Why is my Huvitz HPE-410 R/L lens size different?
The R/L lens size may differ on your Huvitz Edger due to: * A large diopter difference between the R/L lens. * Movement of the frame while the frame reader is reading it. To resolve this: * Edge the lens, considering the thickness of both the right and left lenses. * Ensure the frame is centered as much as possible during tracing.
What to do if the edged lens size is large with my Huvitz Edger?
If the edged lens size is too large when using your Huvitz Edger, it could be due to several reasons: * The bevel cannot be mounted in the groove because the groove is too narrow. * The height of the mini bevel is lower than the groove. * The frame curve is less than the lens curve. * The bevel/groove position is not fitted for the frame curve. * The grooving depth/width is too low/narrow. Here are possible solutions: * Use mini bevel edging. * Ensure the mini-bevel height is well-fitted with the groove height during edging. * Use auto mode edging or select the lens that fits the frame curve. * Use auto mode edging or manually adjust the bevel/groove position to fit the frame curve. * Readjust the groove depth/width to fit the wire.
What to do if the bevel or grooving position is biased or non-uniform safety beveling occurs with my Huvitz HPE-410?
If the bevel/grooving position is biased or non-uniform safety beveling occurs on your Huvitz Edger, it may be due to: * Feeler tip abrasion. * Modifying the lens by clamping after roughing. To address this: * Check the feeler tip and replace it if necessary. After replacement, perform feeler calibration. * Apply the feeling after roughing.
What to do if the edged lens size is small with my Huvitz Edger?
If the edged lens size is too small when using your Huvitz Edger, it could be due to: * The frame curve being greater than the lens curve. * The bevel/groove position not being fitted for the frame curve. * The grooving depth being too deep. To resolve this: * Use auto mode edging or select the lens that fits the frame curve. * Use auto mode edging or manually adjust the bevel/groove position to fit the frame curve. * Readjust the groove depth to fit the wire.
Why can't I select the auto bevel position on my Huvitz Edger?
You may not be able to select the auto bevel position on your Huvitz Edger because the information about the frame curve is missing. To resolve this, enter the R/L frame curve values in the job editor.
What to do if the bevel or groove position is broken on my Huvitz HPE-410 Edger?
If the bevel/groove position breaks on your Huvitz Edger, it may be because a lens with a large diameter and high curve is interfering with instruments, causing an error when calculating the position. If interference occurs during feeling, apply the pre-roughing mode.
Why does the lens stop on the roughing wheel of my Huvitz HPE-410 Edger?
The lens may stop on the roughing wheel of your Huvitz Edger if the main contact sensor has a foreign substance on it. Check the main contact sensor in the test mode.
Why does my Huvitz HPE-410 tracing size changed?
The tracing size on your Huvitz Edger may change due to tip abrasion or gap occurrence. Perform a frame/pattern calibration to resolve this.
What to do if my Huvitz HPE-410 shows incorrect system time?
If your Huvitz Edger displays an incorrect system time, it is likely that the battery has reached the end of its life (approximately 5 years, but may vary depending on usage). Replace the GUI board battery with a CR1210 type battery.
General| Category | Edger |
|---|---|
| Model | HPE-410 |
| Manufacturer | Huvitz |
| Polishing | Yes |
| Beveling | Yes |
| Grooving | Yes |
| Edging Material | Plastic, CR-39, Polycarbonate, High-index lenses |
Details the functions of the lens processing machine.
Emphasizes the importance of safety and understanding instructions.
Explains standard safety symbols used in the manual.
Lists environments to avoid for operation or storage.
Provides essential precautions for safe operation and handling.
Describes the main components of the HPE-410 edger.
Details the different types of blockers (HMB-8000, CBK-4000).
Lists and illustrates the standard accessories provided.
Step-by-step guide for installing the edger unit.
Instructions for installing the HMB-8000 and CBK-4000 blockers.
Overview of control buttons available on the touch screen interface.
Explains the Frame Tracing and Pattern Tracing modes.
Details the Scale Plate and Lens Adapter Setter for blockers.
Compares Active Blocking vs. Passive Blocking.
Overview of the main screen layout and its sections.
Covers managing jobs, including new jobs, job numbers, and job manager functions.
Modifying lens shape for rimless and semi-rimless fitting.
Screen for editing hole positions for drilling operations.
Steps to start and manage the lens edging process.
Settings and options for configuring the edger.
Settings for the built-in frame reader.
Calibration and testing procedures for the built-in frame reader.
Calibration and test modes for the edger machine.
Procedures for wheel dressing and viewing machine statistics.
Managing system configuration, backups, and software upgrades.
Guidance on component replacement and regular upkeep.
Lists all standard accessories included with the product.
Details technical specifications for the edger, frame reader, and blocker.
Provides dimensional drawings of the edger and blockers.
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