New Spline Shaft Pumps
Models 2565T13, 3560T14 and 3560RST14
Cat Pumps is excited to announce the launch of new models in the mobile hydro excavating and sewer jetting markets. Addressing the space constraints often faced by mobile equipment OEMs, these pumps feature a smaller footprint, achieved through the unique use of a direct-mount flange and hollow spline shaft. This design allows the pumps to pair seamlessly with compact SAE hydraulic motors, maintaining the high quality and reliability Cat Pumps is known for while offering a more mobile-friendly size.
The model 2565T13 achieves flows up to 20 GPM at pressures up to 3,000 PSI and pairs with an SAE B hydraulic motor with a 13-tooth spline shaft. This design reduces the pump's width by over seven and a half inches compared to the standard bell housing configuration.
The models 3560T14 and 3560RST14 pair with SAE C hydraulic motors with a 14-tooth spline shaft and can reach flows of 20 GPM up to 4,000 PSI or 25 GPM up to 3,000 PSI. These models significantly decrease the overall pump and bell housing width by over 8 inches and provide configurations for the motor to mount on either side. Additionally, equipment builders can add an electronic RPM speed sensor on the 3560T14 and 3560RST14 models to ensure accurate and consistent pump operation.
These new models continue Cat Pumps' tradition of delivering durable, high-quality pumps that keep equipment running smoothly in demanding environments.
Model 2565T13:
• 20 GPM at pressures up to 3,000 PSI
• Pairs with SAE B motor (13-tooth spline shaft)
• Width reduction over 7.5 inches
Models 3560T14 and 3560RST14:
• 20 GPM at pressures up to 4,000 PSI or 25 GPM up to 3,000 PSI
• Pair with SAE C motor (14-tooth spline shaft)
• Width reduction over 8 inches
• Motor mounts to either side
To learn more about the Model 2565T13, please download the Sell Sheet or see our 2565T13 Product Page for more information.
To learn more about the Models 3560T14 and 3560RST14, please download the Sell Sheet or see our Product Pages for more information:
