The GRACO Python XL-DA is a pneumatic chemical injection pump designed for reliable, high-pressure fluid transfer in industrial applications. It features a Chromex-coated plunger and TFE/P seals for enhanced durability and chemical resistance. This pump is intended for use in non-hazardous locations and is engineered for demanding environments where robust performance and long service life are required.

Key Features:

• Pneumatic Chemical Injection Pump
• Python XL-DA, 3-1/2 in Air Motor, 1 in Plunger (Note: The closest available model is 3-1/2 in Air Motor, 1/2 in Plunger; 1 in Plunger is not listed in standard specs. Please verify part number or plunger size.)
• Chromex-coated plunger, TFE/P seals (Note: Standard 3-1/2 in model uses FFKM seals; TFE/P may be a custom or alternate specification.)
• Maximum Working Pressure: 25.9 MPa (3750 psi)
• Designed for use with GRACO chemical injection systems in non-hazardous locations
• CE (Note: ATEX approval is not listed in standard specs for this model; please confirm with GRACO for ATEX certification.)
• Double acting: pumps fluid in both directions for increased flow
• Self-priming: anti-locking design prevents air from being trapped in the air motor
• Robust construction for reliability and long service life
• Designed for ease of maintenance

Applications:
Industrial chemical injection, lubrication, and fluid transfer in non-hazardous environments. Suitable for mining, agriculture, and other heavy-duty applications.

Installation Notes:

• Using genuine GRACO parts ensures optimal performance, safety, and compatibility with existing equipment.
• Ensure proper alignment and secure mounting of the pump
• Use recommended fittings and hoses for fluid and air connections
• Follow manufacturer guidelines for air supply and pressure settings
• Regularly inspect seals and plunger for wear and replace as needed
• Perform routine inspections and lubrication as specified in the manual
• Replace seals and wear parts with genuine GRACO components
• Keep the pump clean and free from debris