To Next PageTo Next PageHow to prevent electric shock when servicing Graco Reactor 2 Industrial Equipment?
To prevent severe electric shock when servicing Graco Industrial Equipment, always turn off and disconnect power at the main switch before disconnecting any cables. Ensure all electrical wiring is completed by a qualified electrician and complies with all local codes and regulations.
What to do if Graco Reactor 2 Industrial Equipment starts unexpectedly due to a remote controller?
To avoid injury due to unexpected machine operation initiated by a remote controller, disconnect the cellular module from the system prior to troubleshooting Graco Industrial Equipment.
General| Brand | Graco |
|---|---|
| Model | Reactor 2 |
| Category | Industrial Equipment |
| Language | English |
Procedures to prevent electric shock, emphasizing grounding and qualified electricians.
Warning about high-pressure fluid piercing skin, requiring immediate medical attention.
Hazards associated with operating the equipment incorrectly, leading to injury or death.
Details hazards of isocyanate mists/vapors and necessary PPE for safe handling.
Explains how moisture causes isocyanates to partially cure, affecting performance.
Identifies the engine and its associated components for power generation.
Features gauges and controls for managing the proportioning system.
The ADM shows graphical and text information for setup and spray operations.
Guidance on placing the Reactor on a suitable surface, considering ventilation and access.
Procedures to ground the equipment to reduce static sparking and electric shock hazards.
Tasks required to fully set up the system, including pressure, recipes, and units.
Describes the system's operating screens, including Home and Targets screens.
Instructions for inspecting and cleaning fluid inlet strainer screens daily.
Procedures for checking and changing the ISO pump lubricant condition and level.
Steps to circulate fluid through the Reactor to manage temperature and fluid properties.
Mode used for speed fluid heating during circulation and ease of system flushing/priming.
Explains how flow rate, atomization, and overspray are affected by four variables.
Routine procedures to properly shut down the system to ensure reliability.
