Manual Electroerosion Engemaq Edm 700 Now
Manual operation puts the machinist closer to the sparking process, increasing certain risks.
To move beyond basic cavity burning, master these manual methods. manual electroerosion engemaq edm 700
If you need an academic citation, (contact Engemaq for the latest version). For supporting literature, cite general EDM textbooks or papers on small-hole EDM or portable EDM and state that the Engemaq 700 operates on the same principles. Manual operation puts the machinist closer to the
| Problem | Likely Cause | Manual Solution | | :--- | :--- | :--- | | | Dirty dielectric fluid | Change paper filter. Test with hydrometer for contamination. | | Frequent short circuits | Debris trapped in gap | Increase pause time (to). Manually retract electrode to flush. | | Tapered side walls | Electrode wear at tip | Use a larger electrode. Reduce peak current (Ie) by 30%. | | Poor surface finish (arc marks) | Incorrect polarity | Ensure workpiece is + (positive) and electrode is - (negative). | | No spark at all | Broken fuse or loose cable | Check generator fuses. Test continuity of power cable to tank. | For supporting literature, cite general EDM textbooks or
Clean workpiece sludge from the magnetic chuck and table surfaces. Weekly Procedures
This comprehensive technical guide serves as a manual to optimize the performance, operation, and maintenance of your Engemaq EDM 700. 🛠️ Machine Specifications and Overview
The most common job: Touch the side of a broken carbide tap. Set the generator to 2A, 5 µs on-time. Manually jog the X-axis while maintaining Z depth. The spark will erode the brittle tap without damaging the aluminum threads.
