Best possible cleaning of stencils and solder frames (in electronics and solar cell production) as well as possible misprints today is the prerequisite for a reproducible quality in production as well as the reduction of expensive production stand-stills. The trend is the installation of highly automated, quick and cost-saving yet efficient and reliable processes that ensure high customer satisfaction. The development of kolb PS31 takes this into consideration also for smallest applicable quantities.
The kolb PS31 in one chamber fully automatic operation:
- Fully automatic looped 2Step process with cleaning, rinsing and drying - *VA (= ventilated air) supported.
- Fully utomatic with single push button operation.
- Suitable for cleaning products up to 800x 950 (31,5" x 37,5").
- Extremely small footprint - Euro pallet size (= < 1m2).
- Versatile product fixtures for different products, e.g. 40/36/30mms.
- Interlockable space-saving and transparent airlock-door.
- No explosion protection necessary, use next to the production line is possible.
- Stainless steel made, all process sections made of electrolysis-resistant material.
- Process cycle times and maintenance monitoring PLC-controlled.
- 2-tank system with communicating detergent.
- Permanet fine filtration system. 10 µm.
- PS-PowerSpray with magnetic coupled XPower pumping unit.
- Warm air drying with *VA/supercharger (R all rights reserved)
- Closed loop. No water connection, no waste water disposal necessary.No compressed air!
- Noise level approx. 75 dB (A).
- CERTIFIED FOR SOLAR CELL PRODUCTION.
Operating conditions:
- Power supply standard 400 VAC, 16 A CEE /3Ph/ L1, L2, L3, N, PE/ 50 - 60 Hz
- Power consumption approx. 3 kW three phase current / clockwise
- Programming and control PLC Siemens LOGO
- Ambient temperature min. 20 °C / max. 50°C
- Noise ca. 75 dB (A)
- Weight ca. 330 kg
- Contents of the tank system 75 liters pH-neutral cleaning detergent
- Option: Exhaust needs connection w. capacity of approx. 200-300 m³/h necessary
- Permanent filtration 10 µm