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NEMA 17 CNC-Motor (84 oz-in 5mm Welle) 1,68 Ampere

NEMA 17 CNC-Motor (84 oz-in 5mm Welle) 1,68 Ampere

Normaler Preis $22.00 USD
Normaler Preis Verkaufspreis $22.00 USD
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Titel

Verbessern Sie Ihre CNC-, Laser- oder 3D-Druckprojekte mit diesem Nema 17 Schrittmotor. Dieser leistungsstarke Bipolarmotor bietet Präzision und Leistung in einem kompakten Gehäuse und ist somit eine unverzichtbare Komponente für Maker, Hobbyisten und Profis gleichermaßen. Dieser NEMA 17 Schrittmotor (Modell 17HS19-2004S1) ist eine vielseitige und zuverlässige Wahl für verschiedene Anwendungen in CNC-Maschinen, 3D-Druckern und Lasergravierern. Mit seinem beeindruckenden Haltemoment von 59 Ncm (84 oz.in) bietet dieser Motor die nötige Stärke und Genauigkeit für anspruchsvolle Projekte. Dieser bipolare Schrittmotor wurde für optimale Leistung entwickelt und verfügt über einen Schrittwinkel von 1,8 Grad, der eine präzise Steuerung und einen reibungslosen Betrieb ermöglicht. Der Nennstrom des Motors von 2,0 A pro Phase, kombiniert mit einem Phasenwiderstand von 1,4 Ohm, gewährleistet eine effiziente Leistungsnutzung und eine gleichmäßige Ausgabe. Seine geringe Induktivität von 3,0 mH ±20 % (bei 1 KHz) trägt zu einer verbesserten Hochgeschwindigkeitsleistung bei. Mit Abmessungen von 1,65" x 1,65" x 1,89" (42 mm x 42 mm x 48 mm) passt dieser NEMA 17 Motor perfekt in Standard-Montagesysteme. Der Motor wird mit einem 1 Meter (39,37") langen Kabel und einem 0,1"-Stecker geliefert, was die Installation und Integration in Ihr Setup schnell und problemlos macht. Dieser Motor ist aus hochwertigen Materialien gefertigt, darunter Edelstahl (40 %), Kupferdraht (30 %), Kunststoffe (20 %) und Aluminiumlegierung (10 %), und ist für eine lange Lebensdauer ausgelegt. Seine robuste Konstruktion gewährleistet einen zuverlässigen Betrieb auch in anspruchsvollen Umgebungen. Dieser Schrittmotor ist mit einer Vielzahl von Treibern und Steuerungen kompatibel und arbeitet optimal mit einer Betriebsspannung zwischen 12-24 V, wobei 24 V die empfohlene Spannung für beste Leistung ist. Stellen Sie zur Sicherheit und Langlebigkeit immer sicher, dass der Motor vor dem Testen oder Betrieb an eine Konstantstrom- oder Chopper-Treibersteuerung angeschlossen ist. Egal, ob Sie Ihre bestehende Maschine aufrüsten oder ein neues Projekt von Grund auf neu bauen, der NEMA 17 Schrittmotor bietet die perfekte Balance aus Leistung, Präzision und Zuverlässigkeit. Seine Vielseitigkeit macht ihn zu einer ausgezeichneten Wahl für verschiedene Anwendungen, einschließlich 3D-Drucker, CNC-Fräser, Lasergravierer und andere Bewegungssteuerungssysteme. Verbessern Sie die Fähigkeiten Ihrer Maschine und bringen Sie Ihre Projekte mit dem NEMA 17 Schrittmotor auf die nächste Stufe – die treibende Kraft hinter Präzision und Innovation in CNC-, Laser- und 3D-Druckanwendungen.

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Instructions

1
Step 1
Here is the datasheet for the NEMA 17 62 oz-in stepping motor. If you connect this to a standard bipolar driver, you will not use the yellow or white wires that are at the midpoint of each coil if they exist on the motor that you received. The black wire connects to A+, the green wire connects to A-, the red wire connects to B+ and the blue wire connects to B-. The motor has a 5mm shaft. Please see image for housing and frame dimensions. Electrical and Mechanical Characteristics: Current/Phase: 1.68 A Voltage: 2.8 V Resistance/Phase: 1.65 ohms Inductance/Phase: 2.8 h Holding Torque: 62 oz-in or 4400 g-cm. Rotor Inertia: 68 g-cm2 Weight 0.35 Kg Length: 47 mm

Questions & Answers

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  • I ordered 96 inches of the 1/2 inch 10 tpi drive screw. I need it in 3 pieces. 53 inches, 30 inches, and 13 inches. Please let me know if that can happen. Thankyou

    Yes. We will make sure the lead screw is cut to those dimensions. 53/30/13

  • If motors are wired for Bipolar series which leads do you swap for rotation?

    For our motors, drivers and power supplies, we recommend bipolar parallel (relating to motors with more than 4 wires). The current draw and voltage combination under bipolar parallel results in better performance. To reverse the motor spin direction for both bipolar series or bipolar parallel, switching the "A" wires with the "B" wires will do the trick.

  • I would like to design my own CNC router around one of your electronics bundles, either the 3 Axis - Heavy Gantry or 3 Axis - All Large Motors. Do you have the data sheets for the motors so that I can use the dimensions in my model?

    You can find the datasheets to our motors be going to the the stepping motor category page https://www.buildyourcnc.com/category/nema and selecting the motor. This will bring you to the product page for the motor and all of the motor information will be found there.

  • I HAVE NOT SEEN ANY REFERENCES TO ENCODER FEED-BACK CAPABILITY IN OF THE HARDWARE YOU SELL. THIS A SUPPORTED FEATURE WITH HARDWARE/SOFTWARE SELL?

    I haven't delved into using encoders with stepping motors too much. From my research, you need to have a controller that can provide the closed loop control, rather than software handling that process. I have also found from my research that using encoders on stepping motors is generally used to stop the machine in the case that the motor failed to achieve the commanded position for some reason and gives the user the chance to correct and continue with the job. If you want proper closed loop control, it may be best to go with servos and servo controller that provide the closed loop control within the real of those two components.

  • I have my motors wired like the wiring diagram I have two motors on Y axis how do I wire the second motor

    To move two stepper motors simultaneously with the same signal, simply wire the two stepper motor drivers to the same interface board signal terminals (CP and CW). Additional Information: using a ardino uno controller and a cnc sheild on top of that how to wirer 2 motors to 1 axis its the x axis ?

  • I have followed all the "CNC Electronics 1 - 9" videos and I'm using almost the exact same components (motors run and sound good) but the motors are runing very hot in just 15min with no load - have I done something wrong or do steppers run very hot?

    If your motors are hot to the touch, this is normal. Current is being drawn by the motor coils as the motor moves and as the motor stays at a position. If the motor is not using the current in the coils to move (holding it's position), the energy will be translated as heat (rather than motion, sound or light). Even while moving, some of the energy will be lost as heat. Remember that energy cannot be created nor destroyed. Additional Information: Additional Information: Additional Information:

  • I have constructed the cnc router machine as shown in woodsmith magazine. I have purchased the 3 Nema stepper motors. The one larger motor has 4 wires, as do the other two. However, on the schematic, the Z, and Y axis motors indicate 8 wires each. Did I go wrong, or are there different Nema 23 motors?

    The 8 wire motors need to be wired in bipolar parallel configuration. The wiring is as follows: Red and Blue to A+, Yellow and Black to A-, White and Brown to B+ and Orange and Green to B-. To find the wiring for the 4 wire motors, the wiring is Red to A+, Orange to A-, Blue to B+ and Green to B-.

  • I have 8 wires wired to my driver in the right places. I need to know how to wire the relay Ken

    There is no need to connect a stepper motor to a relay. The stepper motor driver controls the stepper motor completely.

  • I have 8 wires the red andblue are to A+ yellow and black are A- white and brown to B+ and green and orange to B- I don't have any more wires to wire to the relay

    The stepper motor does not connect to a relay. The driver controls the stepper motor movement and direction.

  • I cannot turn the shaft of my stepper motor. It not even connected to a driver

    The motor is creating it's own EMF when you try to turn the shaft manually. When coils are connected (or not connected) to any circuit that is not powered can cause unpredictable results. The motor freezing from just turning it by hand with no connection is surely the wires touching each other. This is actually how we test if a motor is good or bad. If the motor freezes when two of the wires are touching, that means the motor is functioning properly since the magnets are causing current to flow through that coil opposing the magnet.

  • I am using you reliable builder, though i am building from scratch. Can you help me size motors to my construction?

    Sure, please describe the machine that you are building and the material with which the gantry and other parts will be built.

  • I am planning to build a scratch CNC machine to do rotary engraving on writing pens. Can you recommend the parts I would need? I'm thinking NEMA 14 (11?) and 3/8" acme rod. Not sure which linear motion to use. I have an old lathe to use for the 4th axis.

    Consider the loads on each axis when choosing appropriate stepper motors. If your holding torque is maxed out at roughly 16oz/in (1lb/in), then you could use the NEMA 11 or 14. Also consider the shaft sizes and current ratings when choosing drivers that pair with the motors.

  • How do I wire two motors parallel

    To have two stepper motors move simultaneously, connect the two stepper motor drivers to the same CP (step pulse) and CW (direction) pins for that axis. Additional Information: Can you send me a wiring diagram kkitching@hughes.net

  • How do I wire to nema 23 motors parallel

    Wiring two motors in parallel is pretty easy. Here are the steps: - You need to have two stepper motors and two stepper motor drivers. - Each stepper motor will be connected to its own stepper motor driver. - Both stepper motor drivers are connected to the same CP and CW pins on the interface so the same signal is delivered to both drivers. Additional Information:

  • How do I connect my motor wires to the driver?

    Use the datasheet associated to the motor that you purchased. Use the bipolar parallel configuration to optimum performance. The datasheets are located in their respective motor product pages. Just click on the motion electronics at the left and scroll down to the motor you have and click on the title, or datasheet link next to the motor. The datasheet will either be in the form of a pdf, or within the instructions on that product page. Additional Information: wiring diagram Additional Information: Additional Information:

  • HOW BAD IS THE SMOKE AND EXHAUST USING BLACKTOOTH?

    I'll be honest, it can be pretty awful at times. You'll want a dedicated exhaust line. Cut a new hole, make a dedicated line. Also, invest in a charcoal air filter, it will help. Trust me. They can also be done DIY very inexpensively. Buy a "Universal Pre-filter" and simply wrap it around a screen and have air push down through the screen wrapped in the charcoal laden felt. $20 + fan + screen. Away you go =)