HOBBYWING XRotor FPV G2 45A 4in1 ESC

HOBBYWING XRotor FPV 45A G2 ESC (4in1) 20x20 ESC Instruction Manual

1. Introducción

This manual provides essential information for the proper installation, operation, and maintenance of your HOBBYWING XRotor FPV 45A G2 ESC (4in1) 20x20. Please read this manual thoroughly before using the product to ensure optimal performance and safety.

The XRotor Micro 45A G2 4IN1 ESC is an advanced electronic speed controller designed for FPV racing applications. It integrates four 45A BLHeli 32-DShot1200 ESCs, offering real-time voltage and current monitoring. This new generation ESC features a 120MHz operating frequency, enhancing aircraft control, and utilizes large MOSFETs for extended durability. Its 32-bit microprocessors and BLHeli-32 firmware ensure high efficiency, reduced heat, quick response times, and extensive functionalities.

2. Precauciones de seguridad

  • Desconecte siempre la batería antes de realizar cualquier mantenimiento o instalación.
  • Ensure correct polarity when connecting the battery to avoid damage to the ESC and other components.
  • Evite cortocircuitos. Compruebe todas las conexiones antes de encender.
  • Mantenga el ESC alejado del agua, la humedad y las temperaturas extremas.
  • Ensure adequate ventilation around the ESC during operation to prevent overheating.
  • This product is intended for experienced users. Improper use can lead to serious injury or damage.

3. Contenido del paquete

Verifique que todos los artículos estén presentes en su paquete:

  • 1x HOBBYWING XRotor FPV 45A G2 ESC (4in1)
  • 1x XT60 Plug
  • Manual de instrucciones (este documento)

4. Características del producto

  • Diseño integrado: Four 45A BLHeli 32-DShot1200 ESCs in a compact 4-in-1 unit.
  • Rendimiento alto: 32-bit microprocessor with up to 120MHz operating frequency.
  • Durabilidad: Large MOSFETs manufactured in Japan for extended lifespan.
  • Eficiencia: 3-in-1 driver ICs and high-quality ceramic capacitors for reduced heat and quicker response.
  • Firmware avanzado: Third-generation BLHeli-32 firmware supporting DShot1200.
  • Monitoreo en tiempo real: Vol incorporadotage y seguimiento actual.
  • Funcionamiento suave: Hardware-generated motor PWM for smooth throttle and quiet performance.
  • Frenado activo: Damped Light Mode for rapid motor deceleration and active freewheeling.
  • Tamaño compacto: Ideal for FPVs with 130-280mm diagonal wheelbase.

5. Especificaciones

MarcaPASATIEMPO
Nombre del modeloXRotor FPV G2 45A 4in1 ESC
Número de modelo del artículo30902065
MaterialSilicona
Peso del artículo12 gramos (0.423 onzas)
Dimensiones del producto40 x 33 x 5 mm (1.57 x 1.3 x 0.2 pulgadas)
Cables de entradaRed-14AWG-100mm / Black-14AWG-100mm
Cables de salidaNo wires, solder tabs
ConectoresXT60 plug (enclosed)
AplicacionesFPVs with 130-280mm Diagonal Wheelbase

6. Configuración e instalación

6.1 Instalación física

The XRotor FPV 45A G2 ESC is designed for a 20x20mm mounting pattern, suitable for compact FPV frames. Ensure proper insulation between the ESC and the carbon fiber frame to prevent short circuits.

Arriba view of HOBBYWING XRotor FPV 45A G2 ESC (4in1) showing component layout and mounting holes.

Figura 1: Arriba view of the HOBBYWING XRotor FPV 45A G2 ESC (4in1). This image displays the main components, including the microprocessors and capacitors, along with the four blue damping rings for mounting.

Abajo view of HOBBYWING XRotor FPV 45A G2 ESC (4in1) showing solder pads for motor connections and power input.

Figura 2: Abajo view of the HOBBYWING XRotor FPV 45A G2 ESC (4in1). This image highlights the solder pads for connecting the motors (M1-M4) and the main power input, as well as the signal pads.

6.2 conexiones de cableado

Carefully follow the wiring diagram provided with your flight controller. The ESC features solder tabs for motor output and designated pads for power input and signal connections.

  • Entrada de energía: Connect the Red 14AWG wire to the positive (+) terminal and the Black 14AWG wire to the negative (-) terminal. An XT60 plug is included for battery connection.
  • Salida del motor: Solder your motor wires directly to the designated M1, M2, M3, M4 solder tabs on the ESC. Ensure correct motor rotation direction, which can be adjusted in the BLHeliSuite32 software.
  • Conexión de señal: Connect the signal wires from your flight controller to the corresponding signal pads on the ESC. Refer to your flight controller's manual for specific pinouts.
  • Telemetría: The ESC supports real-time voltage and current monitoring. Connect the telemetry output to your flight controller if desired.

7. Instrucciones de funcionamiento

7.1 Firmware y configuración

The XRotor FPV 45A G2 ESC comes pre-installed with BLHeli-32 firmware. This firmware offers extensive customization options and supports various digital protocols, including DShot1200.

  • BLHeliSuite32 Software: Use the official BLHeliSuite32 software to configure ESC parameters, update firmware, and reverse motor direction. This software can be downloaded from the official BLHeli websitio.
  • DShot Protocol: Ensure your flight controller is configured to use DShot1200 or a lower DShot protocol for optimal performance and reliability.
  • Damped Light Mode: This feature is enabled by default and provides active braking, allowing for quicker motor deceleration and improved flight characteristics.

7.2 Calibración

Typically, DShot ESCs do not require throttle calibration. However, if you are using an analog protocol (e.g., PWM, OneShot), refer to your flight controller's manual for the throttle calibration procedure.

8. Mantenimiento

  • Regularly inspect all solder joints and wire connections for signs of wear or damage.
  • Keep the ESC clean and free from dust, dirt, and debris. Use a soft brush or compressed air for cleaning.
  • Check for any physical damage to the ESC board or components.
  • Ensure the ESC is adequately cooled during operation. Avoid obstructing airflow.

9. Solución de problemas

  • El motor no gira:
    • Check all motor and signal connections.
    • Verify motor direction and settings in BLHeliSuite32.
    • Ensure the flight controller is sending correct signals.
  • Sobrecalentamiento del ESC:
    • Ensure proper airflow and ventilation.
    • Check for short circuits or excessive current draw from motors.
    • Verify motor KV and propeller size are appropriate for the ESC's rating.
  • Comportamiento motor errático:
    • Compruebe si hay conexiones sueltas o cables dañados.
    • Ensure the latest BLHeli-32 firmware is installed.
    • Verify DShot protocol settings on the flight controller.

For further assistance, refer to the HOBBYWING official websitio o póngase en contacto con su soporte técnico.

10. Garantía y soporte

HOBBYWING products are manufactured to high-quality standards. This product is covered by a limited warranty against manufacturing defects. Please retain your proof of purchase for warranty claims.

For technical support, firmware updates, or additional resources, please visit the official HOBBYWING websitio o póngase en contacto con su distribuidor local.

Note: Warranty may be voided by improper installation, unauthorized modifications, or misuse of the product.

Documentos relacionados - XRotor FPV G2 45A 4in1 ESC

Preview Manual del usuario del ESC HOBBYWING XRotor FPV G2 (4 en 1) - 65A y 45A
Manual de usuario de la serie HOBBYWING XRotor FPV G2 ESC (4 en 1), que abarca los modelos de 65 A y 45 A. Incluye especificaciones, características, advertencias y una guía de usuario para controladores electrónicos de velocidad multirotor sin escobillas.
Preview Manual del usuario del ESC Hobbywing XRotor FPV G2 (4 en 1)
Manual de usuario para los modelos Hobbywing XRotor FPV G2 ESC (4 en 1) 65A y 45A, que detalla características, especificaciones, configuración, parámetros de programación y precauciones de seguridad.
Preview Manual del combo de motor y ESC HOBBYWING XRotor X8 G2 (HW-SMC816DUL)
Este manual proporciona información detallada sobre el combo de motor y variador HOBBYWING XRotor X8 G2 (Modelo: HW-SMC816DUL). Incluye especificaciones del producto, instalación, datos de rendimiento, mantenimiento, solución de problemas y pautas de seguridad para aplicaciones con drones de gran tamaño.
Preview Manual de usuario del controlador de vuelo Hobbywing X-Rotor F7
Manual de usuario del controlador de vuelo Hobbywing XRotor F7, que detalla las características, la disposición de los puertos, las guías de conexión para receptores y módulos de conmutación VTX, el cambio de cámara, la actualización del firmware y el ajuste de parámetros mediante el software Betaflight.
Preview Manual del usuario del sistema de potencia Hobbywing X-Rotor Pro X6
Manual de usuario del sistema de propulsión sin escobillas Hobbywing XRotor Pro X6, que detalla la instalación, los parámetros avanzados, el uso diario, el mantenimiento, la solución de problemas y las especificaciones técnicas para drones agrícolas.
Preview Manual de usuario del ESC HOBBYWING XRotor Series para multirrotores
Manual de usuario completo para los controladores electrónicos de velocidad (ESC) sin escobillas HOBBYWING XRotor Series, diseñados para multirrotores. Incluye información detallada sobre características, especificaciones, cableado, calibración, arranque normal, mecanismos de protección y resolución de problemas.