Site Acceptance Test can determine whether or not systems are meeting the desired and required specifications. The main purpose of site acceptance testing is to give an overall evaluation of a system's compliance and to ensure this compliance meets the requirements of the business involved. Site acceptance testing can be useful in relation to criteria testing for optimum results of systems.
Site acceptance tests are related to factory acceptance tests, in that they work by inspection and dynamic forms of testing to system components. The SAT (site acceptance tests) are written by the client themselves and this verifies the functionality of the equipment being tested. They are also, as their title suggests, tested on site. The test will show whether the equipment meets, does not meet, or exceeds the expectation of performance.
The factory acceptance tests (FAT) are inspections that use the same principle, are more focused on whether the user requirements meet specification, and be executed by not only the client but the client representative. They take both the manufacture and the user into account and are, like their title suggests, tested at the factory/place of manufacturing.
In the biotech, medical and pharmaceutical fields, these tests are common knowledge. Site acceptance test documents need to be completed routinely in order for systems to meet GMP requirements. Without the SAT tests, it is difficult to see if these requirements are successfully complied with.
Essentially, the SAT ensures all controlling and manufacturing of medicinal products meet the standards of confidence the legislation agreements expect them to make.
The SAT is a test of not only efficiency but quality. It is up to senior management and committed staff to keep a track of system software levels across different departments. By conducting an SAT, quality assurance is met, along with good manufacturing practice, safe quality risk management and efficient quality control checks.
All results from SAT need to be monitored and recorded before being resourced with the appropriate personnel. The SAT also has to transfer across premises, facilities and equipment so need to be a test that can be conducted across the borders.
There are various elements of a Site Acceptance Test that will be included in the test to ensure its success.
These include: Finishing visual checks, main components visual checks, internal box pressure and ventilation setting checks, the functionality of utilities to be checked, the interlocks to be checked in relation to functionality, a hot test for dispensing systems, calibrator verifications, safety devices checks and tests of the operator’s training and ability.
Site acceptance tests are of huge importance as they allow for a system to prove it is up to the job and can achieve its goals safely. Which in turn, makes the user safe. FAT’s ensure the manufacturer is also safe, so the use of both acceptance tests is absolutely necessary.
Issues can be rectified before they have the potential to cause damage or harm, which also allows for projects to be kept on track and, if applicable, on budget. Site acceptance tests aren’t just used in the pharmaceutical fields. They stem across all borders of engineering, even into traffic signal equipment! By conducting an SAT all users are able to acknowledge a system is doing its job right.
At its most basic level, a site acceptance test is the procedure of testing particular equipment, systems or processes to ensure they are up to date with their internal services and that they function to the required limits to keep everyone safe.
The factory acceptance tests (FAT) are inspections that use the same principle, are more focused on whether the user requirements meet specification, and be executed by not only the client but the client representative. They take both the manufacture and the user into account and are, like their title suggests, tested at the factory/place of manufacturing.
In the biotech, medical and pharmaceutical fields, these tests are common knowledge. Site acceptance test documents need to be completed routinely in order for systems to meet GMP requirements. Without the SAT tests, it is difficult to see if these requirements are successfully complied with.
Essentially, the SAT ensures all controlling and manufacturing of medicinal products meet the standards of confidence the legislation agreements expect them to make.
All results from SAT need to be monitored and recorded before being resourced with the appropriate personnel. The SAT also has to transfer across premises, facilities and equipment so need to be a test that can be conducted across the borders.
There are various elements of a Site Acceptance Test that will be included in the test to ensure its success.
These include: Finishing visual checks, main components visual checks, internal box pressure and ventilation setting checks, the functionality of utilities to be checked, the interlocks to be checked in relation to functionality, a hot test for dispensing systems, calibrator verifications, safety devices checks and tests of the operator’s training and ability.
Site acceptance tests are of huge importance as they allow for a system to prove it is up to the job and can achieve its goals safely. Which in turn, makes the user safe. FAT’s ensure the manufacturer is also safe, so the use of both acceptance tests is absolutely necessary.
Issues can be rectified before they have the potential to cause damage or harm, which also allows for projects to be kept on track and, if applicable, on budget. Site acceptance tests aren’t just used in the pharmaceutical fields. They stem across all borders of engineering, even into traffic signal equipment! By conducting an SAT all users are able to acknowledge a system is doing its job right.
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