13.6kV or more. The recommendable arcing distance is 3.5-4.0 mm.
The average life span is over 30,000 cycles. Installation methods are snap type and screw plug type. They are commonly used in kitchen appliances.
- Product Details
- {{item.text}}
Quick Details
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Power Source:
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Gas
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Place of Origin:
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Zhejiang, China
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Brand Name:
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Bngas
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Model Number:
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BN6606
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Name:
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electronic pulse igniter
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Feature:
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Eco-Friendly
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Certification:
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CE / EU
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Color:
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Black
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Material:
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Plastic
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Gas Source:
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LPG/NG
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Temperature Resistance:
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≥1200℃
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Voltage:
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≥18KV
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Electrode:
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Customized
Quick Details
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After-sales Service Provided:
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Free spare parts
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Warranty:
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1 Year
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Application:
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Outdoor, Hotel
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Power Source:
-
Gas
-
Place of Origin:
-
Zhejiang, China
-
Brand Name:
-
Bngas
-
Model Number:
-
BN6606
-
Name:
-
electronic pulse igniter
-
Feature:
-
Eco-Friendly
-
Certification:
-
CE / EU
-
Color:
-
Black
-
Material:
-
Plastic
-
Gas Source:
-
LPG/NG
-
Temperature Resistance:
-
≥1200℃
-
Voltage:
-
≥18KV
-
Electrode:
-
Customized
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Material
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Plastic/ Metal
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Temperature Resistance
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≤120℃
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Tip
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Φ1.6/ Φ2.35/ Φ4/ 2.8x0.5
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Outlet
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1 or 2
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Voltage
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15-20kv
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Supply ability
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50000pcs/month
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Application
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Gas heater/ BBQ/ Pizza oven/ Fireplace/ Water heater/ Gas stove
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Packaging
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Customizable with standard export carton
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MOQ
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1000pcs
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As the name implies, gas ignitors (or Spark Generator) light the gas for heating purposes by generating heat instantaneously. When people turn on the switch of a gas stove, oven, pizza oven, or boiler, the igniter generates a high voltage and heats up to a specific temperature to light the gas. They are generally divided into the following categories,
* Piezo Igniter
* AC/DC Pulse Igniter
* Hot Surface Igniter
* Piezo Igniter
* AC/DC Pulse Igniter
* Hot Surface Igniter
What is the Gas Igniter System?
Unlike others, I’m used to dividing gas ignition systems into two types— pilot ignition systems and spark ignition systems. If you can’t remember them quickly, you can understand them more straightforwardly as “the system with actual flame ignition” and “the system without actual flame ignition”.
Subdivided downwards you can divide them into.
* Pilot ignition
* Piezo ignition
* DC or AC pulse ignition
* Hot surface ignition
You can also divide them into manual and automatic ignition.
Piezo igniter is also called gas lighter or spark igniter. It belongs to the manual ignition system generally used on gas stoves. It uses a physical phenomenon called the piezoelectric effect to produce an electric spark by hitting a crystal to ignite the gas in the burner.
The other three you can think of as automatic ignition systems, also called electronic ignition systems. Only the pilot ignition will produce a real flame, and the others only have a spark to ignite. Note that DC pulse ignitors require installing a dry cell battery, meaning you need to change the dry cell battery often. On the other hand, AC pulse and hot-surface ignitors need to be connected to a power source to work.
Automatic ignition systems are safer and more stable than manual ignition systems, but they require power to maintain them regularly. There’s no denying that you’ll hardly ever see manual ignition systems in high-end kitchen appliances.
Subdivided downwards you can divide them into.
* Pilot ignition
* Piezo ignition
* DC or AC pulse ignition
* Hot surface ignition
You can also divide them into manual and automatic ignition.
Piezo igniter is also called gas lighter or spark igniter. It belongs to the manual ignition system generally used on gas stoves. It uses a physical phenomenon called the piezoelectric effect to produce an electric spark by hitting a crystal to ignite the gas in the burner.
The other three you can think of as automatic ignition systems, also called electronic ignition systems. Only the pilot ignition will produce a real flame, and the others only have a spark to ignite. Note that DC pulse ignitors require installing a dry cell battery, meaning you need to change the dry cell battery often. On the other hand, AC pulse and hot-surface ignitors need to be connected to a power source to work.
Automatic ignition systems are safer and more stable than manual ignition systems, but they require power to maintain them regularly. There’s no denying that you’ll hardly ever see manual ignition systems in high-end kitchen appliances.
Product By Varieties
AC Pulse Igniter
Electrical igniters have screw fixation, clip fixation, and self-switched bodies. Models from 1 to 8 outlets in different housings suitable for gas hobs, free-standing cookers, and hollers applications, available with or without a switch and EMC filter.
SUPPLY VOLTAGE: AC 110~220V, AC 220~240V, AC 120V, OR DC 1.5 V, DC 3 V
SUPPLY VOLTAGE: AC 110~220V, AC 220~240V, AC 120V, OR DC 1.5 V, DC 3 V
SUPPLY FREQUENCY: 50-60 Hz
POWER: 0.6 VA-1.1 VA
SPARKING VOLTAGE:> 10 kV @30pF
SPARK GAP: 3-5 mm
DC Pulse Igniter
DC Pulse Igniter generates a continuous instantaneous electric spark to ignite a gas-fired electronic product. Application range: gas stoves, stoves, water heaters, gas lamps, barbecues, and other gas appliances.
Spark output terminal: 1~6 output terminals
Input power: One AA battery (1.5V )
Output voltage: ≥22KV
Spark output terminal: 1~6 output terminals
Input power: One AA battery (1.5V )
Output voltage: ≥22KV
Piezo Igniter
Piezo ignitor, also called the “push button” igniter. It’s used in gas grills, portable camping stoves, and other devices.
The Piezo ignitor consists of a small spring-loaded hammer and a piezoelectric crystal. When the button on a piezoelectric ignitor is pressed, the spring-loaded hammer strikes the crystal, which creates a voltage when deformed. This sudden forceful deformation produces a high voltage and subsequent electrical discharge. The ignitor then sends this high-voltage electrical charge along the wire to the electrode, which ignites the gas.
The Piezo ignitor consists of a small spring-loaded hammer and a piezoelectric crystal. When the button on a piezoelectric ignitor is pressed, the spring-loaded hammer strikes the crystal, which creates a voltage when deformed. This sudden forceful deformation produces a high voltage and subsequent electrical discharge. The ignitor then sends this high-voltage electrical charge along the wire to the electrode, which ignites the gas.
Hot Surface Igniter
These igniters are composed of advanced ceramic materials. These devices are also the most commonly used electronic ignition systems today. They are generally employed for applications such as space furnaces and heaters. Hot surface igniters are widely used for their reliability and durability potential.
Silicon nitride (WHICH BNGAS HAVE) is a chemical compound of silicon and nitrogen. It is a hard ceramic with high strength and is durable over a broad temperature range. Its notable characteristics include durability over a high-temperature range.
Silicon nitride (WHICH BNGAS HAVE) is a chemical compound of silicon and nitrogen. It is a hard ceramic with high strength and is durable over a broad temperature range. Its notable characteristics include durability over a high-temperature range.
Piezo Igniter
The piezoelectric igniter uses nylon plastic material with a maximum temperature resistance of 120°C and an output voltage of
13.6kV or more. The recommendable arcing distance is 3.5-4.0 mm.
The average life span is over 30,000 cycles. Installation methods are snap type and screw plug type. They are commonly used in kitchen appliances.
13.6kV or more. The recommendable arcing distance is 3.5-4.0 mm.
The average life span is over 30,000 cycles. Installation methods are snap type and screw plug type. They are commonly used in kitchen appliances.
DC Pulse Igniter
This DC spark generator is commonly available with spurious or genuine keys (as shown below). The output voltage is generally ≥ 22kV and is powered by a single AA/AAA battery or an external battery pack.
But generally, a good user experience is not to hold the ignition keys. Just turn the knob to ignite the fire.
But generally, a good user experience is not to hold the ignition keys. Just turn the knob to ignite the fire.
AC Pulse Igniter
Electronic igniters are pulse igniters made of PA66, which are more common in kitchen appliances. Various operating voltages are available, and the switches and EMC can be selected. The Spark gap of 3-5mm can work properly.
SPARKING VOLTAGE:> 10 KV @30pF
SPARKING VOLTAGE:> 10 KV @30pF
Hot Surface Igniter
Silicon nitride ceramic igniter is the latest and most advanced hot surface ignition technology application. It completely avoids the disadvantages of silicon carbide heating element, which is sparse, brittle, and afraid of water.
Silicon nitride has a high working temperature, fast heating up speed is dense and strong, and has a long working life.
Silicon nitride has the following advantages: high working temperature, fast heating up speed, dense and solid, long working life, etc.
Why Choose BNGAS Customize Gas Igniters?
Gas Igniter Ultimate FAQ Guide
The gas igniter is an essential component of a gas oven with which to heat it. It works by igniting the gas in the pipe with an electric spark and creating a flame to heat it. Therefore, this crucial part is needed every time it is ignited, so it needs to be maintained or replaced regularly.
Q1: Which gas igniter wire you should be using for your combustion application?
It is easy to buy the wrong gas ignition wire. Many burners use ignition electrodes similar to spark plugs or tail terminals alike, and people mistakenly think that car spark plug wires can also be used on burners. But this does not fit.
Because EPDM rubber cannot withstand high temperatures, automotive spark plug wires use an EPDM rubber (ethylene propylene diene monomer) casing with a maximum temperature of only 266°F (130°C). Gas ignition wire for combustion applications uses high-temperature silicone wires that can reach a maximum temperature of 482°F (250°C). This temperature rating determines the working life of your gas ignition wire.
The gas ignition wire must be adapted to the electrode tails, or there will be a safety hazard.
Q2:
How many Types of Ignition Wire Terminals do you have？
Q3:
What is the Unit Price of the Gas Igniter?
Q4:
What's your Lead Time?
Q5:
Do you have the Certification of the Gas Igniters?
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