logo elektroda
logo elektroda
X
logo elektroda
Advanced Search
logo elektroda

[Solved] Krajzega Pulleys: 2.2kW, 1420 RPM Engine Setup for Cutting with 300mm Disc (Shaft & Engine)

Adam991199 4752 8
ADVERTISEMENT
Treść została przetłumaczona polish » english Zobacz oryginalną wersję tematu
| New topic
  • #1 16350082
    Adam991199
    Level 2  
    Hello, I have a 2.2kw 1420 RPM engine. What would I have to give the pulleys for the shaft and the engine to cut the 300 disc
  • ADVERTISEMENT
  • #3 16350199
    Adam991199
    Level 2  
    Ok, and with which pulleys to reach 3000 rpm With the engine of 1420 rpm
  • ADVERTISEMENT
  • ADVERTISEMENT
  • #5 16350231
    Adam991199
    Level 2  
    It tells me nothing about which wheels to use. I have no idea how it is calculated
  • #6 16350276
    1 PAWEL
    Level 42  
    The conversion factor - 2.1126 for the 1420 rpm engine for 3000 rpm for the disk.
    For example, at the wheel on the saw shaft, a pulley fi 80 mm, on the motor fi 169 mm.
    This motor is a bit weak for a 300 mm saw, of course, it depends on what will be cut.
  • #7 16350432
    Anonymous
    Level 1  
  • #8 16350447
    1 PAWEL
    Level 42  
    It would be better with a power of 2.2kW 2840 rpm, everything depends on what will be cut.
  • ADVERTISEMENT
  • #9 16351027
    DecoDominik
    Level 14  
    Adam991199 wrote:
    It tells me nothing about which wheels to use. I have no idea how it is calculated


    Ordinary fractions.
    https://pl.wikipedia.org/wiki/U%C5%82amek

    It's as simple as a wire.

    Number of revolutions x gear ratio of szajba1 / szajba2 = number of revolutions on the shaft

    So you want to get 4000RPM and you have a 1410RPM engine with 10cm shaft

    1410 x Acm / 10cm = 4000RPM

    1410Acm / 10cm = 4000 RPM

    1410Acm = 40000
    A cm = 28.3687 ... cm

    Gear 1: 2.83687

    1410 x 2.83687 = 3999.9967
| New topic
Report a violation of the law

Topic summary

The discussion revolves around configuring pulleys for a 2.2kW, 1420 RPM engine to effectively operate a 300mm cutting disc. Users inquire about the necessary pulley sizes to achieve a target RPM of 3000 for the disc. A conversion factor of 2.1126 is mentioned for calculating the required pulley sizes, suggesting a pulley diameter of 80mm on the saw shaft and 169mm on the motor. Concerns are raised about the engine's power being insufficient for a 300mm disc, with recommendations for a more powerful motor (2.2kW at 2840 RPM) for optimal performance. The discussion also touches on the limitations of cutting capabilities with the specified setup.
Summary generated by the language model.
ADVERTISEMENT