CapSpray 115 HVLP Spray System

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The CapSpray 115 is one of Titan’s top-end HVLP (High Volume / Low Pressure) turbine sprayers, engineered for heavy-duty and fine-finish jobs such as cabinetry, furniture, doors, trim, woodwork, cabinets, and other demanding coatings applications.

Key Features

• Turbine & Air Pressure: CapSpray 115 uses a 2-speed, 6-stage tangential turbine delivering about 11.5 PSI, giving it “the most powerful atomization” among the Capspray line, suitable even for thick latex, enamels, varnishes, and other viscous coatings with little or no thinning. 
• Versatility & Coating Compatibility: Supports a wide range of materials from fine finish coatings (like lacquers, stains, varnishes) to heavier paints and thicker materials.
• High Transfer Efficiency: Up to ~90% transfer efficiency, meaning most of the coating ends up on the surface being sprayed, reducing waste and overspray.
• Dual Air Filtration & Protection: The system has robust filtration: an automotive-type fine air filter for atomising air plus pre-filters for both atomising-air and cooling-air sides. That helps keep air clean, maintain consistent spray patterns, and protect internal turbine components. 
• Included Accessories & Portability: Comes with a 30 ft air hose plus a 5 ft whip hose, and typically includes a spray gun (Maxum Elite Gun or similar), and various “projector sets” (#4 and #5) to handle different coating viscosities.
• User-Friendly & Maintenance-Oriented Design: Built-in toolbox for spare nozzles/needles/air caps/nozzle wrench, built-in gun & cup holder for convenience and portability, and a dirty-filter warning light to alert when filters need cleaning or replacement, all to make maintenance easier and prolong turbine life.
• Adjustable Performance: Two speed settings (high and low) let you tune performance depending on coating viscosity. Lighter-bodied materials can use low speed; thicker coatings benefit from high speed for proper atomization.
  
  

FAQ’s

1. What causes reduced spray performance or weak atomization on a CapSpray 115, and how do I address it?

Clogged or dirty air filters (either atomising-air or cooling-air filters), which restrict airflow and reduce atomization quality. The built-in dirty-filter warning light signals when filters are compromised.
Solution: Unplug the turbine, remove filter covers, inspect pre-filters and fine filters; clean by tapping out debris, blowing with compressed air, or washing (if allowed), then ensure they are fully dry before reinstalling.

2. How often should I inspect or service the Turbine and Housing assemblies on the CapSpray 115?

Filtration (atomising air filter + cooling air pre-filters) should be checked before each major job or whenever the “dirty-filter” warning light is activated. This ensures proper airflow and prevents overheating.
For structural parts (Upper Housing, Lower Housing, Main Assembly mounts), inspect periodically for cracks, loose fittings, or degraded seals, especially if the sprayer has been transported frequently or exposed to job-site stress. Any damage to housing can impair airflow or the protection of internal components.

3. What maintenance is required for the Main Assembly components to avoid leaks or performance issues?

Ensure all hose connections (30 ft air hose, 5 ft whip hose) are secure, and fittings are tight before each use. Loose fittings can cause air leaks, pressure loss, or inconsistent spray.
Keep the onboard toolbox organised, and inspect spare nozzles, needles, air caps and related tools for wear or damage. Use only compatible parts (projector sets #4, #5 for CapSpray 115) for optimal atomization.

4. What problems can arise if the Upper or Lower Housing assemblies are damaged or improperly maintained?

The Lower Housing Assembly or Upper Housing Assembly protects internal components (turbine, electronics, cooling-air paths). Cracks, loose mounting points, or missing housing parts can reduce cooling airflow, leading to overheating or premature turbine wear.

If the sprayer is moved around a lot (job sites, transport), weakened housing may cause stress on internal components or wiring, risking malfunction or safety hazards.

5. Is there a risk of overheating or internal damage if I ignore maintenance (filters/ventilation) on CapSpray 115, and how can I prevent it?

Yes , neglecting filter maintenance of CapSpray 115  or housing/ventilation issues can lead to overheating of the turbine. Since the unit uses a dual-air system (atomising air + cooling air), blocked filters or restricted airflow reduce cooling air circulation. Over time, this can damage turbine internals or even cause operational failure.