4" Floor EasyPac 3/8" Test and Drain Pressure Valve

The Viking EASYPAC 4" Floor Control Riser with a 3/8" Test and Drain Pressure Reducing Valve (PRV) is designed for fire protection professionals seeking reliable pressure management and streamlined maintenance. This floor-mounted device precisely controls water pressure in fire sprinkler systems, helping to maintain optimal performance and safety.

• Size & Installation: 4-inch floor mount design allows for straightforward integration into existing fire protection systems in commercial or industrial buildings.
• Pressure Rating: Handles pressures up to 300 PSI, ensuring dependable performance under demanding fire safety conditions.
• Test & Drain Feature: Equipped with a 3/8" test and drain valve for efficient system testing and easy draining, minimizing downtime during maintenance.
• Material Quality: Constructed with corrosion-resistant, durable materials suitable for long-term use in harsh environments.
• User-Friendly Design: Simplifies inspection and maintenance tasks, reducing labor time and potential system disruptions.
• Integrated Pressure Control: Optimizes water pressure flow to fire sprinklers, supporting reliable activation when needed.
• Gauge Included: Built-in pressure gauge helps monitor system status at a glance for quick diagnostics.

With the Viking EASYPAC Fire Floor Control Riser, fire protection installers and facility managers gain a robust solution that enhances system reliability while simplifying pressure control and maintenance routines. Its test and drain valve integration supports routine safety checks without complex procedures, saving time and reducing operational risks. By maintaining consistent water pressure, this valve helps prevent both under-pressurization and system damage from excessive pressure, essential for efficient sprinkler operation. Ideal for commercial fire suppression installations, it offers durability and precision unmatched by generic fittings, ensuring long-term compliance with fire safety standards and minimizing costly system failures.