Carro de la compra

No hay artículos en el carro

No hay artículos en el carro

RATTMMOTOR Nema34 - Servomotor híbrido de bucle cerrado de 12 nm, 1700 onzas, 156 mm, 6A 2 fases y HSS86 servo driver y 3 m de cable CNC driver para fresadora de grabado CNC

Envío gratis en pedidos superiores a Mex $600.00

Mex $4,117.95

Mex $ 1,881 .00 Mex $1,881.00

En stock

1.Nombredelestilo:4



Acerca de este artículo

  • Especificaciones del motor: el modelo es 86HSE156; Par de sujeción: 12N.m 1807 onzas; Corriente nominal: 6A; Corriente máxima: 8A; Fase: 2-fase; Tamaño: 86x86x156mm; Ángulo de paso: 1.8 grados; Cable de plomo del motor: 4 cables; líneas de codificador: 1000; 00; 0014 mm
  • Especificaciones del driver: el modelo es 2HSS86; Tipo: 2 Phase Hybrid Stepper Servo Driver; Frecuencia: 0-200 KHz; Resistencia de aislamiento: > = 500 MΩ; Voltaje: CA 24-70 V o CC 30-100 V de entrada
  • Ventajas: sistema de bucle cerrado de motor paso a paso, nunca pierde paso; el control del motor paso a paso tiene una nueva generación de DSP de 32 bits; la tecnología de control vectorial puede garantizar la precisión del motor; mejora el par de salida del motor y la velocidad de trabajo; ajuste automático de corriente basado en carga; la frecuencia de respuesta de pulsos puede alcanzar 200 KHZ; 16 tipos de micropasos, 512000 micropasos/revoluciones más alta
  • Más funciones: soporta protección contra sobrecorriente, protección contra sobrevoltaje, posición fuera de la protección de tolerancia; el lugar integrado en posición y señal de salida de alarma puede ayudar al monitor superior a monitorear y controlar, la función de alarma de diferencia ultra puede garantizar que la máquina funcione de forma segura
  • Ampliamente utilizado: el sistema paso a paso de bucle cerrado se puede aplicar a todo tipo de equipos e instrumentos automáticos pequeños; como máquina de grabado, máquina de coser industrial especial, máquina de pelado, máquina de marcado, máquina de corte, trazador de gráficos, máquina CNC, equipo de montaje automático, etc. Este kit de driver de motor se adapta a todo tipo de condiciones de carga de máquina, incluyendo polea y polea de baja rigidez sin ajustar los parámetros de ganancia



Descripción del producto

Nema34 - Servomotor paso a paso de bucle cerrado de 12 N.m y kit CNC de driver servo 2HSS86

2

El paquete incluye:

1 servomotor 86HSE156 Nema34 12N.m de bucle cerrado 86x86x156mm1 x 2HSS86 servo driver1 x 3M cable de extensión. El manual de usuario en inglés se envía por mensaje

Descripción general

Este es el kit de servo paso a paso híbrido nema 34 serie. El driver 2HSS86 adopta tecnología DSP de nueva generación de 32 bits y control vectorial, que puede evitar que el motor paso a paso pierda pasos y garantizar la precisión del motor.

La reducción de par es mucho más baja que el motor paso a paso de bucle abierto cuando está a mayor velocidad. El rendimiento de alta velocidad y el par se mejoran en gran medida. Mientras tanto, el control de corriente se basa en la carga, que puede reducir la temperatura del motor aumentando eficazmente, luego puede prolongar la vida útil del motor.

La posición integrada y la señal de salida de alarma pueden ayudar al monitor superior a monitorear y controlar. La función de alarma de posición ultra diferencia puede garantizar que la máquina funcione de forma segura. El sistema de bucle cerrado es una mejora ideal y un buen reemplazo del sistema de bucle abierto, además de eso, también tiene alguna función de servomotores de CA.

1

Nema34 Servomotor de bucle cerrado 12N.m 154mm

Tamaño: 86 x 86 x 156 mm

Corriente: 6.0 A

Fase: 2

Ángulo de paso (grados): 1,8 grados

Cable de plomo: 4 unidades

Par de sujeción: 12 m

Resistencia: 0.44±10%Ω

Inductancia: 3.7±20% mH

Resistencia de aislamiento: 100 MOhm (500 V CC)

Clase de aislamiento: B

3
2

3

Rango de voltaje: AC24-70 V o DC30-100 V. Corriente máxima: pico 8.0 Corriente de entrada analógica: 7-20 mAh. Frecuencia: 0-200 KHz. Motor adecuado: 86HSE156,86HSE118, 86HSE82Líneas de codificador: 1000Resistencia de aislamiento: >=500MΩTemperatura de funcionamiento: 0~50℃Humedad de funcionamiento: 40~90%RHVirbración: 5.9m/s2Max

4

1.2.1 Sistema de bucle cerrado de motor paso a paso, nunca pierde el paso.

1.2.2 Mejora el par de salida del motor y la velocidad de trabajo.

1.2.3 Ajuste automático de corriente basado en la carga

1.2.4 Adecuado para todas las condiciones de carga mecánica (incluye polea de correa de baja rigidez y rueda), sin necesidad de ajustar el parámetro de ganancia.

Motor paso a paso de bucle cerrado 1.2.5 Drive nema serie 34.

La frecuencia de respuesta de 1.2.6 pulsos puede alcanzar los 200 KHZ

1.2.7 16 tipos de micropasos, 51200micropasos/rev.

5

Función de protección contra sobrecorriente, sobretensión y posición ultra diferencia. El sistema paso a paso de bucle cerrado se puede aplicar a todo tipo de equipos e instrumentos automáticos pequeños. Como máquina de grabado, máquina de coser industrial especial, máquina de pelar, máquina de marcado, máquina de corte, trazador de gráficos, máquina CNC, equipo de montaje automático, etc

Diagrama de cableado

8

Yeudiel PG
Comentado en México el 6 de marzo de 2025
No se pudo cargar el contenido.
B. Edgar
Comentado en los Estados Unidos el 17 de febrero de 2024
UPDATE: The Seller was very attentive to my plight. So I'm trying another exact setup and hoping the one I got was an anomaly. Even if I have the same problem, good customer service goes a long way.The motor was great. Now it's just an expensive useless thing. The driver faults and flashes RED and, of course, the motor doesn't move anymore. NOTHING has changed on my end. It was working this morning and now it's not. It's extremely suspect that the return window closed a couple days ago. DO NOT BUY IT!
J. César Gutiérrez Medina
Comentado en México el 27 de marzo de 2023
Apenas los probé y funcionaron a la perfección, además de venir muy bien protegidos contra golpes
Edgar Juárez Cuevas
Comentado en México el 14 de noviembre de 2023
No pude hacer funcionar el Driver
Anthony Wroblewski
Comentado en los Estados Unidos el 1 de septiembre de 2022
I used this in a fully automated durability test, at work, where it ran a 6" butterfly valve open and closed. A PLC was used to automate the test. To drive the butterfly valve, a 90deg gearbox and some shafts were used.The main reason I bought this motor was because it had a Torque vs Frequency graph, which is almost spot on. I used that graph to calculate which planetary gearbox reducer I would need, so, I could get the correct output shaft speed and torque for our test. The torque output was verified through the use of a torque transducer and a data acquisition system.The test was setup to have the motor stall out at a predetermined torque when it reached the end of the butterfly valves travel, 20.7 ft-lbs or 26.5 ft-lbs, dependent upon which portion of the durability test we were at. It was stalled over 10,000 cycles before the test completed.The motor was run like this for about a month and a half. Keep in mind that there was some downtime for maintenance and inspections throughout the test, so it's not like it ran for a month and a half straight. During this time the motor didn't receive any maintenance, just our test specimens. The test also wasn't run over the weekends either.I'm impressed it was able to take that many stalls without any issues. The motor still ran fine at the end of the test. The output shaft was still tight in the housing without any side to side motion. It didn't over heat. Overall, it's a nice cheap durable motor.
Elijah
Comentado en los Estados Unidos el 20 de enero de 2019
Great motor/driver setup. Make sure to message the seller for the user manual when you order, that has the correct wiring diagrams and will make setup a breeze. They got back to me in just over 24 hours. The encoder is very helpful when testing out your machine and seeing just what it can do. I got it to fault out when trying to find my max acceleration.
AllTold
Comentado en los Estados Unidos el 17 de mayo de 2018
I got just one of these to test before buying 4 more. In short, after bench testing the driver together with a 1.8 degree step motor and 1000ppr (line) encoder works very well and the closed-loop feature performs as expected. Please read on for the long version.This RATTMMOTOR HSS86 is manufactured by Changzhou Jinsanshi Mechatronics Co. Ltd. (aka- JSS-Motor) and is sort of a knock-off of a Leadshine HBS86H. It's not faithfull replication internally (see pics), but on the outside the two look almost identical.Functionally the HSS86 and the HBS86H differ just a bit:In my test of the HSS86 the postional error correction was linear and delivered a smooth and even response during corrections.By contrast in my other test the HBS86H had a correction strategy that is very aggressive, meaning that in my test the driver ramped the current up to the max available for the first 20 degrees (appx) of shaft error. When even more degrees of error were present the current dropped to a nominal level. The effect was that the motor put up the maximum fight to correct for about 20 degrees and when the error was greater than that the motor weakened its effort to correct.In some ways I like the HSS86 better for when mechanical componants shouldn't be exposed to excessive torque. An example is an 8 foot long ball-screw could fail (shear) if its ball-nut was farthest away while a crash was occurring... 80v 4-stack nema34 motors deliver over 1700 ounce/inch of torque. That's strong enough to break things.Both drives have an RS232 port for programming, but the HSS86 can only be accessed by the manufacturer. This I learned from contacting them directly.The HBS86H can be user configured via the port, but in my several attempts I could never get the Leadshine ProTuner software to connect with the (stepper) driver. This is disappointing as I would like to access to the many parameters that supposed to be available.Whether HSS86 or HBS86H both do a really great job of converting a stepper into a closed-loop servo motor. The DIP switches on the drives will set the step resolution much higher than any standard (Gecko or otherwise) stepper drive. It's really cool to see how smooth a step motor is at 8000 steps per/revolution, or even higher. They also both have signal outputs for both positional error and drive error conditions (very cool!). These outputs are essential to connect to the motion controller which will allow the CNC app to halt the machine when the real position does not match the indicated position (of the user's computer) or when the step driver is in "fault" (over current, over voltage, etc.).I'm using these drives with my own motors and encoders, for those doing the same it's super important to know that these drives "only" work with 5vdc 1000ppr quadrature encoders with differential (a+/a-, b+/b-) output. This is not problem as it is a popular encoder configuration, it's just that anything else won't work. If you buy a driver with motors included you'll not need to know this.HSS86 (w/nema34 motor)HSB86HI can't see anything cheap or wrong with the HSS86 or the HBS86H and I'm impressed with the Texas Instruments 32bit microcontroller (TMS320F28034) that's in the HSS86, I suspect the same chip is in HBS86H but Leadshine decided to media-blast the ID from the chip (see pics).Only time will tell how well these drivers survive on my 80vdc, 8amp system. I've had great experiences so I expect the same, but I will update this review as time marches on.
Louis Faasen
Comentado en los Estados Unidos el 8 de diciembre de 2018
Spend extra, get closed loop! Was really easy to install! (I'm not even a professional CNC'er.)I have this motor for about 3 years now. I'm still very satisfied. speed and torq in abundance.Learn to use the switches on the stepper driver to get faster speeds
Productos recomendados

Mex $973.69

Mex $ 447 .00 Mex $447.00

4.3
Elegir