Precision Vacuum Hydrocarbon Cleaner for Electronic Components & Circuit Boards
Overview Of Precision Vacuum Hydrocarbon Cleaner:
Our Precision Vacuum Hydrocarbon Cleaner is engineered to meet the ultra-strict cleaning demands of electronic components and circuit boards—removing submicron contaminants (flux residues, dust, oil) without damaging delicate parts like microchips, connectors, or solder joints.
Its core advantage lies in gentle yet thorough cleaning: a low-pressure vacuum environment (300-500 mbar) ensures hydrocarbon solvent penetrates tiny gaps (down to 0.1mm) on circuit boards, while the solvent’s low volatility avoids corrosion or component degradation. It integrates anti-static components to prevent electrostatic discharge (ESD)—a critical risk for electronics—and a precision filtration system that traps particles as small as 0.5μm.
The vacuum drying function eliminates watermarks and solvent residues (meeting IPC-A-610 standards for electronic assembly), and 92% solvent recovery cuts operational costs. With adjustable cleaning cycles (5-12 mins) and a compact design, it fits cleanrooms or electronic production lines. For electronics manufacturers needing residue-free, damage-free cleaning, this machine delivers consistent precision to safeguard product reliability.
Electrical Control System: Smart & User-Friendly Operation
The HS-6184MFG’s electrical control system combines advanced technology with user-friendly design, making it accessible to operators of varying skill levels. At its core is a Mitsubishi Q-series PLC, a reliable industrial controller that manages all automated processes—from mechanical arm movement and tank sequencing to temperature and vacuum control. The PLC is paired with a 10-inch Weilan touchscreen, which serves as the human-machine interface (HMI) for parameter setting and status monitoring.
The HMI displays real-time data such as tank temperatures, vacuum levels, ultrasonic power, and cycle progress. Operators can easily adjust parameters: for example, increasing ultrasonic power for heavily soiled parts or extending vacuum time for larger components. The interface also includes fault diagnosis functions, showing error codes (e.g., low liquid level, high temperature) and recommended solutions, simplifying troubleshooting.
A three-color indicator light provides at-a-glance status: green for normal operation, yellow for alerts (e.g., filter clogging), and red for critical faults (triggering an emergency stop). The electrical system uses high-quality components: Omron EE-SPX613 liquid level sensors for accurate solvent level detection, Delta AMK inverters for smooth motor speed control, and Schneider air switches/relays for safe power distribution. All wiring follows industrial standards, with clear labeling for easy maintenance. This system ensures stable, efficient operation while reducing the risk of human error.
Consumption of Precision Vacuum Hydrocarbon Cleaner for reference:
| order number | name | wastage | remarks |
| 1 | hydrocarbons | Add as required | It depends on the amount of cleaning |
| 2 | Filter cotton core | About 12 per month | Replace as required |
| 3 | Heat medium oil | 100L/2500 hours | Replace every 2500 hours of work |
| 4 | Vacuum pump lubricating oil | 0.2L/200 hours | Check and add every 200 hours of work |
| 5 | power consumption | About 30kw/hour | average value |
| 6 | compressed air | 400 NL/min | Drive use (cylinder, pneumatic valve) |
For a complete technical solution Of Precision Vacuum Hydrocarbon Cleaner, please contact me. We will customize the design based on your product technical requirements and factory layout.
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