Inicio > Eléctricos y Electrónicos > Sistema de control eléctrico > PIONEER MAGNETICS PM3326B-6-1-2-E 80026-529-01 Módulo de potencia monofásico

PIONEER MAGNETICS PM3326B-6-1-2-E 80026-529-01 Módulo de potencia monofásico

PIONEER MAGNETICS PM3326B-6-1-2-E 80026-529-01 Módulo de potencia monofásico photo-1
PIONEER MAGNETICS PM3326B-6-1-2-E 80026-529-01 Módulo de potencia monofásico photo-2
PIONEER MAGNETICS PM3326B-6-1-2-E 80026-529-01 Módulo de potencia monofásico photo-3
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Operating Temperature:
-20 a 70°C
Dimensions:
270 x 260 x 40mm
Weight:
3.87kg
Pago y Envío
Métodos de Pago:
Puerto de Embarque:
China
Detalle de entrega:
El tiempo de entrega depende de la cantidad del pedido.
Operating Temperature -20 a 70°C
Dimensions 270 x 260 x 40mm
Weight 3.87kg
PIONEER MAGNETICS PM3326B-6-1-2-E 80026-529-01
Descripción general
Este módulo de potencia es famoso por su alta eficiencia, confiabilidad y diseño compacto, adecuado para múltiples campos, incluyendo automatización industrial, equipos de comunicación y dispositivos médicos. Proporciona energía estable y confiable para dispositivos como sistemas de control, sensores, estaciones base y routers.
Características funcionales
  • Adopta materiales de alta calidad y procesos de fabricación avanzados, con capacidades antivibración y resistencia a la humedad para garantizar un funcionamiento estable en entornos hostiles.

  • Permite una conversión de energía eficiente, proporcionando una salida de voltaje y corriente estable.

  • Soporta la programación para configuración y control, facilitando la instalación y depuración.

  • Cuenta con salida multicanal, lo que permite el suministro de energía simultáneo para múltiples dispositivos para mejorar la integración y flexibilidad del sistema.

PM3326B-6-1-2-E (3)

Parámetros técnicos
  • Voltaje de entrada: 90 a 264VAC

  • Corriente de entrada: 18.2A

  • Voltaje de salida: 56VDC

  • Corriente de salida: 17.9A

  • Potencia de salida: 1000W

  • Eficiencia: 90%

  • Temperatura de funcionamiento: -20 a 70°C

  • Temperatura de almacenamiento: -40 a 85°C

  • Humedad: 5% a 95% HR (sin condensación)

  • Dimensiones: 270 x 260 x 40mm

  • Peso: 3.87kg

  • Voltaje de aislamiento: 2kVrms

  • Ripple y ruido:

  • Hold-up Time: 20ms

  • Protection Functions: Overvoltage protection, short-circuit protection

  • Cooling Method: Natural convection

Working Principle
The power module converts 90 to 264VAC alternating current to 56VDC direct current through an isolated front-end (IFE) AC input. During conversion, internal circuits and components process the input power to ensure stable output voltage and current, while relevant circuits implement protection functions against overvoltage, overcurrent, and short circuits. Its high-efficiency conversion characteristics enable efficient conversion of input power into useful output power, reducing energy waste.

PM3326B-6-1-2-E (1)

Common Faults and Solutions1. No Magnetic Field Output or Abnormal Output
  • Possible Causes:
    • Power connection failure (e.g., unstable input voltage, loose or shorted wiring).

    • Internal coil open circuit or short circuit (insulation damage due to long-term overload or high temperature).

    • Control circuit component failure (e.g., driver IC, relay).

  • Solutions:
    • Check if the input voltage meets technical parameters (refer to the rated voltage range) and ensure wiring is secure, free of damage or oxidation.

    • Use a multimeter to test coil resistance; if abnormal (e.g., infinite resistance or far below the nominal value), replace the coil or the entire component.

    • Inspect components on the control circuit board (e.g., bulging capacitors, overheated chips), and replace damaged components or contact the manufacturer for repair if necessary.

2. Unstable or Decaying Magnetic Field Strength
  • Possible Causes:
    • Aging of core materials or decreased magnetic permeability (magnetic loss due to long-term high-frequency use).

    • Excessive coil temperature from poor heat dissipation, affecting magnetic flux stability.

    • External electromagnetic interference (e.g., nearby strong magnetic field devices).

  • Solutions:
    • Check the core surface for rust or cracks; replace the core or entire component if severely aged.

    • Verify that the cooling fan operates normally, clean dust from cooling holes, and ensure the device works within the rated temperature range (refer to technical parameters).

    • Add an electromagnetic shielding layer (e.g., metal housing) and keep the device away from interference sources (e.g., transformers, frequency converters).

PM3326B-6-1-2-E (4)

3. Unusual Noise or Excessive Vibration During Operation
  • Possible Causes:
    • Loose assembly of the core and coil (fixing screws loosened by long-term vibration).

    • Magnetic circuit design flaws or loose lamination of core silicon steel sheets, causing magnetostrictive noise.

    • Unbalanced mechanical components of the load (e.g., matched motor, transmission device) triggering resonance.

  • Solutions:
    • After shutdown, check and retighten component fixing screws, adding threadlocker if necessary, and replace fasteners if needed.

    • If it is a design issue, contact the manufacturer to confirm if an upgraded version is available or adjust the installation method (e.g., add vibration-damping pads).

    • Check the dynamic balance of the load equipment and repair or replace unbalanced components (e.g., rotors, gears).

4. Frequent Overheat Protection Activation
  • Possible Causes:
    • Coil current exceeding the rated value (overload operation or control circuit abnormality).

    • Failure of the cooling system (fan stop, dust accumulation on heat sinks).

    • Excessive ambient temperature or poor ventilation.

  • Solutions:
    • Monitor working current with an ammeter; if exceeding the rated value, check for load overload or control circuit short circuit, repair and restart the device.

    • Clean dust from heat sinks and fan blades, replace damaged fans, and ensure unobstructed cooling channels.

    • Improve the device installation environment by adding ventilation equipment (e.g., axial fans) or installing a temperature monitoring system to ensure the ambient temperature stays within the technical parameters.

Etiquetas de producto: PIONEER MAGNETICS , PM3326B-6-1-2-E , 80026-529-01

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Proveedor Verificado Oro
1A.
Licencia Comercial Verificada
Tipo de negocio
Trading Company
Año de fundación
2014
Tamaño de la fábrica
1.000 - 3.000 metros cuadrados
Certificaciones de Producto
SA8000