
The primary function of a gas regulator is to reduce high-pressure gas in a cylinder or process line to a lower, more usable level. A regulator is not a flow control device. It is used to control delivery pressure only. It has two gauges, one to measure the inlet pressure and the other to measure the outlet delivery pressure.
| DESCRIPTION | VALUE |
| MAXIMUM PRESSURE | 23000 kPa |
| PRESSURE GAUGE | 0 – 28000 kPa |
| CONNECTION | G 3/4″ B-rh |
| DESCRIPTION | VALUE |
| DELIVERY PRESSURE | 0 – 800 kPa |
| PRESSURE GAUGE | 0 – 1100 kPa |
| MAXIMUM GAS FLOW | 30 m³/h |
| CONNECTION | 3/8″ rh |

The primary function of a gas regulator is to reduce high-pressure gas in a cylinder or process line to a lower, more usable level. A regulator is not a flow control device. It is used to control delivery pressure only. It has two gauges, one to measure the inlet pressure and the other to measure the outlet delivery pressure.
| DESCRIPTION | VALUE |
| MAXIMUM PRESSURE | 19613 kPa |
| PRESSURE GAUGE | 0 – 30890 kPa |
| CONNECTION | G 3/4″ B-rh |
| DESCRIPTION | VALUE |
| DELIVERY PRESSURE | 0 – 5883 kPa |
| PRESSURE GAUGE | 0 – 9806 kPa |
| MAXIMUM GAS FLOW | 150 m³/h |
| CONNECTION | 3/8″ rh |