VEVOR Portable Refrigerant Recovery Machine, 3/4 HP 220-240V 50Hz Single Cylinder AC Recovery Machine for Liquid Vapor Refrigerant, 1450 RPM Recycling Unit HVAC Automotive & Household Air Conditioning

AC Refrigerant Recovery Machine with 3/4 HP for 4.9 lbs/min Recovery

This AC refrigerant recovery machine uses a 3/4 HP motor to draw both liquid and vapor refrigerant. The maximum liquid recovery rate is 4.9 lbs/min (2.2 kg/min). This reduces the amount of time you have to wait for a system to empty on a service route. A quicker recovery means more calls in a day or less time spent baking in a hot attic. 

Instead of slowing down midway through the task, the motor has the muscle to maintain that rate. The power is there to swiftly move refrigerant and move on to the next task, whether you're servicing an air conditioner at home or in your car. By the end of the week, cutting minutes off each recovery cycle adds up to hours saved for a tech who bills by the job.

A1 Refrigerant Compatibility Across R134a, R410A, and More

You can avoid buying multiple units by choosing one that handles most of your tasks. Class A1 refrigerants, such as R12, R404A, R134a, R407C, R407A, R407B, R410A, and R507, are compatible with this AC refrigerant recovery machine. You're rarely caught without the proper tool because it covers most of what you'll encounter in residential and automotive work. Thus, the same tool goes effortlessly from a house call to a car in the driveway. 

This addresses both R410A in many home units and R134a in older car systems. You won't have to dig through a shelf of specialized equipment for every refrigerant. Wide compatibility keeps your truck lighter and your kit simple. For a working tech, buying one sturdy machine instead of three specialized ones is all about flexibility. With one unit, you truly learn everything there is to know, with fewer tools to keep track of and fewer things to forget.

High-Pressure Auto Shut-Off at 37.7 Bar for Safe Operation

The safety build matters because refrigerant work carries real pressure risk. This device uses precision gauges to monitor pressure during operation. High-pressure protection activates and automatically turns off the machine if it reaches or exceeds 37.7 bar. You don't have to wait for problems to arise while hovering over the dial. Additionally, overcurrent protection protects the motor from electrical problems that could otherwise burn it. 

During longer runs, the condenser and fan dissipate heat to prevent overheating. You don't think about these features until something goes wrong, and then you're relieved they exist. To keep a bad reading from becoming a bad day, the design builds a safety floor beneath your work. Because a burned-out compressor can keep a tool out of service for a week, protecting the motor also protects your pocketbook.

Single-Cylinder Compressor at 1450 RPM for Steady Performance

The compressor has one cylinder and runs at 1450 revolutions per minute. Instead of short bursts, that pairing is designed for steady output. Instead of fading as the tank fills, you get a consistent pull that lasts the entire recovery cycle. When you need to finish a job cleanly, steady beats powerful. Additionally, single-cylinder designs have fewer parts that could break on you mid-job because they're mechanically simpler. 

The motor operates in a range that balances wear and recovery speed at 1450 RPM. It doesn't scream as loudly as possible to keep up. At 29.5 pounds and 15.7 x 9.8 x 14.2 inches, the device is portable enough to carry up a ladder or into a crawlspace. It's better to have steady power in a portable package than to haul a bulky machine that you detest. It pulls steadily, operates coolly, and doesn't resist you when you need to move it around.

AC Refrigerant Recovery Machine with PURGE Self-Cleaning Function

Typically, cleaning takes up time that no one wants to spend. With its self-cleaning feature, this AC refrigerant recovery machine reduces most of that work. Turn the knob to the PURGE position after you finish a job. No manual flushing is needed because the unit automatically removes any remaining refrigerant from its internal lines. That benefits you in two ways. First, it reduces manual cleanup after each task. Second, it prevents refrigerant cross-contamination. 

PURGE stops you from mixing R410A residue into your next R134a job, which is a serious issue. Every time you switch refrigerant types, you start clean. It's a small step that protects the systems you service and your equipment. The callback that costs you money and damages your reputation is when a customer's unit is damaged by contaminated refrigerant. Quietly, PURGE keeps you out of that mess.

Dual Filtration Dryer Filter for Clean, Dry Refrigerant

Filtration is necessary because dirty refrigerant can destroy downstream components. This unit uses a dual filtration system that combines a filter mesh and a dryer filter. The dryer filter removes water vapor before it can cause harm, while the mesh collects particles and debris. The machine's internal components are protected, and the refrigerant stays usable because it's recovered dry and clean. Moisture is a silent killer in these systems and can cause freeze-ups and corrosion if it gets inside. 

Two-stage filtering gives you a better chance of catching it before it becomes an issue. The result is a machine that lasts longer under frequent use and recovers cleaner refrigerant. It can handle most work environments you'll encounter throughout the year because it operates in temperatures between 32 and 104°F. Both the tool and the systems it contacts will last longer with clean refrigerant.