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| Item | Gas Regulator |
|---|---|
| Application | Cutting, Heating, Welding |
| Body Material | Brass |
| Cga Number | CGA 510 |
| Coefficient Of Volume | 0.27 |
| Compatible Gas Type | Propane, Propylene |
| Control Type | T-Handle |
| Delivery | 2500 SCFH |
| Delivery Pressure Range | 2 psi to 40 psi |
| Diaphragm Material | Stainless Steel |
| Duty Rating | Heavy Duty |
| Features | Tried And True Brass Design Delivers Excellent Gas Control Characteristics That Meets The Demands Of Precise Cutting, Welding And Heating Applications |
| Flow Coefficient | 0.27 |
| For Gas Type | Propane, Propylene |
| Gas Service | LPG |
| Gauge Diameter | 2 1/2" |
| Gauge Size | 2 1/2" |
| Gauges Delivery Pressure | 60 psi |
| Height | 7" |
| Includes | Not Applicable |
| Inlet Connection | CGA 510 |
| Inlet Connection Gender | Female |
| Inlet Connection Size | 0.885"-14 |
| Inlet Connection Type | NGO |
|---|---|
| Inlet Pressure (maximum) | 3000 psig |
| Inlet Thread Direction | Left Hand |
| Maximum Gauge Outlet Pressure | 400 psig |
| Mounting Type | Cylinder |
| Number Of Stages | 1 |
| Outlet Connection | 9/16"-18 |
| Outlet Connection Gender | Male |
| Outlet Connection Size | 9/16"-18 |
| Outlet Pressure (maximum) | 40 psig |
| Outlet Pressure (minimum) | 2 psig |
| Outlet Thread Direction | Left Hand |
| Overall Depth | 5.13" |
| Overall Height | 7" |
| Overall Length | 7 1/4" |
| Overall Width | 7 1/4" |
| Regulator Application | General Purpose |
| Regulator Capacity | Heavy Duty |
| Regulator Series | Sr 450 Series |
| Regulator Supply Type | Cylinder |
| Supply Pressure Gauge | 400 psi |
| Standards | ETL LISTED, UL252 |
Victor acetylene regulators are control devices that maintain the required pressure (2-40 PSIG) of a system by cutting off the flow of a gas or liquid when it reaches a set pressure. These Victor acetylene regulators are suitable for applications where slight delivery pressure rises due to dropping cylinder pressures that would not impact the performance of the work or test results. These Victor acetylene regulators have a maximum inlet pressure of 350 PSIG and feature die-forged brass body, offering robustness, as well as resilience. They offer an adjusting screw with a forged T-handle for comfort and a durable Delrin insert bushing with a stainless ball key for comfortable adjustment. Victor acetylene regulators with adjusting springs are pre-tested for quality and have an accurately machined nozzle for superior flow control.
| Height (cm) | 15.75 |
|---|---|
| Length (cm) | 21.84 |
| Width (cm) | 19.05 |
| HS Code | 8481100090 |
|---|---|
| Country Of Origin | MX |
| Weight (kg) | 2.5875 |
Victor acetylene regulators are used in many commercial and industrial applications, such as home heating furnaces to control natural gases and gas grills to regulate propane. These Victor acetylene regulators are further used in pneumatic automation systems to control compressed air, medical & dental equipment to regulate anaesthesia gases & oxygen, fuel cells to regulate hydrogen and engines to regulate fuel. Victor acetylene regulators also have models that are ideal for use with carbon dioxide, helium, nitrogen, acetylene, argon, hydrogen, methane, propane, natural gas, and other different gases.
When the gas enters through the high-pressure regulator's chamber, set the pressure on the diaphragm. The diaphragm then moves upward as governed by the set spring that permits a precise flow of fuel from the source to the machine or device. Then, adjust the control knob to select the flow rate and the pressure. Turning the knob clockwise will push the diaphragm down and permit more gas to come into the valve. Turning it counter-clockwise will decrease the amount of fuel and pressure.
Acetylene does not burst under low pressure at normal temperatures. However, it becomes unsafe and spontaneously combustible when compressed to pressure over 15 psi. Beyond 29.4 psi, it becomes self-explosive, and a little shock may compel it to explode even in the lack of air or oxygen.
Acetylene regulators are capable of controlling the acetylene pressure from any standard cylinder having pressures up to 500 psi. The design of acetylene regulators is typically similar to the oxygen regulators but is not capable of withstanding such high pressures.
High pressure gas regulators are manufactured to decrease high pressure supplies safely and precisely to system pressure conditions.
As the name suggests, the single-stage gas pressure regulators decrease cylinder pressure to outlet pressure in one step. Whereas the two-stage gas pressure regulators decrease cylinder pressure in two steps. However, a two-stage regulator offers steady delivery pressure with no requirement for regular readjustment.
15 PSIG is the maximum working pressure for acetylene. Under no circumstances shall acetylene be developed, piped or operated at pressure over 15 PSIG.
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