Avoid Air Piping Mistakes with Your Sullair LS20-100 Compressor

Avoid Air Piping Mistakes with Your Sullair LS20-100 Compressor

Choosing the right air piping setup is just as important as selecting the right compressor. For your Sullair LS20-100 rotary stationary system, a well-designed piping network ensures consistent pressure, reduces energy costs, and prevents future headaches.

Common Air Piping Mistakes

1. Using the Wrong Materials

Materials like standard PVC may seem tempting due to lower costs, but they’re not designed for compressed air and can fail catastrophically. Stick with approved materials such as steel, aluminum, or specially rated plastic systems designed for compressed air use.

2. Undersized Piping

Too-small pipe diameters create high pressure drops, force your LS20-100 to work harder, and increase energy consumption. Always size your piping for peak flow demand, not just average usage.

3. Too Many Bends and Fittings

Every extra bend or elbow in your piping network introduces friction and resistance. Simplify your layout as much as possible to maintain stable pressure and reduce system strain.

4. Poor Drainage Planning

Compressed air systems naturally produce condensate. Improperly sloped pipes and missing drain points can lead to moisture pooling, rust, and contamination in your air supply.

5. Inadequate Loop Design

Using a single-line “dead-end” system can cause uneven pressure distribution. A closed-loop design helps balance flow and reduce pressure drops throughout your facility.

Best Practices for Your LS20-100

• Choose high-quality, compressor-rated materials for safety and durability.
• Design for future capacity, not just current demand.
• Plan pipe runs with minimal restrictions and strategic drains.
• Consider a loop system to evenly distribute air and maintain stable pressures.

Protect Your System and Your Investment

A proper piping setup ensures your Sullair LS20-100 delivers consistent, efficient performance while reducing maintenance and repair costs down the line.