Power Tube Plus RT 2048 30-44 kW

This water-cooled tetrode is a 30-44 kW CO2 TRUMPF® OEM laser tube for sale designed for industrial CO2 Laser cutting applications requiring high power and reliability. It uses a coaxial design and metal-ceramic technology.

This tube is ideal for cutting and welding applications in the sheet metal fabrication and automotive industries. Penta Labs RT2048 / RS2048 CJ Plus Tube for sale is a best-in-class cost saving replacement for Trumpf OEM and THALES Water Cooled Power Grid Triodes for High Power CO2 Lasers. 

CO2 Laser Tube for Lasers (5kW and up)

This is a power grid tube designed for use in Trumpf® laser cutting and engraving machines with a power output of 5 kilowatts or greater. It is essential for the laser's power supply. 

Every Tube is conditioned “burned in” for optimal OEM matched quality output. 

Penta Labs RT2048 Plus RF End Stage Tube is backed by a 24 month unlimited hour warranty. 

Part Information:

• TRUMPF® OEM Part Numbers: 1237260, 1296799, 1811787, 1812660, 0932468, 932468, 1237228, 1237398, 1582457, 1800986
• Machine Compatibility: TRUMPF® lasers
• Type: Power Grid Tube
• Power: Suitable for 5kW and higher power lasers

Features:

• 53 kW output power
• Water-cooled
• Tetrode design
• Coaxial design
• Metal-ceramic technology
• High reliability
• Long operating life

Specifications:

• Output power: 53 kW (CW mode)
• Anode voltage: 14 kV
• Anode dissipation: 30 kW
• Frequency: Up to 110 MHz
• Weight: 4.4 kg
• Dimensions: 130 x 230 mm

Applications:

• Laser cutting
• Laser welding
• Sheet metal fabrication

Save on TRUMPF® Laser RF Tubes with High-Quality Replacements from Penta Labs

Looking for a cost-effective way to keep your TRUMPF® laser running at peak performance? Penta Labs, a global leading supplier of TRUMPF® laser replacement parts, offers high-quality RF power tubes that are a direct replacement for OEM tubes.

Our Testing Process:

Every Penta Labs CO2 laser RF power grid tube undergoes stringent testing in our California facility. This includes:

• Output Power Verification: Ensuring the tube delivers the specified power output for efficient laser operation.
• Efficiency Measurement: Optimizing energy conversion for maximum performance and cost savings.
• Linearity Assessment: Guaranteeing consistent power output across the entire operating range.
• Frequency Analysis: Verifying stable and precise frequency control for accurate laser cutting and engraving.