User Manual
Table Of Contents
- Style and notation conventions
- Typographical conventions
- Related documentation
- Acronyms
- Contacting Global Service and Support
- FCC Statement
- Déclaration FCC
- CE
- Important Safety Instructions
- EMI Precautions
- zNID 24xx Series
- Overview
- zNID 24xx series features
- zNID 24xx models
- Figure 4: zNID 24xx models
- GPON models
- Gigabit Ethernet models
- Fast Ethernet models
- Copper uplink Ethernet models
- zNID 24xx series specifications
- zNID 24xx series dimensions
- zNID 24xx series LEDs
- GPON
- Figure 7: zNID-GPON-24xx (A and non A) LEDS
- GE, FE or CU
- Figure 8: zNID-GE-24xx (A and non A), zNID-FE-24xx, zNID-CU-24xx LEDS
- Logging in to the 24xx series zNID
- zNID 24xx Installation
- Install the zNID
- Overview of zNID 24xx series installation
- Installation precautions
- Mount the zNID
- Manage the optical cable
- Fiber handling
- Testing optical power
- Optical fiber cable placement in the zNID fiber tray
- Connect to network
- Connect power
- Connecting phone terminals
- Connecting Ethernet ports
- Connecting coaxial port
- Connecting USB port
- Complete the zNID installation
- Gigabit Ethernet pinouts
- Figure 21: The Gigabit Ethernet ports use an RJ45 connector
- POTS pinouts
- Figure 22: The POTS ports use an RJ11 connector
- UPS pinouts
- Figure 23: Pin out layout for the UPS connector
- Index
zNID 24xx Installation44 zNID Hardware Installation GuideManage the optical cableWhen making a fiber optic connection, avoid touching the fiber cable ends tothe outside of the mating connector. Touching can contaminate theconnectors.Fiber handlingBefore making any connections, be sure that the optical cable fiber tips andcomponents are clean and free of dust and debris.The zNID fiber tray provides fiber spools and hooks to avoid sharp bends inthe fiber cable. A minimum bend radius of 30 mm is recommended forstripped fiber and larger fiber needs a larger bend radius to guarantee thespecified system performance.Note: Sharp bends in fiber cables create undesirable opticalattenuation or loss.Testing optical powerTable 5 specifies how much laser power to expect on the fiber.Table 5: Optical values for the triplexer for zNID-GPON-24xxParameter 1490 nm(Data Downstream)1550 nm(RF Downstream)Damage Level +5 dBm +5 dBmOptical Overload -8 dBm +2 dBmMinimal Optical Signal -28 dBm -8 dBmMid Range Optical Value -17 dBm -4 dBmTable 6: Optical values for the triplexer for zNID-GE-24xxParameter Active EthernetDamage Level +5 dBmOptical Overload -2 dBmMinimal Optical Signal -23 dBmMid Range Optical Value -12 dBm
- UPS pinouts
- POTS pinouts
- GE, FE or CU
- zNID 24xx series specifications
- Copper uplink Ethernet models
- Fast Ethernet models
- Gigabit Ethernet models
- zNID 24xx models
- Typographical conventions