Document Control:
Document ID: DQ-OSD-CB-001
Version: 1.0
Effective Date: 2023-10-01
Prepared by: [Your Name]
Reviewed by: [Reviewer Name]
Approved by: [Approver Name]
Design Qualification Protocol for Continuous Blender in Solid Dosage Form
Meta Description: This document outlines the Design Qualification (DQ) Protocol for Continuous Blender used in Solid Dosage Form production, ensuring compliance with validation standards.
Tags: Equipment Validation, Design Qualification, Continuous Blender, OSD, Production
Objective
The objective of this Design Qualification (DQ) Protocol is to ensure that the Continuous Blender meets the specified requirements for continuous blending in the production of solid dosage forms, thereby validating its suitability for its intended use.
Scope
This protocol applies to the Design Qualification of the Continuous Blender used in the Production/Continuous Manufacturing area for solid dosage forms. It encompasses the evaluation of the equipment’s design, functionality, and compliance with regulatory requirements.
Responsibilities
- Validation Team: Responsible for the execution and documentation of the DQ protocol.
- Quality Assurance: Ensures compliance with internal and external standards.
- Engineering: Provides technical support and equipment specifications.
Prerequisites
- Approval of User Requirement Specification (URS) for Continuous Blender.
- Completion of risk assessment for the equipment.
- Availability of necessary documentation (specifications, drawings, etc.).
Equipment Description
The Continuous Blender is designed for the continuous blending of solid dosage forms, utilizing advanced PLC controls to maintain precise feed rates and RPM. It is critical to ensure consistent product quality and performance during the manufacturing process.
Test Plan
| Test ID | Procedure | Acceptance | Evidence |
|---|---|---|---|
| DQ-01 | Verify equipment installation and configuration. | All components installed as per specifications. | Installation checklist, photographs. |
| DQ-02 | Check functionality of PLC controls. | PLC controls operate within specified parameters. | PLC logs, operational test results. |
| DQ-03 | Validate feed rates and RTD RPM settings. | Feed rates and RPM within defined limits. | Calibration reports, test data. |
Detailed Test Cases
Test Case DQ-01: Equipment Installation Verification
Procedure:
- Inspect all components for completeness.
- Verify installation against the approved design specifications.
Acceptance Criteria:
- All components must match the installation specifications.
Evidence:
- Completed installation checklist.
- Photographs of installed equipment.
Test Case DQ-02: PLC Controls Functionality
Procedure:
- Power on the Continuous Blender.
- Execute PLC control tests.
Acceptance Criteria:
- PLC controls must function within specified parameters.
Evidence:
- PLC operational logs.
- Test results documentation.
Test Case DQ-03: Feed Rates and RTD RPM Validation
Procedure:
- Set the feed rates and RPM to specified values.
- Monitor and record the actual values during operation.
Acceptance Criteria:
- Feed rates and RPM must remain within defined limits.
Evidence:
- Calibration reports.
- Test data logs.
Deviations
Any deviations from the acceptance criteria must be documented and assessed for impact on the validation process. A deviation report must be prepared for each instance.
Approvals
This protocol requires approvals from the following stakeholders:
- Validation Team Lead
- Quality Assurance Manager
- Engineering Manager
Data Integrity Checks
As CSV is required, the following data integrity checks will be implemented:
- Verification of data entry accuracy through automated checks.
- Audit trails for all changes made to the CSV data.
- Regular backups of CSV data to prevent loss.