Rebuilt 3″ Pressure Regulator – 12 PSI (55-175 GPM)

The 10-32PRV3-1012V2K (Rebuilt) is a professionally rebuilt 3-inch pressure regulator designed to maintain a consistent 12 PSI downstream pressure in agricultural irrigation systems operating between 55 and 175 GPM. By regulating outlet pressure, this valve helps protect drip irrigation components, sprinklers, and irrigation piping from excessive pressure while delivering more uniform water application across the field. Pressure regulators maintain a constant downstream pressure despite fluctuations in inlet pressure, improving irrigation performance and helping reduce equipment wear.

Each rebuilt regulator is inspected and refurbished to restore dependable performance, providing a cost-effective alternative to purchasing a new unit.

Common Applications

This 12 PSI regulator is commonly used in:

• Drip irrigation systems
• Low-pressure irrigation zones
• Vegetable and specialty crop irrigation
• Berry and orchard irrigation
• Greenhouse irrigation
• Fertigation systems
• Any irrigation system requiring a constant 12 PSI operating pressure

Maintaining proper pressure helps reduce misting, uneven emitter flow, hose damage, and premature component failure while improving irrigation efficiency.

Features

• Professionally rebuilt 3″ pressure regulator
• Preset 12 PSI outlet pressure
• Flow range: 55-175 GPM
• Helps maintain consistent irrigation pressure
• Protects drip tape, drip tubing, sprinklers, and irrigation equipment
• Cost-effective alternative to new regulators
• Ideal for agricultural irrigation systems

A 12 PSI pressure regulator is primarily used in low-pressure agricultural irrigation systems, especially:

• Drip tape systems
• Drip tubing
• Micro-sprinklers
• Low-pressure sprinklers
• Fertigation systems

Its job is to reduce higher incoming water pressure to a steady 12 PSI, ensuring emitters deliver water at their designed flow rate. This improves irrigation uniformity, helps conserve water, and protects drip tape, fittings, and other components from damage caused by pressure fluctuations or excessive pressure.