MANTENIMIENTO 47

AJUSTE DE LA VÁLVULA DE CONTROL DE MODULACIÓN

Asegurarse de que el compresor esté aislado del sistema de aire comprimiendo cerrando la válvula de aislamiento y descargando presión del conducto de purga.

Asegurarse de que el interruptor principal de desconexión de la alimentación se haya bloqueado en posición abierta y se haya etiquetado.

1.Poner el compresor en el modo de MODULACIÓN colocando el interruptor selector de control SS en la posición de ”MODULACIÓN”. (Modelos que no cuenten con Intellisys).

2.Extraer el tapón de plástico de 6 mm (1/4”) de la conexión en T (18) en la válvula del regulador.

Conectar un manómetro a este puerto.

3.Aflojar la contratuerca del tornillo de ajuste y retirar el tornillo de ajuste 3 vueltas. Consultar la figura 2.

4.Colocar el interruptor principal de desconexión de la alimentación en la posición de ACTIVADO.

5.Abrir la válvula de aislamiento y arrancar el compresor.

6.Ajustar la válvula de aislamiento para que la presión de aire de descarga alcance la presión de descarga nominal (6,8, 8,6, 9,6 ó 13,7 barg [100, 125, 140, ó 200 psig]).

7.Mientras se mantiene la presión de descarga nominal, girar el tornillo de ajuste en la válvula de modulación (consultar la figura 2) hasta que en el manómetro de prueba se registre:

2 barg (30 psig) para modular 60% cfm.

http://air.ingersollrand.com

Apretar la contratuerca del tornillo de ajuste.

8.Pulsar STOP DESCARGA. Esperar a que la presión del colector descienda a 0 barg (0 psig).

Cerrar la válvula de aislamiento o purgar todo el aire del sistema.

9.Colocar el compresor en el modo de control deseado.

10.Extraer el manómetro de prueba y colocar el tapón de plástico de 6 mm (1/4”).

CONTRATUERA

TORNILLO DE

AJUSTE

FIGURA 2 VÁLVULA DE MODULACIÓN

SSR UP6 40, SSR UP6 50PE, SSR UP6 50PEI, HF50–PE, EP50–PE, HP50–PE, HXP50–PE

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Ingersoll-Rand EP50-PE, SSR UP6 40, HXP50-PE Ajuste DE LA Válvula DE Control DE Modulación, Figura 2 Válvula DE Modulación
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HP50-PE, SSR UP6 50PEI HF50-PE, SSR UP6 50PE, SSR UP6 40, EP50-PE specifications

Ingersoll-Rand is renowned for its premium industrial solutions, and their EP50-PE, SSR UP6 40, HXP50-PE, SSR UP6 50PE, SSR UP6 50PEI, and HF50-PE air compressors are standout products in their lineup. Each model is designed to meet diverse industrial requirements, providing reliable and efficient compressed air solutions.

The EP50-PE model features an energy-efficient design aimed at reducing operational costs while maintaining high performance levels. Its advanced rotary screw technology enhances efficiency and reduces maintenance requirements, allowing for continuous operation. The EP50-PE also incorporates advanced noise reduction features, making it suitable for noise-sensitive environments.

Next in line, the SSR UP6 40 presents an ideal solution for medium to large-scale applications. This rotary screw compressor prioritizes energy efficiency, delivering a reliable flow of compressed air while minimizing energy consumption. Equipped with a variable speed drive, the SSR UP6 40 can adapt to changing demands, ensuring optimal performance. Its durable construction ensures longevity, making it an investment worth considering for any business.

The HXP50-PE further complements Ingersoll-Rand's offerings by providing a robust, high-performance solution designed for demanding applications. This model utilizes cutting-edge technology to deliver consistently high air reliability and quality. A built-in air dryer option can further enhance the system's efficiency by ensuring dry air output, crucial for sensitive operations.

Then there's the SSR UP6 50PE, which stands out with its compact design that doesn't compromise on power or efficiency. It features advanced control options that facilitate easy monitoring and operation, ensuring that users can optimize their air system efficiently. Designed for seamless installation, this model is suitable for various applications across multiple industries.

The SSR UP6 50PEI variant incorporates integrated intelligent controls that allow for real-time diagnostics and monitoring. This feature not only optimizes performance but also aids in preventive maintenance, significantly extending the compressor's life and reliability.

Finally, the HF50-PE model is designed with a focus on high-flow applications. It provides a substantial volume of compressed air, making it ideal for heavy-duty industrial use. Its efficient design enhances airflow, leading to reduced energy consumption while still delivering the needed performance.

Ingersoll-Rand's range of air compressors is marked by a commitment to innovation, efficiency, and reliability. Each model showcases advanced technologies tailored to meet the evolving needs of modern industries, making them a smart choice for businesses seeking quality compressed air solutions.
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