Description

Reliable Airflow from Pump to Tank—Jenny Discharge Line

The Jenny Discharge Line is the critical connection that carries hot, compressed air from the pump to the tank.

When this line fails, cracks, or leaks, it’s like running a vehicle with a split radiator hose—pressure drops, heat builds, and downtime follows.

This replacement discharge line is built to restore proper airflow and heat transfer so your compressor runs efficiently and safely.

• Primary benefit: Maintains consistent air transfer from pump to tank under high heat and pressure
• Built for jobsite use: Designed to handle vibration, heat cycling, and daily operation
• Cold-weather ready: Holds up through Midwest temperature swings and freeze-thaw cycles
• Protects your equipment: Reduces strain on the pump and prevents pressure loss
• Professional fit: Designed for Jenny compressor configurations without modification

If your existing discharge line shows signs of cracking, carbon buildup, or leakage, replacing it now helps avoid unexpected shutdowns later.

What the Jenny Discharge Line Does — and Why It Matters

The discharge line moves compressed air from the pump head into the storage tank. This line is exposed to the highest temperatures in the system and experiences constant expansion and contraction during operation. Over time, that heat cycling can weaken materials, create leaks, or restrict airflow.

A failing discharge line doesn’t always fail dramatically. Often it shows up as longer fill times, excessive heat at the pump, or pressure that won’t quite reach cut-out. Replacing the line restores proper flow and helps the compressor operate within its intended design range.

How to Use / Install the Jenny Discharge Line

1. Shut down the compressor and disconnect power

2. Allow the unit to cool completely before servicing

3. Depressurize the air tank fully

4. Remove the existing discharge line from the pump and tank fittings

5. Install the Jenny Discharge Line, ensuring proper alignment and sealing

6. Tighten fittings securely without over-torquing

7. Run the compressor and check for leaks or vibration

Most replacements can be completed with standard hand tools.

Technical Specifications