Data Sheet NV-ER1816 16-Port Ethernet Receiver 10/100/1000 10/100/1000 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 Join Main Auxiliary OUTPUTS: 56VDC 1AMP MAX. PER PORT, 4.5A MAX, TOTAL (no analog / no ethernet) Application Example: IP Camera IP Camera Cat5 328ft ( 100m) NV-ET1801 NV-ET1801 any wire NV-ER1816i SFP slot Cat5 328ft ( 100m) Switch or Router LAN/WAN Hybrid DVR or NVR Monitor Features: 100 BaseT transmision; Network speeds up to 150 Mbps*; Up to 8,000ft (2,500m)* s PoE, PoE+, or High PoE cameras (or other PoE devices), up to 50 watts* Dual 1000BaseT uplink ports (RJ45 & SFP) Use with NV-ET1801 or NV-ET1804 TBus Transmitters One TBus port at the network-end can support multiple remote Transmitters/IP cameras 56 VDC is distributed over the TBus to all connected equipment Easy configuration, no PC required; Browser based moitoring & control available Transparently supports all networking protocols (UDP, TCP/IP, HTTP, Multicast*, etc.) 128-bit AES encrypted transmission; Built-in transient protection The NVT TBus is a 1U 19 rack-mountable bus-architected ethernet switch, that together with remote TBus transmitters, is capable of supporting up to 64 10/100 BaseT Ethernet and PoE+ powered devices. The TBus transmission medium can be coax, 2-wire/UTP, or Shielded Twisted-Pair. Data rates up to 150 Mbps are achievable, making these devices the ideal choice in new or legacy installations where existing cable is re-deployed as part of an upgrade to IP cameras. An internal 250 watt 56 VDC power supply can be optionally augmented by an external 250 watt auxiliary power supply, supporting redundancy and/or higher power applications. The NV-ER1816i is backed by NVT s award winning customer suooprt, limited lifetime warranty, and advance replacement. No IP or MAC addressing configuration is required, yet is available for browser-based monitoring and control. This provides exceptional yet simple configuration and diagnostics for the installer or remote monitoring facility. Status LEDs indicate power, Ethernet/PoE, and TBus connectivity/activity. * Distance and number of devices supported may be lower due to power supply capacity and wire voltage-drop. See Wire Distance Charts on page 4. Aggregate TBus bandwidth is dynamically allocated (shared based on traffic), and decreases with wire distance. See Wire Distance Chart on page 5. Multicast requires an IGMP Querier, either in a network switch, or in the NV-ER1816i Receiver Hub. High bandwidth streaming devices (>15Mbps) that employ unusually chatty protocols (TCP/IP, TFTP, etc.) are not recommended. Use RTP/UDP instead. Page 1 of 5
Main Auxiliary Join 10/100/1000 10/100/1000 Technical Specifications E T H E R N E T ( U p l i n k ) I N T E R F A C E S SFP Port: RJ45 Port: Protection: Wire type: Distance: Gigabit Ethernet 10/100/1000 BaseT IEEE 802.3ab auto-negotiation, auto MDI / MDX crossover Industrial transient protection Cat5 or better up to 328 feet (100m) T B u s L I N K I N T E R E R FA C E Connectivity: Sixteen ports, each equipped with a BNC and RJ45 Source: Each port delivers class 2 (SELV) power 56VDC at up to 1 amp, to power remote NVT transmitters and their PoE devices. Wire type: Coax, single- or multi-pair UTP, 18/2, or STP wire Impedance: 25 to 100 Topology: Bus architecture supports star, daisy-chain, or any combination. One control-room Receiver may support multiple remote TBus Transmitters. Data throughput: 150 Mbps total network bandwidth* with dynamic bandwidth allocation Latency: 3 ms Wire distance: Up to 8,000 feet, 1.5 miles (2.5 Km)* Transmission technology: IEEE 1901 Encryption: 128-bit AES, through one-button Joining * I M P O R TA N T N O T E : Data rate, distance, and number of devices may be lower due to wire voltage-drop, power supply capacity, or signal attenuation. See pages 4 & 5. W A R N I N G : For safety, never use more than two power supplies within a TBus channel. Never use more than one 60 watt remote power supply on each TBus channel. A L A R M O U T P U T S Main: Rear screw terminals 5 & 6 open on fault Auxiliary: Rear screw terminals 7 & 8 open on fault 60V 100mA 16 1,000V isolation R E G U L AT O R Y UL Listed to IEC/UL 60950-1 Complies with FCC part 15A limits W A R R A N T Y Limited Lifetime Specifications subject to change without notice. L E D S TAT U S I N D I C AT O R S Internal when initializing or Joining NV-ER1816 Optional External M E C H A N I C A L / E N V I R O N M E N TA L Body Dimensions: 16-Port Ethernet Receiver 1 2 3 4 5 6 7 8 9 10 Remote device detected Shipping weight: Operating / storage temperature: Generated heat: Under full 220W load, hub alone Under full 220W load, including remote transceivers & cameras Under full 470W load, including remote transceivers & cameras 11 Per-channel Load Green when>0.5w 12 13 14 15 16 Ethernet Uplink Tx Ethernet Uplink Rx SFP Uplink Tx SFP Uplink Rx 17 in (432 mm) wide 1.73 in (44 mm) high 10 in (254 mm) deep excluding connectors and rack ears 10.37 lbs (4.70 Kg) -40 F to 185 F (-40 C to +85 C) 20 to 85% relative humidity non-condensing 250 BTU/hour 1,100 BTU/hour 2,200 BTU/hour (470 W load requires auxiliary NV-PS56-250W power supply) Transient immunity: 5 x 20µS 3,000A, 6,000V ESD 20KV, 200pF P O W E R S U P P LY The NV-ER1808i contains a 250 watt 56VDC power supply that operates off 100 to 240 VAC, 50/60 Hz. Current draw can be up to 4.5 amps. The NV-ER1808i consumes up to 30 watts, leaving 220 watts for the eight TBus ports. Fuse rating: Use only the power cord provided with the unit or equivalent UL approved type SPT-2, SVT, or SJT 18/3 AWG 100~240 VAC, 1 Amp 60 C max 15 ft (4.5 m) long. One end with IEC380-C13 appliance coupler and the other end with NEMA 1015P or equivalent for your country. An optional external 250 watt power supply may be added for high load applications, or for redundancy, bringing the total power to 500 watts. The external power supply connections use an 8-conductor pluggable Phoenixstyle connector suitable for up to 16AWG (1.3 mm) conductors. Only one external 250 watt power supply may be used with each NV- ER1808i. For multi-hub environments, up to three power supplies are available in a shared 1U enclosure: Single External Supply Model NV-PS56-250W: 56V 250W Dual External Supply Model NV-PS56-250W-2 Dual 56V 250W Triple External Supply Model NV-PS56-250W-3 Triple 56V 250W Page 2 of 5
Browser-Based Monitor and Control Tools The NV-ER1816i contains an http server allowing secure communication with a web browser on the network. This allows for: Control & monitoring functions Joining function Password write access (in conjunction with the Joining pushbutton) Reading of per-channel and overall current draw -cycle reset of any channel Download of firmware upgrades Remote diagnostics Accessories NV-BNCT: BNC T adaptor NV-EC4BNC: 1:4 BNC splitter adaptor NV-BNCA: BNC Screw terminal adaptor NV-RJ45A: RJ45 Screw terminal adaptor NV-PC4PR: RJ45 Patch Cord, 4-pair 3 (1m) NV-PS56-250W Auxiliary 56V 250W Supply NV-PS56-250W-2 Dual Auxiliary 56V 250W Supply NV-PS56-250W-3 Triple Auxiliary 56V 250W Supply Page 3 of 5
Wire Type and Distance Eight Port PoE+ Receiver Hub Model NV-ER1808i The distance capability of wire is dependant on its ability to deliver DC power, and separately, to deliver highfrequency data signals. The graph below shows maximum power delivery when using a 56V power supply. If you are locally powering your camera (or other remote device), then this graph does not apply. The graph on the next page shows the maximum data delivery rate. A Distance Calculator can be found at www.nvt.com. PoE devices require a minimum of 43V to operate. With a 56V supply, we have up to 13V of allowable voltage drop on the wire. The voltage will dip in proportion to the remote (camera) load. The graph below shows what PoE power distances are supported for various loads and wire types. Start with the camera wattage at the left. Sometimes IP cameras are listed as to their PoE Class rather than wattage. Now read over to the right until you find your kind of wire. Then look up (feet) or down (meters) to find your maximum distance. If your wire is not among the examples, simply measure its total resistance and find the value on the right side of the graph. The maximum supported wattage is on the left. Camera Wattage 50 W 40 W 30 W 25 W 20 W 18 W 15 W 12 W 10 W 8.0 W 6.0 W 5.0 W 4.0 W 3.0 W 2.5 W 2.0 W 98 ft 197 ft 164 ft 131 ft High Powe wer PoE Class 4 PoE Class 1 262 ft 984 ft 820 ft 656 ft 590 ft 492 ft 397 ft 328 ft 5 RG59/U 22 AWG RG59/U 23 AWG CATV 20 AWG 2-Wire 24 AWG 2-Wire 2-Wire 2 AWG 4-pair Cat5 or 2-Wire 18 AWG 20 AWG Distance TV 2 1,312 ft C ATV 22 AWG 1,968 ft 1,640 ft 2,624 ft RG59/U 20 AWG RG6 6,560 ft 5,904 ft 4,920 ft 3,936 ft 3,280 ft 18 AWG AW RG11 9,840 ft 8,200 ft 14 AWG AW 13,120 ft 19,680 ft 16,400 ft 26,240 ft 32,800 ft 3 Ω 4 Ω 6 Ω 7 Ω 9 Ω 11 Ω 12 Ω 14 Ω 16 Ω 19 Ω 21 Ω 23 Ω 24 Ω 28 Ω Total Wire Resistance 0 W 38 Ω 30 m 60 m 50 m 40 m 80 m 300 m 250 m 200 m 180 m 150 m 120 m 100 m 400 m 600 m 500 m 800 m Distance 2,000 m 1,800 m 1,500 m 1,200 m 1,000 m 3,000 m 2,500 m 4,000 m 6,000 m 5,000 m 8,000 m 10,000 m Page 4 of 5
Wire Type and Data Distance There are a wide variety of wire qualities, from copper-plated steel at the low end (CATV wire) to high performance low-loss pure copper. The graph below will help you to determine your data thoughput as a function of wire type and distance. A Distance Calculator can be found at www.nvt.com. 20,000 ft 10,000 ft 7,000 ft 5,000 ft 3,000 ft 2,000 ft 1,000 ft 700 ft 500 ft 300 ft 200 ft Typical Wire Distance RG-11 Coax RG-6 Coax RG-59 Coax UTP Cat 5 Shielded 18/2 Un-Shielded 18/2 7,000 m 5,000 m 3,000 m 2,000 m 1,000 m 700 m 500 m 300 m 200 m 100 m 70 m 50 m 100 ft 70 ft 50 ft 30 m 20 m 30 ft 150 140 120 100 80 60 40 Maximum Network Data Rate (Mbps) 20 10 m Page 5 of 5 Copyright 2014 NVT, Inc. 411-1816-1-A2