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0445013881 - ESAB Nozzle Gas Flow Tester / Peashooter

Packaging: pack of 1

Sorry, product has been discontinued by the vendor.

SKU: ESB0445013881 Categories: ,

OVERVIEW

Precise Verification of Shielding Gas Flow

The ESAB Gas Flow Meter (SKU: 0445013881) is an essential diagnostic tool for any welding operation prioritizing quality control and efficiency. In complex welding setups, the flow rate indicated on the cylinder regulator or flowmeter does not always correspond to the actual volume of gas exiting the torch nozzle. Discrepancies can arise due to backpressure in long cable assemblies, micro-leaks in hose connections, or restrictions within the torch liner itself. This handheld device, often referred to as a 'peashooter,' provides a definitive measurement of the gas flow actually reaching the weld zone.

Designed for versatility, the ESAB flow meter is compatible with all standard shielding gases, including Argon, Carbon Dioxide, and Helium blends. It features a graduated scale that allows operators to read flow rates in Liters Per Minute (LPM) or Cubic Feet Per Hour (CFH), depending on the specific model calibration. By placing the rubberized intake over the gas nozzle of a MIG gun or TIG torch, the device utilizes a ball-float mechanism to indicate the precise flow rate. This immediate feedback allows for the calibration of power source solenoids and cylinder regulators to ensure they match the required Welding Procedure Specifications (WPS).

For industrial environments adhering to ISO standards, verifying gas flow at the nozzle is a critical step in equipment validation. Insufficient flow leads to porosity and oxidation, while excessive flow creates turbulence that pulls atmospheric air into the arc. The ESAB Gas Flow Meter eliminates the guesswork, ensuring that the shielding gas envelope is stable and laminar. Its durable composite construction ensures it can withstand the rigors of the shop floor, making it a mandatory addition to the toolkit of welding engineers, inspectors, and maintenance personnel.

Additional Information
Packaging Description:1 Per Ea, pack of 1
Item:Gas Flow Meter
Gas Compatibility:Argon, CO2, Mixed Gases
Material:Impact Resistant Composite, Rubber Seal
Scale Type:CFH, LPM
Application:MIG, TIG
----- new values below ----
Measurement Type:Nozzle Output Flow
Gas Compatibility:Argon, CO2, Mixed Gases
Material:Impact Resistant Composite, Rubber Seal
Scale Type:LPM, CFH
Application:MIG, TIG
Brand:ESAB
Item:Gas Flow Meter
Packaging Description:1 Per Ea

INCLUDED

  • 1 x Handheld Gas Flow Meter (Peashooter Style)
  • Protective Rubber Boot

APPLICATIONS

  • MIG Welding (GMAW): Verifying gas flow at the gun nozzle to prevent porosity and tune out turbulence.
  • TIG Welding (GTAW): Ensuring precise argon coverage for critical welds on stainless steel or aluminum.
  • Equipment Troubleshooting: Diagnosing leaks, blocked liners, or faulty solenoids in the gas delivery system.
  • Training & Education: Demonstrating the difference between static pressure and dynamic flow to students.
  • Field Maintenance: Checking equipment calibration in mobile welding rigs where regulators may be damaged.

FAQ

Disengage your wire feeder (for MIG) or set to gas purge. Place the rubber opening of the meter vertically over the torch nozzle to create a seal. Trigger the gas flow and read the height of the ball on the scale.

Yes, the rubber boot is designed to fit over standard MIG nozzles and TIG cups to measure flow for both processes.

Regulators measure flow at the tank. Differences are caused by pressure drops in the hose, leaks in the system, or restrictions in the torch liner. The nozzle meter shows the true output.

No, this is a setup tool. It must be placed over the nozzle, which blocks the arc. Use it before you start welding to verify settings.

It is generally calibrated for standard shielding gases like Argon, CO2, and Argon/CO2 blends.

Yes, it is made from impact-resistant composite materials designed to survive typical shop drops and handling.

Hold the meter vertical. The position of the ball indicates the flow rate. Read the line corresponding to the center of the ball.

It measures flow rate (volume per time), typically in Cubic Feet per Hour (CFH) or Liters Per Minute (LPM), not pressure (PSI).