Subida de tensión
(en modelos seleccionados)
Oprima y sostenga el botón para obtener más potencia a cualquier velocidad.
Control de velocidad

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Para batir

1.Asegúrese de que su batidora esté desenchufada y que el control de velocidad esté en la posición 0 (apagada). Introduzca los batidores.

2.Enchufe la batidora en el tomacorriente. Coloque los batidores en el tazón.

3.Mueva el control de velocidad a la velocidad

 

deseada,

Apagado

comenzando

 

con 1 y

 

aumentando a

 

velocidades

 

más altas según

 

se requiera.

4.Cuando haya terminado de batir, mueva el control de velocidad a 0 (apagada) y desenchufe la batidora.

5.Para expulsar los batidores, con el

control de velocidad colocado en 0 (apagada) presione directamente hacia abajo en el control de velocidad.

Características

Soporte de la batidora de mano

PRECAUCIÓN: Nunca use el Soporte de la batidora de mano cuando la batidora esté encendida. No

use el Soporte de

la batidora de

mano en tazones pequeños

(112 cuarto) o de plástico. Esta opción se puede usar con la mayoría de tazones grandes. Use el Soporte de la batidora de mano mien- tras agrega ingredientes o chequea una receta. Para usar, APAGUE LA BATI- DORA, y luego colóquela sobre borde del tazón.

Subida de tensión

NOTA: No use el Botón de Subida de tensión por más de dos minutos cada vez ya que puede hacer que el motor

se recaliente.

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GE 106742 manual Para batir, Características, Soporte de la batidora de mano

106742 specifications

GE 106742 is a remarkable equipment designed by General Electric, known for its unparalleled efficiency and innovative technologies that cater to a variety of industrial applications. This model is particularly recognized for its broad compatibility with existing systems and its capacity to integrate seamlessly into diverse operational frameworks.

One of the main features of GE 106742 is its advanced digital control systems. These systems utilize sophisticated algorithms and machine learning techniques to optimize performance, enhancing responsiveness to changing operational demands. This capability allows users to achieve higher productivity levels while maintaining energy efficiency, which is crucial in today’s sustainability-driven market.

The GE 106742 also incorporates state-of-the-art materials and engineering practices that contribute to its durability and longevity. Constructed with high-grade components, the system is built to withstand harsh environmental conditions, making it ideal for industries such as manufacturing, energy, and transportation. This robust design reduces the need for frequent maintenance, resulting in lower operational costs over time.

Another notable characteristic of the GE 106742 is its flexibility in configuration. Users can easily adapt the system to meet specific requirements, whether they involve scalability for larger operations or modifications for specialized tasks. This versatility is essential for businesses that face fluctuating demands or that operate in dynamic markets.

In terms of connectivity, the GE 106742 is equipped with the latest communication technologies, including IoT capabilities. This integration allows for real-time data collection and analysis, enabling companies to monitor performance and make informed decisions. Enhanced connectivity features also support remote diagnostics and management, reducing downtime and ensuring continuous operation.

Moreover, GE has placed a strong emphasis on user experience with the design of the 106742. The interface is intuitive, providing operators with easy access to data and control functions. This aspect is critical in reducing training time and enhancing operational efficiency.

In conclusion, the GE 106742 stands out with its digital control, durable construction, flexible configuration, and advanced connectivity features. This equipment not only meets the challenges of today's industrial environment but also positions itself as a leader in offering solutions that contribute to improved operational efficiency and sustainability.