Master ESA S630 Bend Programming

Mastering ESA S630 Bend Programming can significantly enhance the accuracy and efficiency of your metalworking projects. If you’ve been searching for ways to optimize your bending processes using this powerful tool, you’re in the right place.

In this article, I’ll guide you through essential techniques and tips to harness the full potential of ESA S630, ensuring you achieve precise and reliable results every time. Whether you’re aiming to refine your skills or just starting out, this guide offers the insights you need.

Navigating the Summary Bends Page

The Summary Bends page in ESA S630 Bend Management offers a streamlined view of all bending tasks within a program, laid out in a table where each column represents a bend and rows display associated data.

How to enter in the summary bend page

Accessing this page is simple: from the Editor page, open the menu, select “10>> Summary Bend“, and gain immediate insight into bend numbers, descriptions, current selections, and program details. Navigation keys like [New Program], [Next Page], [Preceding Page], and [Change Section] enhance usability, allowing seamless program management and modifications.

How to use the bend summary page

Utilizing the Summary Bends page is efficient and user-friendly. Shift selections with arrow buttons, add new bends, and view additional ones by scrolling. Change values by tapping cells, entering new data with the “soft keyboard”, and confirming with “Ok”. The [Change Section] key facilitates easy section transitions.

How to create a new program

Creating a new program is equally intuitive. Press the [New Program] key, enter specifics such as sheet width, thickness, material resistance (automatically calculating material based on resistance), die and punch specifics, and any additional comments. Confirm each input by selecting [Ok].

Initiate the “X1 posit” and “Alfa Y1” data entries; other bend data will auto-calculate. Remember, if default data is enabled in the Editor page, defaults will be applied automatically, by passing the setup window.

Save your setup by naming the program and confirming, ensuring easy access for future operations.

Configuring User Parameters

Configuring user parameters on the ESA S630 Bend Programming is essential for maintaining precision and optimizing machine performance. Accessible through the settings menu without a password, the “User Parameters” page allows you to make important adjustments.

Open the menu and select the item 4>> User Parameters; the following window will open:

CORRECTIONS TO AXIS REFERENCE parameters

A crucial aspect is the “CORRECTIONS TO AXIS REFERENCE” parameters, which enable you to update reference values of configured axes. This is particularly important if the mechanics of your bending press start to deteriorate.

For example, the factory data of the machine regarding the reference values of the ram axes are 230.93 mm for Y1 and 230.09 mm for Y2.

Suppose it is necessary to make a correction of -0.09 mm for Y1 and 0.1 mm for Y2: you must enter the correction values in the Y1 and Y2 fields of the PARAMETERS USER page, like in the figure 55.

The factory data of the axis parameters of the ram are not changed, but from now, after having made the calibration of the ram axis, Y1 will automatically calibrate to a value of 230.84 mm and Y2 to a value of 230.19 mm.

Saving the user parameters

To save these adjustments, press the save button to store them in an external file named UserTara.par.

Resetting of corrections

If the manufacturer of the press decides to change the factory parameters of the reference values of the axes that have a correction, for example the Y1 axis, the following message will appear on the display, in order to alert of the changing:

The relative correction of the User Parameter page will be automatically reset and the reference value will return to being that of the ram axis parameters:

Utilizing the General Data Page

The “General Data” page in ESA S630 is crucial for precise bend programming, enabling adjustments across all or specific bends based on criteria such as the Y1 angle.

How to enter the “General data” page

To access this page, navigate from the Editor page and select item 8>> General data. The interface mirrors the Editor page and uses color-coded indicators for changes and recalculations:

– the fields in which the user has changed the value are displayed with the colours reversed

– the fields in which the value has been changed due to the effect of a recalculation made by the program, will have a red background

Key functions include the [Undo correct.] button to revert changes, [Program Ok] to apply changes to all program bends, and section-specific options like [Section Ok] and [Conf. Sec. Equal bend] for targeted modifications.

How to make corrections to the bend program

To make corrections, navigate from the Editor page to the General Data page, where you’ll see a replica of the current bend data ready for editing. Make your desired changes, which will be highlighted with a different colour to distinguish them from unchanged fields. Remember, the page displays a copy of the bend; changes here won’t affect the actual program until you confirm by pressing one of the appropriate buttons.

How to apply the changes made only to the current section

To implement changes specifically across all bends in the current section, use the [Section Ok] button. This will ensure that all highlighted changes are applied uniformly, and necessary recalculations are performed automatically. For changes that should apply only to bends with the same bend angle in the current section, press the [Conf. Sec. Equal bend] button. Upon completion, the fields will revert to their original colours, indicating that changes have been finalized.

How to cancel the changes made

To cancel the changes made on the general data page press the [Undo correct.] button.

Remember, structural modifications such as adding or deleting bends require returning to the Editor page. This streamlined process aids in enhancing your bend programming precision and efficiency.

Enabling the Metal-Working Machine Function

Enabling the “Metal-working machine” function in your ESA S630 Bend Programming setup is a crucial step to enhancing your metalworking efficiency. Here’s a comprehensive guide on how to enable this feature and make the most of the “New Bend” function.

How to enable the “Metal-working machine” function

To get started with the “Metal-working machine” functionalities, follow these steps:

1. Navigate to the Editor page and press the key to open the menu.

2. Select the menu item 2>> Configuration to access the Configuration page.

3. Choose 6>> Machine parameters from the list.

4. Enter the required password and confirm by pressing [Ok].

5. Press Parameters 2 to proceed.

6. In the Auxiliary Functions parameters group, enter the value 1 in the Metal-working machine field.

Once you’ve completed these steps, both the “New Bend” and “Forced Dutch Folding bend” functions will be activated in your ESA S630 Bend Programming interface, enabling more efficient bend operations.

“New Bend” Function

The “New Bend” feature is invaluable for efficiently handling repetitive bend operations within ESA S630 Bend Programming. This is especially handy when you need to maintain consistency across multiple bends. It’s operational in the following scenarios:

l Next Bend Function: Press the button while positioned on the last bend in the section to add a new bend at the end. This new bend will include the same data as the preceding one.

l Insert Step Function: By selecting the Enter step item from the menu, you can add a new bend at the current position, replicating the data of the previous bend.

For traditional operations, the [New Step] button creates bends with only general data.

Additionally, the Dutch Folding bend forcing feature simplifies creating a Dutch Folding by setting the Y1 Angle field to 0, providing versatility in your metalworking tasks.

Conclusion

Mastering ESA S630 Bend Programming can greatly improve both the precision and efficiency of your metalworking operations. Key steps include enabling the “Metal-working machine” function, which unlocks advanced features such as “New Bend” and “Forced Dutch Folding Bend.” These tools help streamline repetitive bending tasks and ensure consistent data management.

For further assistance or detailed inquiries, please feel free to reach out to our HARSLE support team. We also invite you to explore our comprehensive resources and related documentation to fully harness the capabilities of ESA S630 Bend Programming. Your journey toward advanced metalworking efficiency starts here.