SOLAS Concord S/D/SR-CD-12/20A Impeller 20-8040

SOLAS, the technology leader in the impeller design, creates lots of outstanding advantages built into its products. All SOLAS impellers are made of an ultra high strength, corrosion resistant stainless steel, and are cast in a one-piece mold without bending the edges of the blades to achieve the perfect pitch.

The SOLAS Concord S/D/SR-CD-12/20A Impeller, SKU 20-8040, is designed with SOLAS impeller technology to support performance tuning through pitch selection. SOLAS impellers are made from high-strength, corrosion-resistant stainless steel and cast in a one-piece mold. This manufacturing approach avoids bending the blade edges and is intended to help maintain the designed pitch.

Pitch selection affects acceleration and top speed. A smaller pitch can improve acceleration while reducing top speed, while an increased pitch can reduce acceleration and increase top speed. A higher-than-stock pitch may be used for watercraft with more horsepower than stock, depending on the application.

Limited and modified impeller recommendations may be used in either application based on desired RPM and speed. A lower-than-stock pitch may be used for watercraft with a re-flashed ECU that increases the rev limiter, when applicable. Lower pitch may also be suitable for high-altitude or high-temperature applications where horsepower is reduced, or when additional carried weight requires reduced pitch to limit the volume of water moving through the pump.

Features:

• Brand: SOLAS
• Part Number: SR-CD-12/20A
• SKU: 20-8040
• Material: High-strength, corrosion-resistant stainless steel
• Construction: One-piece molded impeller
• Pitch Effect: Smaller pitches improve acceleration and reduce top speed
• Pitch Effect: Increasing pitch decreases acceleration and increases top speed
• Application Guidance: Higher-than-stock pitch can be used for watercraft with more horsepower than stock
• Application Guidance: Lower-than-stock pitch may be used for applicable re-flashed ECU, high-altitude, high-temperature, or increased-load conditions