GE / IP FANUC Series 90/30 En stock

Correo electrónico

[email protected]

Llama ahora

(919) 867-5794

Mon-Fri 8AM-5PM EST

Automation Stop NO es un distribuidor autorizado de este fabricante y, por lo tanto, no se aplica la garantía del fabricante. El producto viene con Automation Stop's 1 año de garantía.

Allen Bradley - Drives

1395 Drives

Guía de selección de variadores 1395

La serie de variadores 1395 de Allen-Bradley es una selección de variadores de CC que presentan servicios de control de motores detallados para diferentes proyectos. Con tecnología controlada por microprocesador, estas unidades garantizan un funcionamiento exacto, preciso y constante. Los clientes pueden elegir entre una variedad de clasificaciones de unidades para la solución de control de movimiento adecuada, con unidades regenerativas disponibles en voltajes de 230 V CA, 460 V CA, 575 V CA y 600 V CA con capacidades de potencia de 1 a 2500 caballos de fuerza. Para las unidades no regenerativas, las opciones de voltaje siguen siendo las mismas, pero las clasificaciones de potencia pueden variar. El centro de control de motores CENTERLINE 2361 proporciona opciones de control de CC completas para aplicaciones de alta potencia. Este centro ofrece transmisiones regenerativas o no regenerativas con rangos de potencia de 700 a 2500 y valores nominales de corriente de 1250 amperios, 1650 amperios o 3000 amperios para transmisiones regenerativas y 1250 amperios o 1650 amperios para transmisiones no regenerativas.

Los variadores de CC 1395 llegaron al mercado con entradas de CA preinstaladas, contactores de CC e interfaces de E/S generales. Los clientes pueden personalizar aún más su producto con tarjetas para señales independientes, señales de referencia numérica, señales de nodo, señales de comunicación múltiple, contactos complementarios, compatibilidad con E/S remotas y Data Highway (DH-485), reactores de línea y frenos dinámicos. Con un control de armadura rectificada de onda completa de 6 pulsos, el variador proporciona un rendimiento que va desde el 0,01 % de la velocidad preestablecida en un alcance de velocidad de 10:1 y el 0,001 % de la velocidad máxima en un margen de velocidad de 100:1 (si se trabaja en junto con un codificador). Además, está equipado con protección contra sobrecorriente corta y sobrecarga del motor para garantizar un rendimiento constante. Otras funcionalidades incluyen el tiempo ajustable de aceleración y desaceleración, el control de velocidad preestablecido y de funcionamiento, así como la limitación programable de corriente.

Averías con indicaciones

El variador 1395 cuenta con un sistema de reconocimiento de fallas, con diagnósticos completos para evaluar las condiciones internas y externas para tomar las medidas apropiadas según las instrucciones. Los fallos de funcionamiento más apremiantes, considerados 'fallos complejos', provocarán una parada controlada del motor en función del valor del Parámetro 625 "Modo de par". Los fallos complejos son más graves, ya que el variador no puede seguir funcionando y solo se pueden solucionar reiniciando o desconectando la fuente de alimentación. Los ejemplos de fallas complejas incluyen 'Apretón de manos' y 'Memoria interna'. Las 'fallas leves' significan una situación que podría ser dañina, pero el variador puede seguir funcionando y la falla se elimina cuando se da un comando de "Borrar falla". Los ejemplos incluyen 'Pérdida de retroalimentación de velocidad' y 'Disparo de sobretemperatura de SCR'. El problema menos grave es el de las "fallas de advertencia", donde se anticipa una falla leve. El variador puede funcionar sin interrupciones y la falla se puede eliminar mediante el comando "Borrar falla". Las instancias de 'Fallas de advertencia' incluyen 'Sobrecarga del motor pendiente' y 'Sobrecarga del puente pendiente'.

Selección de respuesta a fallas

El usuario tiene la opción de ajustar las condiciones de falla del variador 1395 a una falla leve o una falla de advertencia con la ayuda del parámetro 623. Cada falla se indica con un solo bit que se establece en 1 para una falla leve y 0 para una falla leve. una falla de advertencia. Tras la inicialización de la tabla de parámetros, todos los bits se establecen en 1 por defecto. Si se prefiere una falla de advertencia, el bit apropiado debe cambiarse manualmente a 0. El PLC u otro dispositivo externo identificará la falla de advertencia si está configurado como tal. Para una mayor eficiencia, se sugiere ajustar "Esperando voltajes de armado seguro" (bit 5=0) y "Esperando corriente de armado cero" (bit 6=0) como fallas de advertencia para que el lazo de corriente tenga la oportunidad de tomar medidas correctivas antes. resulta en un efecto no deseado. Incluso cuando se configuran las fallas de advertencia, la unidad seguirá funcionando y los otros bits deben permanecer en 1.

Terminal de programación Boletín 1300

Con la terminal de programación Boletín 1300, es posible diagnosticar cualquier problema con el variador 1395. Para evaluar el estado de falla, acceda al menú principal, seleccione "Parámetro" y controle los parámetros de estado de falla 100, 101 y 630. Si ocurre una falla grave o leve, se mostrará en la pantalla. Para ver las fallas en la Cola de fallas, acceda nuevamente al Menú principal, pero esta vez seleccione "Fallas" y luego elija "Ver fallas". Las teclas INC/DEC se pueden usar para navegar a través de la cola de fallas y la tecla ENTER para ver las fallas de otros procesadores. Si el Terminal de Programación experimenta dificultades, se indicará con un péndulo faltante o inactivo en la pantalla inicial.

Catálogo de variadores 1395

Allen Bradley 1395-105061

Este transformador XFMR digital 1395-105061 es perfecto para aplicaciones de alta carga que involucran circuitos de potencia y medición. Esta parte de la serie de dispositivos de programación puede proporcionar un rendimiento de 0,75 HP a 600 HP. El dispositivo tiene una carcasa duradera NEMA tipo 1 y puede soportar temperaturas de -10 a 60 °C. El disyuntor de entrada de CA ayuda a proteger el dispositivo, mientras que la relación de corriente de 1000:1 permite el acceso remoto con una placa de comunicación múltiple o una placa adaptadora. Para garantizar un uso seguro, se debe revisar detenidamente el manual de instrucciones y utilizar las medidas de cable correctas para los terminales primario y secundario del DC XFMR. El devanado secundario también debe conectarse a tierra y no cargarse cuando está abierto.

Allen Bradley 1395-B68N-C1-P10-P51

El Allen-Bradley 1395-B68N-C1-P10-P51 es un variador de CC de 15 HP para sistemas de control de motores no regenerativos. El variador está equipado con una placa adaptadora de CA de 115 voltios para control externo y un adaptador de comunicaciones múltiples para la conexión a los PLC de Allen-Bradley. Tiene entradas para funciones de arranque, parada, jogging y fallas precisas, y viene con un contactor estándar de 2-30 HP. El variador funciona con un rango de voltaje de CA trifásico de 150 a 460 voltios y tiene un rango de voltaje de salida de 240 a 500 voltios de CC. Además, el variador es compatible con módulos de variadores de codificador y tacómetros de CC para controlar la velocidad del motor.

Allen Bradley 1395-115621

El Allen Bradley 1395-115621 es un supresor de sobretensiones capaz de operar a 460 voltios de CA, diseñado para mantener los dispositivos eléctricos a salvo de picos de voltaje. Su clasificación de corriente de 470 ohmios y su capacitancia de 0,02 MF garantizan una protección confiable. Certificado por la NFPA, este supresor se puede emplear en sistemas de control de procesos y paneles de distribución de energía. Su configuración de resistencia/condensador y varistor de óxido metálico se mantiene dentro de un gabinete tipo NEMA 1 y requiere un fusible en línea para protección adicional. Su indicador muestra su vida útil restante y se activa rápidamente, en solo milisegundos, para proteger los sistemas eléctricos de la destrucción.

Allen Bradley 1395-123166

El Allen-Bradley 1395-123166 es un contactor de dos polos especialmente diseñado para el variador de CC digital 1395, que ofrece regulación de autoajuste, rangos de velocidad y capacidades de diagnóstico. Es adecuado para unidades de 60-75 HP y 125-150 HP a 230 V y 460 V, respectivamente, con valores nominales de corriente de 181 A a 260 A. También puede entregar 280A y funciones de programa para regulación de velocidad o par, modo de arranque/parada, ajuste de aceleración/desaceleración y ajuste de proceso. Las características adicionales, como la protección contra sobrecarga del motor, la protección contra pérdida de campo y la protección contra pérdida de retroalimentación, lo convierten en una herramienta muy versátil para diversas aplicaciones. Su funcionamiento óptimo está garantizado en entornos secos y no corrosivos con temperaturas de 32 a 149 °F y un rango de humedad relativa de 5 a 95 %.

Allen Bradley 1395-123172

El variador de CC digital 1395-123172 de Allen-Bradley está equipado con diagnósticos de última generación que monitorean sus parámetros internos y externos para detectar fallas configuradas por el usuario. Cuando ocurre un error de proporciones graves (como una falla de protocolo de enlace o una falla de memoria interna), la unidad se puede restablecer cambiando la fuente de alimentación de CA. Además, los errores menores, como la pérdida de retroalimentación de velocidad o un pico en la temperatura del componente SCR, denominados "fallas leves", también son detectados por el diagnóstico y tratados con cuidado: el variador mantiene el control y desacelera o detiene el motor en un momento dado. manera controlada.

Allen Bradley 1395-123396

El Allen Bradley 1395-123396 es un supresor de sobretensiones de varistor de óxido metálico (MOV) que pertenece a la familia de supresores. Ayuda a proteger los circuitos de los picos de voltaje, que a menudo se encuentran en la maquinaria pesada, y también reduce el ruido eléctrico al absorber la energía liberada por las bobinas inductivas. Tiene un gabinete NEMA tipo 1 y está certificado por la NFPA para seguridad contra incendios, lo que lo hace perfecto para la producción de piezas en aeronaves civiles. Puede tolerar hasta un 20 % de fluctuaciones en su resistencia, y su vida puede monitorearse con su indicador, que ayuda a reconocer voltajes de activación más bajos causados por transitorios altos. Para garantizar que el supresor funcione correctamente, es esencial utilizar la calificación excelente y formar conexiones sólidas para sistemas como el control de procesos y los paneles de control de energía. El supresor de sobretensiones MOV puede ajustar automáticamente su resistencia de acuerdo con los cambios en el voltaje de entrada.

Allen Bradley 1395-123476

El Allen Bradley 1395-123476 es un variador de CC digital desarrollado para su uso en aplicaciones de potencia media a alta. Incluye una entrada de memoria programable controlada por microprocesador y una carcasa NEMA tipo 1 para mayor protección. La potencia nominal de 400 a 1200 HP y las entradas digitales de 4 a 120 voltios ofrecen control de velocidad y capacidades multitarea debido a la regulación de campo de 6 a 1. La pequeña pantalla ayuda a monitorear el modo de operación y tiene varias opciones de programación, como velocidades preestablecidas, límite de corriente y reinicio del sistema. Una placa adaptadora discreta opcional y carcasas permiten una mayor personalización. Es adecuado para un rango de temperatura de -15 a 70°C. Para un mantenimiento seguro del variador, asegúrese de desconectar cualquier voltaje residual y use un condensador de derivación para evitar picos de voltaje.

Allen Bradley 1395-A71-D2-P12-X1

El variador de CC 1395-A71-D2-P12-X1 de Allen-Bradley está disponible con armadura regenerativa y no regenerativa. Este variador está diseñado para uso industrial y tiene una entrada de CA con fusible, un contactor de CC y un sistema de retroalimentación (codificador o tacómetro de CC) que permite un control preciso de la aceleración y la desaceleración. Puede entregar una salida de 230V AC con una potencia de 22kW (30HP).

Además, el variador tiene varias funciones de seguridad, como protección contra sobrecarga del motor, protección contra pérdida de retroalimentación y protección contra pérdida de campo. Funciona dentro de un rango de temperatura de 0-55°C y humedad relativa de 5-95%. Se puede utilizar una entrada discreta programable con 24 V CC o 115 V CA. Además, el variador está listado por UL o aprobado por CSA y viene con reactores de línea y frenado dinámico, lo que lo hace adecuado para aplicaciones industriales en ambientes no corrosivos.

Allen Bradley 1395-145108

La placa 1395 está equipada con controladores PLC3 o PLC5 de Allen-Bradley y puede generar su fuente de alimentación de +5 V y configurar cada canal como E/S remota o interfaz de autopista de datos. Además, la placa puede regular la alimentación de 115 V CA para producir 5 V CC y realiza todas las funciones de control necesarias. El rango de temperatura ideal para el aire de entrada es de 0 °C a 55 °C, con un máximo de 55 °C. En un gabinete cerrado, es posible que se requiera un ventilador para una disipación de calor efectiva.

Allen Bradley 1395-173973

El variador Allen-Bradley 1395-173973 es un dispositivo digital de vanguardia que viene en configuraciones de dos o cuatro cuadrantes. Cuenta con una entrada de CA con fusible y un contactor de CC. Esta unidad de primera línea también tiene varias funciones programables, que incluyen presión, aceleración, velocidades de trabajo y control de límite de corriente. Además, está protegido con sobrecorriente instantánea, economía de campo, pérdida de campo, pérdida de retroalimentación, protección contra sobrecarga del motor y supresión de sobretensiones.

La interfaz de control, así como los terminales programables, permiten que el variador monitoree su desempeño. También tiene un reactor de línea de CA para evitar cambios repentinos y un sistema de retroalimentación de CA para proporcionar información actual a la placa Switcher/PSI. La placa de control principal supervisa todas las funciones. Además, el reactor de línea y la protección de voltaje evitan que los cambios rápidos de voltaje y los picos afecten a los SCR del puente de potencia.

Allen Bradley 1395-192364

El Allen-Bradley 1395-192364 es un kit de controlador de interruptor y interfaz de etapa de potencia diseñado para los variadores de la serie B de la familia de variadores de CC digitales 1395. Actúa como enlace entre la placa de circuito del puente de alimentación y la placa de control principal, con numerosas responsabilidades, como suministrar alimentación de lógica de CC, proporcionar señales de sincronización de línea trifásica, controlar el contactor/lógica y regular y rectificar la entrada de CA de 115 voltios. . Además, esta placa tiene escala de retroalimentación actual y puentes para ajustar el rango de campo actual, ECOAST, reinicio y selección de configuraciones térmicas. Esta pieza de repuesto debe comprarse para cada unidad y reemplaza la placa reemplazada 1395-194954. Dado que los operadores capacitados solo deben realizar el mantenimiento y el servicio de los variadores 1395, se deben tomar las precauciones adecuadas para el control de la electricidad estática a fin de evitar daños por descargas electrostáticas.

Allen Bradley 1395-358080-A01

Los rectificadores de control de silicio (SCR) de la armadura y el campo del variador Allen-Bradley 1395-358080-A01 cuentan con pulsos de disparo de compuerta y protección de voltaje mediante un kit de placa de circuito de CC digital. En el kit se incluyen una placa de transformador de pulsos de campo y cuatro placas de transformador/amortiguador de pulsos de armadura y se montan en la placa de fuente de alimentación del variador. Está diseñado explícitamente para funcionar con variadores de CC digitales Allen-Bradley 1395, que tienen un rango de frecuencia de 47 a 63 Hertz, funcionan con alimentación de CA trifásica de 460 voltios y tienen fusibles de protección de línea. El puente de alimentación y los circuitos de control de alimentación están protegidos contra transitorios de tensión gracias a la placa del transformador de impulsos de armadura. Para los modelos regenerativos 1395, el kit viene con 2 paneles y 4 tableros de transformadores de impulsos de armadura.

Navegue por nuestra selección de unidades 1395 Drives

El catálogo en línea de AutomationStop.com ofrece una de las mayores selecciones de unidades 1395 Drives de segunda mano en el mundo.

SP-110996

The SP-110996 refers to a PCB kit designed to operate with the 1395 series drives by Allen Bradley. This SP-110996 PCB aims to isolate the gate pulse circuit, thereby safeguarding the modules' electronic components and delicate parts. It is classified as an accessory module and functions as an electronic foundation that facilitates the connection of the pulse board modules. Overall, this board is important for the optimal functioning of Allen Bradley's variable frequency drives (VFDs).

SP-126511

The SP-126511 board is a digital DC armature pulse board that was designed by Allen-Bradley. This board is compatible with drives in the Bulletin 1395 line. The SP-126511 armature pulse board uses functions such as pulse actuation and pulse mixing in its applications. It can support voltage ratings of 120 Volts, 230 Volts, 300 Volts, and it can support current ratings between 346 and 980 Amps. The casing of the SP-126511 board is waterproof.

SP-145479

The Allen-Bradley SP-145479 board is a discrete adapter board which was designed for use with drives in the 1395 digital drive product line. It features 4 discrete programmable inputs that are all rated at 115V AC and 10 mA, and 2 dry-contact types of outputs. The outputs have contact ratings of 0.6 Amperes at 125V AC or 2.0 Amperes at 30V DC. The SP-145479 adapter board is suitable for applications where a digital signal needs to be converted to an analog signal or vice versa. This board can be used in a variety of industrial automation and control systems.

SP-170023

The SP-170023 is a specialized converter board developed by Allen Bradley for use in industrial automation applications. This board bridges the 1395 control board and any additional external components that must be connected to the system. Featuring four discrete inputs powered by 24V DC, the SP-170023 also includes 2 programmable contact outlets that can handle up to 16 logic state bits. The board is constructed using resistors and optoisolators. In brief, it enhances the capabilities of the 1395 DC drive by providing better control and communication with external devices.

SP-173172

The SP-173172 is a specialized power board kit manufactured by Allen Bradley for use in their 1395 DC drives. This regenerative power board kit can operate with various power input voltages, including 230 VAC with 1-30 HP and 460 VAC with 2-60 HP. The SP-173172 kit features a dual-field mode, which allows for more precise and efficient control of the motor, resulting in improved performance and energy savings. This kit is designed to be easily installed into the 1395 DC drives, enhancing their capabilities and allowing for greater flexibility in industrial automation applications.

SP-194954

The SP-194954 is a digital DC PSI/Switcher PC board by Allen Bradley for use in 1395 digital DC drives. This board is designed to act as an interface between the main control board and the power board of the DC drive, covering many essential functions of the drive. Delivered with the J2 5-pin connector, the SP-194954 PC board is equipped with multiple connectors to facilitate the distribution of DC logic power to the MCB after scaling down the input voltage in the power board. In addition, this board is responsible for scaling all feedback signals using special circuitry.

SP-196259

The Allen-Bradley SP-196259 board is a control board that is compatible with Allen-Bradley Bulletin 1395 digital drives. This board can be used as the main control board in a Bulletin 1395 digital drive. The SP-196259 control board features 2 ports which are microbus ports. The approximate weight of this control board is 1.5 pounds. The SP-196259 control board supports a programming terminal interface.

1300-DHT

The Allen-Bradley 1300-DHT handheld terminal is an accessory device for Bulletin 1395 drives. This terminal can be used to program the drive that it is connected to. The 1300-DHT handheld terminal operates at 0.15 Amps of current and 12V DC of voltage. Its operating modes include the run mode, the parameter mode, and the display mode. The 1300-DHT handheld terminal has a display screen and it weighs about 1.05 pounds.

1395-A61-C1-P12-X1

Allen Bradley's 1395-A61-C1-P12-X1 regenerative drive belongs to the company's 1395 series and is a digital DC drive operated by a microcontroller. It can receive an input voltage of 230V AC at a frequency between 50 - 60 Hz. The normal contactor is certified at 0.75-11 kW (HP), and the drive can accommodate 0.75 (1) kW (HP) of power (HP). Port A is a 24V DC digital reference converter that may be connected to the drive if desired. The 1395-A61-C1-P12-X1 drive has an AC line reactor built into the armature bridge to shield it from power failures caused by a direct connection to the grid. Yet, an AC reactor is unnecessary if a properly rated isolation transformer is employed instead.

1395-A61-C1-PZ

Power ratings up to 10 HP are available with the 1395-A61-C1-PZ digital DC drive's non-regenerative architecture and standard contactor. Many uses exist for this drive, all of which involve DC motors and the need for control of their torque and speed. The 1395-A61-C1-PZ hard drive includes an interface between the central control board and external devices through a node adapter linked to Port B. This drive is compatible with a wide variety of networks & protocols, including Ethernet/IP, DeviceNet, ControlNet, & PROFIBUS. It also offers programmable digital I/O that may be used for either input or output on any of its four channels.

1395-A62-C1-P10-P51

Allen-Bradley's Bulletin 1395 range comprises the 1395-A62-C1-P10-P51 regenerative digital DC drive. This drive has a torque and speed regulator, operates on 230 V AC, and can accommodate 1-15 HP (0.75 - 11 kW). The device has a standard Direct Current Contactor and an open housing design. It has two port choices, along with an Adapter Board (Discrete) that can operate on 115 VAC, and one Multi Communication Adapter that offers basic access to Allen-Bradley devices via serial comm links like Highway Plus and RIO.

1395-A62-C1-P12-P51

A digital DC drive from Allen-Bradley, the 1395-A62-C1-P12-P51 is part of the company's 1395 series. It uses 230 volts of AC power at 50 - 60 hertz and has a 1.5-horsepower non-regenerative power (1.2 kilowatts). The AC line reactor, syncing, AC current feedback, surge reduction, and line reactor are all parts of the drive's stator bridge. The parts of a field bridge include the power source, the field current feedback, surge protection, inductors, SCR modules, & transient voltage suppression.

1395-A62-C1-P50-X1

Allan Bradley's 1395-A62-C1-P50-X1 is a digital DC drive with a solid-state design. Adapter boards allow for the system to be tailored to individual requirements. The drive may accept inputs from a wide range of sources, including the four digital inputs on one kind of adapter board, two digital contact outputs on the same board (both rated at 125 V DC), and four analog outputs and inputs on the same board (both rated at +/-10 V DC). Another adaptor board provides +/-10 V DC-rated outputs and inputs, as well as 4 V DC-rated digital inputs and 2 V DC-rated digital contact outputs.

1395-A63-C1-P50-X1

The Allen-Bradley 1395-A63-C1-P50-X1 digitized DC drive is a programmable & flexible solid-state option for a variety of applications. This drive comes standard with a circuit, a power output range of 1–15 HP and a regenerative outputting power rating of 2 HP. Port A node adapter boards & auxiliary contacts are also available as add-ons. In order to prevent harm or loss, only trained professionals should undertake installation and accessory installation. The chassis that houses the drive is open.

1395-A63-C1-P51-X1

The Allen-Bradley/Rockwell Automation 1395-A63-C1-P51-X1 computer drive has an operating temperature range of 0 - 55 degrees Celsius (32 to 130 degrees Fahrenheit) and an altitude limit of up to 1000 meters (3300 feet) above sea level. There are constructed features that may be customized for various uses. There are 10 rotor-operated pot (MOP) settings, an "S" ramp, 5 customizable preset speeds, 2 jog speeds, and acceleration and deceleration periods that may be programmed individually from 0.1 to 6554 seconds.

1395-A65-C1-P10

The Allen-Bradley/Rockwell Automation 1395-A65-C1-P10 drive is a regenerative drive with an AC input voltage rating of 230 Volts and a maximum output power rating of 5 Hp. It is part of the Bulletin 1395 series and it includes a standard contactor which is rated at 1 to 15 Horsepower and it also has an optional discrete adapter which operates at 115V AC. The optional adapter is connected to the 1395-A65-C1-P10 drive at Port A.

1395-A65-C1-P11

The Allen-Bradley/Rockwell Automation 1395-A65-C1-P11 digital DC drive is a regenerative and microprocessor-based DC drive in the 1395 product line that supports 230 Volts AC of input voltage at 50-60 Hertz of rated input frequency. The 1395-A65-C1-P11 drive also supports 5 Horsepower of output power. It includes a standard or typical type of contactor and an optional discrete adapter. The 1395-A65-C1-P11 drive's optional discrete adapter connects to it through Port A and this adapter is rated at 24V DC. There is not optional device connected to Port B on the 1395-A65-C1-P11 drive.

1395-A65-C1-P12

The 1395-A65-C1-P12 drive is a digital DC drive from the Allen-Bradley Bulletin 1395 series which is made to control motors effectively and consistently. It comes with a standard contactor rated at 1-15 Horsepower, and its own output rating is 5 Horsepower. The input voltage rating of the 1395-A65-C1-P12 drive is 230V AC. This drive has 2 ports for optional devices and it comes with an optional digital reference adapter that is connected to 1 of these ports.

1395-A65-C1-P12-P50-X1

The Allen-Bradley 1395-A65-C1-P12-P50-X1 digital drive from the Bulletin 1395 series comes with a standard contactor that is rated at 0.75-11 kW (1-15 Hp). It features a 24V DC-rated digital reference adapter (Port A) and and a node adapter (Port B) as optional features. The 1395-A65-C1-P12-P50-X1 drive also has an auxiliary contact with 1 N.O. and 1 N.C. contact option. The 1395-A65-C1-P12-P50-X1 drive is designed to provide accurate and reliable motor control in different types of industrial applications.

1395-A65-C1-P12-P51

The Allen-Bradley 1395-A65-C1-P12-P51 drive is a Bulletin 1395 regenerative drive with a maximum output power rating of 5 Horsepower. It has an input voltage rating of 230 Volts AC. The 1395-A65-C1-P12-P51 drive is microprocessor-based and its standard contactor is rated at 1 to 15 Horsepower. There are 2 ports labeled "Port A" and "Port B" on the 1395-A65-C1-P12-P51 drive. Port A hosts an optional digital reference adapter and Port B hosts an optional multi-communication adapter.

1395-A65-D1-P10-P50-X1

The Allen-Bradley 1395-A65-D1-P10-P50-X1 drive is a Bulletin 1395 microprocessor-based drive which is regenerative and rated at 230V AC of input voltage. It supports 5 Horsepower of output power and it has a dynamic braking contactor that supports 1 to 15 Horsepower of output power. The 1395-A65-D1-P10-P50-X1 drive features an optional node adapter, an optional discrete adapter that is AC-powered, and an optional auxiliary contact device. The 1395-A65-D1-P10-P50-X1 drive's chassis is open.

1395-A65-D1-P11-P50

The Allen-Bradley 1395-A65-D1-P11-P50 drive is a microprocessor-based DC drive in the 1395 product line. It includes 2 ports which host an optional 24V DC discrete adapter (Port A) and an optional node adapter (Port B). The 1395-A65-D1-P11-P50 drive has a contactor that can support dynamic braking. This drive has several basic I/O, and its discrete adapter has several digital and analog I/O. The 1395-A65-D1-P11-P50 drive can produce 5 Hp of output power when it operates.

1395-A65-D1-P11-P51

The Allen-Bradley/Rockwell Automation 1395-A65-D1-P11-P51 drive is a 1395 series digital drive which can deliver up to 5 Horsepower of output power during operation. It was also designed to operate at 230V AC of input voltage and it can brake dynamically. The 1395-A65-D1-P11-P51 drive is a regenerative drive. There are 2 optional adapters included with the 1395-A65-D1-P11-P51 drive and they are a multi-communication adapter and a discrete adapter that has a 24 Volts DC voltage rating.

1395-A65-D1-P12

The Allen-Bradley Bulletin 1395 series 1395-A65-D1-P12 digital drive is a powerful and reliable motor control drive. It operates at 230 Volts AC of input voltage and up to 5 Horsepower of output. The 1395-A65-D1-P12 drive has a dynamic braking contactor feature which supports up to 15 Horsepower of output. This drive has an optional digital reference type of adapter device that has a digital reference input, 10 discrete inputs, 5 discrete outputs, 2 analog inputs, and 2 analog outputs.

1395-A65-D1-P12-P50

With the 1395-A65-D1-P12-P50 DC drive from Allen-Bradley/Rockwell Automation, the armature & field power bridges are protected from high voltage line spikes & surges thanks to the use of surge suppressors. With the drive's power stage interface, information can travel between the power bridge panel and the main control board through a 60-line microprocessor bus. The primary control board receives both DC control power & 3-phase line synchronization signals from this interface. There is also a digital reference input on the drive's virtual reference adapter board, which is used to generate reference instructions for the drive.

1395-A65-D1-P12-P50-X1

The 1395-A65-D1-P12-P50-X1 DC motor has a built-in AC line reactor for further security against disturbance. The line reactor is unneeded if an isolation transformer is employed in its place. A microprocessor forms the basis of the drive, allowing for even more adaptability & quicker reaction times. With a single-phase incoming AC line, the armature pulse/field pulsing transformer & snubber board protect the SCRs from DV/DT. The drive may be initiated, stopped, & adjusted using the terminal's interface for programming.

1395-A65-D1-P12-P51

The field current feedback on the 1395-A65-D1-P12-P51 motor is a critical component that transmits data to the PSI/switchboard panel. This circuit board adjusts the DC voltage & rectifies the single-phase feed-back. The board's Jumper J1 specifies which burden resistor is used for the scaling. A further component of the drive, the field pulse converter, generates gate-firing pulses for the field SCRs on the powerstrip. The 1395-A65-D1-P12-P51 drive is only as efficient as its installation and maintenance. Mounting the disk vertically in a cool, dust-free spot is ideal for optimum heat dissipation.

1395-A66-C1-P10-P50

This drive's fused AC input is a critical safety feature that helps to prevent motor and drive damage in the case of an overcurrent event. The drive has programmable features including acceleration & deceleration adjustments, jog speeds & presets, and a power limit, as well as DC contactors, which are necessary for switching the energy supply to the motor on and off. The AC voltage of the 1395-A66-C1-P10-P50 drive is 230 V and the frequency is 50 - 60 Hz.

1395-A66-C1-P10-P50-X1

The Allen Bradley 1395-A66-C1-P10-P50-X1 digital unit is a durable & adaptable device designed to precisely control the speed of compatible induction machines in demanding machine process control. This drive's capacity to control induction motors at high throttle without causing harm to the motor or excessive wear to the machine is a key selling point. This is made possible by its advanced programmability, which lets customers specify their preferred speeds and other parameters in advance.

1395-A66-C1-P11

Allen Bradley's 1395-A66-C1-P11 Digital DC Drive is a durable and adaptable machinery component for managing a diverse range of output devices in industrial and commercial settings. An armature regenerative two-quadrant field is provided in this device to provide the operator fine-grained command over the output voltage. The 1395-A66-C1-P11 has three different output voltage options: 240 V DC, 400 V DC, & 500 V DC, all of which are configurable through the unit's front panel. The broad range of input voltage makes it suitable for a variety of industrial uses, from 150 - 460 volts AC in three-phase input mode to 115 volts AC in one-phase input mode.

1395-A66-C1-P50-X1

With the 1395-A66-C1-P50-X1's sophisticated HMI capabilities, such as its programming & control terminal and remote terminal, customers are given a wide range of control options to meet their specific needs. There are a variety of communication alternatives available, such as ControlNet, Remote I/O, a Node adapter board, as well as a multi-communication board, giving customers the scalability & adaptability they need for their particular industrial applications. The 1395-A66-C1-P50-X1 is an outstanding regenerative digital drive for a variety of industrial uses because of its cutting-edge layout and outstanding degree of dependability.

1395-A66-C1-PZ

Powering small to medium-sized operations including cranes, elevators, & paper cutting machines, the 1395-A66-D1-P51 operates on 230 Volts AC with a peak Horsepower of 7.5. The amount of power being delivered into the drive affects the speed, with more current leading to greater speeds. This drive can be tailored to meet the unique needs of a broad range of industries. More outputs and inputs, multiple adapters, as well as other features, may be added to the drive as modifications to enhance its functionality & adaptability.

1395-A66-D1-P51

The Allen Bradley 1395-A66-D1-P51 DC gear is an extremely adaptable and programmable piece of equipment employed in a variety of industrial applications. It has a multitude of distinct running modes that allow for fine-tuned control of the process, including preset, jog, & tach loss recovery. The drive requires an input voltage of 230 VAC and can generate up to 7.5 HP, making it well-suited for light to medium-duty equipment including paper cutters, gondola lifts, & small cranes. By changing the quantity of electricity provided to the drive, the speed may be put higher or lower to suit the needs of the task at hand.

1395-A66N-C1-P10

The 1395-A66N-C1-P10 drive lets you choose your acceleration and deceleration timings, as well as speeds & jog modes, all at your own discretion. Instantaneous protection system, motor overload protection, field loss prevention, feedback loss safeguards, & field economy protection are only a few of its guarding functions. Along with being interoperable with the Bulletin 1336 IMPACT Customizable Frequency AC Drives from Allen-Bradley, this gear also allows for unified system regulation.

1395-A66N-C1-P10-P51-X1

The 1395-A66N-C1-P10-P51-X1 is a great option for small to medium-sized machinery including elevators, sheet cutters, and gantries. The quantity of power provided to the drive determines its rate of rotation. The drive is available for purchase from a multitude of distinct places, both online and off, and may be customized in a variety of ways to meet specific needs. Adjustable acceleration & deceleration, preset speeds, jog speeds, and current limitations are a few of the programmable features of the 1395-A66N-C1-P10-P51-X1 drive.

1395-A66N-C1-PZ

In addition, the 1395-A66N-C1-PZ drive supplies power ratings of 4.4 - 5.5 kilowatts, or 5.9 - 7.5 horsepower, and a non-regenerative, conventional DC switch type with fused AC input. In addition to its flexibility and dependability, this drive's configurable features—including its adjustable acceleration & deceleration, preset and jog rates, and current limits—make it appropriate for a broad spectrum of industrial uses. For optimum heat dissipation and to dissipate heat, this drive must be installed in a vertical orientation.

1395-A67-C1-P10

The autotune feature of the 1395-A67-C1-P10 electronic drive streamlines the process of fine-tuning the current & velocity loops. Depending on the needs of the application, this function may be performed using either the bulletin programming interface or the normal logic control. In the case of difficulties, the 1395-A67-C1-P10 provides a fault response specifying the nature & location of the problem. With the detailed fault descriptions given for the velocity processor & current processor parts, users may quickly identify the nature of the problem.

1395-A67-C1-P10-P50

This Digital regenerative module 1395-A67-C1-P10-P50, generates 7.5 kW (10 HP). It's designed to run on a 230-volt AC, a three-phase source at either 50 or 60 hertz. It may be supplied by a 115 volts AC Discrete Adapter (Port A) and connected to other equipment through a (Port B) Node Adapter. The 1395-A67-C1-P10-P50 has many different communication choices, along with one DH+ option, one multi-communication card, one synchronous serial port, one ControlNet port, one nodal adapter board (PLC3/5), & one remote I/O.

1395-A67-C1-P10-P50-X1

The 1395-A67-C1-P10-P50-X1 drive's ability to reduce machine wear via gentle & predetermined speed changes is a key selling point. This helps to assure the motor's durability and dependability, making it a cost-effective & dependable option for industrial customers. The 1395-A67-C1-P10-P50-X1 drive is fitted with a contactor type rated from 1 - 15 Horsepower, which makes it appropriate for use with a variety of motor sizes. Every model within this voltage range also comes standard with an auxiliary contact (1-N.O - 1-N.C), expanding the range of possible applications for industrial settings.

1395-A67-C1-P12

Digital DC drives like Allen Bradley's 1395-A67-C1-P12, which use a four-quadrant switching circuit, are extremely flexible and adaptable control systems with a broad spectrum of potential uses. It is housed in a typical NEMA Type 1 enclosure and has an output power of 7.5 watts/10 regenerative horsepower. The device has a contactor standard 1 to 15 horsepower and an additional digital reference converter on Port A. It operates on a three-phase power with an output of 230 volts AC, 50 - 60 Hertz.

1395-A68-C1-P10-P50

For usage with induction & electromechanical motors, consider the Allen-Bradley 1395-A68-C1-P10-P50 digital drive. Its drive's integrated circuit (microprocessor) enables accurate regulation of rotational velocity & torque, as well as reliable signal transmission and reception. The Allen-Bradley 1395-A68-C1-P10-P50 is contained in an open container with a sturdy mounting mechanism & shielding for the drive's wiring and connections. Nevertheless, this enclosure does not provide full protection from solid particles like dirt and dust that may be produced in industrial operations.

1395-A68-C1-P10-P50-X1

Allen-Bradley is the company that produces the 1395-A68-C1-P10-P50-X1, which is a digital AC gear with three phases that is a member of the 1395 series of digital drives. This drive has an open housing layout which allows for optimal airflow but leaves the internal parts vulnerable to solid particles that may enter and cause malfunctions while the drive is operating at 230 Volts AC as well as a frequency of 50 to 60 Hertz with a tolerance of +/- 3%. The drive operates at these voltages & frequencies with a tolerance of +/- 3%.

1395-A68-C1-P12-X1

The 1395-A68-C1-P12-X1 Allen Bradley drive is a microcomputer digital Direct Current drive that offers a solution for regulating induction motors that is both powerful & adaptable. It uses an alternating current voltage of 230 volts and has a hp output of between 50 - 60. In addition to that, it has field regulation that works across a speed range of 6 to 1 and may use either an encoder or a DC tachometer for feedback.

1395-A69-C2-P10

The Allen-Bradley 1395-A69-C2-P10 is a computerized DC drive that belongs to the 1395 series of Allen-Bradley drives. It has the ability of regenerating power & runs with an input voltage of 230 volts of alternating current. The drive itself is able to sustain a horsepower rating of up to 20, whereas the usual contactor that comes with this gear has a power rating of 20 - 30 Horsepower. It comes with a separate adaptor that can take 115 volts of alternating current and can be plugged into Port A.

1395-A69-C2-P10-P50

A digital DC drive from Allen Bradley's 1395 drive family, the 1395-A69-C2-P10-P50 receives a 115V AC discrete converter at Port A and a node converter at Port B. The AC line fuses in this regenerative gear safeguard against voltage spikes between 50 and 60 hertz on a 230-volt three-phase line. It has a 20 HP contactor type & calls for an inductor input of 3%. The drive has an 80-amp DC output rotor that can generate 15 kilowatts of power, which is comparable to 20 horsepower. The drive's housing is a standard 11.9 x 23.5 x 10.75-inch NEMA-type IP20 open-type design.

1395-A69-C2-P50

From Bulletin 1395 series, Allen Bradley created the electronic drive model 1395-A69-C2-P50. Input voltage for this regenerative motor is rated at 230 volts AC, while output power is rated at 20 hp at frequencies between 50 - 60 hertz. The drive is operational between 0 - 55 degrees Celsius, and it can tolerate temperatures between 0 - 65 degrees Celsius while being kept or transferred. Drive's typical contactor is rated for 20-30 HP, and it's connected to a node converter by port B.

1395-A69-D2-P10

The Allen-Bradley/Rockwell Automation 1395-A69-D2-P10 drive is a 20-Horsepower regenerative drive. This Bulletin 1395 drive operates at an input voltage rating of 230V AC. It can support dynamic braking through its contactor and its contactor has a Horsepower rating of 20 to 30 Hp. The 1395-A69-D2-P10 drive features a discrete adapter board that operates at 115 Volts AC and that connects to the drive through Port A. Port B on the 1395-A69-D2-P10 drive is vacant.

1395-A69-D2-P10-X1

If you have an Allen-Bradley PLC controller from the PLC3 / PLC5 family, Catalog ID 1395-A69-D2-P10-X1, you can utilize this board to control the 1395 drives. The +5V Node Adapter system receives its power source from the drive itself. Each channel on the 1395 board is able to function as either a distant I/O interface or a Data Highway interface for Allen-Bradley devices. The 1395 board's major jobs are to supply the main control panel with 5VDC logic power, coordinate the signals coming in from the three-phase line, and also to regulate & correct the 115VAC coming from outside.

1395-A69-D2-P12

The Allen-Bradley 1395-A69-D2-P12 Bulletin 1395 regenerative drive is a high-performance motor control device with a dynamic braking feature. It has an input voltage rating of 230 Volts AC at 50 to 60 Hertz and a Horsepower output rating of 20 Horsepower. Additionally, the 1395-A69-D2-P12 drive's dynamic braking feature has a Horsepower rating of 20 to 30 Horsepower. There is an optional adapter board connected to the 1395-A69-D2-P12 drive and it is a digital reference type of adapter board.

1395-A70-C2-P11

The Allen-Bradley 1395-A70-C2-P11 drive is a 1395 series motor control drive. It is powered by 230V AC of input voltage and it is able to produce 70 Horsepower of output power. The 1395-A70-C2-P11 drive includes a discrete adapter that is DC-powered and that provides the drive with a variety of additional inputs and outputs. The contactor for the drive is a standard contactor with a Horsepower range between 20 and 30 Horsepower.

Automation Stop vende excedentes de productos usados. Automation Stop no es un distribuidor, afiliado o representante autorizado de las marcas que comercializamos. Productos vendidos por Automation Stop ven con Automation Stop’s 1 año de garantía y no vienen con la garantía del fabricante original. Las marcas comerciales designadas, los nombres comerciales y las marcas que aparecen en este documento son propiedad de sus respectivos dueños. Este sitio web no está sancionado ni aprobado por ningún fabricante o nombre comercial mencionado.

Rockwell Descargo de responsabilidad: El producto se utiliza excedente. Automation Stop no es un distribuidor autorizado de excedentes ni un afiliado del fabricante de este producto. El producto puede tener códigos de fecha más antiguos o ser una serie más antigua que la disponible directamente de fábrica o distribuidores autorizados. Porque Automation Stop no es un distribuidor autorizado de este producto, no se aplica la garantía del fabricante original. Si bien muchos productos de PLC de Allen-Bradley ya tienen firmware instalado, DO Supply no garantiza si un producto de PLC tendrá o no firmware y, si tiene firmware, si el firmware tiene el nivel de revisión que necesita para su solicitud. Automation Stop tampoco garantiza su capacidad o derecho para descargar u obtener firmware para el producto de Rockwell, sus distribuidores o cualquier otra fuente. Automation Stop tampoco garantiza su derecho a instalar dicho firmware en el producto. Automation Stop no obtendrá ni suministrará firmware en su nombre. Es su obligación cumplir con los términos de cualquier Acuerdo de licencia de usuario final o documento similar relacionado con la obtención o instalación de firmware.

CIMA