
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 | 2500 kPa |
| PRESSURE GAUGE | 0 – 2750 kPa |
| CONNECTION | G 5/8″ B-lh |
| DESCRIPTION | VALUE |
| DELIVERY PRESSURE | 0 – 150 kPa |
| PRESSURE GAUGE | 0 – 255 kPa |
| MAXIMUM GAS FLOW | 30 m³/h |
| CONNECTION | 3/8″ lh |

The Taurus double-stage regulator is designed to lower the high pressure gas from a gas cylinder to a usable outlet pressure in two stages. It requires less readjustment and provides a more constant delivery pressure despite changes in inlet pressure. It is exceptionally well suited for high-pressure cylinder applications and where stable outlet pressure is important. The regulator is fitted with two gauges, one to measure the inlet pressure and the other for measuring the outlet delivery pressure.
| DESCRIPTION | VALUE |
| MAXIMUM PRESSURE | 2500 kPa |
| PRESSURE GAUGE | 0 – 4000 kPa |
| CONNECTION | G 5/8″ B-lh |
| DESCRIPTION | VALUE |
| DELIVERY PRESSURE | 0 – 150 kPa |
| PRESSURE GAUGE | 0 – 250 kPa |
| MAXIMUM GAS FLOW | 25 m³/h |
| CONNECTION | 3/8″ lh |

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 | 2500 kPa |
| PRESSURE GAUGE | 0 – 2750 kPa |
| CONNECTION | G 5/8″ B-lh |
| DESCRIPTION | VALUE |
| DELIVERY PRESSURE | 0 – 150 kPa |
| PRESSURE GAUGE | 0 – 255 kPa |
| MAXIMUM GAS FLOW | 30 m³/h |
| CONNECTION | 9/16″ lh |