BAAI R50 Pressure Regulator Product Specification

1. Product Introduction

The Gorter R50 series dome - loaded pressure regulator is a high - pressure regulator with wide adaptability. It is designed to the ANSI1500 pressure class, featuring high flow capacity, high reliability, and a wide outlet pressure range.

2. Technical Parameters

Parameter Details

Connection Size - Inlet/Outlet BSP 1"

Connection Size - Supply/Exhaust BSP 1/4"

Valve Body and Port Connection DN1/2" × 1" BSP

Minimum/Maximum Allowable Temperature (TS) - 20°C / + 60°C

Maximum Inlet and Outlet Pressure 25MPa

Rated Flow 2000Nm³/h

3. Product Features

3.1 Extremely Low Maintenance Cost

Long Maintenance Cycle: Reduces the frequency of shutdown maintenance.

Easy Assembly and Disassembly: Facilitates quick component replacement and inspection.

Patented Valve Body Enables Online Maintenance: Allows maintenance without system shutdown, minimizing downtime.

Simple and Convenient Seat Seal Inspection: Enables timely detection of seal issues.

Very Few Spare Parts for Repair: Lowers inventory and procurement costs.

3.2 Excellent Control Performance

Large Air Chamber Volume: Contributes to stable pressure regulation.

High Regulation Precision (≤ 1%): Ensures accurate outlet pressure control.

Low Closing Pressure (≤ 2.5%): Reduces pressure fluctuations during shutdown.

Fast Response and Good Stability: Adapts quickly to pressure changes and maintains stable operation.

Wide Outlet Pressure Range: Meets diverse pressure requirements.

3.3 Wide Applicable Flow Range

Applicable Flow from Hundreds to Two Thousand Cubic Meters: Suits various gas flow scenarios.

3.4 Fast Supply Cycle

Regular Models Delivered Within Four Weeks by Air: Shortens the procurement lead - time.

3.5 Product Safety and Reliability

Designed to 250 Kg Pressure Class: Ensures safe operation under high - pressure conditions.

4. Working Principle

Open the inlet needle valve of the upper needle valve group (11) in the top cavity, allowing the upstream gas to enter the top cavity (10) through the needle valve, increasing the load pressure in the top cavity, which acts on the diaphragm (5). Thereby, the outlet set pressure is increased. Opening the outlet needle valve of the needle valve group (11) enables the gas in the top cavity to be released through the fault low - pressure cavity (10) to reduce the outlet pressure set value. The combined use of the inlet and outlet needle valves can achieve the purpose of setting the outlet pressure.