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826-0027 - Miller Smith 820 Silverline High Pressure Regulator, CGA 677, 0-4000 PSI Delivery

Packaging: 1 per ea
$1,324.75/ea $876.90/1 per ea only $876.90/eaSave 34%

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SKU: MIL826-0027 Categories: ,

OVERVIEW

High-Precision Control for Analytical Applications

The Miller Smith 826-0027 Silverline High Pressure Analytical Brass Single Stage Regulator is engineered to meet the rigorous demands of laboratory, research, and industrial testing environments. Part of the esteemed 820 Silverline series, this regulator is specifically designed to control high pressures from a wide variety of non-corrosive inert gases. With a delivery range of 0-4000 PSIG and a maximum inlet pressure capability of 6000 PSIG, it stands as a robust solution for applications requiring substantial pressure management without compromising on precision or safety.

Advanced Piston Sensor Technology

At the core of the 826-0027 is a highly reliable piston sensor design. Unlike diaphragm-based regulators that may struggle under extreme pressures, the piston mechanism provides superior structural integrity and durability in high-pressure use cases. This design ensures consistent performance during purging, charging, and calibration tasks. The regulator features a self-relieving adjusting screw, which utilizes a low-torque control mechanism. This permits easy and smooth adjustment of pressures, even in closed or dead-end systems, reducing operator fatigue and enhancing process control.

Corrosion Resistance and Safety Features

Durability is paramount in industrial equipment, and the Miller Smith 826-0027 excels with its fully nickel-plated construction. The body, bonnet, and gauges are all plated to protect against corrosion, significantly extending the service life of the unit in challenging environments. Safety and versatility are further addressed through the bonnet's design, which includes a tapped 1/16-inch FNPT vent hole. This allows for the installation of a captured vent line to safely route gases away from the immediate work area. Additionally, every regulator is cleaned for oxygen service and 100% tested at maximum rated operating pressure, ensuring it meets the highest standards of quality and safety before reaching your facility.

User-Friendly Design

Operational efficiency is improved with large 2-1/2 inch single scale gauges, which are easier to read from a distance compared to conventional 2-inch gauges. The body is also tapped for rear panel mounting, offering flexible installation options for test benches and control panels. Equipped with a CGA 677 fitting, this regulator is ready for immediate integration into your high-pressure inert gas systems.

Additional Information
CGA Fitting:cga677
Item:Regulator
Max Inlet:6000psi
Max Outlet:4000psi
Used On Which Gas:Inert Gases
Gas Type:Specialty Gas, Inert Gases
Connection Type:CGA 677
Delivery Pressure Range:0-4000 PSIG
Body Material:Nickel-Plated Brass
Sensor Type:Piston
----- new values below ----
Gas Type:Inert Gases, Specialty Gas
Connection Type:CGA 677
Delivery Pressure Range:0-4000 PSIG
Max Inlet Pressure:6000 PSIG
Gauge Size:2-1/2 inch
Body Material:Nickel Plated Brass
Sensor Type:Piston
brand:Miller Electric
cga-fitting:cga677
item:regulator
max-inlet:6000psi
max-outlet:4000psi
used-on-which-gas:inert-gases

INCLUDED

  • Miller Smith 826-00-27 Regulator
  • 2-1/2 Inch Single Scale Gauges
  • Owner's Manual

APPLICATIONS

  • Purging and charging systems
  • Calibration kits
  • R&D laboratories
  • High-pressure testing
  • Chemical plant processes
  • Manufacturing process control
  • Dead-end system pressurization

FAQ

The maximum inlet pressure for this regulator is 6000 PSIG.

The delivery pressure range is 0-4000 PSIG.

It is equipped with a CGA 677 fitting, typically used for high-pressure inert gases.

Yes, the body is tapped to allow for rear panel mounting.

The body, bonnet, and gauges are made of brass and are nickel-plated for corrosion resistance.

Yes, the bonnet has a 1/16 inch FNPT tapped vent hole to install a captured vent line.

The piston sensor design provides greater structural reliability and durability for high-pressure applications compared to diaphragm sensors.

Yes, the regulator is cleaned for oxygen service, although it is configured with a CGA 677 fitting for inert gases.