44 MAINTENANCE

BELT CHANGE / GAS STRUT CHANGE PROCEDURE

MOISTURE SEPARATOR MAINTENANCE

The moisture separator will operate indefinitely under normal working conditions, however at some time it may be necessary to replace the

seals should the housing leak.

1. Isolate the housing from the air supply.

2. Fully depressurize in drain bowl as appropriate.

3. Unscrew bowl and remove. If pressure has not been completely released from the housing, air will escape from the warning hole giving an audible alarm. Screw back bowl and repeat instruction 2 before attempting again. Should resistance to unscrewing be experienced,

provision is made for a ’C’ spanner to fit onto the ribs of the bowl.

4. Check condition of bowl seal and replace if necessary. Clean screw threads.

5. Refit bowl with ’O’ ring seal.

6. Repressurize and check for leaks. If leaks occur they will most probably be from the bowl ’O’ ring. Depressurize housing and remove ’O’ ring as stated above and inspect and clean. Ensure that mating

surfaces are clean and then refit ’O’ ring and repressurize.

A.Gas strut.

B.Support bracket (part of pivoted assembly).

C.Tension cam.

1.Stop the machine, electrically isolate and vent all trapped pressure.

2.Remove the side cover from the machine.

3.Fit a 1/2” square drive wrench in the tension cam located above the airend (access from front door). Turn clockwise 1/4 turn to Position II to release gas strut tension on the belts.

4.Using a small screwdriver under the spring clip, ease the ball ends off the spherical studs at the ends of the gas strut.

5.Replace the gas strut and the studs at the same time by removing and replacing the studs then pushing the new gas strut firmly onto the studs until it clicks into place.

6.Turn the tension cam clockwise 1/4 turn to Position III to raise and support the airend. Place a block of wood or similar under the separator tank for support.

7.Replace the belts from the left side of the machine.

8.Turn the tension cam counter–clockwise 1/2 turn to Position I to tension the gas strut.

9.Spin the drive to check alignment of the belt ribs on the pulleys (sheaves).

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

http://air.ingersollrand.com

HP50–PE, HXP50–PE

 

Page 46
Image 46
Ingersoll-Rand HXP50-PE, SSR UP6 40, SSR UP6 50PEI HF50-PE, EP50-PE, HP50-PE manual Http//air.ingersollrand.com

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.