Examples of using Microprocessor control in English and their translations into Italian
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Colloquial
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Official
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Medicine
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Financial
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Ecclesiastic
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Ecclesiastic
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Computer
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Programming
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Official/political
Digital shaker with microprocessor control which is ideal for a range mixing applications, e.g.
IR barrier with microprocessor control driving a hydraulic valve,
Microprocessor control improves performance
Description: Digital shakers with microprocessor control which are ideal for mixing applications with very heavy loads
The microprocessor control with exclusive PID action
The double conversion UPS adopts the IGBT and PWM technology with microprocessor control of the last generation.
that manage the motor according to the signal coming from the microprocessor control.
powerful mini shaker with microprocessor control which is ideal for a wide variety of shaking applications.
one gas chromatograph, one microprocessor control and one colour LCD screen.
output sine wave, microprocessor control, transfer time 2-6 ms.
Digital electronic microprocessor control, with LED display panel with set value
Digital with microprocessor control 3. Higher starting current for motor application 4. Power saving….
Their microprocessor control ensures that they supply the required energy to the process rapidly and precisely.
The device utilizes a microprocessor control unit in combination with non through-hull ultrasonic transducers secured to the inside of the hull.
Their microprocessor control unit and the integrated monitoring of the passage area provide your entrance area with reliable safety.
Advanced microprocessor control unit specially designed for zootechnics. User-friendly, connected to PT 100 high-sensitivity probes capable of communicating by means of optical fibres with a central computer.
The microprocessor control is also designed to govern a dehumidifier installed outside the equipment, on the air distribution channel.
including the development of automation systems using logical machines of varying complexity and microprocessor control systems.
In 1975, an ALLROUNDER H became the world's first injection moulding machine to feature microprocessor control and hydraulic proportional valve technology.
CO2% is made through a microprocessor control system.