To Next PageTo Next PageWhat does error code E12 mean on my Dino-Power X24?
Error code E12 on your Dino-Power Paint Sprayer means the coatings in the bucket are empty. The machine automatically stops running to protect the V-packings from fast wear-out. Turn the power off and then on again, or turn the pressure regulator to minimum and then reset the pressure.
What does error code E5 mean on my Dino-Power X24 display?
Error code E5 on your Dino-Power Paint Sprayer indicates over-heating on the electronical control board, most likely due to using too small a tip size. Turn off the power, wait until the electronical control board cools down, and then change to a bigger tip size.
What does error code E3 mean on Dino-Power X24?
Error code E3 on your Dino-Power Paint Sprayer indicates that the inner parts of the pressure sensor are broken. You should change to a new pressure sensor.
What does error code E4 mean on my Dino-Power X24 Paint Sprayer?
Error code E4 on your Dino-Power Paint Sprayer indicates: * Too low voltage, too long cable length, or bad contact of the patch board. Check if the voltage reaches 220V, ensure the cable length is appropriate, and verify the patch board is properly connected. * Using too small a tip size. Change to a bigger tip size. * Coatings being too thick. Thin the coatings as per instructions. * The pressure sensor is damaged. Consider changing the pressure sensor or the electronical control board.
What to do if Dino-Power X24 Paint Sprayer operates but has no display?
If your Dino-Power Paint Sprayer operates but has no display, it could be that the display is damaged or has a bad connection. Check the connection and replace the display if necessary.
Why is paint leaking down outside of the Dino-Power Paint Sprayer pump?
If paint is leaking down the outside of your Dino-Power Paint Sprayer pump, it's likely that the pump packings are worn and need to be replaced.
Why is my Dino-Power X24 Paint Sprayer tip assembly leaking?
If the tip assembly on your Dino-Power Paint Sprayer is leaking, it could be due to: * Incorrect assembly. Check the assembly. * A worn seal. Replace the seal.
Why did the thermal overload trip on my Dino-Power Paint Sprayer?
The thermal overload on your Dino-Power Paint Sprayer might have tripped because: * The motor overheated. Allow it to cool for 15 to 30 minutes. * There's paint buildup on the motor. Clean the paint from the motor. * The unit is sitting in hot sun. Move it to a shady location.
What to do if Dino-Power Paint Sprayer gun won't spray?
If your Dino-Power Paint Sprayer gun won't spray, try these solutions: * Clean the spray tip if it's clogged. * Clean or replace the gun or filter if they are plugged. * Ensure the spray tip is in the 'Spray' position, not the 'Clean' position.
Why Dino-Power X24 Paint Sprayer draws paint then stops when gun opened?
If your Dino-Power Paint Sprayer draws up paint but then stops when the gun is opened, here are some possible reasons: * The spray tip might be worn. Replace it with a new tip. * The suction set filter could be clogged. Clean the filter. * The gun or spray tip filter might be plugged. Clean or replace the filter, and keep extra filters on hand. * The paint could be too heavy or coarse. Thin or strain the paint. * The V-packing assembly might be worn. Replace it. * The inlet valve could be worn or damaged. Replace the valve.
General| Brand | Dino-Power |
|---|---|
| Model | X24 |
| Category | Paint Sprayer |
| Language | English |
Addresses risks of ignition in work areas with flammable materials.
Details grounding requirements and precautions to prevent electric shock.
Warns about high-pressure spray injecting toxins, requires immediate treatment.
Highlights risks from incompatible fluids with aluminum components.
Covers dangers associated with improper operation and user errors.
Warns about pinching/cutting risks from moving mechanical components.
Advises caution regarding hot equipment surfaces during operation.
Covers dangers from exposure to hazardous fluids and fumes.
Lists essential protective gear for safe operation and servicing.
Engages the trigger lock to prevent accidental spraying.
Safely relieves system pressure before servicing or storage.
Essential steps for preparing the sprayer before initial use.
Details the procedure for starting the sprayer and priming the system.
Guidance on achieving even coating and proper spray gun handling.
Describes the process of attaching the spray tip and guard assembly.
Guides selection based on coating type and surface sprayed.
Explains how to interpret tip part numbers for fan width and hole size.
Reference table for selecting reversible spray tips by application.
Discusses impact of tip wear and provides maintenance recommendations.
Provides instructions for proper cleaning to ensure sprayer performance and prevent clogging.
