Prompt's CFL luminaries are powered by highly efficient microcontroller
based invertors. The high efficiency design is optimized for generating
highest Lumen/watt while increasing tube life by 30-40%.
| Key Benefits |
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Optimized for generating highest Lumen/watt |
| • |
Improved tube life by 30% to 40% and reduced tube blackening |
| • |
No distortion to work with electronic gadgets |
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Built in thermal fuse for protection from excessive
load and reverse battery protection |
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Designed to withstand the application of reverse battery polarity |
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Reliable all solid-state circuitry, no power hungry relay to burn out |
| Features |
| • |
The inverter is of pure sine wave type with a crest factor less than 1.7 |
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The operating frequency is 35 kHz |
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The overall efficiency of the control electronics is >85% |
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Automated Preheating is provided |
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Over current sensing is provided through a feedback loop for ensuring
proper current is reaching CFL filaments |
| • |
Our lab testing proved that there was no blackening or reduction in the
lumen output by more than 10% after 1200 ON/OFF cycles (two
minutes ON and four minutes OFF is one cycle) |
| • |
No load shutdown is provided |
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High quality berg connectors are provided for the ease of installation,
no soldering required |
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Nominal operating voltage is 12V |
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Available in 7W, 9W, 11W and 18W versions |
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Intelligent input battery voltage & current monitoring is provided |
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Total Harmonic Distortion is less than (THD) <30% |
| • |
The circuitry consists of High Accuracy Oscillator |
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Support End of Life (EOL) Detection in Multi-Lamp Topologies |
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Built-in Lamp Current and Voltage Limitation Function during Ignition
Mode |
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Free Running Frequency: 32-35 kHz. |
| • |
RFI (Radio Frequency Interference) suppression, designed to work with
radio systems |
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