The WM industrial washing machine is used in numerous sectors requirering thorugh cleaning of a wide range of products.
Specifically, in the industrial electronics sector, it has countless applications for cleaning soldering masks and frames to remove flux, glue, and other residues. It can also be used, with the aid of appropriate doses of specific detergents, for washing screen printing frames to remove solder paste residues.
WM allows you to program and recall four previously created wash cycles for different temperatures and times, depending on the desired cleanliness.
It operates completely automatically: simply load the products, close the hood, and select the desired cycle. The system automatically manages the wash, rinse, and emptying phases. The panel displays all wash cycles.
Its wash tank capacity is 50 liters, allowing this amount of water and its corresponding detergent to be used for multiple wash cycles. The wastewater obtained from the removal of industrial waste must be treated in accordance with current local regulations.
Technical Features
– EXTERNAL DIMENSIONS
– WIDTH: 390 mm
– DEPTH: 800 mm
– HEIGHT: 1890/5570 mm (porta aperta)
– NET WEIGHT: 155 Kg
– SUPPLY VOLTAGE: 400V 3N 50 Hz
– MAXIMUM ABSORBED POWER: 8000 W
– WATER HARDNESS: 2 8 °F
– FEED WATER PRESSURE: 200 400 kPa
– USEFUL HEIGT: 805 mm
– RACK DIMENSION: 550×665 mm
– RACK EQUIPMENT: 1XC86/A 1XC87/B 1XC97/A 1XC100
– NUMBER OF CYCLES (s): 1 (120) / 2 (240) / 3 (360) / 4(480)
– WATER SUPPLY 55°
– RACK OUTPUT (*)(1) Racks/h: 30 / 15 / 10 / 7,5 / – –
– WATER SUPPLY 10°
– RACK OUTPUT (*)(1) Racks/h: 15 / 15 / 10 / 7,5 / – –
– WATER CONSUMPTION PER CYCLE: 4,2 l
– BOILER CAPACITY: 15 l
– BOILER HEATING ELEMENT: 6000 W
– RINSE TEMPERATURE SETTING: 85°C
– TANK CAPACITY: 50 l
– TANK HEATING ELEMENT: 3000 W
– TANK TEMPERATURE SETTING: 55°C
– WASH PUMP POWER: 2000 W (810 l/min***)
– RINSE PUMP POWER: 250 W (150l/min***)
– DRAIN PUMP (optional): 190 W (120l/min***)
– SOUND PRESSURE LEVEL: 63.8 dB(A)
(*) WITH STANDARD THERMOSTAT (NOT DEACTIVABLE) (***) MAXIMUM FLOW
