Design Qualification Protocol for Mobile Vacuum Transfer System
Document Number: DQ-001
Version: 1.0
Effective Date: [Insert Date]
Review Date: [Insert Date]
Prepared by: [Insert Name]
Approved by: [Insert Name]
Objective
The objective of this Design Qualification (DQ) protocol is to verify that the Mobile Vacuum Transfer System is designed and operates in accordance with user requirements and regulatory guidelines, ensuring safe and effective powder transfer between equipment in the production area.
Scope
This DQ protocol applies to the Mobile Vacuum Transfer System used for powder transfer in Solid Dosage Form (OSD) production. It encompasses the equipment’s design, functionality, and critical parameters that impact product quality.
Responsibilities
- Validation Team: Responsible for preparing and executing the DQ protocol.
- Quality Assurance: Responsible for reviewing and approving the DQ protocol and associated documentation.
- Engineering: Responsible for providing technical support and ensuring compliance with design specifications.
Prerequisites
- Completion of User Requirement Specification (URS).
- Availability of the Mobile Vacuum Transfer System.
- Training of personnel on equipment operation and safety protocols.
Equipment Description
The Mobile Vacuum Transfer System is designed for the efficient transfer of powders between various equipment in the production area. It includes suction flow filters, grounding interlocks, and a programmable logic controller (PLC) to ensure safe operation and compliance with critical parameters.
Test Plan
| Test ID | Procedure | Acceptance Criteria | Evidence |
|---|---|---|---|
| T1 | Verify suction flow rates | Flow rates meet specifications as per URS Annex11 | Calibration records |
| T2 | Check filter integrity | Filters show no signs of damage or contamination | Inspection report |
| T3 | Test grounding interlocks | All interlocks function correctly | Test results |
| T4 | Validate PLC functionality | PLC operates within specified parameters | PLC logs |
Detailed Test Cases
Test Case T1: Verify Suction Flow Rates
Objective: Ensure suction flow rates are within specified limits.
Procedure: Measure the suction flow rate using calibrated equipment.
Acceptance Criteria: Flow rates must meet specifications outlined in URS Annex11.
Expected Result: Flow rates are recorded and verified against specifications.
Test Case T2: Check Filter Integrity
Objective: Confirm that the suction flow filters are intact and functional.
Procedure: Inspect filters for signs of damage or contamination.
Acceptance Criteria: Filters must show no signs of damage or contamination.
Expected Result: Filters are confirmed to be in good condition.
Test Case T3: Test Grounding Interlocks
Objective: Validate the functionality of grounding interlocks.
Procedure: Conduct a functional test of all grounding interlocks.
Acceptance Criteria: All interlocks must function correctly.
Expected Result: Interlocks engage and disengage as expected.
Test Case T4: Validate PLC Functionality
Objective: Ensure the PLC operates within specified parameters.
Procedure: Monitor PLC performance during operation.
Acceptance Criteria: PLC must operate within defined parameters.
Expected Result: PLC logs show normal operation.
Deviations
Any deviations from the acceptance criteria must be documented and investigated. Corrective actions should be implemented and revalidation performed as necessary.
Approvals
All sections of this DQ protocol must be reviewed and approved by the Quality Assurance and Engineering teams prior to execution.
Data Integrity Checks
As CSV is required, the following data integrity checks will be performed:
- Verification of data entry against original source documents.
- Audit trails to track changes in the system.
- Regular backups of PLC data logs.