Octopus 1000cc/min Reversing Gear Pump w/1/4in NPT 12vDC

Octopus Reversing Gear Pump: Precision and Reliability for Fluid Control

Octopus 1000cc/min Reversing Gear Pump w/1/4in NPT 12vDC

Octopus 1000cc/min Reversing

Gear Pump w/1/4 NPT 12vDC

Model: AFG1012

• High Efficiency - Industry leading efficiency minimizes power consumption
• Low Noise - New industry design offers significantly quieter operation
• Light Weight & Compact - Small footprint offers greater installation flexibility
• Wide Range Of Products - From 600 to 1600cc/min

Performance and Specifications

The Octopus 1000cc/min reversing gear pump is engineered for precision fluid control with a flow rate of 1000 cubic centimeters per minute. Designed with a robust 12vDC motor, this pump ensures reliable and consistent operation. Its compact size combined with a 1/4 inch NPT port allows for easy integration into various systems. Whether used in marine, automotive, or industrial applications, the Octopus pump delivers efficient performance while reducing downtime and maintenance needs.

Versatility and Application

One of the standout features of the Octopus is its reversing capability, allowing fluid direction to be easily changed without disconnecting pipes or hoses. This makes it ideal for applications requiring bi-directional flow, such as fuel transfer, hydronic heating systems, and chemical circulation. The 12vDC power source enhances its portability and adaptability, making it suitable for mobile or remote setups where traditional power sources are not readily available.

Durability and Build Quality

Crafted from high-quality materials, the Octopus 1000cc/min pump is designed to withstand demanding environments. Its corrosion-resistant construction and precision-molded gears contribute to long service life and minimal wear. The 1/4 inch NPT threaded connections provide a secure and leak-proof fit, enhancing system safety and efficiency. Maintenance is straightforward, with easily accessible components for quick servicing, ensuring the pump stays operational in critical applications.