flow, fuel flow and rotational speed measurement mean that an energy balance for the engine can be undertaken.

EXPERIMENTS / LEARNING CAPABILITIES

• Demonstration of the Turbo jet principle
• Performance analysis of a Turbojet at varying power
• Temperatures air inlet
• Fuel inlet compressor outlet
• Combustion chamber outlet 
• Tail pipe stream
• Ambient air pressure
• Air inlet differential pressure
• Compressor outlet pressure

#jetengine, #turbojet, #thermodynamics, #aircraft, #jetturbine, #turbine, #jet, #combustionchamber

For more information: http://www.cussons.co.uk/

P9235 SPECTROANALYSER

The Cussons Spectroanalyser 3 has been developed to measure low concentrations of nitrogen as an impurity in certain rare gases, and has found particular applications with high purity argon.

APPLICATIONS

• Measurement of trace amounts of nitrogen in high purity argon production and user systems
• Quality control of high purity/ultra-high purity argon cylinders

FEATURES

• 0-100 mV and 4-20 mA recorder outputs
• High and low level alarm contacts
• Analyser electronic self-check facility
• Design eliminates background interference

 TECHNICAL SPECIFICATION

• Ranges: 0-10 vpm and 0-100 vpm Nitrogen in Argon
• Display: Analogue meter
• Limit of detection: Less than 1 vpm
• Sensitivity: Less than 1 vpm
• Zero drift: Less than 0.1 vpm per ºC
• Cycle/response time: Continuous/90% within 60 secs
• Accuracy: Depending on calibration gas available as it is a comparative method that is employed
• Sample flow rate: 2 litres per minute
• Sample inlet temperature: 10ºC minimum, 30ºC max.
• Sample inlet pressure: Optimum 0.35 to 1.05 bar g; maximum 3.5 bar g
• Sample outlet pressure: Maximum 0.15 bar g
• Sample pipework: 6mm or 1/4 OD stainless steel and PTFE
• Analogue output: 4-20 mA and 0-100 mV
• Alarm contacts: Adjustable high and low alarms with both normally open and closed voltage free contacts rated at 250V, 5A, AC non inductive
• Electrical supply: 110/220V, 60 Hz or 220/240V, 50 Hz single phase

#Spectroanalyser #argon #calibrationgas #purityargon #nitrogen #Analyserelectronic

For more information:http://www.cussons.co.uk/