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Defence
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Long-time development projects require long-term available and robust standard-based components, especially in the defense sector. With the industrial solutions by ADDI-DATA you can realize many measurement and control applications as:
- Weapon testing
- Climate testing
- Control of HVAC (Heating, Ventilating and Air Conditioning)
- Noise, shock or vibration control
- Data recording and transmission
- …
Product applications for the defence sector
Muzzle velocity measurement
Challenge
A weapon manufacturer wants to modernise a shooting tunnel in order to measure the muzzle velocity of machine guns. During the test single shots and salvoes are fired off. The bullets pass two light barriers which measure their velocity. The time the bullet needs between the two light barriers is counted and the speed is calculated. The system has to be precise enough to be able to measure times from 500 µs to 10 ms.
Temperature measurement device for a submarine
Challenge
The motors and generators of a submarine shall be permanently monitored to avoid overheating. For this, a data logger shall effect temperature measurements and send a signal through Modbus TCP to a PC on the bridge as soon as a temperature limit is exceeded. For reasons of space, the temperature measurement system must be compact. Furthermore it shall be resistant to the harsh environmental conditions and interferences on a military submarine.
Challenge
The motors and generators of a submarine shall be permanently monitored to avoid overheating. For this, a data logger shall effect temperature measurements and send a signal through Modbus TCP to a PC on the bridge as soon as a temperature limit is exceeded. For reasons of space, the temperature measurement system must be compact. Furthermore it shall be resistant to the harsh environmental conditions and interferences on a military submarine.
Flight tests
Challenge
A plane manufacturer wants to carry out flight tests. During the flight, in different time intervals, the following values shall be high-precisely measured (µs range) with sensors and then synchronized with GPS: Ultrasound, pressure, incremental encoders, motor rotational speed, acceleration. The measured values shall then be saved in a text file in table form.
Challenge
A plane manufacturer wants to carry out flight tests. During the flight, in different time intervals, the following values shall be high-precisely measured (µs range) with sensors and then synchronized with GPS: Ultrasound, pressure, incremental encoders, motor rotational speed, acceleration. The measured values shall then be saved in a text file in table form.
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