Stopcock 2-way for pressure reducer 2x3 / 4 "outlet, 32,84 €

The 2-way shut-off valve for pressure regulators 3/4" is a practical and robust solution for controlling the gas flow in pressure regulator systems. It enables simple and precise control of CO² or other gases, especially in systems where two separate gas lines are used. The shut-off valve is specially designed to interrupt or regulate the gas flow to ensure the safe operation of pressure regulators or other gas appliances.

Main features and functions:

1. Two separate outlets (2-line):

The shut-off valve has two outlet connections (AG) that allow two different lines or outlets to be controlled. This is particularly useful in systems where two different gases or different pressures are required for separate applications. For example, this can be used when CO² is used for beer and nitrogen for wine at the same time.

2. Connection sizes:

The shut-off valve is equipped with 3/4" female thread (internal thread) and 2 x 3/4" male thread (external thread). These standard connections make it compatible with most pressure regulators and gas lines commonly used in catering and industry. The 3/4" size ensures a sufficient gas flow rate to efficiently operate even larger systems.

3. Wing nut:

The shut-off valve is equipped with a wing nut for quick and easy handling. The wing nut serves as a turning mechanism to control the gas flow. With the wing nut, the shut-off valve can be easily turned on or off without the need for special tools. This increases user-friendliness and enables precise control of the gas flow.

4. Material and construction:

The shut-off valve is made of high-quality brass or another robust material that is suitable for safe use under pressure. These materials offer a long service life and resistance to the gases that pass through the shut-off valve. Brass is also corrosion-resistant and ensures reliable operation over long periods of time.

5. Versatility:

This shut-off valve can be used in a variety of applications, including
- Catering establishments such as bars and restaurants where several gases (such as CO² or nitrogen) are used simultaneously.
- Gas pressure systems that operate multiple lines with different gases or pressure requirements.
- Wine and beer gas systems where the gas supply for different types of beverages must be controlled.

6. Easy installation:

The shut-off valve is easy to install and is usually connected directly to the outlet connections of the pressure regulator. Thanks to the standard 3/4" connections, the shut-off valve can be easily integrated into existing systems without the need for additional adapters.

Technical details:

Connection sizes:
- 1 x 3/4" female thread
- 2 x 3/4" male thread
Function:
- Two independent gas lines can be controlled via a tap.
- The shut-off valve is operated by a wing nut.
Material
- Robust brass or another durable material suitable for gas operation.
Design:
- 2-line, suitable for connection to pressure reducers and other gas lines.
Area of application:
- Ideal for gas pressure systems, CO² and nitrogen systems, beer and wine dispensing systems.

Advantages

Flexibility: The shut-off valve can be used in systems that require multiple gases or lines, allowing independent control of the gas flow.
Easy handling: The wing nut ensures quick and effortless operation without the need for tools.
Safety: The shut-off valve ensures that the gas flow in the lines can be completely stopped when not in use, reducing the risk of leaks or malfunctions.
Durability: The use of brass makes the shut-off valve corrosion-resistant and particularly durable, which is important for long-term use in pressure systems.

Conclusion:

The 2-way shut-off valve for pressure regulators 3/4" is a reliable and versatile solution for controlling gas flow in systems that use multiple lines or gas types. With its two-way outlets, practical wing nut, robust brass construction, and standardized 3/4" connections, it is both functional and easy to use. It is ideal for use in catering, beer and wine dispensing technology, or any other application where different gases need to be controlled.