Why is the display readout faulty on my Graco Measuring Instruments?
A faulty display readout on your Graco Measuring Instruments could be due to excessive static discharge or an ambient temperature that is too high. Consider replacing the ProControl 1KE Plus or lowering the ambient temperature.
Why is flow control over-driving to high flow rates in Graco Measuring Instruments?
If the flow control is over-driving to high flow rates in your Graco Measuring Instruments, verify the pressure switch electrical connection for automatic operation. Check that the switch closes when the gun fluid solenoid is activated. For manual operation, verify the air flow switch electrical connection and check that the switch closes when the gun trigger is activated. The flow control may activate when the atomizing air is flowing without any fluid flow.
How to fix unstable flow with Coriolis meter in Graco Measuring Instruments?
If you're experiencing unstable flow with a Coriolis meter in your Graco Measuring Instruments, check for the presence of bubbles or sediment. Look for upwards settling of air bubbles and downwards settling of solids, such as metallics.
Why does Coriolis meter show flow when no fluid is flowing on Graco Measuring Instruments?
If the Coriolis meter shows flow when no fluid is flowing in your Graco Measuring Instruments, the low-flow cutoff may be set too low. Increase the low-flow cutoff to just above the highest false flow rate that was observed.
What causes regulator pilot to drive to high pressure in Graco Measuring Instruments?
If the regulator pilot drives to high pressure in your Graco Measuring Instruments, it could be due to inadequate fluid supply in pressure control or flow control mode. Check the pressure and flow capabilities of the fluid supply.
Read all warnings and instructions in this manual and save them.
Details on hazardous location approval for North America and Europe.
Precautions to prevent fire and explosion from flammable fumes.
Conditions for safe use related to isolation and grounding.
Instructions for grounding and preventing electric shock.
Guidelines for installing intrinsically safe equipment in hazardous locations.
Risks associated with pressurized fluid and leaks.
Consequences of operating equipment improperly or under influence.
Recommended PPE for preventing injury in the work area.
Guidelines for installing intrinsically safe components and systems.
Instructions for making electrical connections as per control drawing.
Importance of grounding to reduce risks of static and electric shock.
Identification and description of ports on DCM and ADCM units.
Procedure for updating DCM or ADCM software using Manual 3A1244.
Procedure and precautions for replacing the unit's battery.
Interpreting LED signals for system status and errors.
List and visual identification of DCM and ADCM module and bracket parts.
Important notes and requirements for installing intrinsically safe systems.
Entity parameters for Fiber Optic Receiver and Transmitter ports.
Entity parameters for CAN Data/Power input and output barriers.
Entity parameters for Digital I/O A output barriers.
Entity parameters for Differential Analog Input A.
Entity parameters for 4-20 mA Output A.
Entity parameters for 4-20 mA Output B.
Entity parameters for Differential Analog Input B.
Contact information and website for Graco products and support.
General| Brand | Graco |
|---|---|
| Model | 24L097 |
| Category | Control Unit |
| Language | English |
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