Cómo instalar las pilas

 

Cómo cambiar las

 

configuraciones

 

 

Su MWD-400 se alimenta de dos pilas CR2032 de 3 voltios. Siga estas instrucciones para instalarlas o cambiarlas.

Advertencia: Si las pilas se agotan completamente, o si se demora más de aproximadamente un minuto al cambiar las pilas, se borrará cualquier información introducida por el usuario. Se recomienda mantener siempre copias escritas de la información importante.

1.Voltee la unidad.

2.Levante la cubierta del compartimiento de pilas que se encuentra en la parte posterior de su MWD-400, empujándola en la dirección de la flecha.

3.Al instalar las pilas, colóquelas con el lado positivo hacia arriba.

4.Coloque nuevamente la cubierta del compartimiento de las pilas.

Siga las flechas

Las flechas intermitentes a la derecha de la pantalla muestran cuáles teclas de flecha puede oprimir para desplazarse entre los menús o ver más texto.

Al usar el diccionario, puede ajustar el contraste de la pantalla, el tiempo de desconexión y el tamaño de letra. El tiempo de desconexión es el tiempo que demora su MWD-400 en apagarse si usted se olvida de hacerlo.

1.Oprima setup .

2.Use las teclas de flecha para destacar las opciones Contrast (contraste), Shutoff (desconexión) o Type Size (tamaño de letra) en el menú de configuraciones (Settings).

3.Oprima enter .

4.Oprima o para destacar un

nuevo parámetro y oprima

enter

para seleccionarlo. Oprima

back

para dejar inalterada la

 

configuración.

 

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Franklin MWD-400 Cómo instalar las pilas Cómo cambiar las Configuraciones, Voltee la unidad, Para seleccionarlo. Oprima

MWD-400 specifications

The Franklin MWD-400 is a sophisticated piece of equipment specifically designed for the oil and gas industry, particularly for use in measurement while drilling (MWD) operations. This advanced system is known for its precision, reliability, and ability to enhance drilling efficiency. One of the standout features of the MWD-400 is its compact design, which allows it to fit into a variety of drilling environments while still offering maximum functionality.

At the heart of the Franklin MWD-400 is its cutting-edge telemetry technology. This system facilitates real-time data transmission from the drilling site to the surface, allowing operators to monitor wellbore conditions and make immediate adjustments as necessary. This feature is crucial for optimizing drilling performance and minimizing risks associated with unexpected changes in geology.

Another key characteristic of the MWD-400 is its robust sensor suite. The system is equipped with various sensors that measure parameters such as downhole pressure, temperature, and vibration. These readings are vital for ensuring that the drilling operation remains within safe and optimal conditions. Additionally, the sensors contribute to improved decision-making by providing insights into the geological formations being drilled.

The MWD-400 also emphasizes durability and reliability. Constructed from high-strength materials, it is designed to withstand the harsh conditions often encountered in drilling operations, such as extreme temperatures and high pressure. This resilience minimizes the likelihood of equipment failure and reduces downtime, ultimately contributing to cost savings for oil and gas operators.

Moreover, the Franklin MWD-400 features an advanced data processing unit that utilizes sophisticated algorithms to analyze the collected data efficiently. This technology not only enhances the accuracy of the measurements but also provides operators with actionable insights that can lead to improved drilling strategies.

User-friendliness is another vital aspect of the MWD-400. Its intuitive interface allows drilling personnel to easily navigate the system and access real-time information with minimal training. This ease of use is essential in high-pressure environments where quick decision-making is paramount.

In summary, the Franklin MWD-400 is a state-of-the-art solution for modern drilling operations. With its advanced telemetry systems, comprehensive sensor suite, robust construction, and user-friendly interface, it stands out as a reliable tool that enhances drilling effectiveness while ensuring safety and efficiency in the oil and gas industry.