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UNIVERSAL 6360E SMTpart

Smtsky Asia Limited
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Negotiable MOQ: 1 Pole (Price negotiable depending on order volume and customization)
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Business Type:
Trading Company
Total Employees:
101 - 200 People
Main Markets:
North America, South America, Eastern Europe
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Port of Shipment:
China
Delivery Detail:
7 days

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If a circuit is selected, the Bad Circuit Reject: Circuit <x> dialog box is displayed. 
3. In either case there are two ways to define a bad board/circuit reject location. 
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To use an insertion location, select the insertion from the Insertions: Ref ID (Component ID) list box. 
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To define a location not related to a specific insertion, enter the coordinates in the X Position and Y Position entry fields. 
From the Discard Components group box, select Yes to discard the components for that board/circuit. Currently, No is not available. 
From the Reject Board group box, select Hole Covered to reject the board or circuit if a sticker covers the hole. Select Hole Not Covered to reject the board if no sticker covers the hole. 
4              
               
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Insertion selected for a board.         
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Location selected for a board.         
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Insertion selected for circuit 1.         
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Location selected for circuit 1.         
BEC Light Receiver           
5              
               
Board/Circuit Error Correction         
Board (Circuit) Error Correction (BEC) is a hardware and software package that detects displacement, stretch, and skew of actual board insertion holes in relation to programmed hole locations. 
A BEC light source is mounted above the surface of the X-Y positioning table. A BEC light receiver assembly is mounted below the surface of the X-Y positioning table. 
BEC works this way. The X-Y table locates a board to a programmed reference hole. 
The BEC light illuminates and shines through the reference hole. 
The BEC receiver assembly analyzes the position of the light shining through the hole. The BEC receiver assembly is divided into four quadrants as shown. 
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If the board has no flaws, the light shines equally on all four quadrants of the BEC receiver assembly. The machine can then process the board. 
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If the board has flaws or holes that are out of alignment, the light does not shine equally on the BEC receiver assembly. When this occurs, the machine control software relinquishes control of the X-Y positioning table. The BEC hardware then searches for the position where the light shines equally on all four BEC receiver assembly quadrants. 
               
When this position is found, the machine control software regains control of the X-Y positioning table and calculates the difference between the actual and programmed hole locations. 
This calculation then is used to accurately position the axes for subsequent processing. 
Steps               
NOTE               
NOTE               
If a Circuit is selected to define BEC hole locations, the associated dialog boxes read Circuit Error Correction. 
The process of defining BEC hole locations for a board or a circuit is the same. An exception is that when a circuit is selected and the Define for Offset Circuits checkbox is selected, BEC hole locations are also added to all offsets associated with the selected circuit. 
NOTE In order to use insertion locations to define BEC hole locations, the insertions must already be defined. Refer to the Insertion Listmodule. 
Considerations:             
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Programmed location =           
Actual location =           
-1 Location: Corrects the X and Y coordinates.     
-2 Locations: Corrects X, Y, and theta (skew).     
-3 Locations: Corrects X, Y, theta, and uniform stretch.   
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An unlimited number of BEC steps can be defined for a product. This feature is useful especially for large boards with only one circuit. BEC steps can be placed at various positions throughout the steps list. 
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Duplicate BEC locations cannot be programmed for the same step. Examples of this are: 
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#NAME?              
If any of these conditions occur, an error message similar to the following is displayed. 
Board Selected:             
3 BEC Holes for the Board           
Circuit 1 Selected:           
3 BEC Holes Defined for Circuit 1         
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Any insertion or any X Y location on the board can be selected to define a board error correction hole location. 
In the example, holes are selected on Circuit 1, Circuit 2, and Circuit 
               
4. Note that the hole selected on Circuit 1 is not copied to its 
associated offsets.           
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Only insertions or X Y locations on the selected circuit can be 
selected to define a circuit error correction hole location.   
In the example, the three holes selected on Circuit 1 are copied to each associated offset. 
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Offset Selected: Any number of BEC holes can be defined on the selected offset. Hole locations are not copied to other circuits or offsets. 
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Table Rotations:             
               
#NAME?              
-Only insertions for the last selected table rotation are available. Insertion holes for previous rotations are filled by the component leads as those rotations are processed by the machine. For example, on an axial machine, if the 90° checkbox is selecte
To define correction locations:         
1              
Special Steps > Add > Board/Circuit Error Correction     
The Select Board/Circuit Error Correction Circuit dialog box is displayed. 
2              
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If Board is selected, the Board Error Correction dialog box is displayed. 
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If Circuit 1 is selected, the Circuit Error Correction: Circuit 1 dialog box is displayed. 
3. In either case, there are two ways to select board/circuit error locations. 
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To use insertion locations, select the insertion from the Ref ID (Component ID) list box and select the Add button. The selected insertion is copied to the Error Correction list box. 
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To define correction locations not related to a specific insertion, enter the coordinates in the X Position and Y Position entry fields and select the Add button. The coordinates are copied to the Error Correction list box. 
Up to three locations can be defined for a BEC step. Selecting the Add button defines a BEC location. Selecting OK defines a BEC step. Any number of BEC steps can be defined per circuit per rotation. 
If defining Circuit Error Correction locations, to have the locations defined on all associated offsets of the circuit, select the Define for Offset Circuits checkbox (checkmark visible). If the checkbox is cleared, the locations are only defined for the selected circuit. If defining Board Error Correction locations, this checkbox is disabled. 
To define correction locations on rotations other than table rotation 0°, select the desired rotations from the Perform Correction at Table Rotation(s) group box. Only rotations that have insertions are enabled. 
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If correction locations are defined that cannot be reached at one or more table rotations, an error message similar to the following is displayed. 
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If an insertion location from the 0° table rotation is selected as a correction for the 90° table rotation, an error message similar to the following is displayed. 
This means that the hole selected for the correction at the 90° table rotation is already populated with the component so the correction cannot be performed. 
Select OK.             
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Two insertions selected for a board.       

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Smtsky Asia Limited
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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