The Sonixtek SF 310L Industrial Filtration Pump ultrasonic cleaners feature an industrial filtration system. Additionally, the control panel allows operators to manage the digital timer, thermostat, and filtration system. Moreover, the powerful external ultrasonic generators include a sweep function, ensuring consistent ultrasonic cleaning.
The advanced filtration system with a buffer and oil separation tank makes the SF Industrial Filtration Pump Series ideal for a wide range of applications requiring cleaning of even the most difficult-to-reach surfaces. Moreover, the built-in filtration system separates oil and contaminants from the solution, which not only saves costs but also reduces the environmental burden.
The SF 310L Industrial Filtration Pump Series is excellent for garages, mechanical industries, electronic workshops, aerospace parts production, chemical processing industries, manufacturing industries, etc.
Producteigenschappen
- Krachtige externe generatoren, eenvoudig te vervangen
- Digital thermostat with temperature control 10 – 100 °C
- Digital Timer 0-999 mins or continuous operation
- Adjustable laminar flow system
- Control cabinet to control time, temperature and filtration
- Adjustable ultrasonic power with Sweep function
- Stainless steel basket and stainless steel cover with hinges
- Main tank 1″drain valve, Buffer tank 1″ drain valve
- AISI 316 stainless steel transducer box
- Buffer tank with filtration pump and oil skimmer function
- Multidirectionele vergrendelbare zwenkwielen
Productspecificaties
| Model | SF-310 |
| Volume | 310 liters |
| Tank Dimensions | 750mm x 600mm x 870mm |
| Basket Dimensions | 690mm x 540mm x 200mm |
| External Dimensions | 1385mm x 1385mm x 1215mm |
| Mandbelasting (kg) | 200 |
| Power Supply | 400V or 220V AC; 32A |
| Verwarmingsvermogen (Watt) | 9000 |
| Ultrasoon vermogen (Watt) | 3600 |
| Werkfrequentie | 28 kHz or 40 kHz |
| # van transducers | 60 |
| Tankmateriaal | Roestvrij staal AISI304 (2 mm) |
| Gewicht (kg) | 434 |
* – All dimensions are indicated as Length x Width x Height (=Width x Depth x Height) in mm
