HAL LED

The HAL LED is designed to ensure maximum productivity and efficiency when safety testing on LED and other luminaire production lines; while the high resolution power measurement allows for greater quality control measures to be implemented. The HAL LED tests in accordance with UL 1598, UL 8750.

200mVA Resolution Power Measurement
LED lighting is fast becoming the choice for ‘green’ conscious consumers; manufacturers are striving to produce more efficient lighting solutions for a competitive market.
With 200mVA resolution, the HAL LED is designed so that manufacturers can measure the output of every product manufactured to ensure it falls within acceptable power limits. 

This gives the manufacturer peace of mind that correct components, such as LED drivers, were fitted at time of manufacture.
The HAL LED is appropriate for medium-large scale electrical manufacturers: LED lighting manufacturers, LED lighting importers, QA and product auditing departments and manufacturers of low powered equipment

Traceable Results
With quality systems placing more pressure on manufacturers to provide traceable, accurate results the HAL LED eliminates the pressure of manually logging test results.
Date and Time stamps are applied to each product tested along with an optional field a product identifier such as a serial or batch number. A large memory capable of storing 6000 tested products will capture the daily results of even the busiest production line.

Flexible User Configurable Test Sequences
The HAL LED can store up to 50 test sequences in its automatic mode configuration. Each test sequence can comprise of up to 5 individual test (not including repeats).
Once configured, automatic mode provides a structured and repeatable method of testing, ensuring that the required test parameters and timings are adhered to during end-of-productionline test requirements.

Designed with Safe Testing Practices in Mind
In order to aid compliance with safe test area requirements (EN 50191) the HAL LED utilises a number of safety features.
Isolated test outputs when performing Flash (HiPot) and Insulation resistance tests reduce the potential for shock.
The built-in guard switch enables automatic disconnection of test voltages if opened, ideal for ensuring safety if a person accidentally enters the test area during a potentially hazardous test. That coupled with a ‘plug and play’ style beacon port enables clear identification when high voltage testing is being performed.