TH 410 STIRLING CYCLE HOT AIR ENGINE, Horizontal Cylinders
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The unit is for demonstration of stirling cycle hot air engine.
The engine consists of two cylinders. The first (displacer) cylinder is made of Pyrex glass and is to generate hot air by a resistance heater. The second (power) cylinder is to generate a mechanical power on a fly wheel by hot air from the first cylinder. Air flow passage and phase angle between the two cylinders are such that the expanded cool air from the second cylinder is returned for heating in the first cylinder. The power to the heater can be varied. Cylinder ports allow engine to operate on gasses other than air. Instruments are provided for measurement of input power, and output power.
Instruction manual is also included.
Torque vs speed for a given input.
Output and efficiency vs speed for a given input.
Heater | : 300 W max | |
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: Over 500 rpm | |
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: Over 1000 mW | |
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- Torque | : Mechanical dynamometer with spring balance and weights | |
- Speed | : Portable tachometer | |
- Sensors with digital display | : Electrical input power | |
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: 220 V, 1 Ph, 50Hz. Other power supply is available on request. |
Net (unpacked) shipping dimensions WxLxH : 30 x 45 x 60 cm
Net weight : Approx. 38 kg
| Learning Software |
to support both online/offline training with data calculation and analysis by manual data entry from analog measuring instruments. | |
| DC generator with resistive loads and voltage and current digital display for measurement of electrical power output |
| Computer Control (computer not included) |
This includes TH410S and significant sensor(s) instead of analog measuring instrument(s), data acquisition | |
| (capture, display, graph and/or data export), additional software function for real-time data logging with |
computer interface unit and WiFi feature for data logging and real-time display remotely on smartphone (iOS and Android) |
- Other optional equipment, please contact manufacturer ([email protected])
| Learning Software |
to support both online/offline training with data calculation and analysis by manual data entry from analog measuring instruments. |