UNIVERSAL 4791 SMTpart

UNIVERSAL 4791 SMTpart photo-1
Negotiable MOQ: 1 Piece (Price negotiable depending on order volume and customization)
Key Specifications
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Business Type:
Trading Company
Total Employees:
101 - 200 People
Main Markets:
North America, South America, Eastern Europe
Payment & Shipping
Payment Methods:
Port of Shipment:
China
Delivery Detail:
7 days
Offset 5 Offset 6 Circuit 2 and offset 3 use the same optimization sequence. Circuit 1 and offsets 4, 5, and 6 use the same optimization sequence. 
Check For Conflicts           
Use the Check for Conflicts option to determine if the machine can insert a component without interfering with components already on the board. 
The Product Editor cannot check for conflicts against components that have already been inserted on the board by another machine. 
If conflicts are detected in a product, the product is not invalid. It can still be saved and run on the machine. However, there may be an interference problem when inserting components. 
Once the product is checked for conflicts, the results are displayed in the Conflict column of the Steps window. 
To check a product for insertion conflicts (from the Product Editor window): 
1              
Large products require a short wait while the check is performed. A timer icon is displayed while the check is performed. A messages indi-cates that the check for conflicts was successfully completed. 
2              
               
Select OK.             
3              
Once the check is complete open the Steps window (Order > Steps) and check the Conflicts column. 
If a conflict is detected, the conflicting step number is displayed in the Conflict column. 
For example, in the sample illustration, inserting the component from step 2 may interfere with the component already on the board from step 
1              
A possible remedy for the conflict is to manually reverse the order of the conflicting steps. Refer to the Steps module for information about moving a step. If this still produces a conflict, it may be necessary to insert the offending component manually. 
Do not perform optimization after moving steps to resolve conflicts. 
Options               
Use the Options menu bar heading to select features that may not be used during the process of creating a product. The following options are avail-able. 
               
             
Graphic Overview             
             
Product Reference           
             
Machine Reference           
             
Workboard Holder             
             
Change Product Database           
               
             
Configuration             
             
Configuration Template           
             
Load Position Template           
             
Save Position Template           
             
List Product Data           
               
             
Message List             
             
Undo               
             
Retrieve Snapshot           
Graphic Overview             
Use the Graphic Overview option to display the current product in a graphical environment. 
This option opens the Overview window and is supported by the Overview module. 
Product Reference  47139606 Rev. B           
               
The product reference is the distance from the lower left corner of the board to the location from which the component X and Y values are measured. 
A product reference value is required if the component X and Y values are measured from anywhere except the lower left corner of the board. 
After the product reference is defined and the product is saved, the product can then be used on any machine simply by adjusting the machine reference. Refer to the Machine Reference topic later in this document for details. 
Refer to the Define the Product Referencetask in the Product Tasks 
module for the procedure of defining the product reference.   
The following illustrations show product reference scenarios.   
Coordinates Measured From Feature on Board       
The component X and Y values are measured from a feature on the board. This is typical of a CAD file imported into a product. The product reference defines the distance from the lower left corner of the board to the board fea-ture (tooling hole in the illustration) from which the component X and Y val-ues are measured. The product reference X and Y values should always be positive values. 
Coordinates Measured From Machine Zero       
The component X and Y values are measured from machine zero. This is typical of an IMC pattern imported into a product. The product reference de-fines the distance from the lower left corner of the board to machine zero when the board is installed in position 1, zero degree orientation, of the workboard holder. The product reference X and Y values are always nega-tive values. 
               
Machine Reference           
The machine reference is the distance from machine zero to the location from which the component X and Y values are measured. 
A machine reference is required if the component X and Y values are measured from anywhere but machine zero. Typically, IMC patterns imported into a product are measured from machine zero. 
Adjust the machine reference when moving the product to a different ma-chine. 
The following illustrations show machine reference scenarios.   
Coordinates Measured From Feature on Board       
The component X and Y values are measured from a feature on the board. This is typical of a CAD file imported into a product. The machine reference defines the distance from machine zero to the board feature (tooling hole in the illustration) from which the component X and Y values are measured. The machine reference X and Y values are always positive values. 
Coordinates Measured From Lower Left Corner Of Board     
The component X and Y values are measured from the lower left corner of the board. This is typical of products manually created in the Product Editor. The machine reference defines the distance from machine zero to the lower left corner of the board when the board is installed in position 1, zero degree orientation, of the workboard holder. The machine reference X and Y values are always positive values. 
Machine Reference           
               
Workboard Holder             
To accurately create a product, the configuration of the workboard holder must be defined before the product is optimized. 
Entering the wrong workboard holder information may cause damage to a board or to the machine, or may cause a product not to run. 
After configuring the workboard holder, the machine reference must be defined. Refer to the Machine Referencetopic earlier in this module for details. 
The two and four window choices are disabled for machines configured with board handling. 
Before running a product, verify that the workboard holder information is correct. Use standard debug techniques for a new product. 
To define the workboard holder configuration:     
1              
Select the Options menu bar heading.       
2              
               
Select the Workboard Holder menu option. The Workboard Holder dialog box is displayed. 
3              
Select the number of windows in the workboard holder.   
4              
In the Board Orientation in Window 1 entry field, enter the orien-tation of the board for window 1. The orientation is relative to the board graphic in the Product Editor. 
Board Graphic             
0° 90° 180° 270° Board Orientation in Window 1 of Workboard Holder 

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Business Type
Trading Company
Total Employees
101 - 200 People
Main Markets
North America, South America, Eastern Europe
Location
Baoji, Shaanxi, China

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