Products

Industrial Gigabit POE Injector

Model:PI6014

  • Industrial Gigabit POE Injector with voltage booster
  • 60 Watts, selectable Mode A and Mode B
  • Accept 24/48/56 VDC to boost up voltage to 55V for 60/72 Watts application
  • 1x10/100/1000M TX PSE (802.3af/at POE+) TX, 1x10/100/1000M TX
  • Operating temp: -40°C to +75°C

This Super Voltage Booster --- 60 Watts, high power Single port industrial POE Injector is equipped with our high efficiency ColdDesign technology which allows low input voltage, such as 24/48/56 VDC be boost up to 55VDC to provide 60Watts to 72 watts power to your security equipment by a 4 - pin selectable dip switch . The ColdDesign technology will not only boost up Input Voltage , also reduce the excessive heat problem to a minimum . It accepts the input voltage as low as 24/48 VDC to boost up to 55V to meet IEEE802.3af/at required voltage. This built-in 4 pin dip switches are able to select POE for Mode B or Mode A , to select standard IEEE802.3at 30Watts or high power 36Watts, and to select 2 pair or 4 pair for 30/36Watts or 60/72Watts power output. It is being rigorously tested for your Security, Transportation and Telco application.

Model

PI6014

Video performance

Low Light Mode

0.5 Lux at F1.2 (Color);0.1 Lux at F1.2 (B/W)

With Infrared

0.0 lux

2D WDR

Off / Auto / x2 / x3/ x4 (by normal mode)

Power

Power consumption

DC12V, 7.2W / PoE, 8W

PoE

IEEE802.3af

Power supply

DC12V ±10%
Power over Ethernet (IEEE 802.3af compliant)

Sensor

Sensor type

1/2.3-inch CMOS

Total sensor pixels

4072 (H) x 3046 (V) = 12,403,312 pixels

With Infrared

0.0 lux

2D WDR

Off / Auto / x2 / x3/ x4 (by normal mode)

Certifications

CE

Yes, EMI CLASS A

FCC

Yes, EMI CLASS A

Environmental

Operating temperature

-25℃ to 50℃ (-13℉ to 122℉)

PC requirement

CPU

Intel Core 2 Duo E6400 2.13GHz or above

RAM

2GB or above, Independent Display Card

OS

Windows 2000, Windows XP, Windows Vista, Windows 7, Windows 8

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Classification Description Date File Size Downloads
Catalogue Catalogue- PI6014 2016-12-07 401KB
Image High-Resolution Image 631KB