The RE380-36 steam cleaning machine is a steam engine that uses electric heating and a single steam outlet mode. Stainless steel heating barrel structure, microcomputer control mode.
RE380-36 steam cleaning machineparameter
Heating method: electric heating
Rated voltage 380V, motor power 0.75KW
Maximum pressure of 20 bar and maximum steam volume of 90 kg/h
Maximum temperature 210 ℃ Heating power 36KW
The total weight of the machine is 160kg, and the product size is 1160 * 635 * 790mm
Origin: Ningbo Tire Solid Tire, Zhejiang
The product is continuously being updated, please refer to the actual product for color
RE380-36 steam cleaning machineDetail features:
1. Heating furnace, stainless steel heating bucket, durable and long-lasting;
2. Piston pump, copper pump body, three plunger for greater stability;
3. Motor, national standard copper core motor, strong power, higher efficiency;
4. Computer board control, using integrated computer board control, stability, detection, and maintenance are clear at a glance;
5. The operation panel adopts computer screen control, one click start, simple operation, and eye-catching features;
6. Pressure display, digital pressure display, intuitive and convenient;
Pay attention to scale
1. After heating, water will form scale, and severe scale will cause damage to the heating element;
2. The manufacturer strongly recommends using softened water for the machine;
3. If there is no softened water, the machine must strictly follow the scale removal and maintenance measures;
4. Please refer to the instruction manual (descaling section) for the steps of removing scale;
5. Recommend using neutral descaling agents;
6. It is strictly prohibited to use strong acidic descaling agents, as they can cause damage to the water supply pump and heating element;
7. The manufacturer has a suggested descaling time, which will prompt "descaling maintenance" when the time is up. Due to the different water quality in different regions and the severity of scale, the descaling time provided by the manufacturer can only be used as a reference and not as a guideline;