Tili Ota yhteyttä
Ostoskorisi
Toimitus DPD & FedEx
Tarvitsetko apua? Kysy AI:lta

Lexmark moottori (EP-käyttö)

Lexmark moottori (EP-käyttö)
Lexmark moottori (EP-käyttö)
88,17 €
When a Lexmark laser printer begins to lose image registration or the fuser fails to turn, the culprit is often a worn drive motor. The Lexmark 41X0564 EP drive motor is the exact electromechanical heart that restores reliable rotation to the photoconductor drum, developer unit, and fuser assembly. ... Lue lisää
Varasto 6 Tuotekoodi 3393589 Merkki LEXMARK Malli 41X0564 Takuu 2 vuotta

Toimitus ja palautukset

Arvioitu toimitusaika Maanantai, Lokakuu 19
Saat päivitykset yksityiskohtaisen seurantajärjestelmän kautta
Maksuvaihtoehdot
MaksukorttiVisaMastercardPayPalApple PayGoogle PayTilisiirto

When a Lexmark laser printer begins to lose image registration or the fuser fails to turn, the culprit is often a worn drive motor. The Lexmark 41X0564 EP drive motor is the exact electromechanical heart that restores reliable rotation to the photoconductor drum, developer unit, and fuser assembly. Unlike generic aftermarket motors, this OEM component is tuned to the torque and speed profiles of Lexmark’s EP imaging system, so pages emerge with crisp toner placement and no smudging from a stalled fuser.

Highlights

  • Brushless DC (BLDC) motor engineered for electrophotographic (EP) imaging systems
  • Direct replacement for Lexmark laser printers and multifunction devices
  • 3-phase construction delivers smooth, low-noise rotation up to 3000 RPM
  • Rated torque range of 0.1–0.5 Nm matches OEM specifications for drum, developer, and fuser drives
  • 24V DC input with multi-pin header connector for secure wiring
  • Flange mount with screw holes ensures precise alignment in the printer chassis
  • Built-in overcurrent and thermal protection prevents premature failure

In daily use

Installation is straightforward for a trained technician: remove the old motor, align the flange, secure the screws, and connect the multi-pin harness. Once powered, the motor runs quietly and maintains constant speed under varying load, which is critical when the fuser reaches operating temperature. Because it is an OEM part, you avoid the guesswork of aftermarket voltage or connector mismatches. The metal alloy and high-strength polymer housing withstands the heat and vibration inside a busy printer, while the 0°C to 50°C operating range covers typical office environments.

Full specifications

  • Brand: Lexmark
  • Model: 41X0564
  • Product type: Drive Motor
  • Motor technology: Brushless DC (BLDC)
  • Application: Electrophotographic (EP) imaging system
  • Function: Drives photoconductor drum, developer unit, fuser
  • Input voltage: 24V DC
  • Rated speed: Variable, up to 3000 RPM
  • Rated torque: 0.1–0.5 Nm
  • Number of phases: 3-phase
  • Connector type: Multi-pin header (e.g., 4-pin, 6-pin)
  • Mounting type: Flange mount with screw holes
  • Housing material: Metal alloy / high-strength polymer
  • Operating temperature range: 0°C to 50°C
  • Noise level: Low-noise operation
  • OEM part: Yes
  • Replacement part: Yes
  • Protection features: Overcurrent, thermal protection

Final note

For service centers and IT departments that demand uptime, the Lexmark 41X0564 motor is the dependable choice. It restores original print quality and extends the life of your Lexmark device without the risks of non-OEM substitutes.

Tekniset tiedot
Kategoria
Drive Motor
Määrä
1
Malli
41X0564
Materiaali
Metal Alloy / High-Strength Polymer
Merkki
Lexmark
MPN
41X0564
Tuotetyyppi
Drive Motor
Tyyppi
Drive Motor
Valmistajan tuotenimi
EP Drive Motor
Yhteensopivat tuotteet
Lexmark Laser Printers / Multifunction Devices
Hintahistoria viimeisen 6 kuukauden ajalta
Lexmark moottori (EP-käyttö)
Nykyinen
88,17 €
Alin
86,91 €
Ylin
88,17 €
Muutos 24 h
+0,20 €   +0%
Viikko
+0,83 €   +1%
Kuukausi
+1,27 €   +1%

Suositut tuotteet tässä kategoriassa

Hei, olen DistriNoden tekoälyavustaja. Autan sinua löytämään tuotteita, vertailemaan vaihtoehtoja, laatimaan tarjouksia PDF-muodossa tai tekemään tukipyyntöjä.