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Reference

R - 7

Form 361015-0001A

FiberPoint Structured Wiring Enclosure Installation Guide

F

IBER

P

OINT

 500 S

ERIES

 S

PECIFICATIONS

The following specifications pertain to all FiberPoint models

Environmental

Ambient Operating temp ........................ -40° to 114° F

(-40° to 46° C)

Shipping/Storage temp ........................... -40° to 140° F

(-40° to 60° C)

Rate of change (per hour) ....................... 15° F (8.3°C)
Operating Relative Humidity ..............................0-95% 

(non-condensing)

Storage Relative Humidity ..................................0-95% 

(non-condensing)

Altitude .....................-200 to 10,000’ (above sea level)
Miscellaneous ................................ Salt, Fog Resistant

Wind Drive Rain Protection

Anti-dust Enclosure

Interfaces

Data Interface................ 10/100 Base T Ethernet ports

autosensing

Connector Type ...................................................RJ-45
Data Rate ..................... 64 Kbps to 65 Mbps sustained

100 Mbps burst

Drop Length ............................ 328’ (100 m) maximum

with CAT5 cable

Video*....................................... RF analog/digital ports

via F-Connector (RG-59)

PON ......................................... single 9/125 µm single

mode fiber. SC/APC connector

minimum 55 dB return loss

* not applicable to FiberPoint 502/504

Recommended Clearances

Left Side .................................................12” (30.48cm)
Right Side...................................................6” (15.2cm)

Full length

Front Side................................................36” (91.4 cm)

Standing Room

Rear ....................................None - flush mount to wall

Voice/Data PON - Optical Input

Wavelength - Nominal .................................... 1490 nm
Wavelength - Minimum................................... 1480 nm
Wavelength - Maximum.................................. 1500 nm

Signal Strength - Minimum ............................. -25 dBm
Signal Strength - Maximum .............................. -3 dBm

Voice/Data PON - Optical Output

Wavelength - Nominal .................................... 1310 nm
Wavelength - Minimum................................... 1260 nm
Wavelength - Maximum.................................. 1360 nm
Optical Output Power- Minimum ...................... -1 dBm
Optical Output Power-- Maximum ......................3 dBm

Video PON - Optical Input

Wavelength - Nominal .................................... 1555 nm
Wavelength - Minimum................................... 1550 nm
Wavelength - Maximum.................................. 1560 nm
Signal Strength - Minimum*.............................. -5 dBm
Signal Strength - Maximum*...............................2 dBm
* @ 3.8% OMI (AGC range)
NOTE: Above measurements do not apply to the 
FiberPoint 502 or 504 (no video circuit).

Video PON - Analog RF Output

Impedance - Nominal ....................................... 75 ohm
Bandwidth - Minimum .......................................54 MHz
Bandwidth - Maximum ....................................550 MHz
Return Loss - Minimum .......................................10 dB
Signal Strength - Minimum*........................... 14 dBmV
Flatness (peak to valley) ...................... 6 dB Maximum
Channel Loading ............. Up to 80 RF CATV channels
* Within Auto Gain Control (AGC) range
NOTE: Values outside AGC range will result in perfor-
mance degradation.

Video PON - Digital/RF Output

Impedance - Nominal ....................................... 75 ohm
Bandwidth - Minimum .....................................550 MHz
Bandwidth - Maximum ....................................860 MHz
Return Loss - Minimum .......................................10 dB
Signal Strength - Minimum*............................. 6 dBmV
Flatness (peak to valley) ...................... 6 dB Maximum
Channel Loading ................. Over 200 Digital channels
Modulation Error Ratio ........................................31 dB
Bit Error Rate........................................................ 10

-10

Group Delay ........................20 ns (within 6 MHz span)
* Within Auto Gain Control (AGC) range

NOTE:

Above measurements do not apply to the Fiber-
Point 502 or 504 (no video circuit).

Summary of Contents for FiberPoint

Page 1: ...INSTALLATION GUIDE FiberPoint Structured Wiring Enclosure...

Page 2: ...2675 www corning com cablesystems For additional information on exit fittings riser pipes contact McMaster Carr Supply Company P O Box 4355 Chicago IL 60680 4355 Phone 630 833 0300 Fax 630 834 9427 N...

Page 3: ...Class x Hazardous Materials xi Applicable Standards xi Laser Standards xi Glossary of Terms xi Publication Version xiv Revision History xiv Introduction Overview 1 1 FiberPath 500 System 1 1 FTTH Netw...

Page 4: ...inal Set up and Testing 3 10 Making Additional Connections 3 10 Securing the Unit 3 10 Fiber Splicing Techniques Overview 4 1 Fiber Splicing Techniques 4 1 Jacket Preparation 4 1 Fiber Preparation 4 1...

Page 5: ...oss R 11 Laser Power Calculation R 11 PON Design Guidelines R 11 Nominal Installations R 11 Voice Data Only System GPON R 11 Voice Data RF Video System VPON R 12 Restricted Installations R 12 If RF Tr...

Page 6: ...rPoint Electronics Module Mounting and Access Points 2 2 Figure 3 1 Structured Wiring Enclosure Access Points 3 3 Figure 3 2 Ground Shield Assembly 3 3 Figure 3 3 Assembled Drop Cable and Ground 3 5 F...

Page 7: ...ctured Wiring Enclosure Installation Guide List of Tables FiberPoint Structured Wiring Enclosure Installation Guide Form 361015 0001A Table Nbr Description Page Number Table 1 1 FiberPoint MEM Compone...

Page 8: ...viii List of Tables FiberPoint Structured Wiring Enclosure Installation Guide Form 361015 0001A This page intentionally left blank...

Page 9: ...may happen if the hazard is not avoided There are four types of safety messages Notice Warning Caution and Important The messages are flagged with a triangular safety icon Notice Message The notice m...

Page 10: ...tenance The Class 1 laser used in the GPON card and FiberPoint unit are the least invasive as compared to higher powered optical laser transmitters The Notice label will look similar to this AGENCY LI...

Page 11: ...e failure APC Angled Polished Connector An optical fiber that is cut at an angle and then polished at the end This type of end connector has less reflectance than a straight cut ultra polished connect...

Page 12: ...n an ESF multi frame It is used to pass performance messages according to the ANSI T1 403 standard and can be used for proprietary messaging between network devices FIBERPOINT This is the generic name...

Page 13: ...red to as the Plain Old Telephone Service POTS RDT Remote Digital terminal refers to the portion of the DLC responsible for interfacing to the LDS RF Radio Frequency SAR Segmentation and Re assembly r...

Page 14: ...erPoint Structured Wiring Enclosure Installation Guide Form 361015 0001A Revision History The following revisions have been made to this publication Version Date Reason for Change Revision A 11 19 04...

Page 15: ...d Wiring Enclosure SWE Telephones may be connected remotely up to 500 feet from the subscribers home The 500 feet off premise extension capability allows for remote telephone or other accessory locati...

Page 16: ...rea near an AC power source Structured Wiring Enclosure SWE s are a new class of residential enclosures being used mostly in new housing developments SWE s allows for a central wiring distribution pan...

Page 17: ...FiberPoint Main Electronics Module FiberPoint Main Electronics Module Mounting Bracket Structured Wiring Enclosure Patch Panel Data Hub Switch Video Splitter UPS w Battery Back up Not Shown Structure...

Page 18: ...1 4 Introduction FiberPoint Structured Wiring Enclosure Installation Guide Form 361015 0001A This page intentionally left blank...

Page 19: ...ng cables or wires and where they can most easily be routed See Figure 2 1 FiberPoint Main Electronics Module Mounting Bracket WARNING 1106 WARNING It is critical that you maintain the proper airflow...

Page 20: ...in Electronics Module is mounted outside the premises the National Electrical Code NEC the Rural Electric Association REA and state local codes require that the FiberPoint Electronics Module be proper...

Page 21: ...an at all times Use manufacturer approved solvents and cleaning applicators For more detailed information on Fiber Optic Cable installation and maintenance See Fiber Splicing Techniques in Chapter 4 T...

Page 22: ...uate airflow WHAT S NEEDED FOR INSTALLATION Every installation needs the following components for a successful installation NOTE Check the contents of each box carefully as you receive it Components m...

Page 23: ...S In addition to the above items earth grounding is essential for proper operation The following grounding supplies may also be needed 1 Sheath bonding clamp for composite cables incorporating a metal...

Page 24: ...2 6 Pre Installation Requirements FiberPoint Structured Wiring Enclosure Installation Guide Form 361015 0001A This page intentionally left blank...

Page 25: ...e fibers beyond the manufacturer recommended bend radius Exceeding the 1 2 54 cm bend radius can cause excess attenuation and possibly break the fiber The use of vendor specified radius clips is highl...

Page 26: ...y sizes For purposes of this installation guide a 30 SWE is used in order to accom modate a full featured application 1 Determine the location of the enclosure inside the subscribers home Normally the...

Page 27: ...upper right hand corner of the SWE 1 Locate the MEM Mounting Bracket 2 Using the bracket as a template mark the location of the four mounting holes with the bracket placed against the SWE See See Figu...

Page 28: ...led Drop Cable and Ground Figure 3 4 SWE with MEM Bracket Wrapped Composite Cable with Ground Shield Ground Strap Attaches Here From Drop Cable AC Plug in AC Power Strip Incoming Fiber 3478 Structured...

Page 29: ...g as a template to mark the hole locations Again ensure that the screws are not too long 3 Using the keyholes as a template drill holes for 2 two 8 32 pan head screws not provided NOTE Certain UPS man...

Page 30: ...ry be sure to handle it gently Avoid tipping the battery on its side Check that the battery is free from cracks fractures and leakage Do not apply organic solvents such as paint thinner gasoline keros...

Page 31: ...is turned off or that the fiber is disconnected at the other end A protective cap or hood must be placed over any radiating bulkhead receptacle or optical fiber connector Use of controls or adjustmen...

Page 32: ...The GPON fiber must have no less than 25 dB of power 7 Plug in the green SC APC connector into the board as shown Make sure the connector is seated and secure NOTE Make sure the fiber end is clean an...

Page 33: ...o the RJ 11 connections on the bottom right hand side of the Fiber Point MEM 4 Connect coaxial cable from the subscribers to the RG 59 F connector bottom right 5 Connect the Ethernet data cables RJ 45...

Page 34: ...oned the TRANS LED will stay on As Telephone services begin the OFF HK LED will light when any telephone attached to the MEM is Off Hook Typically after 10 seconds the LEDS left to right will be ON ON...

Page 35: ...of as little as 2 from perpendicular should be considered unacceptable The end finish should have a smooth mirror like finish free of blemishes hackles lips and burrs Ends should be prepared using th...

Page 36: ...ith a dust cap to prevent contamination HANDLING OF APC CONNECTORS Although ruggedly constructed fiber connectors need to be handled with care when inserting the SC APC connector into the FiberPoint M...

Page 37: ...ill result in a loss of service to a cluster of subscribers not just one or two Conversely communications problems that affect only one or two subscribers most always involve troubleshooting at the ME...

Page 38: ...5 2 Troubleshooting FiberPoint Structured Wiring Enclosure Installation Guide Form 361015 0001A Figure 5 2 Troubleshooting Flowchart 2932...

Page 39: ...Extreme care must be taken when attaching the ground connectors to the utility earth ground rod If the ground is interrupted or disturbed in any way an unsafe condition will exist Internal Mount Grou...

Page 40: ...e testing of an electrode measures the effectiveness of the earth electrode to provide electrical contact with the earth The lower that the resistance to the earth is the more effective the ground sys...

Page 41: ...oint Structured Wiring Enclosure Installation Guide Figure R 1 Earth Layers Figure R 2 Test Set up Ground Bond 6 AWG UL Listed Clamp Earth Layers Earth Earth Electrode 1399 AC Voltage Source Volt Ohm...

Page 42: ...er of points that are along a line between the outer electrodes Each time the test probe is placed into the ground a resistance reading is taken and recorded A simple resistance curve is then plotted...

Page 43: ...15 watts GPON module Power Max Watt Draw 4 ports enabled 38 watts Optical Power Tx Power Out Minimum 1 dBm Tx Power Out Maximum 4 dBm Rx Window 27 to 14 dBm Interfaces Data Interface 1 RJ45 Fiber Inte...

Page 44: ...mber of Fiber Outputs 2 RF Interface 75 Ohm F connector RG 59 Fiber Interface SC APC See Specification number 600441 0001 for details Environmental Operating Temp 0 to 50 C 32 to 122 F Storage Temp 40...

Page 45: ...avelength Maximum 1500 nm Signal Strength Minimum 25 dBm Signal Strength Maximum 3 dBm Voice Data PON Optical Output Wavelength Nominal 1310 nm Wavelength Minimum 1260 nm Wavelength Maximum 1360 nm Op...

Page 46: ...502 Model 504 Model 522 Model 524 Model 560 Height 16 40 6cm 16 40 6cm 16 40 6cm 16 40 6cm 20 50 8 cm Width 12 30 5cm 12 30 5cm 12 30 5cm 12 30 5cm 16 2 41cm Depth 4 5 11 4cm 4 5 11 4cm 4 5 11 4cm 4 5...

Page 47: ...budget since 1550 nm transmissions provide less loss as compared to 1310 and 1490nm transmissions Maximum PON Loss The FiberPoint Transmit Power and the Receive window of the GPON card are the main fa...

Page 48: ...acteristic Value Type Level Tolerance Optical Input Power 3 8 OMI Minimum 5 dBm Optical Input Power 3 8 OMI Maximum 2 dBm Planning for Worst Case The VPON system is a 1550nm transmission The 1550 nomi...

Page 49: ...ne 1X8 splitter is somewhere in the PON then enter quantity of 1 If the total length of fiber used to reach a home is 8km then enter quantity of 8 for fiber length NOTE PON loss in the upstream direct...

Page 50: ...uppression or 8 km for 18 dBm SBS suppression or Launch video signal at SBS limit and lower maximum PON loss accordingly EDFA configuration does not support 20 0 5 dBm output power Launch at lower EDF...

Page 51: ...7 25 0 00 0 0000 0 45 Splitter 1X8 connectorized 0 ea 10 38 0 00 0 0000 0 63 10 38 0 00 0 0000 0 63 Splitter 1X16 connectorized 1 ea 14 10 14 10 0 0900 0 90 14 10 14 10 0 0900 0 90 Splitter 1X32 conn...

Page 52: ...r 1X32 connectorized 0 ea 17 45 0 00 0 0000 1 25 Fiber Length mi 10 mi 0 40 4 02 0 0072 0 08 Connectors APC 2 ea 0 25 0 50 0 0089 0 20 Splices 5 ea 0 05 0 25 0 0002 0 02 FiberPoint Connector 1 ea 0 40...

Page 53: ...ng Enclosure Installation Guide Figure R 6 EDFA VPON Distribution 6 Mile PON Typical Distribution 512 Subscribers Served 256 Subs 20 equal ports of 20 dBm EDFA 1 EDFA 2 1550 nm 1550 nm 256 Subs 1550n...

Page 54: ...ide Form 361015 0001A Figure R 7 Cascaded EDFA VPON Distribution EDFA 1 20 equal ports of 20 dBm EDFA 2 20 Splitters per EDFA 32 EDFA s 128 Ports Maximum Distribution 819 200 Subscribers Served 1550nm...

Page 55: ...3 0 52 0 51 2 50 6 50 0 58 0 55 0 53 3 52 0 51 0 50 2 49 6 49 0 57 0 54 0 52 3 51 0 50 0 49 2 48 6 48 0 56 0 53 0 51 3 50 0 49 0 48 2 47 6 47 0 35 0 40 0 45 0 50 0 55 0 60 0 7 0 dBm Optical Input 6 0...

Page 56: ...R 18 Reference FiberPoint Structured Wiring Enclosure Installation Guide Form 361015 0001A...

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