Portable Acetylene Generator
H-Type Acetylene Generator
Portable acetylene generator works on the water to carbide principle of generating acetylene gas. Our Portable Acetylene generators follow international safety standards.
The unit consists of a Generator Tank which contains two gas producing chambers. Each containing a carbide tray.
The Acetylene gas generated by the chemical reaction between Calcium Carbide and Water. Water passes upwards through a pipe fitted with a nonreturn ball valve into the Generator Tank. Through a filter and a shut-off valve and a non-return valve gas enters the bottom of the flash-back arrestor. From here the gas further passes through the Pressure-Regulator to the Gas outlet cock to which the welding hose is connected.
FEATURES of Portable acetylene generator
- Lightweight and Easy to Handle
- Automatic Operation for Carbide to Waster Mixing
- Factory-Fitted Pressure Relieve Valves and Check Valves
- Flash Back Arrestors
- Eliminates Acetylene Waste as Every Cubic Meter produced is used up
- Eliminates Cylinder Renting Costs
- Can Be Operated & Maintained without Extensive Technical Knowledge
Advantages of acetylene generator
Modern- Plant is designed with standard Safety models.
Economical- High Acetylene Gas Yields.
Compact- The plant Doesn’t required any bulky gas holder system.
Efficient– Compact design with Standard Operation controls all plant parameters.
Safe- The System is fitted with Mechanical safety values for additional safety feature.
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Specifications of Generator
| Diameter of Generator Tank | 730 mm |
| Overall Height | 1600 mm |
| Maximum Width | 1200 mm |
| Approximate Empty Weight | 250 Kgs |
| Capacity of Each Carbide Tray | 12.5 Kg (25/50 mm size) |
| Gas Output per charge per tray | 3125 to 3375 Litres depending upon the size & quality of carbide. |
| Maximum Working Pressure | 1.5 kg/cm² |
| Brass Fittings | Less than 70% copper |
| Safety Valve Adjustment | 1.65 Kg/cm² |
| Flow Rate Maximum Standard | 3.25 Cubic Meter/hr. |
| Relevant Indian Standard | IS – 8471 (Part IV) – 1977. |
SAFETY STANDARDS
