INGERSOLL-RAND ENL 5 CCN-230V Zero Loss Condensate Drain Electric

Ingersoll-Rand ENL 5 CCN-230V zero loss condensate drain removes condensate without wasting compressed air. Its compact design makes it easy to install in applications with the minimum available space. The drain's self-cleaning capability ensures long-term operation at peak performance.

Working Mechanism:

• When Ingersoll-Rand ENL drain fills with condensate, the pilot airline remains open because the diaphragm is held closed by air pressure in the system.
• As the reservoir fills, the drain's intelligent electronic control activates the solenoid valve, venting air above the diaphragm.
• The ENL drain calculates the time it takes to discharge and uses that figure to determine the optimal open time.

Features:

• Ingersoll-Rand ENL 5 CCN-230V condensate drain features a leak-proof, low-maintenance design that eliminates loss and clogging while also saving energy.
• It has an electronic control sensor that calculates how long the drain needs to remain open to evacuate the condensate.
• This condensate drain also includes an alarm system to notify users of any failure.

Frequently Asked Questions:

Q. Are there any special installation considerations for this Ingersoll-Rand ENL 5 CCN-230V condensate drain?

A. This zero-loss condensate drain requires installation at the lowest point of the compressed air system to provide effective drainage. Additionally, proper sizing and configuration are essential to optimise performance and efficiency.

Q. What are the main considerations for selecting the right zero-loss condensate drain for my compressed air system?

A. Some key considerations include the size & capacity of your compressed air system, operating pressure & temperature, condensate load, installation location, power source availability and compatibility with existing equipment.

Q. Can I use this Ingersoll-Rand ENL 5 CCN-230V condensate drain in applications with fluctuating condensate loads?

A. Yes, this drain can adapt to varying condensate loads and adjust its operation accordingly.