Portable PCP Air Compressor, 4500Psi/30Mpa Scuba Tank Compressor with Wire Spool, Auto-stop, DC12V/AC120V Oil/Water-Free PCP Airgun Compressor for Paintball, Air Rifle, Built-in Fan Cooling

Specifications

• SAFE PRESSURE CONTROL & AUTO-STOP: The PCP air compressor can fill up to a maximum of 4500psi/30Mpa(300 Bar) but must never exceed the maximum fill pressure of the connected cylinder or airgun. It features auto shut-off and overload protection, automatically turning off every 30 minutes to prevent overheating. If the working temperature exceeds 85°C, it will automatically shut down. It will also automatically shut down when the set pressure is reached.
• DUAL POWER SUPPLY OPTIONS: It can be powered in two ways: via a 12V car battery (using the supplied DC power cable with red and black clips connected to the battery terminals, ensuring the car engine is running) or AC 110V-240V household power (with the included power cord).
• WIRE SPOOL DESIGN: The scuba tank compressor pump includes essential parts: 12V car battery wire, 220V/110V power cord, high-pressure hose with air filter, and o-ring kits—everything for setup. Its integrated wire spool neatly wraps cords to avoid tangles, making storage easy for gear bags or garages.​ Oil and water-free, it’s simple to use. At ~20 pounds, it’s highly portable, with the spool keeping cables organized during transport.
• EFFICIENT PERFORMANCE WITH WIDE APPLICATION: With an air flow of 7L/Min, it takes approximately 20 minutes to fill a 500cc tank (such as mini scuba bottles, PCP air rifles) from 0 to 300 Bar. It uses an air fan cooling system, has a maximum temperature of 80°C, and is suitable for tanks less than 600cc for optimal filling experience; larger tanks require more rest cycles.
• QUICK AND SECURE CONNECTION: The portable PCP airgun compressor connects to the PCP airgun via a quick-fit, foster-type locking connection for the hose assembly, ensuring a secure and hassle-free setup. It also features a quick disconnect fitting, making it easy to attach and detach during use, enhancing overall efficiency.