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General| Type | Airless Paint Sprayer |
|---|---|
| Power Source | Electric |
| Hopper Capacity | 1.5 gallons |
| Max Pressure | 2000 PSI |
| Hose Length | 50 ft |
| Spray Tip Size | 0.015 - 0.019 inches |
General safety warning about electrical hazards and proper grounding.
Warning regarding hazardous fluids, vapors, and necessary precautions.
Specifies required PPE for safe operation, including eye, skin, and hearing protection.
High-pressure fluid injection risk and the need for immediate medical attention.
Risks associated with flammable fumes and necessary preventative measures in the work area.
Danger of pressure buildup from thermal expansion in confined spaces and hoses.
Warning against using specific solvents with aluminum components due to chemical reactions.
Consequences of improper use, including injury and damage, and adherence to guidelines.
Risk of pinching or amputation from moving machine parts; emphasizes safety guards.
Warning about hot equipment surfaces and fluids, advising caution to avoid burns.
Diagram and description of typical system setup without fluid circulation.
Diagram and description of typical system setup with fluid circulation.
Explains ISO reaction with moisture, crystal formation, and viscosity increase.
Details risks from isocyanate mists, vapors, and particulates, requiring ventilation and PPE.
Emphasizes preventing cross-contamination of A (isocyanate) and B (resin) components.
Procedures for flushing and cleaning when switching between different materials.
Warning about potential self-ignition if materials are applied too thickly.
Step-by-step instructions for safely relieving pressure in the system.
Guidelines for flushing the equipment with solvents or new fluid.
Instructions for positioning and securing the Reactor A-20 unit on a level surface.
Outlines the available power source options for wiring the Reactor A-20.
Details essential electrical safety precautions and connection requirements.
Steps for connecting the main power cord and ensuring proper electrical hookup.
Instructions for changing jumper positions to match the selected power supply voltage.
Critical information on establishing proper grounding for all system components.
Steps for preparing the isocyanate pump lubrication system with TSL.
Guides connecting material supply lines to the proportioning unit inlets.
Details on connecting the Fluid Temperature Sensor and heated whip hose.
Instructions for connecting recirculation and pressure relief lines to the manifold.
Guidance on connecting the heated hose, emphasizing FTS and minimum length.
Final connections for gun fluid manifold valves and pressure check hose.
Procedure for calibrating the FTS at initial startup and after hose length changes.
Steps for loading fluid into the system using feed pumps, including flushing.
Explanation of how to operate and adjust the digital temperature controllers.
Instructions for switching the temperature display unit between F and C.
Describes how over-temperature alarms function and what actions to take.
Information on operating hose heat in manual mode and monitoring temperature.
Notes on the fluid heater's calibration and temperature display compared to the hose.
Instructions for filling wet-cups with TSL for both ISO and Resin pumps.
Details four key variables affecting spray pattern, atomization, and overspray.
Outlines the routine steps for starting the equipment each day.
Instructions for circulating fluid through the main reactor unit.
Steps for circulating fluid through the gun manifold for preheating.
Details the manufacturer's warranty terms and conditions for the equipment.
Contact information and resources for additional Graco product support.
