LV & MV Switchboards · Busducts · Automation · Energy Management
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In-house temperature-rise testing
Measure thermal performance with controlled, recorded testing
In-house temperature-rise equipment and data logging support product-development validation and investigation of thermal behaviour.
In short
In-house temperature-rise equipment and data logging support product-development validation and investigation of thermal behaviour.
Test capability
Controlled current injection
Multi-point temperature monitoring
Time-based data logging
Ambient and conductor-temperature tracking
Review of stabilisation and temperature-rise behaviour
Engineering value
Thermal data helps validate busbar design, jointing, ventilation, component selection and enclosure configuration during development and improvement work.
In house Temperature Rise Set-up
In-house temperature-rise test lab, testing under rated current up to 6300 A.
Compliance boundary
Formal design-verification claims must rely on the applicable standard, approved procedure and valid supporting evidence. In-house testing should not be presented as third-party certification.
Engineered right
Derating compliance
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Derating compliance
All switchgear and busbars are derated as per IEC standards, considering altitude, ambient temperature and load profile.
Independent evidence
Temperature-rise test
Temperature-Rise Test – 3200 A LV Panel
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