This motor is lighter and shorter than a typical NEMA17 motor, however it produces almost as much torque. It is suitable for driving geared or direct extruders and is used on our Titan extruder. It is also suitable for printer axes, provided they are light duty, eg: a dual leadscrew Z axis that uses 2 motors.   NEMA 17. 0.9° Step Angle. 400 Steps Per Revolution. 2.8V Rated Voltage. 1.68A Phase. 3.5kg/cm (48.6oz/in) Holding Torque. 40mm Body. 25mm Output Shaft (5mm diameter) Mehr Informatioenne hier:https://e3d-online.dozuki.com/Item/Compact_but_powerful_motor

Crimpzange 0,5-1,5 mm² AWG 26-16

A wicked little filament drive gear made from stainless steel with really sharp little teeth cut into it.  These are carefully manufactured on a synchronised CNC processs which gives a sharp, consistent, and clean cut tooth profile that has incredibly good grip. We've tested these with 1.75mm and 3mm filaments, from the soft and delicate flexibles to hard and abrasive materials like Carbon-Fibre PLA. All with great results. These are a great match for our NEMA17 Geared Stepper Motors with 8mm shafts to create high performance extruders for 3mm or 1.75mm filament. Attaches to a 8mm motor shaft with an included M3 Set Screw.

  RUMBA32 is a 32-bit version of the RUMBA 3D Printer control board. RUMBA32 is derived from the Aus3D RUMBA+ design, which is an overhauled version of the original RUMBA. RUMBA32 combines the improved RUMBA+ design with a powerful 32-bit STM32F446 microcontroller. In keeping with the original RUMBA design, RUMBA32 is fully open source. RUMBA32 boards are available for sale in the Aus3D shop. Instructions for configuring and uploading Marlin using PlatformIO can be found on the Marlin - Build and Upload (PlatformIO) wiki page. Firmware Support RUMBA32 is currently supported by the following firmware: MK4duo (support in v4.4.0) Marlin 2.0 (support in bugfix-2.0.x) Repetier-Firmware V2 (support in dev2) https://github.com/Aus3D/RUMBA32/wiki   We love our RUMBA+ boards! They're great - plenty of stepper drivers, heater/fan channels to spare, and they're built like a tank. Their biggest weakness? Like most other printer control boards, they're 8-bit. Built around the same ATmega2560 that powers RAMPS, there are limits to what they can do and how quickly they can do it. These limits are a function of the CPU speed (16MHz) and the available memory (256K flash, 8K SRAM) of the ATmega2560. These specifications limit how many features you can enable, and how quickly you can run your printer - but now, RUMBA32 is here to erase those limits! We've taken the tried and tested hardware design that is RUMBA+ and upgraded it with a new processor: an STM32F446. Boasting a 180MHz clock rate, 512Kb of flash memory, and 128Kb of SRAM, all built on a high-performance ARM architecture. RUMBA32 isn't just a little bit faster than RUMBA+ - it's an order of magnitude faster. If you're after a control board that will be set to handle cutting-edge firmware features now and into the future, RUMBA32 has you covered. We'll say it again - RUMBA+ is a tank. It's sturdy and capable, and because firmware support is so mature, it's always dependable. Now, we've taken that tank and strapped a jet engine to it - and we think you'll like the result. RUMBA32 is a 32-bit control board that doesn't force you to change your whole printer to suit it. Like RUMBA+ and RAMPS, it supports common character and graphical LCDs. RUMBA32 supports standard stepper drivers, like the A4988, DRV8825, and so on, but it also features added SPI driver support: just change the jumpers underneath any driver and you can use SPI-based stepper drivers, like the TMC2130 - no extra wiring required! RUMBA32 is a 32-bit control board that runs Marlin 2.0 - so if you're looking for a performance upgrade that will feel comfortable and familiar, RUMBA32 is it.   Specifications: Input Voltage (Recommended): 12-24V Input Voltage (Limits): 6-35V Stepper Drivers: 6 (Socketed StepStick with SPI support) MOSFET Outputs: 6 Maximum Bed Current: 20A Maximum Heater Current: 5A Thermistor Connections: 5 Endstop Connections: 6 What's Included: 1 x RUMBA32 Control Board 2 x 10A Fuses 2 x 20A Fuses

CSHN Set BK Schrumpfschlauch-Sortiment 2:1 100-teilig/100mm Schwarz RoHS: Ja Inhalt:  2,5 / 1,3 Heat shrinkable tube 2:1 black 2,5mm  3,5 / 1,8 Heat shrinkable tube 2:1 black 3,5mm  5,0 / 2,5 Heat shrinkable tube 2:1 black 5,0mm  9,0 / 4,5 Heat shrinkable tube 2:1 black 9,0mm 10,0 / 5,0 Heat shrinkable tube 2:1black 10,0mm 12,0 / 6,0 Heat shrinkable tube 2:1black 12.0mm  

Schrittmotortreiber auf Basis des Trinamic TMC2130.Weitere Infos: learn.watterott.com/silentstepstick Features: bis zu 1,2A (RMS) Dauerstrom Step/Dir Interface mit bis zu 256 Mikroschritten SPI Interface oder CFG Pins zur Konfiguration Motor-Versorgungsspannung: 5.5...45V Logik-Versorgungsspannung: 3.3...5V RSense: 0.11 Ohm Bauteile auf der Unterseite zur besseren Wärmeabfuhr stealthChop - für einen sehr leisen Lauf spreadCycle - für eine hohe Dynamik und Drehmoment coolStep - automatische Stromanpassung stallGuard - sensorlose Motorlasterkennung Versandgewicht: 0,01 Kg Artikelgewicht: 0,01 Kg Abmessungen ( Länge × Breite × Höhe ): 2,00 × 1,50 × 1,00 cm   Kühlkörper 14,5 x 15 x 13 mm speziell für unsere SilentStepStick Schrittmotortreiber.Der Kühlkörper hat ein wärmeleitfähiges Klebepad auf der Rückseite, damit ist die Montage innerhalb weniger Sekunden möglich.Breite: 14,5 mmLänge: 15 mmHöhe: 13 mmOberfläche: schwarz eloxiert Versandgewicht: 0,01 Kg Artikelgewicht: 0,01 Kg Abmessungen ( Länge × Breite × Höhe ): 1,50 × 1,50 × 1,30 cm

Schrittmotortreiber auf Basis des Trinamic TMC2208Weitere Infos auf der GitHub Projektseite: github.com/watterott/SilentStepStick Features Hardware kompatibel mit den StepStick und Pololu A4988 bis zu 1,2A (RMS) Dauerstrom - 2A Peak Step/Dir Interface mit Mikroschrittfunktion (Interpolation von bis zu 256 Mikroschritte) Konfiguration über CFG-Pins und UART Interface Motorspannung: 5.5...36V Logikspannung: 3.3...5V stealthChop2 - für einen sehr leisen Lauf (Standard-Einstellung) spreadCycle - für eine hohe Dynamik und Drehmoment (aktivierbar via UART)  

Schrittmotortreiber auf Basis des Trinamic TMC2209Weitere Infos auf der GitHub Projektseite: learn.watterott.com/de/silentstepstick Features Hardware kompatibel mit den StepStick und Pololu A4988 bis zu 1,7A (RMS) Dauerstrom - 2.8A Peak Step/Dir Interface mit Mikroschrittfunktion (Interpolation von bis zu 256 Mikroschritte) Konfiguration über CFG-Pins und UART Interface Motorspannung: 5.5...28V Logikspannung: 3.3...5V RSense: 0.11 Ohm stealthChop2 - für einen sehr leisen Lauf spreadCycle - für eine hohe Dynamik und Drehmoment (aktivierbar via UART, OTP, CFG Pin) coolStep - automatische Stromanpassung stallGuard4 - sensorlose Motorlasterkennung Inhalt:- Schrittmotortreiber- Stiftleisten     Motortreiber: Schrittmotortreiber Versandgewicht: 0,01 Kg Abmessungen ( Länge × Breite × Höhe ): 2,50 × 1,50 × 0,30 cm

Schrittmotortreiber auf Basis des Trinamic TMC5160.Weitere Infos: learn.watterott.com/silentstepstickEs wird kein Kühlkörper benötigt. Features: bis zu 3A (RMS) Dauerstrom Step/Dir Interface mit bis zu 256 Mikroschritten SPI Interface zur Konfiguration Motion Controller Motor-Versorgungsspannung: 10..35V Logik-Versorgungsspannung: 3.3...5V RSense: 0.075 Ohm   stealthChop2 - für einen sehr leisen Lauf spreadCycle - für eine hohe Dynamik und Drehmoment coolStep - automatische Stromanpassung dcStep - Lastabhängig Steuerung stallGuard2 - sensorlose Motorlasterkennung Inhalt:- Schrittmotortreiber- Stiftleisten Motortreiber: Schrittmotortreiber Versandgewicht: 0,01 Kg Artikelgewicht: 0,01 Kg Abmessungen ( Länge × Breite × Höhe ): 2,00 × 1,50 × 0,50 cm