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No hay artículos en el carroDescripción del producto
Cableados:
4 cables
- El cable rojo del motor paso a paso se conecta al puerto A+ del conductor
- El cable verde del motor paso a paso se conecta al puerto A del conductor
- El cable amarillo del motor paso a paso se conecta al puerto B+ del conductor
- El cable azul del motor paso a paso se conecta al puerto B del conductor
Especificaciones generales:
Precisión de ángulo de paso: + - 5% (paso completo, no carga). Precisión de resistencia: + - 10% Precisión de inductancia: + - 20% Aumento de temperatura: 80 grados máximo (corriente nominal, 2 fases) Temperatura ambiente: 20 grados a 50 grados
Motor paso a paso 23HS8430B Nema23
Especificaciones eléctricas:
* Número de modelo: 23HS8430B
* Tipo de motor: Pasos a paso híbrido
* Ángulo de paso: 1,8 grados
* Par de sujeción: 1,8 Nm
* Resistencia de fase: 1 ohmios
* Corriente nominal: 3 A
* Inductancia: 3,5 mH+/-20% (1 kHz)
Especificaciones físicas:
Tamaño del marco: 57 x 57 x 76 mm. Longitud del cuerpo: 76 mm. Número de plomas: 4 Peso: El eje delantero de 1,2 kg es de eje de 8 mm de diámetro, lenteja de 21 mm, eje trasero de 6,35 mm de diámetro y 10 mm de longitud
Este es el modelo de alto par para el motor paso a paso Nema 23, con 1,8 grados.
La corriente nominal es de 3 A, lo que permite un par de retención de 180 Ncm(2800 onzas).
Uso o aplicación
Estos productos son ampliamente utilizados en máquinas de grabado, impresora, equipos médicos, máquinas de bordar, iluminación de escenario, automatización textil, impresión, embalaje y otros equipos de automatización de industrias.
Nuestro motor está hecho de metal sólido y duradero. La combinación perfecta de goma y rotor hace que la estructura interna sea más estable, y también reduce la vibración y el ruido cuando el motor funciona.
El motor funciona más silenciosamente, con un alto par de torsión de 280 onzas. La bobina utiliza alambre esmaltado de cobre puro para garantizar que el funcionamiento a largo plazo no conduzca a una temperatura excesiva del motor.
La superficie del rotor está recubierta con calcomanía de resina epoxi de alta calidad para aislar las rebabas adsorbidas en la superficie del rotor, campo magnético más estable y vida útil más larga del motor.
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Comentado en los Estados Unidos el 5 de enero de 2023
Okay I have to explain my background why and how I know it's not what it claims to be!This stepper was used for a science project testing forces exerted by levers and gears!This stepper was used with a : DM542T DriverSo as we tested the stepper motor it's self to find out its actual hold forces. Was actually pretty huge in random outputs.... Sucks for a stepper. Seems certain areas of this stepp hold at different forces depending where the stepper lands on different windings. Which means they are not all wound identical. pretty bad for a stepper! we will get back to this in a minute!So I figured maybe the driver was not functioning correctly. We tried a second driver DM546 this time and the stepper still performed non consistent. We then resorted to old faithful TB6600 and as it made it musical vibrations of chaos like all TB6600 drivers do. Same results...... Kind of agervated at this point since we made everything 8mm to match this stepper only had 1/4 inch and 10mm shaft steppers at this point. we had an old nema 23 stepper that had bad bearings of identical size with 1/4 shafts and swaped out shafts bearings out of this one. Thing worked perfectly fine. ArgSo now wondering why this thing was not working correctly. You can actually see every other coils wound more then the last. Which not how stepper is wound inside! So pulled one of smaller coils windings off since trash at this point anyhow. Then pulled one of the larger coils windings off. 5 turns longer then last. That is a huge defect in a stepper and these should be pulled right away from shelfs. Sure if your doing a cnc project they may works and you wont notice it. cause they seen to track and run alright in the sense of how a CNC stepper would preform. Fact is they are not 270oz-in or even close to it. Actually 247-264oz-in depending on which coil sets it lands on cause of the poor quality control in making these motors. Seems pretty bad when you use mechanical robots to make an items and they come out like this.Just saying sure they work for a CNC project probably without any notice of defect.But they are defective! and this my point!
Paul I.
Comentado en los Estados Unidos el 24 de septiembre de 2023
I liked the sellers response to my inquiry. I'm going to buy 3 more.
Curtis S.
Comentado en los Estados Unidos el 16 de agosto de 2020
This was to replace a motor that I had used for 8 years that failed. It is the same part number, except the other one had an additional designation of "-PL14". So this one had an 8 mm shaft also, but was longer by 9 mm. I bought some 50 mm standoffs for Nema 23 motors and that worked fine. The shaft for the knob is 6.35 mm (1/4"). Actual handwheels in that size are hard to find and expensive. Since it is 1/4", you can buy and use nicely machined aluminum knob (and anodized) meant for stereo systems. They are cheaper anyhow.I bought a total of 3 motors - 1 to replace the failed motor and 2 spares in case the others also fail.
Customer
Comentado en los Estados Unidos el 10 de febrero de 2020
Works great
Maria H.
Comentado en los Estados Unidos el 27 de junio de 2019
Strong pull
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