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Welding, cutting and heating equipment requires a consistent gas supply for processing workpieces. Victor regulators provide a consistent gas supply by safely & accurately controlling the gas supplied by the oxygen & acetylene cylinder.
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I| Style | Model | Body Dia. | Body Material | Cga Connection Inlet | Cga Connection Outlet | Coefficient Of Volume | Cylinder Gas | Delivery Pressure Range | Diaphragm Material | Price | |
|---|---|---|---|---|---|---|---|---|---|---|---|
| A | 4000-0059 | 1.97" | Stainless Steel | - | - | 0.078 | - | 1 to 22 psi | Stainless Steel | £2,192.24 | |
| A | 4000-9364 | 1.97" | Nickel Plated Brass | - | - | 0.078 | - | 1 to 150 psi | Stainless Steel | £959.52 | |
| B | 4000-9398 | 1.97" | Nickel Plated Brass | - | - | 0.094 | - | 1 to 50 psi | Stainless Steel | £675.60 | |
| C | 4000-9388 | 1.97" | Nickel Plated Brass | - | - | 0.094 | - | 1 to 150 psi | Stainless Steel | £664.12 | |
| C | 4000-9389 | 1.97" | Nickel Plated Brass | - | - | 0.094 | - | 1 to 150 psi | Stainless Steel | £664.12 | |
| A | 4000-0058 | 1.97" | Nickel Plated Brass | - | - | 0.078 | - | 1 to 22 psi | Stainless Steel | £934.73 | |
| A | 4000-0002 | 1.97" | Nickel Plated Brass | - | - | 0.078 | - | 1 to 150 psi | Stainless Steel | £959.52 | |
| A | 4000-0446 | 1.97" | Nickel Plated Brass | - | - | 0.078 | - | 1 to 150 psi | Stainless Steel | £959.52 | |
| A | 4000-0060 | 1.97" | Stainless Steel | - | - | 0.078 | - | 1 to 90 psi | Stainless Steel | £2,192.24 | |
| A | 4000-5121 | 1.97" | Stainless Steel | - | - | 0.078 | - | 1 to 90 psi | Stainless Steel | £2,274.60 | |
| A | 4000-0594 | 1.97" | Nickel Plated Brass | - | - | 0.078 | - | 1 to 22 psi | Stainless Steel | £964.16 | |
| C | 4000-5131 | 1.97" | Stainless Steel | - | - | 0.094 | - | 1 to 90 psi | Stainless Steel | £1,742.27 | |
| A | 4000-9429 | 1.97" | Nickel Plated Brass | - | - | 0.078 | - | 1 to 22 psi | Stainless Steel | £959.52 | |
| C | 4000-0696 | 1.97" | Stainless Steel | - | - | 0.094 | - | 1 to 90 psi | Stainless Steel | £1,682.32 | |
| B | 4000-9739 | 1.97" | Nickel Plated Brass | - | - | 0.094 | - | 1 to 90 psi | Stainless Steel | £618.32 | |
| B | 4000-9376 | 1.97" | Nickel Plated Brass | - | - | 0.094 | - | 1 to 22 psi | Stainless Steel | £617.27 | |
| C | 4000-0054 | 1.97" | Nickel Plated Brass | - | - | 0.094 | - | 1 to 22 psi | Stainless Steel | £640.06 | |
| C | 4000-0052 | 1.97" | Nickel Plated Brass | - | - | 0.094 | - | 1 to 22 psi | Stainless Steel | £645.72 | |
| C | 4000-9485 | 1.97" | Nickel Plated Brass | - | - | 0.094 | - | 1 to 22 psi | Stainless Steel | £664.97 | |
| A | 4000-5116 | 1.97" | Stainless Steel | - | - | 0.078 | - | 1 to 22 psi | Stainless Steel | £2,274.60 | |
| C | 4000-0053 | 1.97" | Nickel Plated Brass | - | - | 0.094 | - | 1 to 150 psi | Stainless Steel | £645.72 | |
| C | 4000-0057 | 1.97" | Stainless Steel | - | - | 0.094 | - | 1 to 22 psi | Stainless Steel | £1,682.32 | |
| C | 4000-0056 | 1.97" | Stainless Steel | - | - | 0.094 | - | 1 to 22 psi | Stainless Steel | £1,682.32 | |
| D | 0781-0027 | 2.5" | Forged Brass | 540 | 9/16"-18 (M) RH | 0.100 | Oxygen | 4 to 80 psi | Stainless Steel | £292.72 | |
| E | 0781-9135 | 2.5" | Forged Brass | 580 | 5/8"-18 (F) RH | 0.109 | Inert | 500 psi | Neoprene | £362.69 | |
| D | 0781-0085 | 2.5" | Forged Brass | 300 | 9/16"-18 (M) LH | 0.100 | Acetylene | 2 to 15 psi | Stainless Steel | £291.21 | |
| D | 0781-0087 | 2.5" | Forged Brass | 510 | 9/16"-18 (M) LH | 0.100 | Acetylene | 2 to 15 psi | Stainless Steel | £295.31 | |
| F | 0781-0584 | 3.5" | Forged Brass | 510 | 9/16"-18 (M) LH | 0.270 | Acetylene | 2 to 15 psi | Stainless Steel | £486.65 | |
| G | 0781-0527 | 3.5" | Forged Brass | 540 | 9/16"-18 (M) RH | 0.270 | Oxygen | 5 to 125 psi | Stainless Steel | £462.96 | |
| G | 0781-0528 | 3.5" | Forged Brass | 580 | 5/8"-18 (F) RH | 0.270 | Inert | 5 to 125 psi | Stainless Steel | £515.30 | |
| H | 0781-5218 | 4.72" | Forged Brass | - | - | 0.14 | - | 5 to 125 psi | Fabric Reinforced Neoprene | £916.71 | |
| I | 0781-5230 | 4.72" | Forged Brass | - | - | 0.14 | - | 2 to 15 psi | Fabric Reinforced Neoprene | £927.81 |
Victor regulators are designed for controlling and monitoring the gas supplied to the connected welding, cutting and heating equipment. These regulators are suitable for metalworking, general manufacturing, industrial & heavy fabrication, structural steel processing, civil construction and maintenance & repair applications. Victor pressure regulators have nickel-plated brass / stainless steel / forged brass construction for preventing volatile gases from damaging / wearing the regulator assembly. It also ensures wear resistance against abrasive environments. Victor regulators are designed for medium to heavy duty applications and feature integrated single / dual style monitoring gauges for displaying the accurate gas pressure in real time. These gauges have an easy to read dial with large markings for preventing any chances of measurement error. They feature clear glass windows for user convenience and readability. Victor regulator parts like cutting tips and hand torches are used with these gas regulators for various welding, cutting and heating operations.
Victor regulator sets are ideal for controlling and monitoring the gas (oxygen & acetylene) supplied to the connected welding, cutting and heating equipment. Victor pressure regulators are designed for industrial & heavy fabrication, metalworking, general manufacturing, structural steel processing, civil construction and maintenance & repair applications.
Victor pressure regulators have three primary operating components that work together for regulating the pressure within the device. Firstly, there is a loading mechanism spring that determines the delivery pressure. A diaphragm (sensing element) senses the force against the loading mechanism spring. Lastly, the control element (adjustable knob / handle) reduces the inlet pressure to the outlet pressure. The gas inside the cylinder enters the regulator assembly and puts pressure on the diaphragm. The diaphragm element moves in the upward direction as controlled through the set spring element. This action enables a specific set flow of gas from the source to the connected cutting torch. The adjusting control knob / handle is used to set the pressure & flow of the gas. Turning the control knob clockwise pushes the diaphragm down and enables the regulator to increase the gas flow through the outlet. Turning the knob counter clockwise reduces the pressure & flow of the gas supply.
Victor pressure regulators feature two separate ports, one for intake supply and the other for delivering the gas flow. The intake port is connected to the gas cylinder containing oxygen / acetylene gas and the output port is connected to the gas hose which feeds the cutting torch. These gas regulators feature knob style handle for controlling the gas intake pressure that is supplied from the cylinder side. The gas pressure through the regulator can be easily & accurately monitored through the regulator monitoring gauges. Victor regulators can be easily set on precise gas pressure depending upon the application requirement.
Pressure regulators that have two gauges indicate two different pressure values. These gauges indicate low pressure / outlet side gas pressure and high pressure / inlet side gas pressure values. These monitoring gauges are crucial to monitor the gas pressure throughout the cutting / welding operation.
Pressure reduction regulators reduce the input pressure of the gas to ensure that the gas is at an ideal pressure at the outset. These regulators control the downstream pressure. Whereas the pressure regulation regulators maintain the set pressure. These regulators maintain the upstream pressure and are installed parallel to the sensitive equipment.
Single-stage regulators feature just a single regulation assembly. The gas supply enters this assembly and the pressure is reduced. These regulators are used in applications where the gas source pressure is nearly constant. Dual-stage regulators employ two separate regulator assemblies within the same housing. These regulators operate by reducing the gas pressure in two separate steps. At the first stage, the gas pressure reduces three times the maximum working pressure. The second stage further reduces the gas pressure to a certain working pressure value.
Yes, propane can be used for cutting applications alongside oxygen. A combination of oxygen and acetylene is ideal for cutting metal workpieces, as acetylene cuts quicker than propane & oxygen combination.