What to do if the OHTAKE Industrial Electrical machine does not operate?
If the OHTAKE Industrial Electrical machine doesn't operate, check the power supply connection to the AC power adapter. Also, ensure that any screws left in the pick-up site are removed. If too many screws are loaded in the scooping hopper, reduce the quantity to a proper level. Finally, remove any foreign objects that may have intruded into the main body.
What to do if the OHTAKE Industrial Electrical machine stops suddenly?
If the OHTAKE Industrial Electrical machine stops suddenly, turn it OFF and then ON again to reset the overload protective circuit. Also, if there are too many screws in the scooping hopper, remove some to achieve a proper level. Check for and remove any screws caught in the clearance.
Why do screws not flow in my OHTAKE Industrial Electrical machine?
Screws may not flow in your OHTAKE Industrial Electrical machine if screws with a larger diameter than the specified rail size were loaded, or if screws with a different diameter were mixed in. Make sure to use screws with the specified nominal diameter. Also, ensure that there is a sufficient quantity of screws in the scooping hopper; add more if needed.
What to do if screws pass through the passing plate in an abnormal position on my OHTAKE OM-26M machine?
If screws pass through the passing plate in an abnormal position on your OHTAKE Industrial Electrical machine, adjust the passing plate. Also, if too many screws are in the scooping hopper, reduce the quantity to a proper level.
What to do if the flow on the screw rail is not working properly in my OHTAKE OM-26M machine?
If the flow on the screw rail isn't working properly, adjust the holding plate if the clearance between it and the screw head is too low. Clean the rail if it is oily or dirty. Remove any screws caught in the clearance if the rail does not vibrate.
Why do screws not flow in my OHTAKE OM-26M Industrial Electrical machine? (2)
Screws may not flow in your OHTAKE Industrial Electrical machine if screws in an abnormal position in the passing plate cannot be swept away with the brush, adjust the brush. If the axis of the screw thread entered the passing plate, adjust the passing plate. Remove any abnormal screw and check and adjust the passing plate. Remove any screw obstructing the vibration if the rail does not vibrate. Check the vibration adjustment. Check that the scraper does not make contact with the hopper wall.
What to do if the noise of my OHTAKE Industrial Electrical machine has increased?
If the noise of your OHTAKE Industrial Electrical machine has increased, readjust the vibrational frequency and amplitude volume. Also, apply grease to the transport section if there is insufficient grease.
Why does no screw flow to the pick up spot in my OHTAKE Industrial Electrical?
If no screw flows to the pick-up spot, adjust the position of the holding plate if screws are stopped while still on the rail. Adjust the distance between the end of the rail and the escaper if screws cannot be transferred smoothly from the rail to the escaper.
What to do if the escaper does not rotate when no screws are present in my OHTAKE Industrial Electrical machine?
If the escaper does not rotate when no screws are present, ensure there are no debris or other objects present in the sensor brackets. Check the adjustment on front screw sensors.
What to do if the scooping operation does not stop though a screw is at the pick up site of my OHTAKE Industrial Electrical?
If the scooping operation does not stop though a screw is at the pick up site, readjust the timer knob.
Explains safety alert symbols, signal words, and their meanings for safe operation.
Essential safety warnings regarding electrical shock, fire, and damage from improper use.
Important cautions for safe operation, preventing damage, and maintaining machine integrity.
Diagnosing and correcting issues when the machine fails to start or operate.
Identifying and resolving causes for screws not being transported or picked up correctly.
Troubleshooting steps for when screws fall into the rail groove or between parts.
Addressing problems with screw transport on the rail, including vibration and dirt issues.
Diagnosing why no screws are delivered to the pick up spot.
Troubleshooting sudden shutdowns, including overload protection and caught screws.
General| Model | OM-26M |
|---|---|
| Insulation Resistance | 100 MΩ min. at 500VDC |
| Operating Temperature | +85°C |
| Contact Material | Ag Alloy |
| Mechanical Life | 10, 000, 000 operations |
| Electrical Life | 100, 000 operations at rated load |
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