Safety Pressure Control and Manual Shutdown: The PCP air compressor has a maximum charging pressure of 4500psi/30MPa (300 bar). Do not exceed the rated maximum pressure of the external air cylinder or air gun during use. The equipment features automatic power-off and overload protection, automatically shutting down every 30 minutes to prevent overheating. If the operating temperature exceeds 80°C, manually disconnect the power and allow the cooling fan to continue running until completely cooled.
Dual Power Supply Options: Flexible power supply options are available. It can be powered by a 12V car battery (using the standard DC power cable, connecting the red and black clips to the battery terminals, ensuring the vehicle engine is running) or by a 110V-240V household AC power supply using the original power cable.
User-friendly overall design: This diving cylinder compressor comes with a complete set of accessories, including a 12V car power cord, a 110V/220V AC power cord, a high-pressure hose with an air filter, and an O-ring repair kit, meeting all installation and initial use needs. The device requires no oil or water filling and is simple and convenient to operate. Lightweight and compact, weighing only about 17 pounds (7.7 kg), it is easy to carry and can be used in various scenarios.
High efficiency and wide applicability: With a displacement of 7 liters/minute, it can inflate a 500cc cylinder (such as a mini diving bottle or PCP air gun cylinder) from 0 to 300 bar in just about 20 minutes. Forced cooling with a fan limits the operating temperature to 80°C, making it more suitable for cylinders under 600cc to ensure optimal inflation performance; larger capacity cylinders require more frequent intermittent cooling.
Quick and safe connection structure: The portable PCP air gun compressor uses a Foster-style quick-lock connector to connect to the high-pressure hose of the air gun, ensuring a secure installation and quick disassembly. It also features a quick-connect interface for rapid docking and disassembly during use, effectively improving overall efficiency.
