Brass Pressure Relief Valve with Lever

Brass Pressure Relief Valve with Lever: Ensuring Safety and Stability

The Brass Pressure Relief Valve with Lever is an essential safety device, meticulously designed to regulate and limit system pressure, thereby preventing potential hazards associated with overpressure scenarios. This valve is pivotal in safeguarding life and property by efficiently managing pressure levels in various systems.

Core Functionality

This valve releases excess pressure, ensuring the system pressure remains within safe limits. It acts automatically, opening to allow pressurised fluid to escape through an auxiliary passage when system pressure exceeds the set threshold, thus averting risks of process disruption, equipment failure, or fire.

Versatile Applications

Given its critical role in maintaining controlled pressure, this valve finds extensive use across various domains, including high-rise buildings, urban water supply networks, mining operations, and other fluid conveyance systems. It ensures that water pressure and flow are adequately managed, providing stable service conditions throughout the network.

Design and Features

Constructed from durable brass and equipped with a lever for manual operation or testing, the valve offers reliability and ease of use. Its design includes a replaceable sealing disc and a 100% effective PTFE disc seal, guaranteeing a perfect seal and efficient pressure release. The set pressure can be easily adjusted to suit specific system requirements.

Operational Excellence

The valve’s temperature range of -45°C to +185°C ensures functional versatility under various environmental conditions. Additionally, the lever can be locked to prevent unintended adjustments or tampering, enhancing the system’s security and operational integrity.

FInally, the Brass Pressure Relief Valve with Lever is a fundamental component for any system where pressure control is crucial. Its robust construction, precise control capabilities, and user-friendly design make invaluable in maintaining safe and stable pressure levels, thus protecting infrastructure and lives.