Skip to Main Content
Canadian
Canadian owned and operated

0781-1458 - Victor SR4MJ-996 Heavy Duty High Pressure Manifold Regulator, 200-3000 PSIG

Packaging: pack of 1
$3,955.70/EA $2,703.70/pack of 1 only $2,703.70/EASave 32%

Usually ships within 3-5 business days

OVERVIEW

Heavy Duty Victor 0781-1458 Regulator for Industrial Applications

The Victor 0781-1458, also known as the SR4MJ-996, is a top-tier high-pressure regulator engineered for the most demanding industrial tasks. As part of Victor's heavy-duty manifold series, this device is constructed to deliver consistent performance in environments where standard regulators would fail. It is specifically calibrated for inert gas service, offering a substantial delivery pressure range of 200 to 3000 PSIG. This makes it an indispensable tool for facilities engaged in pressure vessel testing, dead-end testing, and other operations requiring high-pressure gas delivery from a manifold system.

Durability is a hallmark of the Victor brand, and the SR4MJ-996 is no exception. The regulator features a solid machined brass body and housing cap, providing the mass and strength necessary to withstand physical impact and high internal stresses. The actuation method is piston-based, a design choice that favors high-pressure stability and durability over the sensitivity of low-pressure diaphragm models. This piston actuation is complemented by a cartridge-type seat assembly featuring a PCTFE seat. PCTFE is chosen for its hardness and ability to maintain a seal under the extreme conditions of 5500 PSIG max inlet pressure, reducing the frequency of maintenance and seat replacement.

Operational efficiency is enhanced by thoughtful design elements such as the Delrin cap bushing, which ensures that pressure adjustments are smooth and precise. This allows technicians to make fine adjustments to the output pressure with confidence. The regulator also features a bronze sintered inlet filter, a critical component that traps debris and protects the precision-machined internal parts from damage, thereby extending the lifespan of the unit. The 2.5-inch brass gauges are rugged and legible, providing immediate visual feedback on system status. With its 1" - 11.5 M NPS inlet (CGA 996) and 1" - 11.5 F NPS outlet, this regulator is ready to integrate into your existing high-pressure infrastructure. When your operation depends on safe, reliable, and high-pressure gas control, the Victor SR4MJ-996 is the professional's choice.

Additional Information
Brand:Victor
Item:Regulator
Max Inlet:5500 PSI
Max Outlet:3000 PSI
Used On Which Gas:Inert Gases
Cga Fitting:CGA 996
Gas Type:Inert Gas
Delivery Range:200-3000 PSIG
Inlet Connection:CGA 996 (1" - 11.5 M NPS)
Outlet Connection:1" - 11.5 F NPS
Body Material:Machined Brass
Actuation Type:Piston
Seat Material:PCTFE
Gauge Size:2.5 Inch
Packaging Description:pack of 1

INCLUDED

  • Victor SR4MJ-996 High Pressure Manifold Regulator
  • 2.5-inch Brass Gauges
  • Instruction Manual

APPLICATIONS

  • High-pressure manifold gas distribution systems
  • Pressure vessel testing and certification
  • Dead-end pressure testing applications
  • Industrial inert gas management
  • High-flow gas supply for manufacturing processes
  • Heavy-duty laboratory and research applications requiring high pressure

FAQ

The Victor SR4MJ-996 regulator has a delivery pressure range of 200 to 3000 PSIG.

This regulator is rated for a maximum inlet pressure of 5500 PSIG.

The 0781-1458 SR4MJ-996 is designed for use with Inert Gases.

This is a piston-type regulator, which is ideal for high-pressure applications.

The inlet connection is CGA 996 (1" - 11.5 M NPS) and the outlet connection is 1" - 11.5 F NPS.

The regulator features a cartridge-type seat assembly with a PCTFE seat for durability.

No, this specific model is listed for Inert Gas. Hydrogen models typically require ventable relief valves, which the J series (like this one) may not have configured for hydrogen specifically in this SKU.

The body and housing cap are made of machined brass.
Google Rating
4.9
Based on35reviews
×
js_loader