Industrial vacuums IVM 60/36-3 Oss
Specifications
| Manufacturer | Kaercher |
| Condition | New |
| Number of current phases (Ph) | 1 |
| Voltage (V) | 220 - 240 |
| Frequency (Hz) | 50 - 60 |
| Air flow (l/s/m³/h) | 216 / 778 |
| Vacuum (mbar/kPa) | 240 / 24 |
| Container capacity (l) | 60 |
| Container material | Stainless steel |
| Rated input power (kW) | 3,6 |
| Vacuuming type | Electric |
| Connection nominal diameter | DN 70 |
| Accessory nominal diameter | DN 50 |
| Sound pressure level (dB(A)) | 79 |
| Main filter dust class | M |
| Filter area for main filter (m²) | 2,2 |
| Colour | silver |
| Weight without accessories (kg) | 67 |
| Weight incl. packaging (kg) | 67,8 |
| Dimensions (L × W × H) (mm) | 1020 x 680 x 1490 |
Description
Three-motor, mobile and robust middle class IVM 100/36-3 OSS industrial vacuum cleaner for fine and coarse solid matter. With electronic overfill stop for solids and dusts.
For large quantities of suction material, with electronic overfill protection for solids and dusts, durable, robust, mobile: our three-motor, middle class IVM 60/36-3 Oss industrial vacuum for the universal vacuuming of fine and coarse solid matter in industrial environments. This reliable machine operates on a single-phase power supply, with each of the three motors controllable individually. The large star filter (dust class M) can be cleaned easily, conveniently and reliably using the Pull and Clean filter cleaning system, without having to switch off the vacuum cleaner. The filter cleaning extends its service life, thus reducing the maintenance effort. The body and collection container of the machine are made from acid-resistant stainless steel, whereas the housing has been manufactured from resistant steel and has large wheels for easy transportation.
Features and benefits
Overfill stop for solids
Manual pull-and-clean filter cleaning
Filter is cleaned in a single step during operation.Low-wear dedusting by means of air reversal.Fitted with three blower motors
Powerful machine with highest possible cleaning performance in single-phase power network.Equipment