Carbon Dioxide Welding Cutting CO2 Regulator with Flow Meter for Welding Industrial Gas Cutting
SKU: WACR450085/ WACR4500320/ WACR4500218
Material: Aluminum Alloy, Brass
Inlet Thread: G5/8, CGA320, W21.8 available
Output: 0- 5 bar (0- 72.5 psi) constant pressure output
Medium: CO2
Note: This item SKU# WACR450085 is designed with G5/8 inlet thread. This item SKU# WACR4500320 is designed with GGA320 inlet thread. This item SKU# WACR4500218 is designed with W21.8 inlet thread.
Function:
The CO2 Regulator with Flow Meter is designed for precision in welding and cutting applications. Featuring adjustable inlet threads—G5/8, CGA320, or W21.8—it ensures compatibility with various setups. The regulator has an 8mm (0.315 inches) outlet, providing a secure and efficient connection for your equipment. Its dual-scale flow meter simplifies reading, making it easier to monitor and adjust the gas flow. The flow control knob allows for precise adjustment of the output flow rate, while the integrated pressure relief valve enhances safety by preventing overpressure situations. The regulator maintains an output pressure of approximately 72.5 psi (5 bar), and the pressure gauge offers a range from 0 to 4500 psi to accurately display inlet pressure. Additionally, the regulator is equipped to handle carbon dioxide heat dissipation effectively, ensuring stable performance during welding and cutting processes. This robust and reliable CO2 regulator is an essential tool for professionals seeking durability and efficiency in their work.
- Adjustable Inlet Threads: Choose from G5/8, CGA320, or W21.8 for versatile connectivity.
- Precision Flow Meter: Dual-scale design for easy and accurate gas flow readings.
- Flow Control Knob: Allows fine-tuned adjustment of the gas flow rate.
- Safety Features: Includes a pressure relief valve and maintains output pressure of approximately 72.5 psi (5 bar).
- High-Range Pressure Gauge: Displays inlet pressure with a range of 0-4500 psi and supports effective CO2 heat dissipation during welding and cutting.