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9-8269 - Thermal Dynamics 9-8269 Replacement Pressure Sensor 1/8 MNPT

Packaging: pack of 1
$438.75/EA $286.88/pack of 1 only $286.88/EASave 35%

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OVERVIEW

Restore Your Plasma Cutter's Performance

The Thermal Dynamics 9-8269 Pressure Sensor is an essential replacement component designed specifically for the Thermal Dynamics Cutmaster series of plasma cutters. When your industrial equipment is down, every minute counts. This OEM part ensures that your machine operates within the safe and optimal parameters set by the manufacturer. The pressure sensor plays a vital role in the functionality of your plasma system, acting as a guardian for both the machine's internal components and the quality of your cuts. By accurately detecting the input gas pressure, it ensures that the system only initiates an arc when conditions are safe to do so.

Plasma cutting relies heavily on a consistent and precise flow of gas—usually compressed air or nitrogen—to create the plasma arc and blow away molten metal. The 9-8269 sensor monitors this pressure continuously. If the pressure drops below the required threshold, the sensor signals the machine to inhibit the arc, preventing damage to the torch and consumables. Without a functioning pressure sensor, your machine may fail to start, or worse, operate under unsafe conditions that could lead to costly repairs down the line. This sensor acts as the first line of defense against low-pressure faults that can ruin a workpiece or overheat the torch head.

This specific sensor features a 1/8-inch MNPT (Male National Pipe Taper) connection, a standard size that ensures a secure, leak-free fit into the machine's pneumatic system. It is engineered to withstand the rigors of industrial environments, resisting vibration and temperature fluctuations common in welding and fabrication shops. Whether you are operating a Cutmaster 52, 82, 102, or 152, this part is the direct replacement you need to clear error codes and get back to cutting. Its robust design ensures a long service life, minimizing downtime and maintenance intervals.

At Josef Gas, we understand that reliable equipment is the backbone of your business. Using genuine Thermal Dynamics parts like the 9-8269 guarantees compatibility and longevity. Generic replacements often lack the precise calibration required for the sophisticated electronics in modern inverter plasma cutters. By choosing the authentic 9-8269 Pressure Sensor, you are investing in the continued reliability and safety of your Thermal Dynamics equipment. Ensure your plasma cutter is reading pressure accurately and performing at its peak with this genuine replacement part.

Additional Information
Packaging Description:1 Per Ea, pack of 1
Part Type:Pressure Sensor
Thread Size:1/8" MNPT
Compatible Series:Cutmaster True Series
Gas Type:Air, Nitrogen
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Part Type:Pressure Sensor
Thread Size:1/8" MNPT
Compatible Series:Cutmaster True Series
Gas Type:Air, Nitrogen
Brand:Thermal Dynamics
Packaging Description:1 Per Ea

INCLUDED

  • (1) Pressure Sensor (9-8269)

APPLICATIONS

  • Plasma Cutting Systems
  • Gas Pressure Monitoring
  • Machine Repair and Maintenance
  • Pneumatic Safety Interlocks

FAQ

The 9-8269 pressure sensor is designed for the Thermal Dynamics Cutmaster True Series, including the Cutmaster 52, 82, 102, and 152 models.

This sensor features a standard 1/8-inch MNPT (Male National Pipe Taper) thread for connection to the gas manifold.

Common symptoms include the machine displaying pressure fault codes or LEDs despite having adequate air supply, failure to initiate an arc, or intermittent cutting performance.

Yes, this is a genuine OEM Thermal Dynamics replacement part, ensuring correct calibration and fitment for your equipment.

The pressure sensor is typically located inside the power source chassis, connected to the gas regulator or solenoid assembly.

It is not recommended. The 9-8269 is calibrated to specific pressure thresholds required by the Cutmaster logic board. Generic switches may not trigger at the correct PSI, compromising safety.

Yes, it is compatible with the standard plasma gases used in these machines, which are typically compressed air or nitrogen.