Precision-built to deliver, Cat® Gas Compression Electric Motors provide the reliable, consistent power your oil and gas operations depend on - day in and day out. Constructed for performance and long-term durability, these electric motors are engineered to meet the toughest compression demands while helping you lower emissions and keep maintenance simple.


With models ranging from 1500 bhp (CN1566) to 5,000 bhp (CN5086), these Compression Electric Motors by Finning provide the flexibility to match the specific power requirements of your gas compression systems. Whether supporting natural gas processing, pipeline compression, gas lift, or gas injection, these motors ensure consistent, reliable output to keep your processes running smoothly without interruption.


Efficiency remains at the core of these designs. Optimized to minimize energy consumption without compromising power, Cat Gas Compression Electric Motors also feature quiet operation to reduce noise pollution onsite.  Continuing to meet increasingly strict environmental standards with zero onsite emissions, Cat proves that sustainability and performance can go hand in hand.


While built to endure continuous, demanding operations, these motors require minimal upkeep and are engineered to maintain optimal performance even under the harshest conditions for decades to come.  Whether you are equipping a new facility or upgrading existing equipment, these motors integrate seamlessly with existing infrastructure, reducing downtime and keeping projects on track.  With Finning’s operational efficiency, you can focus on advancing your business with confidence.

Frequently Asked Questions

How do Gas Compression Electric Motors by Cat achieve high operating efficiency and zero emissions?
These electric motors have been built with efficiency at the forefront. Their radial air ducts deliver consistent, effective cooling across the motor, reducing thermal stress and supporting reliable performance.  Magnetic slot wedges improve power factor and overall efficiency, while the welded and machined stator core forms a sealed, uniform insulation system - enhancing dielectric strength, boosting heat transfer, and preventing internal partial discharges.