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The Importance of Choosing an Industrial-Grade Enclosure for Your PoE Media Converter
To protect the Industrial PoE Media Converter from the harsh environment, the enclosure plays the core role in fitting the industrial grade standard. Aluminium, a widely used metal material, has several advantages over steel compared to iron.
| Product Specifications | |||
|---|---|---|---|
| Ports | 1×10/100/1000Base TX RJ45 1x1000Base-X SFP/1×9 |
Port Mode(Tx) | Auto Negotiation Full/Half Duplex Auto MDI/MDIX |
| Frame Size | 10K | PoE Ports | Port 1 |
| Input Power | 9-56V DC | Max Power Per Port | 90W |
| Housing | Aluminium Case | IP Rating | IP40 |
| Operating Temperature | -40℃ to +75℃ | Dimensions | 120x90x35mm |
| Installation Mode | DIN Rail and Wall Mount | Weight | 350g |
Ensure the Industrial PoE Media Converter is Rugged in Harsh Environments
There is no need to worry about reliability or maintenance issues with the Industrial PoE++ Media Converter. Features include a fanless design and low power consumption. The Industrial Gigabit PoE++ Media Converter can operate at low and high temperatures thanks to mature technology and open network standards. It is also resistant to electric interference, salt fog, vibration, and shocks. Also, it integrates redundant dual power supplies, which provides additional reliability for applications that require always-on connections.
Plug and Play Industrial PoE Media Converter with Fiber
Video surveillance administrators can select a suitable SFP transceiver based on the transmission distance and speed requirements. Distances can be extended from 550 meters to 2 kilometres (multi-mode fibre) and up to 10/20/40/60/80/120 kilometres (single-mode fibre or WDM fibre). Applications within enterprise data centres and distributed systems are particularly suitable.
Industrial PoE Media Converter FAQs
The Industrial PoE++ Media Converter is designed to provide reliable, high speed connections between Ethernet and Power over Ethernet (PoE) devices. It works by converting incoming data signals from the network into electrical current that is used to power connected devices. This helps ensure consistent and reliable performance in the network infrastructure. The PoE++ Media Converter also offers an impressive level of reliability with its fanless design, low power consumption, and ability to withstand electric interference, salt fog, vibration, and shocks.
Our Industrial PoE++ Media Converter stands out from other similar products on the market due to its fanless design and low power consumption, as well as its resistance to electric interference, salt fog, vibration, and shocks. We have also built in a mature technology and open network standards so that it can operate at both low and high temperatures. In addition, our product is easy to integrate into existing networks without needing any additional hardware or software. All of these features make our product the perfect choice for network engineers who want a reliable and maintenance-free media converter solution.
Absolutely! Our Industrial PoE Media Converter has been successfully deployed in a variety of industrial settings, from factories and warehouses to shipping yards and ports. We have seen our device used to connect surveillance cameras, data terminals, and other devices that require robust connectivity over long distances. Our device is flexible enough to handle both single-mode fiber connections as well as multi-mode fiber connections at extended distances.
| Ethernet Interface | ||||
| Model | FR-7N1101/P/BT | FR-7N3101/P/BT | FR-7N1102/P/BT | FR-7N3102/P/BT |
| RJ45 Port | 1×10/100Base-TX | 1×10/100/1000Base-TX | 2×10/100Base-TX | 2×10/100/1000Base-TX RJ45 |
| Optical Port | 1x100Base-X SFP/1×9 | 1x1000Base-X SFP/1×9 | 1x100Base-X SFP/1×9 | 1x1000Base-X SFP/1×9 |
| Port Mode(Tx) | Auto Negotiation Speed
Full/Half Duplex Mode Auto MDI/MDI-X Connection |
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| Standards | IEEE 802.3 for 10BaseT
IEEE 802.3u for 100BaseT(X) and 100BaseFX IEEE 802.3z for 100BaseSX/LX/LHX/ZX IEEE 802.3x for flow control |
IEEE 802.3 for 10BaseT
IEEE 802.3u for 100BaseT(X) and 100BaseFX IEEE 802.3ab for 1000BaseT(X) IEEE 802.3z for 1000BaseSX/LX/LHX/ZX IEEE 802.3x for flow control |
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| Maximum Packet Length | Up to 10K | |||
| Forward Filter Rate | 14,880pps(10Mbps)
148,800pps(100Mbps) 1,488,000pps(1000Mbps) |
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| Transmission
Distance |
SFP Port: Depends on optical module(0-160km)
RJ45 Port Transmission Distance: 100m (using standard CAT5/CAT5e cable) |
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| PoE & Power Supply | ||||
| Model | FR-7N1101P/3101P | FR-7N1101BT/3101BT | FR-7N1102P/3102P | FR-7N1102BT/310BT |
| PoE Ports | IEEE802.3af/at @PoE+ | IEEE802.3af/at/bt @PoE++ | Port 1 to 2 IEEE802.3af/at @PoE+ | Port 1 to 2 IEEE802.3af/at/bt @PoE++ |
| Power Supply Pin | Default: 1/2(+), 3/6(-) | Default: 1/2(+), 3/6(-)
or 4/5(+), 7/8(-) |
Default: 1/2(+), 3/6(-) | Default: 1/2(+), 3/6(-)
or 4/5(+), 7/8(-) |
| Max Power Per Port | 30W | 90W | 30W | 90W |
| Total PWR /Input Voltage | 30W(DC48-56V) (Model dependent) | 90W(DC52-56V)
(Model dependent) |
60W(DC48-56V)
(Model dependent) |
180W(DC52-56V)
(Model dependent) |
| PSE Modes | Mode A | Mode A, Mode B | Mode A | Mode A, Mode B |
| Power Consumption | Single Channel: 2 Watts Max(without PoE load)
Dual Channel: 4 watts Max(without PoE load) |
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| Power Inputs | 2 | |||
| Input Voltage | 9-56VDC,Redundant dual inputs | |||
| Operating Voltage | Non-PoE Mode: 9-56VDC
30W PoE Mode: 48-56VDC 90W PoE Mode: 52-56VDC(IEEE802.3bt model) |
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| Connector | 1 removable 6-contact terminal blocks
Pin 1/2 for Power 1, Pin 3/4 for Power 2, Pin 5/6 for fault alarm |
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| Protection | Overload Current Protection, Reverse Polarity Protection | |||
| Physical Characteristics | |
| Housing | Aluminium case |
| IP Rating | IP40 |
| Dimensions | 120mm*90mm*35mm |
| Installation Mode | DIN Rail or Wall Mount |
| Weight | 350g |
| Environmental | |
| Operating Temperature | -40℃~75℃ (-40 to 167 ℉) |
| Operating Humidity | 5%~90% (non-condensing) |
| Storage Temperature | -40℃~85℃ (-40 to 185 ℉) |
| MTBF | 2,573,692 Hours (Non-PoE Models)
2,332,497 Hours (PoE Models) Standard: Telcordia SR-332 GF 30℃ |
| Heat Dissipation | 7 BTU/h (1Ch Non-PoE)
14 BTU/h (2Ch Non-PoE) 109 BTU/h (1Ch 30W PoE) 218 BTU/h (2Ch 30W PoE) 314 BTU/h (1Ch 90W PoE) 628 BTU/h (2Ch 90W PoE) |
