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Allen Bradley - Motors

1326 Motors

1326 servomotores

Para aplicaciones de movimiento que necesitan precisión, los servomotores son los dispositivos electrónicos de moda. Estos motores son solo para uso de fábrica. Los servomotores 1326 de Allen Bradley son una familia de motores de alto rendimiento que abarcan todas las características necesarias de los servomotores de alta calidad. Los servomotores 1326, junto con un controlador adecuado, se utilizan para múltiples aplicaciones. Principalmente, estos servomotores se utilizan con controladores 1391 que son, en esencia, servocontroladores de CA. Estos motores son motores de CA, su construcción es sin escobillas y su producción de flujo es síncrona. Estos motores están equipados con un resolver que proporciona retroalimentación sinusoidal o co-sinusoidal para determinar la posición o la velocidad del rotor. La construcción y las especificaciones de estos motores se analizan en detalle a continuación.

Construcción y Características de la Familia 1326

Devanados de estator de servomotores 1326

El material y la construcción de los devanados del estator afectan la vida útil del motor, la eficiencia, los sistemas de enfriamiento, etc. En otras palabras, la construcción cuidadosa de los devanados del estator es muy importante. Actualmente, la técnica de devanado sinusoidal, que es la técnica más exitosa, se utiliza para suprimir los armónicos más altos en el campo magnético del entrehierro para que los bordes del MMF sean suaves o el MMF tenga la forma más sinusoidal posible. Los motores 1326 también emplean esta técnica para construir el devanado del estator, lo que hace que estos motores sean eficientes, allana el camino para un funcionamiento suave y silencioso, incluso a bajas velocidades, y permite la transferencia de calor al ambiente. Además, para indicaciones de sobrecarga térmica o sobrecalentamiento, este devanado tiene una solución única. Un interruptor térmico está conectado en serie en el devanado que normalmente está cerrado. Si la temperatura del devanado supera el límite estipulado, este interruptor abriría una corriente de desconexión del devanado y, por lo tanto, detendría el motor. Por lo general, el interruptor se abrirá a 150 °C y se cerrará cuando la temperatura vuelva a estar entre 90 °C y 100 °C.

Para mantener las pérdidas bajas y el devanado seguro, también se presta atención a su aislamiento. Allen Bradley ha utilizado un sistema de aislamiento para los devanados de esta familia de servomotores 1326 que cuenta con el reconocimiento de UL.

Rotor de servomotores 1326

Para una respuesta más rápida y precisa del motor, después de recibir la señal de control, se prefiere el uso de imanes al uso de acción de reluctancia o inducción. Por lo tanto, los rotores de los servomotores 1326 también utilizan imanes permanentes de alta energía para generar flujo y una respuesta rápida. Para mantener bajos los costos del motor y mantener buenos estándares de rendimiento, se utilizan imanes de ferrita. Para estos motores se encuentran disponibles diferentes longitudes de pila de imanes.

Clases de voltaje

Para varias familias o series de servomotores de Allen Bradley, las clases de voltaje son 200 y 400 voltios. Y esos motores funcionan a 220V y 440V aproximadamente. Sin embargo, cuando se trata de servomotores 1326, tienen clases de voltaje de 460V y 380V. Esto corresponde a su uso y aplicación (obsérvese que estos motores son exclusivamente para uso de fábrica).

Frenos de retención para los motores

Allen Bradley ha diseñado servomotores 1326 con frenos de retención integrales. Estos frenos son frenos de resorte que tienen opciones de bobinas de 90 V CC (con códigos 'A4', 'A5', 'A7') o 24 V CC (con códigos 'K4', 'K5', 'K7'). A4, A5 y A7 con freno de CC de 90 V tienen un par de retención de 8,1 Nm, 13,6 Nm y 45,2 Nm, respectivamente. De manera similar, K4, K5 y K7 con freno de 24 V CC tienen valores de par de retención de 8,1 Nm, 13,6 Nm y 45,2 Nm, respectivamente.

Para obtener un voltaje de CC de 90 V para los frenos, la fuente de alimentación del freno (código '1326-MOD-BPS) está allí y convierte 115 V CA al nivel de voltaje de CC necesario. Esta fuente de alimentación es un kit de modificación. Tiene un rectificador monofásico de onda completa en su circuito. Este rectificador tiene un supresor de picos para un funcionamiento seguro y está montado con tornillos. Un rectificador (en otras palabras, una fuente de alimentación) puede alimentar hasta 4 frenos.

Para frenos de 24 V CC, el usuario puede utilizar una fuente de alimentación que proporcione una salida de 24 V CC con una corriente que oscila entre 0,88 A y 1,2 A.

El freno en los servomotores 1326 mantiene la carga en reposo. Además, también puede proporcionar un par de frenado limitado en caso de emergencia. Allen Bradley sugiere a los usuarios de este servomotor que se aseguren de que el freno no se activa y desactiva más de 90 veces en una hora cuando funciona como freno de estacionamiento. Porque en tal situación podría representar un daño.

Señales de retroalimentación y resolución

Para una respuesta eficiente y precisa del motor después de recibir la señal de entrada, los controladores necesitan obtener retroalimentación de posición o velocidad o calcular estimaciones de estos parámetros. En los servomotores 1326, Allen Bradley ha utilizado un resolver sin escobillas (estándar) que envía información de posición, velocidad y conmutación al controlador. Los resolutores instalados en servomotores vienen en configuraciones de una sola vuelta (código 'S') o de varias vueltas (código 'M').

Los motores con configuración de una sola vuelta dan dos millones de conteos en una revolución para proporcionar la posición precisa del rotor. Por otro lado, los motores con configuración multivuelta dan un millón de conteos en una revolución y la posición absoluta del rotor en 4096 revoluciones. Esto es para proporcionar una posición de referencia al momento de la puesta en marcha de la máquina.

No existe un circuito electrónico integrado que haga que la máquina sea más rígida y resistente en entornos hostiles. Esto hace que el sistema tolere temperaturas relativamente más altas y más vibraciones.

Los servomotores 1326 instalados con codificador también son una opción.

Para obtener señales de realimentación, el fabricante proporciona cables sellados (detalles en la sección de cables).

Estos motores cumplen con IP65 o IP67 (dependiendo de la presencia del sello del eje). Si se tiende a usar un codificador o resolver montado externamente, entonces el motor pierde el cumplimiento de las clasificaciones IP65 e IP67.

En el paquete de accesorios de los servomotores 1326, también se incluye un kit de adaptador de montaje de retroalimentación. Estos kits son de 8 tipos diferentes. Cada tipo de kit incluye un adaptador de montaje del dispositivo de retroalimentación, así como hardware de montaje. Allen Bradley advierte a sus compradores que en los servomotores 1326, no se debe usar un kit de montaje de adaptador de retroalimentación si se usa un codificador de alta resolución con fines de retroalimentación. Algunos de estos implican el acoplamiento del motor al codificador.

Sello de eje y eje

Los servomotores 1326 tienen ejes verticales adecuados para montaje hacia arriba y hacia abajo. Para que los acoplamientos sean seguros, hay un orificio roscado en la cara del eje. Para esta familia de servomotores también existe una opción de sello de eje. El uso de un sello de eje hará que el motor soporte condiciones ambientales adversas. Hará que el motor sea hermético al polvo y le permitirá soportar pulsos de chorro de agua sin que entre agua en el motor. Estos sellos de eje están hechos de material Viton y no es necesario desarmar el motor para instalar este sello de eje. El montaje del eje tiene opciones de Std. Pulgadas y Métricas.

En el paquete de accesorios para este motor, Allen Bradley también ha incluido el kit de sello de aceite del eje fabricado específicamente para la familia de servomotores 1326 (con el número de configuración '1326AB–MOD–SSV–xx). Este kit se puede utilizar cuando el eje del motor esté sujeto a salpicaduras de aceite. De todos modos, si el eje del motor se sumerge en aceite u otros líquidos, ya sea parcial o totalmente, este kit no se puede utilizar.

La presencia y ausencia de un sello de eje también afecta el cumplimiento de las clasificaciones y estándares. Para estos motores, la clasificación IP65 es estándar. De todos modos, después de la instalación del sello del eje, el equipo cumple con IP67 (representado con el código 'L'). Ser compatible con IP67 significa que el motor puede sumergirse en agua durante media hora y que esta masa de agua no debe tener una profundidad superior a un metro. El fabricante proporciona los motores con clasificación IP67 con un sello de eje instalado de fábrica y, por lo tanto, no necesitan un kit de aceite de eje.

Salida de par

Los servomotores 1326 tienen una densidad de par bastante buena. Estos motores son capaces de proporcionar un par nominal continuo del 100 % en condiciones de parada. Si se utiliza un kit de refrigeración por soplador para mantener baja la temperatura del motor, se puede obtener un 35 % más de par en casi todos los motores de estructura 'C' de la familia 1326AB. Este kit de enfriamiento del soplador (con el número de configuración '1326AB–MOD–Mx) viene como un accesorio de Allen Bradley. Este kit también se puede utilizar para motores que tienen frenos. Además, este kit se puede archivar montado para motores tipo 1326AB–Cxx en su parte trasera. Para estos motores, el par nominal se mide cuando la temperatura ambiente del motor es de 40 °C, la temperatura ambiente del controlador es de 60 °C y los devanados están a su temperatura nominal. Normalmente, el par máximo es el 200 % del par nominal, pero puede llegar hasta el 300 % del par nominal si el par RMS (Root Mean Squared) es igual o inferior al par nominal.

Gestión Térmica

La construcción de estos servomotores 1326 es TENV (totalmente cerrado no ventilado). Por lo tanto, el aire no sopla libremente desde las partes internas del motor hacia el ambiente. En su lugar, se utilizan ventiladores o sopladores externos para mantener baja la temperatura. Como se mencionó anteriormente, Allen Bradley proporciona kits de enfriamiento de soplador como accesorio para mantener la temperatura por debajo del límite. Además, dos interruptores térmicos están conectados en serie. Al detectar temperatura por encima del límite estipulado, los interruptores se abren e interrumpen la operación. Estos interruptores se abren si la temperatura alcanza los 150°C y cierran el circuito cuando el motor se enfría a 90°C - 100°C. Uno de estos interruptores tiene una capacidad nominal de 1 A y 115 V CA, mientras que el segundo es de 1 A y 24 V CC.

Debe tenerse en cuenta que la familia de servomotores 1326 tiene clasificación IP65. Si el usuario utiliza un paquete de soplador montado externamente, el motor ya no cumple con la clasificación IP65.

Para estos servomotores, la estructura exterior se extruye y se construye con aluminio, lo que mejora aún más las perspectivas de una mejor descarga de calor al medio ambiente.

Cables y Conectores

Allen Bradley ofrece la opción de tres tipos de cables para la retroalimentación del resolver y la alimentación para los servomotores 1326. Estos se conocen como cable estándar (cable flexible), cable de seguimiento (cable flexible múltiple) o cable de longitud extendida (ES). Los tres cables están sellados ambientalmente. Estos cables vienen en longitudes de hasta 30 m. Mientras se utiliza un variador 1391B–ES o un variador 1391–DES, hay disponibles cables con longitudes de hasta 90 m (cable de longitud extendida). Allen Bradley advierte a sus usuarios que cuelguen o tiendan todos los cables 24 horas antes de la instalación.

En lo que respecta a los conectores, para los servomotores 1326, los conectores con especificaciones MIL (conectores militares) son estándar. Estos son conectores tipo carcasa, por lo que la conexión no se ve afectada por las condiciones ambientales y el equipo también podría usarse en entornos hostiles. Estos conectores se montan radialmente con el motor.

Al igual que muchos otros accesorios, Allen Bradley proporciona un juego de caja de conexiones con el número de catálogo 1326AB–MOD–RJxx, que tiene un conector montado axialmente. Esta versión del conector permite al usuario llevar el conector del motor axialmente hacia el motor y no radialmente. Esto hace que uno también evite cualquier cableado adicional. De todos modos, el uso del kit de caja de conexiones hace que los servomotores 1326 pierdan su clasificación IP67.

Memoria

Tener memoria integrada es una de las características únicas de los servomotores 1326. Los motores con ambos tipos de configuraciones (una vuelta y varias vueltas) tienen memoria EEPROM (memoria de solo lectura programable y borrable eléctricamente) integrada. Esto es básicamente para almacenar información de configuración del motor, lo que ahorrará algo de tiempo en el arranque.

Longitud y diámetro del marco

Los servomotores 1326 están rotulados secuencialmente correspondientes a diámetros de bastidor crecientes. El código similar 'A' es para un motor que tiene un marco de 4,25 pulgadas de diámetro, 'B' para 5,88 pulgadas de diámetro y 'C' para 7,63 pulgadas de diámetro. De manera similar, para los tamaños de marco dados, las longitudes de pila se representan mediante números asignados secuencialmente.

Velocidad de salida de los servomotores 1326

La familia de servomotores 1326 de Allen Bradley puede producir una velocidad operativa máxima de hasta 5000 rpm. Para los motores ES y DES, esta velocidad alcanza las 6000 rpm (revoluciones por minuto). A las diferentes opciones de velocidad máxima de operación se les asignan códigos alfabéticos. Los códigos y las respectivas velocidades máximas se mencionan a continuación.

  • Código 'B' para una velocidad operativa máxima estándar de 1600 rpm y 2000 rpm para opciones de motor ES/DES.
  • Código 'C' para una velocidad operativa máxima estándar de 2000 rpm y 3000 rpm para opciones de motor ES/DES.
  • Código 'E' para una velocidad operativa máxima estándar de 3000 rpm y 4000 rpm para opciones de motor ES/DES.
  • Código 'G' para una velocidad operativa máxima estándar de 5000 rpm y 6000 rpm para opciones de motor ES/DES.

Las curvas de par y velocidad de estos servomotores detallan el rendimiento del motor. Si un motor y un controlador que funcionan a una velocidad específica producen el 70 % del par nominal continuo, esa velocidad se designará como la velocidad nominal. De todos modos, en ese momento, el motor estará funcionando a 25 °C y la temperatura del controlador a 60 °C.

Análisis de rendimiento

Como ya se mencionó, los servomotores 1326 de Allen Bradley se utilizan para aplicaciones de movimiento de alta gama. La construcción inteligente de la máquina, la presencia de múltiples herramientas y el sistema de retroalimentación de alta resolución permiten que estos servomotores realicen servoaplicaciones con precisión. Más específicamente, los servomotores 1326 proporcionan un equilibrio de precisión de 0,0005 pulgadas o 0,0127 mm en el desplazamiento total de pico a pico.

Navegue por nuestra selección de 1326 Motores

El catálogo en línea de AutomationStop.com ofrece una de las mayores selecciones de unidades 1326 Motors de segunda mano en el mundo.

1326AB-B720E-M2K7LS

Part of the Torque Plus series by Allen Bradley, the 1326AB-B720E-M2K7LS servo motor is engineered with an IP 67 standard ingress protection rating, making it an excellent choice for use in demanding industrial environments. Its compact size, versatile design, and durable construction make it ideal for integration into existing systems and ensure reliable and efficient performance. This high-performance servo motor is suitable for precision machining, robotics, and motion control systems, providing exceptional accuracy and precise control.

1326AB-B720E-M2L

The Allen-Bradley Torque Plus 1326AB-B720E-M2L motor is a servo motor that operates with AC voltage and that features permanent magnets. Its AC voltage ratings include 380V AC and 460V AC. The 1326AB-B720E-M2L servo motor also operates at 17.5 Amps of current, 30.9 N-m of torque, 6.8 kW of output power, and 3500 RPM of speed. It supports multi-turn high-resolution feedback. The 1326AB-B720E-M2L servo motor's magnets are made of ferrite.

1326AB-B720E-S2L

The Allen-Bradley 1326AB-B720E-S2L motor is an industrial servo motor that has an IP67-rated enclosure and a single-turn feedback encoder. This 1326AB Torque Plus series motor also has a frame whose diameter is 194 millimeters. The 1326AB-B720E-S2L motor supports a maximum rated speed of 3500 RPM and it can support input voltage ratings of 460/380V AC. The motor's enclosure has an IP rating of IP67 and this enclosure protects the motor from significant amounts of water and debris in its environment.

1326AB-B720F-21-K7

The Allen-Bradley 1326AB-B720F-21-K7 motor is a 1326AB servo motor that can handle a variety of high-performance applications. It includes ferrite magnets which are powerful permanent magnets. The 1326AB-B720F-21-K7 motor can support a 460V AC input voltage rating or a 380V AC input voltage rating. It is compatible with some Allen-Bradley Bulletin 1394 series axis modules. The 1326AB-B720F-21-K7 motor can sustain an operating speed of up to 5000 RPM.

1326AB-B720F-S2L

The Allen-Bradley 1326AB-B720F-S2L motor is a servo motor that is AC-powered and based on permanent magnet technology. It is a Bulletin 1326AB Torque Plus series servo motor. The 1326AB-B720F-S2L motor can support input voltage ratings of 380 Volts AC or 460 Volts AC. This motor also uses a single-turn high-resolution encoder for feedback when it operates. The 1326AB-B720F-S2L motor can support 5000 RPM of operating speed and 31.8 N-m of rated torque.

1326AB-B730E-21

The 1326AB-B730E-21 motor is an Allen-Bradley Bulletin 1326AB Torque Plus servo motor that is AC-powered and that uses permanent magnet technology. It is powered by 380V AC or 460V AC in different applications. The 1326AB-B730E-21 servo motor uses resolver-based feedback. Its permanent magnets are made of ferrite. The 1326AB-B730E-21 servo motor's torque rating is 39 N-m. It generates 9.6 kilowatts of output power and supports 22.8 Amps of current.

1326AB-B730E-21-L

The Allen-Bradley/Rockwell Automation 1326AB-B730E-21-L servo motor is an AC-powered permanent magnet servo motor from the Allen-Bradley 1326AB Torque Plus series. The torque rating of this motor is 39 N-m. The 1326AB-B730E-21-L motor supports a resolver that provides it with feedback. This motor also has a metric flange with a keyway and a frame with a 194-millimeter diameter. The 1326AB-B730E-21-L motor is rated for 380 or 460V AC of input voltage.

1326AB-B730E-M2K7L

The 1326AB-B730E-M2K7L servo motor is a high-performance AC motor for various industrial applications. It belongs to the Allen-Bradley 1326AB series of brushless AC servo motors and has a magnet stack length of 30 millimeters and a frame diameter of 194 millimeters. The motor can operate at 460 Volts AC or 380 Volts AC and has a rated speed of 3350 RPM and 2800 RPM at 460 and 380 Volts AC input voltage, respectively, at 77 degrees Fahrenheit. The motor comes with a multi-turn high-resolution encoder that provides precise position feedback and a 140 pounds on an inch holding brake for added safety and control.

1326AB-B730E-M2L

In addition to its high-performance capabilities, the 1326AB-B730E-M2L servo motor has a magnet stack length of 30 millimeters and a frame diameter of 194 millimeters. Its insulation system is UL listed and has a CEI/IEC 72-1 metric flange mount with metric shafts. The motor's extruded aluminum housing allows for efficient heat transfer, and it can be mounted in any direction with its shaft facing upward or downward. The 1326AB-B730E-M2L servo motor also comes with a holding brake rated at 140 pounds on an inch, making it an ideal choice for a wide range of industrial applications.

1326AB-B730E-M2LS

The 1326AB-B730E-M2LS servo motor has a rated output power of 9.6 kilowatts and a rated torque of 39 N-m. Its high-performance capabilities make it well-suited for various applications requiring precise and accurate motion control. However, operating the motor in environments where the surrounding temperature is kept below 104 degrees Fahrenheit is recommended to ensure optimal performance. This is due to the motor's internal components, which can be sensitive to extreme temperatures.

1326AB-B730E-S2L

To mount the 1326AB-B730E-S2L servo motor, Allen-Bradley recommends using M12 size bolts with a screw length of 1.57 inches and a torque of 108.4 to 135.5 N-m to ensure optimal performance. This servo motor is designed for vertical mounting with the shaft at any required angle, allowing for flexibility in various industrial applications. The 1326AB-B730E-S2L servo motor is a high-performance AC motor with a rated torque of 39 N-m and a rated output of 9.6 kW. It is designed to operate in harsh environments and comes with an IP67 environmental rating, which protects against dust and water ingress.

1326AB-B740C-21

The Allen-Bradley 1326AB-B740C-21 motor is a permanent magnet type of servo motor. It is part of the Torque Plus series of 1326AB motors and it is rated for 460V AC/380V AC of input voltage. The 1326AB-B740C-21 motor also has an output power rating of 8.7 kilowatts, a torque rating of 53 N-m, and a current rating of 20.9 Amperes. The feedback that this motor operates with is resolver-based feedback.

1326AB-B740C-21-K7

The Allen-Bradley 1326AB-B740C-21-K7 is a servo motor from the Bulletin 1326 Torque Plus Series. This servo motor has a built-in holding brake that uses a 24V DC coil and can generate a torque rating of 41 N-m or 140 pounds on an inch. It has a voltage rating of 460V AC, an output power rating of 8.7 kilowatts, a rated torque of 53 N-m or 469 pounds on an inch, and a rated speed of 2200 RPM.

1326AB-B740E-21-K7

One of the standout features of the 1326AB-B740E-21-K7 servo motor is its special flux profile permanent magnets, which enhance the motor's response and improve its overall performance. These permanent magnets are carefully engineered by Allen-Bradley to ensure that the servo motor operates with maximum efficiency and precision. In addition to the special flux profile permanent magnets, the 1326AB-B740E-21-K7 servo motor also has a sinusoidal-wound stator with a 3-phase voltage. This design ensures that the motor operates smoothly at low speeds, which is essential in many industrial applications that require precise control and accuracy.

1326AB-B740E-21-L

The Allen-Bradley Bulletin 1326AB Torque Plus 1326AB-B740E-21-L servo motor operates with permanent ferrite magnets that are arranged in a 4-inch-long stack. Its metric flange is an IEC metric flange and it has a keyway. The 1326AB-B740E-21-L servo motor can use resolver-based feedback in some applications. It can operate with voltage ratings of 460V AC or 380V AC. The 1326AB-B740E-21-L servo motor's frame has a diameter of 194 mm.

1326AB-B740E-M2L

The 1326AB-B740E-M2L servo motor features a 3-phase sinusoidal-wound stator field, which helps to ensure smooth low-speed operation. The motor also boasts a 100% continuous-rated output torque at the motor stall, meaning it can deliver maximum torque output even when it is not rotating. The motor can be mounted vertically at an angle with the shaft facing up or down, which helps to improve efficiency and maximize performance. The motor is housed in a TENV (Totally Enclosed Non-Ventilated) construction, making it ideal for use in environments where dust, moisture, and other contaminants are a concern. The motor features a UL-listed insulation system that protects against electrical shock and other hazards.

1326AB-C2E-11

The 1326AB-C2E-11 by Rockwell Automation is an AC permanent magnet designed to deliver high performance in industrial applications. This motor has a large frame diameter of 194 mm and can operate at a maximum speed of 3000/4000 RPM, generating a power output of 5.2 KW and a torque of 23.7 NM. With a current draw of 33.2 AMP, it is excellent for various applications requiring precise and efficient motion control.

1326AB-C3E-11

The Allen-Bradley 1326AB-C3E-11 servo motor is a Bulletin 1326AB high-performance permanent magnet servo motor. Its flange has a keyway and its flange is an inch combination face/flange. The 1326AB-C3E-11 servo motor can support operating speeds of 3000/4000 RPM and it can generate 7.5 kilowatts of output. Its current rating is 49.1 Amperes. The 1326AB-C3E-11 motor is a brushless type of permanent magnet servo motor. It can be mounted with its shaft pointing or with its shaft pointing down.

1326AB-C3E-11-2287B

The 1326AB-C3E-11-2287B motor also features a three-phase sinusoidal-wound stator that ensures smooth operation at low speeds. 1The motor has a thermal time constant of 45 minutes and is designed for use in a wide range of industrial applications. The motor also includes a multi-turn absolute encoder with a resolution of 18 bits that allows for precise positioning control. The encoder provides accurate feedback on the motor's position and speed, allowing real-time adjustments to maintain precise control over the application. The motor also includes an anti-cogging design to smooth operation and reduce noise.

1326AB-C3E-11-A7

The Allen-Bradley 1326AB-C3E-11-A7 motor is a highly versatile and adaptable motor that has been designed for use in a wide range of industrial applications. The motor is designed to provide reliable and efficient performance, thanks to its 3-phase input and inch combination face/flange, making it easy to mount in different setups. One of the standout features of the 1326AB-C3E-11-A7 motor is its 72 pounds on an inch-rated holding brake, which ensures that the motor stays in place when it is not in operation.

1326AB-MOD-M50

The 1326AB-MOD-M50 adapter kit is a valuable component that can help improve the performance and accuracy of B5 series Allen-Bradley 1326AB motors. By attaching an 845H encoder to the motor, the adapter kit allows for greater control and precision in servo system applications. This is particularly important for high-precision industrial applications where accuracy and reliability are essential. The adapter kit is compatible with several 1326AB-B5xxx-21, -A5xxx-21, and -Bxx-xx series motors, providing users with various feedback options to choose from. High-resolution servo motors with single or multi-turn configurations come with an EEProm that stores motor configuration data.

1326AB-MOD-RJAB1

The Allen Bradley 1326AB-MOD-RJAB1 Allen-Bradley junction box toolkit is a versatile and complete solution for mounting and connecting motors to the junction kit. The kit also includes three different screw sizes to accommodate various installation requirements. The 1326AB-MOD-RJAB1 Allen-Bradley junction box is designed for easy installation and can be used in various industrial applications. Preparing the rotor connectors before installing the junction kit is recommended to ensure a smooth installation process.

1326AB-B530E-21

The Allen-Bradley 1326AB-B530E-21 servo motor is designed to handle demanding industrial applications. It is a Bulletin 1326 and Torque Plus series servo motor and it uses permanent magnets. The 1326AB-B530E-21 servo motor can operate with resolver-based feedback. Its IEC metric flange has a keyway. The 1326AB-B530E-21 servo motor supports an operating speed of up to 3000 RPM. It can also support 460V AC or 380V AC of rated voltage.

1326AB-B2E-11

In addition to its high-speed capabilities, the 1326AB-B2E-11 servo motor has an output power rating of 2.5 kilowatts in a 1391B system. This means that it is capable of producing a significant amount of torque, making it suitable for a variety of applications that require high power output. This AC voltage also allows the motor to maintain a high level of efficiency, which is important for reducing energy consumption and extending the motor's lifespan.

1326AB-B3E-11

The 1326AB-B3E-11 servo motor is part of the 1326AB AC servo motor series. It is engineered to operate with low inertia, making it an excellent choice for precise motion control applications. Its aluminum enclosure protects the internal components, ensuring a long lifespan in demanding industrial environments. The 1326AB-B3E-11 servo motor can produce high levels of torque, making it ideal for heavy-duty applications requiring reliable and robust motors. Overall, the 1326AB-B3E-11 servo motor is a versatile and durable motor that offers excellent performance and reliability for various industrial applications.

1326AB-B520F-21-K5

The Allen-Bradley 1326AB-B520F-21-K5 motor is a permanent magnet servo motor from the 1326AB Torque Plus product line. It is AC-powered and it supports voltage ratings of 380V AC or 460V AC. The 1326AB-B520F-21-K5 servo motor has a rated motor speed of 3000 RPM at 380V AC and 3500 RPM at 460V AC. Its flange has a keyway and it is an IEC metric type of flange. The 1326AB-B520F-21-K5 servo motor comes with a 24V DC holding brake.

1326AB-B520F-21-L

The 1326AB-B520F-21-L high-performance Allen-Bradley servo motor is a powerful and efficient component designed to meet various industrial applications' demands. With a continuous stall torque rating of 13.2 N-m, a max stall torque rating of 39.3 N-m, a current rating of 12.4 Amperes, and a power rating of 2.9 kilo-watts, this servo motor is capable of delivering high-performance results. The servo has a shipping weight measurement of 27.7 kilograms, which is a testament to its durability and robust construction. Its peak operating velocity rates at 3500 revolutions per minute, so it can perform quickly and accurately.

1326AB-B520F-M2LS

The Allen Bradley Servo Motor 1326AB-B520F-M2LS is a reliable, high-performance motor designed with safety and efficiency. One of the key safety features of this servo motor is its IP67 environmental rating, which means that it is fully protected against dust and temporary immersion in water for up to 30 minutes. This ensures that the servo motor can be used in various industrial applications without worrying about hazardous risks. To ensure optimal performance, it is recommended to couple the Allen Bradley Servo Motor 1326AB-B520F-M2LS with a compatible motor controller, also available from the same manufacturer.

1326-CCU-015

The Allen-Bradley Bulletin 1326 1326-CCU-015 cable is a motor cable that is compatible with Torque Plus series servo motors. This cable weighs about 2.7 pounds and it is a 15-meter cable. The 1326-CCU-015 motor cable is a standard type of commutation feedback cable. Its ingress rating is IP65 and it can be used safely in some harsh environments. The 1326-CCU-015 cable is protected from electromagnetic interference (EMI).

1326-CCU-060

The 1326-CCU-060 cable is a reliable and high-performance motor feedback connector manufactured by Allen-Bradley. This cable comes with a bulkhead connector and is designed to operate in a tough industrial environment. It is a standard/flexed cable, which means it has the flexibility to bend and curve without losing signal quality or breaking down. The 1326-CCU-060 cable features a braided shield, which provides superior immunity against electromagnetic noise, ensuring that it delivers accurate and reliable feedback signals. The push and pull connectors at both ends of the cable make it easy to install and maintain, which saves time and effort in maintenance and repair operations. The cable's high-resolution motor feedback design ensures precise motor control and positioning, which makes it ideal for various industrial applications that require accuracy and efficiency.

1326-CCU-EL-060

The 1326-CCU-EL-060 cable is a waterproof and long-length cable designed for use in harsh industrial environments. It has a length of 60 meters, making it easy to connect to a drive located far away. The cable features an IP 67 rating, which means that it is fully protected against dust and temporary immersion in water, making it ideal for use in applications where harsh conditions are experienced during operations. The 1326-CCU-EL-060 cable is a standard cable that features a bulkhead connector, which is one of the several kinds of accessories that it supports. The bulkhead connector has a mounting hole 0.132 inches wide and uses a 3/8 inches screw. Installing a bulkhead connection requires using a Philips screwdriver or a drill and drill bits.

1326-CCU-L-060

The 1326-CCU-L-060 cable is a high-quality motor cable compatible with the Allen-Bradley 1394 motion control system, making it a versatile and reliable solution for various industrial applications. This cable is a high-flex cable, which means that it is designed to bend and curve without losing signal quality or breaking down. One of the significant benefits of the 1326-CCU-L-060 motor cable is its high level of electromagnetic noise immunity. The cable features a braided shield wire that protects the electrical equipment and the surrounding environment from any electromagnetic interference generated during operations.

1326-CCUT-L-060

The Allen-Bradley 1326-CCUT-L-060 cable is an industrial cable for servo motors from the Torque Plus series. It is a resolver feedback connector type of cable. The 1326-CCUT-L-060 cable is also a flex cable. It weighs about 12 pounds and it is 60 meters long. The 1326-CCUT-L-060 cable supports an IP67 protection rating. It meets the CE standards The 1326-CCUT-L-060 cable is compatible with resolver-based servo motors and encoder-based servo motors.

1326-CCUT-L-090

The 1326-CCUT-L-090 wire is an excellent choice for local & remote wiring configurations. This versatility makes the 1326-CCUT-L-090 cable ideal for various industrial applications. The wire has a max length of 90 meters, providing ample length for longer cable runs. The minimal bend radius score of 101.6 millimeters ensures that the cable can be routed through tight spaces without damage or degradation of performance. The wire has a max diameter of 40.4 millimeters, allowing easy installation in tight spaces.

1326-CFU-50

The cable has a white wire, a red wire, a green wire, and 3 shield wires, all of which are individually isolated. The white wire connects to the TB1-1 terminal, while the red wire connects to the TB1-7 terminal, and the green wire connects to the TB1-13 terminal. The 1326-CFU-50 cable assembly also features a 6-pin connector housing that can be easily plugged into a compatible connector on the motor or drive.

1326-CPB1-015

The 1326-CPB1-015 cable is an Allen-Bradley Bulletin 1326 cable that was manufactured to be used with Bulletin 1326 servo motors. It is a power cable and its length is 15 meters. The 1326-CPB1-015 power cable supports an ingress rating of IP65. The 1326-CPB1-015 cable is a stationary or tray-rated power cable and it is designed to be used in 1-time flex applications.

1326-CPB1-060

The 1326-CPB1-060 Series B Allen-Bradley motor power wire is a top-of-the-line power cable engineered to meet the specific requirements of the 1326 servos and the 1394 motion controller system. This cable has been UL listed, which means it is certified for use in standard industrial applications, assuring users of its quality and reliability. One of the most notable features of the 1326-CPB1-060 cable is its braided wire shield. This shield is designed to provide superior immunity to electromagnetic interference (EMI), a common issue that can cause signal interference and affect motor performance in industrial applications.

1326-CPB1-090

The 1326-CPB1-090 cable is designed with high-quality materials to ensure that it can withstand the demands of industrial environments. The cable is highly durable and resistant to abrasion, chemicals, and oils. This makes it ideal for use in harsh environments that may cause other cables to deteriorate quickly. The cable's superior electromagnetic shielding helps to reduce the risk of electrical interference, ensuring that the servo motor operates smoothly and without interruption. The cable's push/pull connector design makes it easy to install and maintain, reducing downtime and improving overall efficiency.

1326-CPB1-EL-060

To ensure the optimal performance and lifespan of the 1326-CPB1-EL-060 cable, it is essential to follow specific guidelines during installation and use. One of the most important guidelines to keep in mind is to keep the cable away from heat-emitting devices. This will help protect the cable from overheating, which can damage and potentially cause operational issues with the servo motor. Another important guideline for installing the 1326-CPB1-EL-060 cable is to place it into the cable carrier without weaving it between or around other cables. Sufficient clearance should also be left between the cables, and the use of separators between the cables is recommended.

1326-CPB1T-L-015

The 1326-CPB1T-L-015 power cable is a vital component for Allen-Bradley servo motors. This high-flex cable, equipped with a flying leads connector with 9 pins, is designed to deliver power to the 1326AB-B4xx and 1326AB-B5xx motors with 4/48 frames. It has a durable design that can withstand harsh environments and a braided shield that enhances electromagnetic noise immunity. This cable has an IP 67 rating, shielding it from water and dust.

1326-CPB1T-L-060

The Allen-Bradley 1326-CPB1T-L-060 cable is a Bulletin 1326 cable designed for use with Bulletin 1326 servo motors. It is a flex cable and it is 60 meters long. The 1326-CPB1T-L-060 flex cable weighs about 10.01 pounds. It has a flying lead that allows users to figure out what type of cable termination would be the most appropriate for it. The 1326-CPB1T-L-060 cable should not be coiled on itself because this may cause heat to build up and damage the cable's insulation.

1326-CPC1-D-005

The 1326-CPC1-D-005 power connection cable is an essential accessory for motors with 4/48 frames, providing a reliable connection for power and control signals. The double-ended connector with a molded push/pull design ensures easy and secure installation, and the 9-pin to flying leads configuration provides flexibility in wiring. The cable's braided shield enhances its electromagnetic noise immunity, ensuring that the signals transmitted through the cable are not interfered with by external electrical noise. The cable also has a standard IP65 rating for ingress protection, ensuring it can withstand dust and moisture exposure. The 1326-CPC1-D-005 cable is UL listed, which means it meets the stringent safety and performance standards of Underwriters Laboratories, a globally recognized safety certification organization.

1326-CPB1-030

The 1326-CPB1-030 cable is a high-quality power cable that is designed to be compatible with the Allen-Bradley 1326 servo motors and the 1394 motion control system. The cable has a total length of 15 meters (49 feet) and a maximum bend radius of 76 millimeters, making it suitable for various industrial applications. The 1326-CPB1-030 cable comes with a UL-listed assembly that includes a standard power cable and an installation kit. This kit includes a connector housing, a plastic insulation body, nine contact pins, and an installation manual. The cable is rated IP 65, which means it is environmentally sealed and protects against harsh industrial conditions.

1326AS-B330H-21

The 1326AS-B330H-21 is an Allen-Bradley AC servo motor by Rockwell Automation. It is designed with a frame diameter of 75 mm and operates on 460V AC voltage. This servo motor can achieve a rated speed of 6500 rpm, making it suitable for high-speed applications. The flange and shaft series are IEC Metric with a keyway. Its rated torque is 2.0 Nm, with an output of 0.9 kW. It also offers a system continuous torque of 2.1 Nm and a system peak stall torque of 5.6 Nm.

1326AS-B330H-21-K3

When it comes to industrial automation, precision, and efficiency are crucial. The Allen Bradley 1326AS-B330H-21-K3 brushless motor is such a valuable component. This means that it can accelerate faster and more accurately than many other motors on the market. The Allen Bradley 1326AS-B330H-21-K3 is part of the renowned Bulletin 1326 servo motors series from Allen-Bradley. These servos are known for their reliability and performance, and the 1326AS-B330H-21-K3 is no exception.

1326AS-B420G-21

As the heart of many industrial applications, the 1326AS-B420G-21 servo motor is built to handle the toughest environments. Its extruded aluminum casing is designed to efficiently manage heat transfer within the system efficiently, ensuring reliable and optimal performance even under the most demanding conditions. The motor's rugged two-pole brushless resolver is another feature that adds to its durability and reliability. The motor can operate in challenging environments without sacrificing performance by providing accurate position feedback without needing onboard electronics.

1326AS-B440G-21

The 1326AS-B440G-21 servo motor is a high-performance motor designed to operate in demanding industrial environments. One of its key features is its 4096 pulses per rotation of resolver feedback, which enables precise and accurate motion control. The motor also features a thermal-sensitive alarm sensor, which helps prevent overheating and prolongs the motor's lifespan. The 1326AS-B440G-21 servo motor is housed in specially designed aluminum housing, which protects its internal windings and circuits from the severe shocks and vibrations common in industrial surroundings.

1326AS-B440G-21-K4

The 1326AS-B440G-21-K4 servo motor is a versatile and reliable component that offers a range of features and benefits for various industrial applications. One of the most notable features of this servo motor is its UL-listed insulation system, which ensures that the motor is safe to use and meets high industry standards for quality and performance. The servo motor is constructed with a TENV design, which stands for Totally Enclosed Non-Ventilated. This design makes it ideal for use in harsh environments where protection against dust, dirt, and other contaminants is critical. The servo motor's three-phase sinusoidally-wound stator field provides smooth operation at low speeds, which makes it a perfect solution for precision applications that require smooth and accurate motor control.

1326AS-B460F-21

The Allen Bradley 1326AS-B460F-21 is a high-performance servo motor designed for industrial applications. It has a power output of 2.2KW and generates a torque of 9.0NM at a maximum speed of 4000 RPM. This 3-phase motor is compatible with 460V input voltage and has a current draw of 6.2A. It is a reliable and efficient option for precision motion control in manufacturing, automation, and robotics applications, where speed and accuracy are essential.

1326AS-B460F-21-K4

The 1326AS-B460F-21-K4 servo motor is a highly efficient and versatile device compatible with Kinetix-integrated solutions from Allen-Bradley. When paired with Kinetix 6000 or Kinetix 2000 servo drives, it delivers exceptional motor performance that meets the most demanding industrial motion control needs. A fan can be added to enhance its performance to provide additional cooling for the motor. With compact measurements of 70 millimeters x 40 millimeters x 40 millimeters (2.75 x 1.58 x 1.58 inches) and a weight of only 0.5 kilograms (1.1 pounds), the 1326AS-B460F-21-K4 motor is a space-saving and lightweight solution suitable for various industrial applications.

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