RS 2048 CJC RF Power Tube

This water-cooled tetrode is a 53 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 RS 2048 CJC for sale is a best-in-class cost saving replacement for 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.

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.