restaurant 2 burner table top portable range industrial parts outdoor cylinder single stand appliance kitchen stand gas cooker RD-GD347
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restaurant 2 burner table top portable range industrial parts outdoor cylinder single stand appliance kitchen stand gas cooker RD-GD347
Experience the convenience and efficiency of our RD-GD347 kitchen gas cooker. As a leading factory, we offer top-quality restaurant 2 burner table top portable range industrial parts for outdoor use.
0.33mm iron sheet with spray printing, height: 80mm
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Left Burner:
90mm cast iron burner with gold color steel cap
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Right Burner:
135mm infrared burner
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Pan Support:
5 ears black pan support
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Water Tray:
Stainless steel tray
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Ignition:
Automatic piezo ignition
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Gas Pipe:
11.5mm gas pipe
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Knob:
PP black knob
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Packing:
5 Layer strong color box
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Gas Type:
LPG
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Product Size:
700x350x110mm (with stand)
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Carton Size:
705x390x93mm
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Loading QTY:
20GP: 1100pcs, 40HQ: 2680pcs
Double burner table top Glass model. Tempered top & front glass, Ceramic plate infrared burner with more gas saving, whirlwind burner with more strong fire,5 ears black pan support. 11.5mm gas pipe with L connector. PP black knob. 0.38mm 410# stainless steel body, height: 55mm
135mm infrared burner
6mm tempered Top and front glass with 2D printing
90mm cast iron burner with gold color steel cap
1、 Pulse ignition. Open the gas valve, press the knob, the knob rod moves downward, pushing the thimble in the valve body to move downward together, the thimble pushes the curved rod in the valve body to swing, and pushing the solenoid valve to open; At the same time, the metal sheet on the knob rod will contact with the switch wire of the pulse igniter, forming a ground circuit with the surface shell through the knob rod, and the pulse starts ignition.Fuel gas ignition road stiffness: gas transmission pipe → valve body through-hole → gas valve core → solenoid valve valve → ejector pipe → nozzle (mixed with air for the first time) → furnace head → damper → fire cover (mixed with air for the second time), burning after encountering fire.2、 Piezoelectric ignition.Open the gas valve, press the knob, and the top of the knob will press the valve thimble in the gas valve core to move downward together to push the gas valveThe ignition pipe valve in the core is opened.Fuel gas ignition road stiffness: gas transmission pipe → valve body through-hole → gas valve core → pilot pipe valve → valve body ejector pipe → jet nozzle (air mixing) → pilot pipe, which burns in case of fire and sprays towards the fire cover. The other pipeline → valve body through-hole → gas valve core → ejector pipe → nozzle → damper → furnace head (mixed with air for the first time) → flame distributor (mixed with air for the second time) → gas circuit is connected and burns after encountering fire
1、 Pulse ignition. Open the gas valve, press the knob, the knob rod moves downward, pushing the thimble in the valve body to move downward together, the thimble pushes the curved rod in the valve body to swing, and pushing the solenoid valve to open; At the same time, the metal sheet on the knob rod will contact with the switch wire of the pulse igniter, forming a ground circuit with the surface shell through the knob rod, and the pulse starts ignition. Fuel gas ignition road stiffness: gas transmission pipe → valve body through-hole → gas valve core → solenoid valve valve → ejector pipe → nozzle (mixed with air for the first time) → furnace head → damper → fire cover (mixed with air for the second time), burning after encountering fire. 2、 Piezoelectric ignition. Open the gas valve, press the knob, and the top of the knob will press the valve thimble in the gas valve core to move downward together to push the gas valve The ignition pipe valve in the core is opened. Fuel gas ignition road stiffness: gas transmission pipe → valve body through-hole → gas valve core → pilot pipe valve → valve body ejector pipe → jet nozzle (air mixing) → pilot pipe, which burns in case of fire and sprays towards the fire cover. The other pipeline → valve body through-hole → gas valve core → ejector pipe → nozzle → damper → furnace head (mixed with air for the first time) → flame distributor (mixed with air for the second time) → gas circuit is connected and burns after encountering fire
