WILKERSON R21-04-000 Air Regulator 1/2 Inch Npt 195 Cfm 300 Psi

Item: AE3UUH
Model: R21-04-000
Cross Ref: 5GC16
10 In Stock.

Ships within 2 days via

We deliver to your doorstep under DAP terms. Customs clearance is for your account

$276.90
10% off
$249.21 /unit (ex. VAT)
Add To Cart
Request Quote

Unlock 30-day payment terms

Business customers can apply for Net 30
No fees, No interest, Fast approval.

FREE delivery on orders over $ 150.00

Payment

Specifications

Item Air Regulator
Adjustment Knob Nonrising Dial
Adjustment Mechanism Nonrising
Adjustment Range 0 psi to 160 psi
Adjustment Range - Regulators 0 psi to 160 psi
Air Inlet Gender Female
Air Inlet Size 1/2"
Air Outlet Gender Female
Air Outlet Size 1/2"
Air Outlet Type NPT
Body Material Aluminum, Zinc
For Fluid Type Air
For Substance Type Air
Max. Flow Rate 195 CFM
Max. Pressure 300 psi
Max. Temp. 150°F
Maximum Operating Pressure 300 psi
Minimum Operating Temperature 32°F
Number Of Air Inlets 0.5
Number Of Air Outlets 0.5
Overall Depth 3 3/16"
Overall Height 4 1/16"
Overall Width 2 3/16"
Overall Width - Regulators 2 3/5"
Pipe Size - Regulators 1/2"
Pressure Gauge Included No
Pressure Gauge Port Size 1/4"
Pressure Gauge Port Type NPT
Regulator Type Relieving
Seal Material Nitrile
Series R21 Series
System Location Air Line
Valve Design Balanced

Product Details

Wilkerson R21-04-000 air regulator is used to control and regulate the pressure of compressed air in pneumatic systems. It is an essential component in the manufacturing, automation and construction industries.

Shipping Information

Height (cm) 10.32
Length (cm) 8.1
Width (cm) 5.56
HS Code 8481100060
Country Of Origin US
Weight (kg) 1.0125

Working Mechanism

  • Locate the pressure-adjusting dial on the regulator.
  • Before making any adjustments, ensure that the air supply to the regulator is turned off to prevent accidental pressure changes.
  • Turn the dial counterclockwise to decrease the set pressure or clockwise to increase the set pressure.
  • Once the desired downstream pressure is set, turn on the air supply to the regulator.
  • Observe the downstream pressure gauge or indicator and compare it to the desired set pressure.
  • If the downstream pressure is higher than the set pressure, turn the adjustment mechanism clockwise in small increments until the desired pressure is achieved.
  • If the downstream pressure is lower than the set pressure, turn the adjustment mechanism counterclockwise in small increments until the desired pressure is achieved.

Features

  • Wilkerson R21-04-000 Dial-Air regulator has a zinc body for corrosion resistance and a nitrile seal for leakproof connections.
  • It features a balanced valve design to equalise pressures between the inlet and outlet.
  • This air regulator has a non-rising pressure dial to adjust flow between 5 to 160 PSIG.

Compatible Accessories

Frequently Asked Questions

How do I maintain and troubleshoot an air regulator?

Regular maintenance involves checking for air leaks, inspecting & cleaning the regulator components and ensuring proper lubrication if required. Troubleshooting includes addressing pressure inconsistencies, excessive vibration or irregular operation.

What is the difference between a relieving and a non-relieving air regulator?

A relieving air regulator releases excess pressure downstream when the set pressure is exceeded. It includes a relief valve or vents to relieve the excess pressure. On the other hand, a non-relieving air regulator does not release excess pressure and maintains a closed system when the set pressure is exceeded.

How do I ensure accurate pressure readings from an air regulator?

To ensure accurate pressure readings, install the pressure gauge or pressure sensor at a location downstream of the air regulator. Placing it before any restrictions, filters or other components can provide a more accurate reading of the regulated pressure.

What is the difference between a single-stage and a two-stage air regulator?

A single-stage air regulator operates with a single pressure reduction stage, directly reducing the inlet pressure to the desired set pressure. In contrast, a two-stage air regulator has two pressure reduction stages. The first stage reduces the pressure to an intermediate level and the second stage further reduces it to the final desired set pressure. Two-stage regulators are used when precise control and regulation of the downstream pressure are required.

Other Also Viewed

Explore Products

Welcome to Your U.S. Store!

Since you're visiting from the United States, for the best experience and tailored product searches, please use our dedicated U.S. website.

Go to ChatMRO.com (US)
Continue to International Site