Advantech BB-100-POE4

The Advantech BB-100-POE4 Industrial PoE Mid-Span Injector is designed to trasmit power along with data over an Ethernet network. It is ideal for powering PoE capable devices where running an AC power feed is either not possible or cost effective. PoE allows an end user to power a PoE camera, wireless access point, or any other PoE capable device without the need for running separate wires for power. This also allows the ability for a centralized battery backup for all these devices.


PRODUCT OVERVIEW

Ideal for upgrading non-PoE network infrastructures with PoE capabilities, the 100-POE4 Industrial PoE Mid-Span Injector is designed to solve the most demanding industrial communications requirements by providing high throughput and minimum downtime while also providing power to PoE capable devices over the existing Ethernet network.

The 100-POE4 provides four pairs of two RJ-45 10/100BaseTX copper ports. Each pair consists of one RJ-45 port that connects to an existing network, and one RJ-45 PoE capable port that can send data and, up to 15.4 watts of power to a PoE capable device. The data on all four pairs are isolated from each other allowing for ease in upgrading non-PoE network infrastructures.

The 105FX-POE automatically detects any PoE device that is connected and powers it accordingly. If a PoE fault is detected on a specific port the Auto-disconnect feature disables PoE power on that port, allowing only data communications to pass. This reduces the risk of damaging costly equipment.

The 100-POE4 is an ideal candidate for providing data and power to wireless LAN access points, network cameras, VoIP, and other PoE capable devices. The product also helps reduce costs by eliminating the need for electrical wiring and electrician expenses.

The 100-POE4 has extended operating environmental specifications to meet the harsh needs of the industrial environment. For cost savings and convenience the device can be DIN-Rail mounted alongside Ethernet I/O or other Industrial Equipment.

To increase reliability the 100-POE4 provides dual redundant power inputs. Dual LED's indicate that power is being applied with a valid power source on the respective redundant power input. This allows for easy monitoring of the two redundant power inputs. A global power LED is also present at the top of the unit to indicate an overall valid power source or when a power bus fault occurs.

BENEFITS

PoE Industrial Network PSE


• Compact Size / Small Footprint
• Ability to Power Devices via LAN
• Eliminates need for Costly Electrical Wiring
• Extended Environmental Specifications
• Hardened Metal DIN-Rail Enclosure
• High Performance
• High MTBF >2M Hours
• ESD Protection Diodes on RJ-45 Ports
• Surge Protection Diodes on Power Inputs


Ease of Use


• Plug & Play Operation
• Unmanaged Operation
• Ideal for Network Expansion
• Auto-Detection of Connected PoE Devices
• Dual PoE Status LED's per port


Increased Performance


• Full Wire Speed Communications
• Auto-Disconnect of PoE Port if Fault is Detected

BB-100-POE4 SPECIFICATIONS

Height:	3.5" (8.9cm)
Width:	1.5" (3.8 cm)
Depth:	3.6 (9.0 cm)
Weight:	0.7 lbs. (0.32 kg)
DIN-Rail:	35mm
Electrical
Input Voltage:	46-49 VDC
Steady Input Current Under Full Load:	1.6 A@48V
Steady Input Current Under No Load:	30mA@48V
Inrush:	27Amp/1.5ms@48V
Environmental
Operating Temperature:	-40 oC to 85 oC
Storage Temperature:	-40 oC to 85 oC
Operating Humidity:	10% to 95% (Non Condensing)
Operating Altitude:	0 to 10,000 ft.
Reliablity
MTBF:	>2 Million Hours
Network Media
10BaseT:	>Cat3 Cable
100BaseTX:	>Cat5 Cable
Connectors
10/100BaseTX:	Eight (8) RJ-45 Copper Ports
Recommended Wiring Clearance
Front:	2" (5.08 cm)
Top:	1" (2.54 cm)
Regulatory Approvals
	FCC Title 47 Part 15 Class A UL Listed (US and Canada) per ANSI/ISA-12.12.01-2000, Class I, Div 2, Groups A,B,C,D,T4A ICES-003- Class A CE: EN61000-6-2,4 EN61000-4-2,3,4,5,6 EN55011 ABS Type Approval for Shipboard Applications DNV Type Approval Certification EN50155 for Railway Applications GOST-R Certified; RoHS Compliant
Designed to comply with:	IEEE 1613 for Electric Utility Substations NEMA TS1/TS2 for Traffic Control