Javac Edge Velo-X

The JAVAC Edge Velo‑X Twin Cylinder Recovery Unit Pro is a high‑performance refrigerant recovery solution engineered for HVAC professionals who need speed, reliability and compatibility with the latest refrigerant technologies. This advanced model is the first JAVAC recovery unit to offer full compatibility with all A2L and A3 refrigerants, making it suitable for a wide range of modern refrigerants including R32, R1234yf, HFO blends, HFCs, HCFCs, CFCs and flammable hydrocarbon gases. With industry‑leading recovery rates and the renowned reliability of JAVAC engineering, the Velo‑X delivers the quickest and most efficient recovery performance in the range. Powered by a 1.25 HP variable‑speed brushless DC motor operating between 1500 and 3000 rpm, the twin‑cylinder oil‑less reciprocating compressor provides fast liquid, vapour and push‑pull recovery. It achieves recovery rates of 377 kg per hour for liquid, 20 kg per hour for vapour and up to 408 kg per hour in push‑pull mode when working with R410A. To support professional field use, the unit includes intelligent safety sensing, a spark‑proof switch and a five‑metre hard‑wired power cable for added convenience on site. Dual‑gauge monitoring clearly indicates both system and tank pressures, supported by an integrated low‑pressure auto‑off function to protect the compressor. The Velo‑X is designed for portability without compromising capability. Weighing just 13.8 kg and supplied with a shoulder strap, it is easy to transport between jobs. An LED status indicator provides clear visual feedback throughout the recovery process, helping technicians work efficiently and safely. The unit is further supported by a reusable mesh particulate filter at the suction port, which can be quickly cleaned or replaced to maintain optimal performance. Built for durability, the system operates in temperatures ranging from 0 to 49°C. For engineers working with the latest low‑GWP and flammable refrigerants, it offers a future‑ready solution built to handle the toughest recovery tasks.