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0155716880 - ESAB Nozzle Gas Flow Tester for MIG and TIG

Packaging: pack of 1

Sorry, product has been discontinued by the vendor.

SKU: ESB0155716880 Categories: ,

OVERVIEW

Precision Gas Flow Verification for Industrial Welding

The ESAB Gas Flow Meter (0155716880) is an essential diagnostic tool designed for professional welding environments where shielding gas integrity is critical to weld quality. While cylinder regulators provide an indication of static pressure or flow at the source, they cannot account for pressure drops, leaks, or restrictions that occur along the length of the welding cable. This device bridges that gap by measuring the actual volumetric flow rate exiting the torch nozzle.

Engineered specifically for compatibility with ESAB's extensive line of torches, including the PSF (MIG/MAG), BTF (TIG), and TXH (TIG) series, this flow meter ensures that the parameters set on the machine match the physical reality at the arc. It is particularly valuable in automated or high-precision manual welding operations where deviations in gas coverage can lead to metallurgical defects such as porosity, oxidation, or lack of fusion.

The unit features a clear, graduated scale that allows operators and QA inspectors to quickly verify flow rates in liters per minute (or CFH equivalent depending on the specific scale markings). By placing the inverted cone over the gas nozzle and triggering the gas flow, the ball indicator rises to show the precise output. This immediate feedback loop allows for the detection of compromised gas lines, loose fittings, or clogged diffusers that a standard regulator gauge would miss.

Constructed from durable, impact-resistant materials, the ESAB Gas Flow Meter is built to withstand the rigors of the shop floor. It serves as a mandatory tool for welding procedure specification (WPS) compliance and equipment calibration routines. Whether troubleshooting a specific station or performing routine maintenance across a fleet of welding power sources, this flow meter provides the data necessary to maintain process control and reduce consumable waste.

Additional Information
Packaging Description:1 Per Ea, pack of 1
Product Type:Gas Flow Meter, Nozzle Tester
Compatible Torch Series:BTF, PSF, TXH
Gas Compatibility:Argon, CO2, Mixed Gases
Material:Impact-Resistant Plastic
----- new values below ----
Product Type:Gas Flow Meter, Nozzle Tester
Measurement Type:Nozzle Output Flow
Compatible Torch Series:PSF, BTF, TXH
Gas Compatibility:Argon, CO2, Mixed Gases
Material:Impact Resistant Plastic
Brand:ESAB
Packaging Description:1 Per Ea

INCLUDED

  • 1 x Gas Flow Meter
  • Instruction Manual

APPLICATIONS

  • Verifying shielding gas flow rates for MIG and TIG welding processes.
  • Troubleshooting weld defects like porosity and oxidation.
  • Calibrating welding equipment to meet WPS specifications.
  • Detecting leaks in gas hoses and cable assemblies.
  • Optimizing gas consumption to reduce operational costs.

FAQ

Simply place the rubber opening of the meter over the nozzle of your MIG gun or TIG torch. Disengage the wire feed (if MIG) and trigger the gas flow. Hold the meter vertical and read the level where the ball floats.

The regulator measures flow at the cylinder, while this meter measures flow at the nozzle. Differences are caused by backpressure, hose length, restrictions, or leaks in the system.

Yes, while it is branded for ESAB PSF, BTF, and TXH series, the conical rubber seal is designed to fit most standard MIG nozzles and TIG cups from any manufacturer.

Yes, it is generally calibrated for standard shielding gases. While there is a slight density difference between Argon and CO2, the reading is accurate enough for general welding verification.

Yes, it is made from impact-resistant composite materials designed to withstand normal shop handling, though it should be kept clean and free of oil for accurate readings.

Typically, these handheld flow meters measure between 0 to 25 liters per minute (L/min) or equivalent CFH, covering the standard range for most manual welding applications.

Absolutely. By verifying the actual flow, you can avoid setting your regulator too high, which wastes gas and can actually cause turbulence that hurts weld quality.

It is best practice to check flow at the start of every shift, after changing a cylinder, or whenever you change the torch setup (like changing a nozzle or diffuser).

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