Nai-Lok Pressure Gauge Regulator - 3500 PSI 1/4" Fittings

The Nai-Lok Pressure Gauge Regulator - 3500 PSI 1/4" Fittings is a device used in fluid or gas systems to regulate pressure and monitor it with an integrated pressure gauge. Here's a breakdown of its key features:

1. Pressure Gauge Regulator:

   • The device combines both pressure regulation and measurement in one unit. It is designed to maintain a consistent pressure within a system by reducing high inlet pressure to a desired outlet pressure. The built-in gauge allows operators to easily monitor the system pressure in real-time, ensuring it stays within safe operating limits.

2. 3500 PSI:

   • The regulator is rated for a maximum pressure of 3500 PSI (pounds per square inch). This indicates that it can handle high-pressure applications, commonly used in industrial, gas, or hydraulic systems where pressure control at high levels is essential.

3. 1/4" Fittings:

   • The device features 1/4" fittings, which means it connects to pipes or tubing with a 1/4" diameter. These are standard fittings for many industrial and laboratory systems, allowing compatibility with various other components in the system. The fittings are typically of the female thread type (F), suitable for connection with male-threaded components.

4. Materials and Design:

   • The regulator is often made from durable materials such as stainless steel or brass, designed to resist corrosion and wear, especially in demanding environments like industrial or laboratory setups.
   • The compact design ensures it can be integrated into tight spaces while offering precision control over the pressure.

5. Applications:

   • This pressure gauge regulator is commonly used in high-pressure systems such as gas cylinders, pneumatic equipment, hydraulic systems, or any system requiring precise pressure control. It’s ideal for applications in industries like manufacturing, laboratories, gas distribution, or even some automotive systems.

Purpose: The device helps ensure safe and controlled pressure delivery to equipment, protecting sensitive components from pressure fluctuations and allowing operators to monitor the system easily.