To Next PageTo Next PageWhat to do if Graco Reactor A-XP1 Paint Sprayer heat zones do not operate?
If the heat zones aren't working, first, connect the power cord. Then, turn the Main Disconnect Switch ON. Finally, check the power cord connections to ensure they are properly connected.
What to do if my Graco Reactor A-XP1 has erratic display?
An erratic display that turns on and off can be due to low voltage, so ensure the input voltage is within specifications. Also, check and replace the damaged cable if there is a poor display connection or the display cable is damaged or corroded. Ground the display cable and ensure the display extension cable does not exceed 100 ft (30.5 m).
Why external main supply power circuit breaker trips and Reactor disconnect switch fails when switch is turned on in Graco Paint Sprayer?
If the external main supply power circuit breaker trips and the Reactor disconnect switch fails when turned on, and you are using 200-240V, 3 phase or 350-415V, 3 phase power, the power terminal jumper may have been left in the 200-240V, 1 phase position. Place jumpers in correct position.
Why is there no power when disconnect switch is turned on in Graco Reactor A-XP1 Paint Sprayer?
If there is no power when the disconnect switch is turned on while using 200-240V, 1 phase or 200-240V, 3 phase power, the power terminal jumper may still be at the 350-415V, 3 phase position. Place jumpers in correct position.
General| Brand | Graco |
|---|---|
| Model | Reactor A-XP1 |
| Category | Paint Sprayer |
| Language | English |
Safety precautions related to electrical hazards.
Safety precautions for handling toxic materials and fumes.
Guidance on necessary protective gear for safe operation.
Warnings about hot surfaces and fluids to prevent burns.
Precautions to prevent fires and explosions from flammable materials.
Risks associated with high-pressure fluid injection and required actions.
Dangers of operating equipment improperly or for unintended purposes.
Risks of chemical reactions with aluminum parts in pressurized systems.
Hazards related to pressure increases due to fluid thermal expansion.
Information on handling isocyanates, including safety and material properties.
Instructions for preventing cross-contamination of components A and B.
Effects of moisture on isocyanates and proper storage guidelines.
Steps to safely relieve system pressure before maintenance.
Diagnosing and resolving issues related to the equipment's power supply.
Troubleshooting problems with pump operation and fluid pressures.
Resolving issues concerning electronic components and displays.
Diagnosing and fixing problems with the heating system.
Troubleshooting issues related to the heated hose performance.
Maintenance and troubleshooting for the primary heater element.
Electrical wiring diagram for the A-25 model.
Electrical wiring diagram for the A-XP1 model.
Detailed technical specifications for the Reactor A-25 model.
Detailed technical specifications for the Reactor A-XP1 model.
