T6-6LED Data Sheet

FENIEX INDUSTRIESAUSTIN, TX 787451.800.615.8350 1

PRODUCT FAMILY DATA SHEETT-6/6 TIR LED


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Feniex T-6/ 6 TIR LED Module Reliability SheetThis document provides data relibality tested performed on the 6 LED module and the Cobra T-6.

Features of the 6 TIR LED Module:

• 9V-15V DC• Current draw: 1.2 Amps • Constant current (steady on): 1.2 Amps • Flashing Current (warning mode): 550 Amps (Max)

• Built in Thermal Regulator• ROHS/CE Compliant• Meets CCR, Title 13 Requirements

Average Current Draw Per Product:

Avatar 37”: 13.70 AmpsAvatar 47”: 15.90 AmpsAvatar 57”: 18.10 AmpsCobra 100/1X/T-6: 550 mAmpsCobra 200/2X: 1.1 AmpsCobra 400: 2.20 AmpsCobra 600: 3.30 AmpsCobra 800: 4.40 AmpsRocker Panel (1) : 4.40 Amps

Copyright © 2012-2013 Feniex Industries, Inc. All Rights Reserved. The information in this document is subject to change without notice. Feniex© and the Feniex logo are registered trademarks of Feniex Industries.


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Light Efficiency and Optical Spread

The 6 TIR LED Module is manufactured with both 35 ° and 20 ° Optics. The light spread produced by both models are in line with standard DOT requirements for emergency vehicle and warning lighting ap-plications. As shown in the graph above, the vertical spread is consistent on both units at 20 degrees. The horizontal spread for all warning lights is 35 degrees.




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Water/Environmental Testing

120 PSI is equivalent to a water submersion depth of 2000+ feet.

As electronic components are susceptible over time to water and environmental dam-age, it is significant for emergency vehicle lighting equipment to be well sealed. The following test results demonstrate the rigidity of our manufacturing and sealing process. The Cobra T6 and 6 TIR LED module can withstand an internal pressure of 120 PSI without any damage to the unit. The pressure test shown below shows a functioning unit submerged under water with an internal pressure of 120 PSI. This rating is equivalent to a water submersion depth of more than 2000 feet.



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China Competitor USA Competitor

Feniex 6 TIR/T-6 Module

Radio frequency interferences (RFI) and Electromagnetic Interference (EMI) can effect the inbound and outbound trans-mission of radio systems by producing a significant amount of static. The following readings show the RFI and EMI output produced by the 6 TIR LED and T-6 modules and comparable products via a China manufacturer and a US competitor.

The Feniex 6 TIR module and the T-6 produces 0% RF noise from 1 MHz to 500 MHz,

Radio Frequency Interference (RFI)/(EMI)




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Size Profile

A side view of a 6 TIR module

A rear view of a 6 TIR module

The 6 TIR module boasts the thinnest profile in the industry. The module stands at 0.95” in height, 0.65” in width and 4.36” in length.



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Thermal Testing

Thermals play a vital role in the life expectancy of emergency vehicle products. The photos below demonstrate a heat chamber test at 300 degrees. The first photo is a before photo of the Cobra T-6 and the second photo is after the unit has been placed in the heat chamber for 6 hours. This test stimulates the higher ambient environmental and extreme conditions over a period of 8 years. This test was conducted with a comparable US competitor and China competitor product. As indicated in the graph, the T-6 was able to with-stand the environmental conditions over a longer period of time than competitors.

Figure : Cobra T-6 before thermal testing Figure : Cobra T-6 after 6 hours of thermal testing




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Voltage Spikes/Automotive Transients

A switching spike test was performed to test for high transients. These voltage spikes range from -150V to 100V+. The test was ran over 300,000 times (60,000/minute) to simulate a period of 5 years. The 6 TIR LED module and Cobra T-6 during these tests ran without flaw, due to integrated transient protection which prevents circuit degradation over time.

T6-6LED Data Sheet

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