• High-Energy Igniter for Gas Turbine,TENGYAN,High-Energy Igniter for Gas Turbine
  • High-Energy Igniter for Gas Turbine,TENGYAN,High-Energy Igniter for Gas Turbine

High-Energy Igniter for Gas Turbine Typical voltage for a discharge sits somewhere between 700 to 1000V

High-Energy Igniter for Gas Turbine
This system brings together a high-energy igniter, an ignition cable, and a semiconductor electrode. The unit in discussion aligns with the requirements laid out in Q/TY 002-2023, plus it’s rated for use in environments with explosion risks
It sees broad adoption as the go-to solution for gas turbine startup ignition tasks
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  • High-Energy Igniter for Gas Turbine,TENGYAN,High-Energy Igniter for Gas Turbine

Description

Semiconductor Electrode TYZ-94
Looking at what it does, this component channels high-voltage direct current pulses right into the coated tip made of a special glaze ceramic. That moment releases a forceful spark—always reliable, no matter what the weather decides to do
The list of what goes into it is a bit technical but not mysterious: high alumina ceramic, special alloys for high temperatures, some toughened silicone sealing, and a specific type of ceramic that supports semiconductor action
Everything gets held together inside a solid stainless steel body, and the glass sealant can tackle the heat without trouble
For mounting, it’s built with a flange which makes installation pretty straightforward
Staying cool or blazing hot—this thing keeps on going, working anywhere from deep freeze to scorching, even handling short bursts up to the extreme range
Typical voltage for a discharge sits somewhere between 700 to 1000V, and if gas pressure spikes, the part resists up to a stated value

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