How does a high-energy explosion-proof ignition device work?
The working principle of the high-energy explosion-proof ignition device is: AC power frequency 220VAC, which is converted into DC pulse voltage by boosting rectification, and charging the energy storage capacitor.
What is a high-energy igniter?
The shell of the high-energy igniter is a metal shell, with a smooth and beautiful appearance, good tightness, and an explosion-proof grade of BT4. The igniter can fire continuously for up to 5 hours. The discharge voltage is low, the ignition energy is large, the single ignition energy is 6 J, and the spark frequency is 10-15 times/sec.
What is a high-energy ignition device?
The high-energy ignition device is mainly composed of three parts: high-energy explosion-proof igniter NIE-6B, high-energy explosion-proof semiconductor igniter NIG-1, and high-voltage shielded cable NIL-.
What are the components of an ignition system?
The ignition system consists of a high-energy explosion-proof ignition device, a pneumatic explosion-proof propulsion device, an ignition flashlight, an ignition quick-break valve, a flame detector, a cooling air system, and an ignition explosion-proof control cabinet.
What is a high-voltage ignition shielded cable?
The high-voltage ignition shielded cable is used to send the current output from the igniter to the semiconductor nozzle of the igniter for discharge. The connectors at both ends of the cable are made of special stainless steel, which are tightly connected with the output port of the igniter and the bottom of the igniter.
What is the resistance value of the ignition gun?
The resistance value of the center circuit of the ignition gun is <0.05Ω, and the anti-electric strength is DC8000V. The length of the ignition gun is determined according to the specific project, and shall meet the needs of burner ignition.
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In this paper, a variable frequency and energy aeroengine ignition device is developed for improving aeroengine combustion chamber’s ignition properties. The STC89C52 MCU was chosen as the device’s core controller.
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The working principle of the high-energy explosion-proof ignition device is: AC power frequency 220VAC, which is converted into DC pulse voltage by boosting rectification, and charging the
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An high-energy ignition device having an igniter coil adapted to produce a high voltage for allowing an electric discharge between electrodes of a sparking plug in accordance with the
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A high-energy ignition apparatus has an ignition coil which generates from an output of an ignition circuit a high voltage for causing an electrical discharge between electrodes of an ignition plug,
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High energy ignition device with max. 112 J/s for direct and reliable ignition of gas and liquid fuels. The ignition frequency and duration are variable. Functionality: Thyristor-controlled capacitor
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The ignition coil stores high energy at all engine operating speeds for high horsepower, high compression racing engines while at the same time providing efficient energy
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We design and manufacture best in class ignition systems for gas, oil, coal and multi-fuel burners, supplying major petrochemical, chemical and energy players at a worldwide level with state of
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High energy ignition device with max. 112 J/s for direct and reliable ignition of gas and liquid fuels. The ignition frequency and duration are variable. Functionality: Thyristor-controlled capacitor discharge, microcontroller
High energy ignition method and system using pre-dwell control
The ignition coil stores high energy at all engine operating speeds for high horsepower, high compression racing engines while at the same time providing efficient energy
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XDH-20C high-energy igniter is a high-energy ignition device designed produced by our company according to the needs of petrochemical, metallurgy, electric power, glass, ceramics other
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The standard version consists of a high-energy ignition unit with tube receptacle, the ignition tip adapter and an exchangeable ignition tip if a compact design is required. The electrical connection of the ignition
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In the presented work, the results of the study of an improved high-energy ignition system are given. The improvement of the considered ignition system is aimed to
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A high-energy ignition apparatus has an ignition coil which generates from an output of an ignition circuit a high voltage for causing an electrical discharge between electrodes of an ignition plug,
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A model based on graded-stage parasitic capacitance was established to analyze the effect of this capacitance on discharge energy. The energy stored in the charging process
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An high-energy ignition device having an igniter coil adapted to produce a high voltage for allowing an electric discharge between electrodes of a sparking plug in accordance with the
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