messer high pressure gas regulators

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messer high pressure gas regulators Specification

Product Type
Gas Pressure Regulator

General Use
Regulation of high pressure industrial gases

Material
Brass forged body with chrome plating

Type
High Pressure Gas Regulator

Capacity
Max Inlet Pressure: 300 bar

Weight (kg)
Approx. 1.2 kg

Automatic
No

Drive Type
Manual, Diaphragm-controlled

Dimension (L*W*H)
Approx. 155 x 140 x 80 mm

Feature
Compact design, High pressure handling, Precision flow control, Easy to read pressure gauge

Color
Gold/Brass and Blue

Mechanical Precision
High precision twin gauge

Control System
Manual, Diaphragm-operated

Gauge Type
Dual Pressure Gauge (Inlet and Outlet)

Mounting
Cylinder mounting

Safety Features
Pressure relief valve (built-in)

Outlet Connection
Hose nipple or threaded outlet (model dependent)

Applicable Gases
Oxygen, Nitrogen, Argon, CO2, Hydrogen, other industrial gases

Input Connection
BSP, according to gas type

Body
Corrosion-resistant finish

Usage Environment
Industrial, Laboratory, Welding, Cutting, Healthcare

Working Pressure Range
012 bar

About messer high pressure gas regulators

KEY FEATURES:

Designed in Germany.
Made out of high quality forged brass.
Reliable, versatile, compact & internationally proven.
S.S. sintered central micro filter (for Tornado).
Maintenance free.
Accurate control.
High operator safety.
Strong, durable & safe.
Sintered inlet filter.

Precision Control for Safety and Efficiency

Benefit from the precision of dual gauges that accurately display both inlet and outlet pressures, ensuring youre always aware of your operating conditions. The diaphragm-controlled mechanism provides consistent, high-precision flow adjustment, supporting both safety and process efficiency across multiple industrial applications.

Engineered for Durability and Versatility

Constructed from forged brass with a chrome-plated finish, Messer gas regulators resist corrosion and stand up to harsh industrial environments. The models compatibility with several gas types and various installation setupsthanks to BSP connections and choice of outletmakes it extremely adaptable for any workflow, including welding, healthcare, and lab use.

Enhanced Safety and User-Friendly Design

With an integrated pressure relief valve and a compact, manual-drive design, this regulator prioritizes operator safety and ease of use. The ergonomic build, weighing just 1.2 kg, allows for simple cylinder mounting and quick adjustments, making it ideal for regular use by professionals in demanding settings.

FAQs of messer high pressure gas regulators:

Q: How do I install the Messer high pressure gas regulator on a gas cylinder?

A: Securely attach the regulator using the BSP input connection to the gas cylinder. Depending on the model, connect the outlet via the hose nipple or threaded outlet. Always refer to the user manual for proper tightening and ensure the pressure relief valve is correctly positioned before opening the gas valve.

Q: What gases can be used with this Messer gas regulator?

A: This regulator is suitable for a range of industrial gases, including Oxygen, Nitrogen, Argon, Carbon Dioxide (CO2), Hydrogen, and others. Always verify the regulators compatibility with the specific gas type before use to maintain safety and performance.

Q: When should I use the dual pressure gauges on this regulator?

A: Use the dual gauges for continuous monitoring during operation. The inlet gauge shows the cylinder pressure, while the outlet gauge displays the set delivery pressure. Monitoring both helps ensure you maintain safe and optimal working conditions at all times.

Q: Where can these gas regulators be utilized?

A: Messer high pressure gas regulators are suitable for use in industrial processes, laboratories, metal fabrication (welding and cutting), and healthcare settings. Their robust construction and safety features make them ideal for environments with strict reliability requirements.

Q: What is the process for adjusting the working pressure on the regulator?

A: To adjust, turn the manual control knob while observing the outlet gauge until the desired working pressurewithin the 012 bar rangeis achieved. Fine-tuning can be done thanks to the high precision diaphragm mechanism, ensuring steady and accurate flow control.

Q: What are the main benefits of using this high pressure regulator?

A: Key advantages include high precision flow control, robust corrosion-resistant build, ease of installation, safety via the built-in pressure relief valve, compatibility with multiple gases, and clear pressure readings for enhanced operational safety.

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