## Lines Transport Programming Information

### Table: Line Specifications
***

| Line Name | Product | Max Speed | Product Spacing | Conveyor Speed | Coder Model | Mark & Read Solution |
|-----------|---------|-----------|-----------------|----------------|-------------|----------------------|
| Dressing  | Bottles | 50 bpm    | 200 mm          | 10 m/min       | 9750        | OCR                  |
| FS Jar    | Bottles | 30 bpm    | 260 mm          | 8 m/min        | 9750        | OCR                  |
| Copack    | Bottles | 110 bpm   | 200 mm          | 22 m/min       | 9750        | OCR                  |
| Copack    | Cases   | 10 cpm    | Not specified   | Not specified  | 5800        | OCR                  |
| FS Jar    | Cases   | 5 cpm     | Not specified   | Not specified  | 5800        | OCR                  |

### Additional Notes for Programming:

1. **Signal Communication:**
   - For the Copack Line, there are specific signals between the Labeler and Conveyor:
     - From Labeler to Vetro: 81KA3 (relay) for downstream accumulation alarm signal
     - From Vetro to Labeler: 80KA2 for the labeler infeed gate close signal

2. **Line Control:**
   - Blow molder: 
     - Requires a DO for downstream full detection to inhibit bottle discharge
     - Requires a DI for restarting once downstream conveyor full condition is gone
   - Filler: No signals required for communication
   - Labeler (Dressing line): Consider signal for gate control of the accumulation table
   - Sealer: No signals required for communication with Cap Sealer for dressing

3. **Case Handling:**
   - Case supply is fully manual
   - Audible alarm needed for operator notice when cases are ejected
   - Cases conveyors and sealer should stop running and show an alarm to the operator

4. **Ejector Systems:**
   - Copack and FS Jar cases conveyors ejectors may need to be movable
   - Ejector electrical cabinet needs 24V DC power (not supplied by VMeccanica, only 480V or 110V AC available)
   - When ejector sensor is blocked, it should send a signal (specific actions to be determined)

5. **Scrap Management:**
   - Scrap on the bottle lines will be managed by Logicscontrol

6. **Coder Integration:**
   - Markem-Imaje will provide clean contacts for output management of the following conditions:
     - Camera Ready
     - Good Read
     - Bad Read
   - VMeccanica will use only the scrap signal for managing products not correctly read

7. **Mechanical Considerations:**
   - Support structures needed for coders, cameras, panel PCs, encoders, and photocells
   - Specific mounting instructions and dimensions provided in the documents

8. **Electrical Considerations:**
   - Power points needed for coders, Mark&Read panels, and panel PCs
   - Detailed power consumption information provided for each device

9. **Encoder and Sensor Details:**
   - Encoder model: 10012473 (for 5800), A41372 (for 9750)
   - Photocell details: A45640, 6mm diameter fiber tip

Remember to refer to the original documents for detailed schematics and specific measurements for mounting the various components.