The GRACO 19Y019 SoloTech ST26 Pump is a positive displacement, peristaltic hose pump designed for industrial applications. It features a robust cast aluminum housing and a single oversized roller that compresses a low-friction, engineered hose through a full 360 degrees of rotation. This pump is intended for handling tough, abrasive, or delicate fluids, providing a steady and reliable flow over extended periods.

Key Features:

• Electric Peristaltic Hose Pump
• SoloTech ST26, 1 in. hose diameter
• Cast aluminum housing, stainless steel barbs, engineered hose (EPDM or Buna-N depending on configuration)
• Maximum flow rate: 10.18 GPM (38.54 LPM) (varies by model and motor; check specific configuration for exact value)
• Maximum discharge pressure: 125 PSI (8.6 bar, 0.86 MPa)
• Industrial fluids, including abrasive or delicate liquids; compatible with various hose materials depending on application
• CE (for certain models)
• Single roller design reduces hose wear and extends hose life
• Large sight window for easy access and inspection
• Adjustable feet for improved mounting flexibility
• Metallic roller with bearings for constant compression and flow
• No valves, seals, or glands—inexpensive to maintain
• Reversible operation for emptying lines or clearing blockages
• Extended hose life—only one hose compression per revolution

Applications:
Industrial fluid transfer, including handling abrasive, viscous, or shear-sensitive fluids; suitable for mining, agriculture, chemical processing, and other demanding environments.

Installation Notes:

• Using genuine GRACO parts ensures optimal performance, reliability, and safety. Non-genuine parts may compromise pump efficiency and longevity.
• Ensure proper alignment and secure mounting using adjustable feet
• Check hose condition and replace if worn or damaged
• Verify electrical specifications (voltage, phase) match pump requirements
• Follow manufacturer’s guidelines for fluid compatibility and hose selection
• Regularly inspect and maintain the pump to prevent downtime