Ingersoll Rand T30: How to Stop Water Hammer in Water-Cooled Aftercoolers

Ingersoll Rand T30: How to Fix Water Hammer Issues

What is water hammer?

Water hammer is a loud, banging noise that can occur in compressors equipped with water-cooled aftercoolers. It happens when water flow stops or changes direction suddenly, causing a shock wave through the cooling system. Left unaddressed, it can damage pipes and aftercooler components.

Is water hammer dangerous?

Yes, water hammer is more than just an annoyance. The sudden shock wave can crack or rupture pipes, damage aftercooler tubes, loosen connections, and cause leaks. Over time, these impacts can lead to costly repairs and unplanned downtime if not corrected quickly.

Cause and solution

Incorrect water flow rate through aftercooler

If water is flowing too quickly or unevenly through the aftercooler, it can lead to sudden pressure changes and cause water hammer.

  • Solution: Adjust the water flow rate to ensure smooth, steady flow through the aftercooler. Avoid abrupt starts and stops in the water supply.
  • For instance: If your aftercooler or fittings show signs of damage, we offer replacement aftercooler parts for Ingersoll Rand T30 models. Just be sure to verify your configuration and model number before ordering.

Final tip

Regularly inspect and maintain your water-cooled aftercooler system to avoid water hammer and keep your compressor running reliably.

Safety first: Before starting any repairs, make sure the isolation switch is turned off or the wiring is completely disconnected from the power supply. Release all air pressure from the receiver and disconnect the unit from any external air sources. Taking these simple steps helps prevent accidents and keeps you safe while working on your compressor.

Disclaimer: This information is provided as general guidance only. Always follow the specific safety instructions in your compressor’s manual and consult a qualified technician if you are unsure. Air Compressor Services is not liable for any injuries or damages resulting from the use of this information.

Disclaimer: The information provided in this blog is intended for general troubleshooting guidance only and may not cover every situation or machine configuration. Always refer to your specific equipment’s manual and follow the manufacturer’s safety instructions. If you are unsure or uncomfortable performing any maintenance or repairs, consult a qualified technician. Air Compressor Services is not responsible for any injuries, damages, or losses resulting from the use of this information.