Schneider MV-417 Üç Yollu Manometre Musluğu 1/2''

Schneider MV-417 Three-Way Manometer Tap 1/2'': Safe and Multifunctional Solution for Pressure Measurement

Pressure measurement is vital in industrial installations, boilers, and pipelines. The Schneider MV-417 three-way pressure gauge valve is a critical control element that ensures pressure gauges are safely connected, isolated, and maintained within the system. This valve offers an advanced solution that combines multiple functions, including pressure measurement, discharge, and calibration, in a single device.

Basic Functions of the Product

This three-way manometer tap allows the connection of manometers to the system. It also has additional functions such as relieving manometer pressure or connecting a test manometer for calibration purposes.

• Isolation: When the manometer malfunctions or needs maintenance, it isolates the manometer from the system, allowing operation without having to stop the system.

• Pressure Relief: Ensures that the pressure on the manometer is safely relieved before disassembly.

• Calibration: Connecting a test manometer allows the accuracy of the main manometer to be checked on-site.

Features and Advantages

• Multi-Function Design: Combines pressure gauge connection, test connection and discharge functions in one device.

• Durable Material: The body and cover are made of brass, while the stem, valve, and seat are made of 1.4104 stainless steel. These materials provide resistance to high pressure and temperature.

• High Pressure and Temperature Resistance: Offers maximum working pressure up to 250 bar and maximum working temperature up to 120 °C.

• Compliance with Standards: It has material certificates in accordance with EN 10204 and pressure testing in accordance with DIN 3230.

Areas of Use

The Schneider MV-417 three-way manometer valve can be safely used in a variety of applications, including steam boilers, pressure vessels, hydrophore systems, and water, air, and gas installations. It is ideal for applications requiring safe and precise pressure measurements, particularly in heavy industrial facilities such as chemical, petrochemical, power plants, and steel mills.