Why is the pump motor not working on my Magnaflux Industrial Electrical unit?
If the pump motor on your Magnaflux Industrial Electrical unit isn't operating, here's what to check: 1. Replace fuse 4FU. Check for shorts if the fuse continues to blow. 2. Check 115v on wire 4 to see if relay 2CR is not functioning. Note that the pump is external.
Why is the output current low at higher current control settings on my Magnaflux Industrial Equipment?
If you're experiencing low output current at higher current control settings on your Magnaflux Industrial Equipment, consider these potential causes. First, the impedance of the part might exceed the equipment's capabilities; check the equipment output with a central conductor. If the output is within specifications, the part cannot be tested with this equipment. Second, low line voltage can be a factor; check and correct the line voltage if possible, or try another line. Third, loose connections at bus bars or cable joints can cause this issue; clean the connections and tighten the hardware. Fourth, ensure the correct voltage range is selected on the current controls. Finally, make sure the part is clamped properly.
What to do if the headstock on my Magnaflux Industrial Equipment doesn't extend or retract?
If the headstock on your Magnaflux Industrial Equipment isn't extending to clamp or retracting to release the part, check these items: 1. Ensure the air supply is properly connected to the inlet (90psi), with a pressure regulator setting of at least 40 psi. 2. Check the input, I-00, light on the PLC when the footswitch is pressed. If it doesn’t light, replace the foot switch cable and/or plug. 3. Verify that the output, O-14, light on the PLC toggles with the footswitch. If it does, replace the solenoid valve 2SOL or the complete solenoid valve. 4. Check and replace fuse 8FU if necessary. 5. Replace the 24VDC power supply if there is no power at 1PS.
Why is the current assurance light defective on Magnaflux Industrial Electrical?
If the current assurance light on your Magnaflux Industrial Electrical unit is defective, replace the ammeter.
Why is the current output always maximum on Magnaflux Industrial Electrical?
If you're getting maximum current output at all settings on your Magnaflux Industrial Electrical unit: 1. Check the inhibit light operation. 2. Check harnesses and repair/replace as necessary. 3. Adjust the voltage range on the current controls per instructions. 4. Contact Authorized Magnaflux Service Center.
Why doesn't the contacts push-button light up on Magnaflux Industrial Electrical?
If the contacts push-button on your Magnaflux Industrial Electrical unit does not light at all: 1. Replace the lamp. 2. Replace the switch.
Why does the main fuse keep blowing on my Magnaflux Industrial Equipment?
If the main fuse to the unit of your Magnaflux Industrial Equipment is blown, contact an Authorized Service Center to check the SCR.
Why does the main fuse keep blowing on my Magnaflux Industrial Electrical unit?
If the main fuse to your Magnaflux Industrial Electrical unit is blown, it's likely due to a shorted SCR. In this case, you should contact an Authorized Service Center.
Why doesn't the coil push-button light up on my Magnaflux Industrial Electrical unit?
If the coil push-button on your Magnaflux Industrial Electrical unit does not light at all: 1. Replace the lamp. 2. Replace the switch.
What causes the white light (hood enclosure) to not work on Magnaflux Industrial Equipment?
If the white light in the hood enclosure of your Magnaflux Industrial Equipment isn't working, start by replacing the bulb. If that doesn't solve the issue, check fuse 4FU and replace it, checking for shorts if it blows again. If the bulb and fuse are fine, check the white light switch and replace it if defective. Lastly, the relay 3CR could be defective and may need to be replaced.
Guidance for individuals with pacemakers regarding magnetic field exposure.
Steps for unpacking, leveling, and setting up the inspection unit.
Details on connecting the inspection unit to the power source.
Steps for preparing and checking the magnetic particle bath.
Procedure for checking bath concentration using the settling test.
Steps for daily startup and operational checks of the unit.
Procedure for setting up parts for inspection and magnetization.
Steps for magnetizing parts without using the Auto-Bath feature.
Procedure for demagnetizing parts after inspection.
Steps for safely shutting down the inspection unit and emergency shutdown.
Daily checks to be performed by the operator for maintenance.
General| Output Waveform | Full-wave DC |
|---|---|
| Controls | Digital Controls with LED Display |
| Duty Cycle | 50% Duty Cycle |
| Input Voltage | 115/230 VAC, 50/60 Hz |
| Demagnetization | Automatic AC Decay Demagnetization |
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