INSTALLATION QUALIFICATION IQ of RMG
DETAILS OF EQUIPMENT/ SYSTEM | |
User Department | PRODUCTION |
Stage of Qualification | INSTALLATION QUALIFCATION |
Equipment/System ID | |
Equip. Location | GRANULATION ROOM |
Equip. Make | |
Equip. Serial No. (Supplier) |
TABLE OF CONTENT
1.0 PRE APPROVAL.
2.0 OBJECTIVE.
3.0 SCOPE.
4.0 EQUIPMENT / SYSTEM DESCRIPTION:
5.0 RESPONSIBILITIES.
6.0 PRE-REQUISITE.
7.0 METHODOLOGY.
8.0 DISCREPANCY AND CORRECTIVE ACTION REPORT.
9.0 ANNEXURE.
10.0 SUMMARY.
11.0 CONCLUSION.
12.0 ABBREVIATIONS.
13.0 REFERENCES.
14.0 POST APPROVAL.
Change History | |||
Date | Version | CC Ref No. | Revision summary |
00 | New document |
- PRE APPROVAL:
Signing of approval page of this document indicates the agreement with the Qualification approach described in this document. If any modification approach becomes necessary, a revision through change control shall be prepared, checked and approved. This document cannot be executed unless approved.
Name | Designation | Department | Signature /date |
Prepared by | |||
Reviewed by | |||
Approved by | |||
- OBJECTIVE:
The objective of this Installation Qualification Document is to provide guidelines for verification of static attributes of Rapid Mixer Granulator ID No: , Installed at XXX Limited.
- SCOPE:
The scope of this Document applies for the Installation qualification of Rapid Mixer Granulator ID No: , by following the below mentioned test functions.
- Verification of Equipment Specification
- Identification and Verification of Supporting Utilities
- Verification of Equipment Installation
- Identification and Verification of Measuring Devices
- Identification of Programmable functional keys, Displays, Safety Features & Interlocks
- Identification and Verification of Documents
- Identification of Standard Operating Procedures
- Verification of Major Components & Accessories
- Verification of Specification of Major Components & Accessories
- Verification of Material of Construction.
- EQUIPMENT / SYSTEM DESCRIPTION:
RMG is mixing and granulating machine used for mixing and granulating powder with binder.
In RMG, main impeller maximizes micro mixing of ingredients by effecting optional diffusion correction. Irrespective of varying bulk densities, both during dry & wet mixing also chopper act for distribution of binder fluid and helps to from granules.
Rapid Mixer Granulator is designed to match all the requirements of cGMP. All components are easy to dismantle and to assemble for accessibility in cleaning. Unit is most ideal for dry and wet mixing and wet granulation mixing. Product bowl is provided with openable lid and required safety interlocks. The Motor speed is controlled through variable frequency drive.
- RESPONSIBILITIES:
The group comprising of representatives from each of the following departments shown in the table below and they shall be responsible for the overall compliance with this document.
Department | Responsibility |
Engineering | Execute the qualification activity where ever applicable and recording installation data as per the procedures outlined in this document. |
User | Execute the qualification activity where ever applicable and provide necessary support during the Installation qualification of the system. |
Vendor’s representative | Execute the qualification activity where ever applicable during the Installation qualification |
Quality Assurance | Preparation of document and data sheets in consultation with engineering department. Training and approval of the document.Monitoring the qualification activities. Compilation, review of the data and approval of the documents and its compliance to meet the acceptance criteria. |
- IDENTIFICATION OF EXECUTORS
Person involved in the execution of the document shall be trained on the concept of validation
S. No | Name of the Executor | Department & Designation | Sign & Date |
Verified by ( QA): |
- PRE-REQUISITE:
Training: Before processing for the qualification, the respective validation team shall be trained on the concept of validation. The training document shall be verified and shall be satisfactory
(Refer attachment for training record)
- METHODOLOGY:
Following test procedures are followed to qualify the equipment for its installation.
- VERIFICATION OF EQUIPMENT SPECIFICATION
Objective: To verify the equipment details against design data.
References & Tools required:
GA Layout
Measuring Tape
Procedure:
- check the system nameplate / identification plate is clearly visible.
- Verify the make, model no. & size of the equipment from the nameplate; record the serial no. and location of the equipment in the observation column of data sheet.
- Measure the dimensions using a measuring tape.
- For each component verified or recorded, indicate the method used in performing the verification in the “verification methodology” column as follows:
- Visual verification of actual installation – “Visually Verified”
- Verification through cross-referencing the manufacturer information
- Physical verification of actual installation – “Physically Verified”.
Acceptance criteria: The observed details for the given parameters should be same as per the manufacturer’s specifications. The measured dimensions should be within ±10% of specification.
Recording of Observations:
Parameter / Description | Specification | Observation | Verification methodology | Checked by Sign /date |
System name plate | Should be clearly visible | |||
Make | ||||
Model | ||||
S.No. | ||||
Capacity (Gross volume) | 5 Kg eg. | |||
Location | Granulation Room |
Meet the acceptance Criteria [ ] Yes [ ] No
Remarks:
Reviewed by: ____________________ Date: ______________________
- IDENTIFICATION AND VERIFICATION OF SUPPORTING UTILITIES
Objective: To identify and verify that all the utilities are installed to the equipment properly and are in compliance with the specifications.
References & Tools required:
- Functional / system specification
- Multimeter / Clamp Meter
- Electrical & Mechanical Schematics
Test procedure:
- Perform a visual inspection of the equipment support utilities listed on the below table. Verify specified requirements for the equipment for each utility and record the actual information in the “actual” column on the data collection sheet(s). Verification should be made through visual inspection of the physical installation, nameplate information, and/or system instrumentation.
- Record, for informational purposes only, the actual information for the parameter(s) that has not been specified.
- For each parameter(s) that cannot be visually verified, the specified parameter must be verified through independent sources of information provided by the vendor/ manufacturer (i.e. specification sheet, name plate, signed/dated letter from manufacturer/vendor or approved drawing). All sources of information must be documented on the table or an itemized cross reference list and attached to the protocol in the appropriate annexure.
- All instrumentation used in this verification must be calibrated prior to testing and a copy of the metrology calibration certificate shall be available at facility and/or attached to the document in the appropriate annexure.
- Record all observations in the below table. Record the details of instruments used for testing purpose.
- For each component verified or recorded, indicate the method used in performing the verification in the “Verification Methodology” column as follows:
- Visual verification of actual installation – “Visually Verified”
- Verification through cross-referencing the manufacturer information
- Physical verification of actual installation – “Physically Verified”.
Acceptance Criteria:
- Each utility of the equipment, listed on the data sheets, shall be installed in accordance with the equipment specification. All parameters shall be in compliance with the equipment specifications. No leakages should be observed.
- All the utilities and drains should be connected without any leakage. Slope should be maintained wherever required.
Recording of Observations:
- Electrical:
Type | Specification / Recommendation | Actual | Verification methodology | Checked by Sign /date | Verified by Sign /date |
Voltage | 415V± 10% | ||||
Frequency | 50 Hz | ||||
Phase | 3 Phase |
- Non Electrical:
Type | Specification / Recommendation | Actual | Verification methodology | Checked by Sign /date | Verified by Sign /date |
Compressed air | Shall be available |
Reference Instruments Details:
Instrument details | Calibration details | Checked by Sign /Date | |||
Name | Range | Done ON | Next Due | Certificate no. | |
Meet the acceptance Criteria [ ] Yes [ ] No
Remarks:
Reviewed by: ____________________ Date: ______________________
- VERIFICATION OF EQUIPMENT INSTALLATION
Objective:
To verify that the equipment (including sub-components & accessories) is properly installed as per the manufacturers specifications / equipment requirements.
References & Tools required:
Spirit level indicator
Test procedures:
- Levelling and installation: Using a spirit level indicator check the levelling of the equipment in both the directions. Check and verify that the equipment has been installed as per the drawings.
- Cleanliness: Visually check that the equipment is cleared of any debris and cleaned.
- Electrical connections: Check and verify physically that the electrical connections are connected properly; also check for the earthing of the same by comparing with the wiring diagrams / appropriate references. Also verify that all the wires / connections are properly identified and numbered and that there are no loose unidentified wires present.
- Labelling: Check and verify physically that all components labelled and direction of flow (wherever applicable) properly.
- Physical damage: Check and verify physically that no physical damage has occurred to equipment, components, measuring devices (if any) and record the observations.
Acceptance criteria:
- Levelling and Installation: Equipment is securely anchored and levelled properly. The equipment should be installed as per the specifications and respective drawings.
- Cleanliness: All access ports are examined and cleared of any debris.
- Electrical Connections: The electrical wiring should be as per the electrical diagrams and all the terminals / wires / connections should be identified and appropriately numbered and there should not be any loose unidentified wires present in the equipment. Wiring diagram should be taped to inside the panel.
- Labelling: All the components (which required) shall be labelled and direction of flow is mentioned wherever is applicable.
- Physical damage: No physical damage shall be observed for all components of the system.
Recording of Observations:
Parameter | Specification | Observation | Verification methodology | Done by Sign /date | Verified by Sign /date |
Levelling | Equipment is securely anchored and levelled properly | ||||
Cleanliness | All access parts are examined and cleared of any debris | ||||
Earthing and connections | Electrical wiring is as per the drawings and all wires / terminals identified and numbered properly. No loose unidentified wires present. | ||||
Labelling | All the components shall be labelled and direction of flow is mentioned wherever is applicable. | ||||
Physical damage | No physical damage shall be observed for all components of the system. |
Meet the acceptance Criteria [ ] Yes [ ] No
Remarks:
Reviewed by: ____________________ Date: ______________________
- IDENTIFICATION AND VERIFICATION OF MEASURING DEVICES
Objective: To identify and verify the measuring device present in the equipment.
References & Tools required: Not applicable.
Test procedure:
- Identify the measuring devices fixed on the equipment. Check that the measuring devices nameplate / identification plate is clearly visible. Verify and record details of the make, type, range, Serial no. and location of the measuring devices
- After identification and verification, the device shall be numbered as per the respective SOP.
- Verify the calibration certificates for each identified measuring device (if available)
Acceptance criteria:
- Each measuring device should be complying with the specifications.
- No physical damage shall be observed for all components of the system.
Note: If any measuring device is not calibrated / not in the validity shall arrange for Calibration by using internal or external facility.
Recording of Observations:
Name of the component | Instrument ID. | Location | Make | Model | Range | Frequency | Done by Sign/ Date | Checked by Sign/ Date |
Remarks:
Reviewed by: ____________________ Date: ______________________
- IDENTIFICATION OF PROGRAMMABLE FUNCTION KEYS, DISPLAYS, SAFETY FEATURES & INTERLOCKS
Objective: To identify the programmable function keys, displays,safety features & interlocks present with the equipment/system.
References & Tools required: Not applicable.
Test procedure: Visually identify all the programmable function keys, displays,safety features and interlocks present with the equipment as per the specifications / manufacturer instructions and visually verify the same to ensure that they are connected properly and free from any physical damage.
Acceptance criteria: Each programmable function keys, displays,safety features & interlocks available should be connected as per the specifications.
Recording of Observations:
Name of the Programmable Function Keys and Displays | Present Yes / No | Verification Methodology | Checked by Sign /date | Verified By Sign /date |
Emergency stop | ||||
Main on/off switch | ||||
Volts and Amps display | ||||
Other if any: |
Meet the acceptance Criteria [ ] Yes [ ] No
Remarks:
Reviewed by: ____________________ Date: ______________________
- IDENTIFICATION AND VERIFICATION OF DOCUMENTS
Objective: To identify and verify all the documents associated with the equipment are available.
References & Tools required: Not applicable.
Test procedure:
- Verify the availability of various general documents as mentioned in the Table.
- Record the documents details and locations at which documents are available in respective columns
- Relevant documents shall be maintained at the facility and a copy may be attached to the protocol as an annexure.
Acceptance criteria:
All the documents shall be available at the time of execution of this protocol.
Recording of Observations:
Title | Document No | Available Yes/ No | Checked by Sign /date | Verified By Sign /date |
Purchase Order | ||||
URS | ||||
Design qualification | ||||
Operational and maintenance manual | ||||
Equipment G.A/mechanical | ||||
Electrical drawings | ||||
Instrument calibration certificates if any | ||||
Any other |
Remarks:
Reviewed by: ____________________ Date: ______________________
- IDENTIFICATION OF STANDARD OPERATING PROCEDURES
Objective: To identify the SOP’s for the equipment.
References & Tools required:
Not applicable.
Test procedure: Identify all the relevant SOP’s for operation, cleaning, preventive maintenance and calibration of the system. Draft copy of the SOP’s identified should be prepared based on the instructions / guidelines provided in the operating and maintenance manual.
Acceptance criteria: All SOP’s should be identified for all the identified processes.
Recording of Observations:
S.No | Procedure | Title | Checked by Sign /date | Verified by Sign /date |
Remarks:
Reviewed by: Date:
- DISCREPANCY AND CORRECTIVE ACTION REPORT:
Document the discrepancies observed during the Installation qualification of the equipment in the below mentioned table. When all the discrepancies are satisfactorily resolved or an approved action plan is developed which ensures that the discrepancy will be resolved, document that the system is ready for next step in the qualification.
- Deviation
- Impact on operation
- Justification for acceptance
Prepared by Reviewed by Approved by
Sign/ date: Sign/ date: Sign/ date:
- ANNEXURE:
S. No. | Name of Annexure | Annexure No. |
Purchase Order | ||
Drawings | ||
Measuring Device | ||
MOC Certificates | ||
Other if any |
- SUMMARY:
- CONCLUSION:
- ABBREVIATIONS:
Abbreviations | Description |
IQ | Installation Qualification |
S.No. | Serial Number |
SOP | Standard Operating Procedure |
RMG | Rapid Mixer Granulator |
- REFERENCES:
- Design qualification of Rapid Mixer Granulator
- Validation Master Plan
POST APPROVAL:
Signing of Report page of this document indicates the acceptance of Installation Qualification approach described in this document.
INSTALLATION QUALIFICATION REPORT FOR RAPID MIXER GRANULATOR RMG-01 (REV-00) 800 L
Installation Qualification IQ of RMG and its technical specification:
Prepared by:
Department | Name & Designation | Signature | Date |
Reviewed by:
Department | Name & Designation | Signature | Date |
| |
Approved by:
Department | Name & Designation | Signature | Date |
DATASHEET – A
Date: ___________
Specification of the equipment for all components required against the Purchase Order specifications
S.No | Description | Design Specifications | Acceptance Criteria | Observation | Method of Verification |
1 | Rapid Mixer Granulator | ||||
Capacity | 800 L | 800 L | |||
Contact Parts | SS316 | SS316 | |||
Non-Contact Parts | SS304 | SS304 | |||
Length | 2400 mm | 2400 ± 10 mm | |||
Width | 2600 mm | 2600 ± 10 mm | |||
Height With Lid opening. | 3750 mm | 3750 ± 10 mm | |||
Gaskets | Food grade silicon | Food grade silicon | |||
Filter bags | Polypropylene | Polypropylene | |||
2 | Main Motor | ||||
Make | Hindustan Electric Motors | Hindustan Electric Motors | |||
HP | 60 | 60 | |||
RPM | 1475 | 1475 ± 10 | |||
Voltage (V) | 415V | 415 +/- 10% | |||
Type of Protection | IP 55 | IP 55 | |||
Frequency (Hz) | 50 | 50 | |||
Duty | S1 | S1 | |||
Temperature Class | T1 – T4 | T1 – T4 | |||
S.No | Description | Design Specifications | Acceptance Criteria | Observation | Method of Verification |
3 | Chopper Motor | ||||
Make | Hindustan Electric Motors | Hindustan Electric Motors | |||
HP | 10.0 | 10.0 | |||
RPM | 2910 | 2910 ± 10 | |||
Voltage (V) | 415V | 415 +/- 10% | |||
Type of Protection | IP 55 | IP 55 | |||
Frequency (Hz) | 50 | 50 | |||
Duty | S1 | S1 | |||
Temperature Class | T1 – T4 | T1 – T4 | |||
4 | Co Mill Motor | ||||
Make | Hindustan Electric Motors | Hindustan Electric Motors | |||
HP | 5 | 5 | |||
RPM | 1440 | 1440 ± 10% | |||
Voltage (V) | 415V | 415 +/- 10% | |||
Type of Protection | IP 55 | IP 55 | |||
Frequency (Hz) | 50 | 50 | |||
Duty | S1 | S1 | |||
Temperature Class | T1 – T4 | T1 – T4 |
S.No | Description | Design Specifications | Acceptance Criteria | Observation | Method of Verification | |
5 | Gear box | |||||
Make | Elecon | Elecon | ||||
Type | Worm series | Worm series | ||||
Ratio | 10:1 | 10:1 | ||||
Size, Qty | 9”, 1 No | 9”, 1 No | ||||
6 | SIEVES | |||||
Make | Pharma spares | Pharma spares | ||||
Material | SS 316 | SS 316 | ||||
Type | Conical | Conical | ||||
Size, Qty | 20 mm, 1 No | 20 mm, 1 No | ||||
7 | Mobile Lifter | |||||
Non contact Exposed parts MOC | SS304 | SS304 | ||||
Non contact Internal parts MOC | MS parts wire brushed & painted | MS parts wire brushed & painted | ||||
Hydraulic Power Pack Motor | ||||||
Make | Hindustan Electric Motors | Hindustan Electric Motors | ||||
HP | 1.5 | 1.5 | ||||
RPM | 1440 | 1440 ± 10% | ||||
Type | Flange, 3 phase | Flange, 3 phase | ||||
8 | Variator for main motor | |||||
Make | Schneider | Schneider | ||||
HP | 60 | 60 | ||||
S.No | Description | Design Specifications | Acceptance Criteria | Observation | Method of Verification | |
9 | Variator for chopper motor | |||||
Make | Schneider | Schneider | ||||
HP | 10 | 10 | ||||
10 | Variator for co mill | |||||
Make | Schneider | Schneider | ||||
HP | 5 | 5 | ||||
11 | HMI | |||||
Make | Schneider | Schneider | ||||
Model | HMI | HMI | ||||
Meter Display | TFT – LCD Colour | TFT – LCD Colour | ||||
Memory | Flash Type | Flash Type | ||||
12 | PLC | |||||
Make | Schneider | Schneider | ||||
Model | TM258LD42DT4L | TM258LD42DT4L | ||||
Input / Output | 42 | 42 | ||||
Qty | 01 | 01 | ||||
13 | Surface Finish | |||||
Internal | 240 Grit Mirror | 240 Grit Mirror | ||||
External | 180 Grit Matt | 180 Grit Matt |
Verified by:
Name Signature Date
DATA SHEET B
Date: ____________
Check whether the Process and Utility pipelines are connected as per P&ID
S.No. | Description | Design Specifications | Acceptance Criteria | Observation | Method of Verification |
UTILITY LINES | |||||
1 | Air | 15 NB, SS304 | 15 NB, SS304 |
Verified by:
Name Signature Date
DATA SHEET C
Date: ____________
Check for electrical / instruments components and its accessories
Electrical:
S.No | Description | Design Specifications | Acceptance Criteria | Observations | Method of Verification |
1.1 | Check proper Electrical connection of Motor | 415 V, 3Ø | 415 V, 3Ø | ||
1.2 | Check for earthing provided with motor and equipment | 2.5/25 Sq.mm multi strand double earthing copper | 2.5/25 Sq.mm multi strand double earthing copper | ||
1.3 | Record the Name plate details of Motor | Make : HMM | Make : HMM | ||
Main motor HP: 60.0 Chopper motor HP: 10.0 Co mill motor HP: 5.0 LPD HP: 1.5 | Main motor HP: 60.0 Chopper motor HP: 10.0 Co mill motor HP: 5.0 LPD HP: 1.5 | ||||
Type : FLP | Type : FLP | ||||
Main motor RPM: 1475 Chopper motor RPM: 2910 Co mill motor RPM: 1440 LPD RPM: 1440 | Main motor RPM: 1475+10 Chopper motor RPM: 2910+10 Co mill motor RPM: 1440+10 LPD RPM: 1440+10 | ||||
1.4 | Cabling | Comill: 4 Core x 4 Sq. mm LPD: 4 Core x 1.5 Sq. mm HMI controller: 6 Pair x 1.0 Sq. mm Chopper: 4 Core x 2.5 Sq. mm Main motor: 4 Core x 35 Sq. mm | Comill: 4 Core x 4 Sq. mm LPD: 4 Core x 1.5 Sq. mm HMI controller: 6 Pair x 1.0 Sq. mm Chopper: 4 Core x 2.5 Sq. mm Main motor: 4 Core x 35 Sq. mm |
Instruments:
S.No | Description | Design Specifications | Observations | Calibration Status | Method of Verification | |
On | Due | |||||
1 | Air Pressure Gauge | Range:0-16 Bar Make: Festo | ||||
2 | Hydraulic oil pressure Gauge | Range:0-280 Kg/cm2 Make: Shreeji | ||||
3 | Temperature Sensor | Range: -20 to 150°C Make: Patco |
Verified by:
Name Signature Date
DATA SHEET- D
Date: ____________
Check for safety devices specifications against its design parameters
S.No. | Description | Design Specifications | Acceptance Criteria | Observations | Method of Verification |
1 | Earthing | 2.5 Sq.mm multi strand double earthing | 2.5 Sq.mm multi strand double earthing | ||
Strip MOC | 25 mm GI Flat/ Flexible | 25 mm GI Flat/ Flexible |
Verified by:
Name Signature Date
DATA SHEET- E
Date: ___________
Equipment spacing and leveling
S.No. | Description | Design Specification | Acceptance Criteria | Observation | Method of Verification |
1 | Left | 0.8 m | 0.8 m + 0.1m | ||
2 | Right | 1.75 m | 1.75 m + 0.1m | ||
3 | Front | 1.7 m | 1.7 m + 0.1m | ||
4 | Back | 0.1 m | 0.1 m + 0.1m | ||
5 | Top | 1.2 m | 1.2 m + 0.1m | ||
6 | Bottom | 0.3 m | 0.3 m + 0.1m |
Verified by:
Name Signature Date
CONCLUSION:
Rapid mixer granulator system bearing Tag No RMG-01 is qualifying / is not qualifying the Installation qualification test as per the acceptance criteria described in this Protocol No 000111 Rapid mixer granulator system RMG-01 can be / cannot be tested for its Operational Qualification as per Protocol No-0000.
Verified by:
Name Signature Date