BRD GS 600 D

BRD GS 600 D

The station is a work station for use at an individual workplace, at a remote distance from hydrogen gas-generating equipment. The station is equipped with everything necessary to control the gas production process. The workstation is equipped with a water seal for safer operation using open hydrogen flames. The station is equipped with a water seal and a carbon enrichment system, a pressure gauge and a remote control to control the operation of the hydrogen gas generator. Work shops are equipped with individual work posts (stations), where flammable gas is supplied to each post through a specially laid pipeline, but to supply all posts only one hydrogen gas generator is used, located at a safe distance from the shop where the production process takes place, which is largely reduces the risk of hazardous situations.

Product Model No BRD – GS 600 D
User Dual Person with two Torch Guns working
Torch Gun Cables 2 Meters Silicon cover TUBES
Working Method Water HHO + Hc +
Working Voltage Ac 220 Volt
Engine Working Volt DC 12 volt 65 Ams
Gas Output hhO + Hc Mixer Gas 170 Liter Per Hour
Torch Gun Dual Gas Gun SS 304 Tool Gun With 5 Nozzles
Gun Stand Automatic Torch Gun Fired
Water Capacity Water 4.5 Litter
Pressure Gauge Maximum 2 bar
Gas Pressure Maximum 1.2 par Pressure out
Pressure Switch Automatic Pressure Maintain System
Water Level Automatic water Level Alarm, system On / Off
Anti Back Fire Flashback Arrester Inbuilt
Working Temperature Minimum 30 Degree to 50
Maximum working Hours 4 hours Continues
Machine Work station Mode
Remote Key On / Off

Hydrogen gas burner BRD – GS 600 D

The BRD-GS 600D burner is manufactured in accordance with the requirements for use with hydrogen and oxygen. The burner is made of materials that can withstand highly concentrated alkaline environments. The BRD-GS 600 D burner is ideal for working in tandem with hydrogen gas generators BRD GS 400 S and GS 600D The torch is intended for welding, soldering and melting of ferrous and non-ferrous metals. Equipped with an optimal set of replaceable attachments.

Combustible gases used: (Hydrogen – Oxygen), (Propane – Oxygen)

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