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Adva 3000R7 Instruction Manual
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Adva 3000R7 Instruction Manual

Adva 3000R7 Instruction Manual

Fiber service platform
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Fiber Service Platform 3000R7
High-Density Subshelf Guide
Product Release: 17.2
Document Issue: B
Document Number: 80000048471

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Summary of Contents for Adva 3000R7

  • Page 1 Fiber Service Platform 3000R7 High-Density Subshelf Guide Product Release: 17.2 Document Issue: B Document Number: 80000048471...
  • Page 2 Reliance on this content is at the relying party's sole risk and will not create any liability or obligation for ADVA Optical Networking SE. Any references in this document to publications and/or Internet sites that are not from ADVA Optical Networking SE are provided for convenience only and do not in any...
  • Page 3 Features Slot Numbers and Assignments Cooling and Airflow Power Grounding Shipment Contents SH4R Shelf Overview Features Slot Numbers and Assignments Cooling and Airflow Power Grounding Shipment Contents SH4R-2 Shelf Overview Features FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 4 Specifications CEM-3 Overview Features Specifications CEM-4 Overview Features Specifications ECM-2 Overview Features ECM-3 Overview Features FTM-2 Overview Features FTM-3 Overview Features FTM-4 Overview Features PSM-AC3 Overview Features Specifications PSM-AC4 Overview Features FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 5 Overview Features Interfaces Client Interface Network Interface Pluggable Transceivers Signal Path Muxponder Modules Overview MP-2B4CT Overview Features Interfaces Client Interface Network Interface Pluggable Transceivers Signal Path Pluggable Transceivers General Information Overview FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 6 QSFP28/103G/CWDM4/SM/LC Overview Features Specifications QSFP28/103G/LR4/SM/LC Overview Features Specifications QSFP28/103G/PSM4/SM/MPO Overview Features Specifications QSFP28/112G/AOC/xxxx Overview Features Specifications QSFP28/112G/DAC/yy/xxxx Overview Features Specifications QSFP28/112G/LR4/SM/LC Overview Features Specifications QSFP28/112G/PSM4/SM/MPO Overview Features Specifications QSFP28/112G/SR4/MM/MPO Overview Features FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 7 Compliance Criteria Environmental Specifications Heat Dissipation Racks Supported Rack Requirements Building Structure Connection for Rack Clearance Requirements Grounding and Power General Power and Grounding Guidelines AC Power Source Requirements DC Power Source Requirements FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 8 Ethernet Pinouts PART 3: INITIAL INSTALLATION AND CONFIGURATION Installation Overview Installation Overview — SH12 Shelf Installation Overview — SH4R and SH4R-2 Shelves Installation Overview — SH1R Shelf Installation Overview — 1U Shelf FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 9 Mounting the Shelf to a Rack Prerequisites and Guidelines Required Tools and Equipment Mounting the SH12 Shelf to a Rack Mounting the SH4R and SH4R-2 Shelf to a Rack Mounting the SH1R Shelf to a Rack FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 10 Connecting DC Power to the SH4R and SH4R-2 Shelf Connecting AC Power to the SH12 Shelf Connecting AC Power to the SH4R and SH4R-2 Shelf Connecting AC and DC Power to the SH4R and SH4R-2 Shelf Connecting AC Power to the SH1R Shelf FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 11 MA-2C5LT MP-2B4CT Inspecting and Cleaning Fiber-optic Connectors and Receptacles Overview Best Practices Required Tools and Equipment Inspecting Fiber-optic Connector and Receptacle End Faces Cleaning Fiber-optic Connectors Cleaning Methods General Cleaning Process FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 12 Required Tools and Equipment Removing a Traffic Module Installing a Traffic Module Replacing a Pluggable Transceiver Overview Required Tools and Equipment Removing a Pluggable Transceiver Installing a QSFP Pluggable Transceiver Removing and Installing Front Covers FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 13 Electrostatic Discharge Damage Prevention and Warning ESD Protective Clothing and Accessories Workspace Setup Equipment Handling Local Building and National Electrical Codes Warning Qualified Personnel Warning Restricted Access Area Warning Fire Safety Requirements FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 14 Grounded Power Outlet Warning DC Power Electrical Safety Guidelines and Warnings DC Power Electrical Safety Guidelines Applying DC Power Warning DC Power Cable Warning Disconnecting DC Power Warnings Electric Arc Warning Electrical Protective Grounding Warnings FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 15 PART 7: APPENDICES MTBF Hours for HD Equipment Shelves Infrastructure Modules Add-Drop/Pass-through Muxponder Modules Muxponder Modules Pluggable Transceivers Cable and Fiber Trays FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 16 Laser Radiation Warns you about the risk of possible Warning – Hazard laser radiation if the system is not used Level 3B as designed or altered in any way. FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 17 Advises of the importance of carefully reading all instructions before proceeding or provides links to additional information to read. Failure to do so may result in personal injury or damage to equipment. FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 18 FSP 3000R7 TL1 Module Parameters Guide Accessing Documentation Online Customer Portal portal.advaoptical.com Documentation Feedback We want our documentation to be as helpful as possible. Feedback regarding the document is always welcome. Email global-techdocu@advaoptical.com FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 19 Networking SE distribution channel. Our service options include: 24 x7 telephone support Web-based support tools On-site support Technical training, both on-site and at ADVA facilities in Germany and the USA Expedited repair service Extended hardware warranty service Customer Portal The customer portal allows you to:...
  • Page 20 Added note to PART 4 2017 Issue C February Added slot numbering information 2018 for SH12 and SH4R and updated ECM replacement procedures Issue D March 2018 Updated ECM replacement procedures FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 21 SH12 HW Rev. 2.0 and new DC power cables SH4R HW Rev. 2.0 SH4R-2 PSM-AC6 QSFP28/112G/PSM4/SM/MP Accessories: Mid-mount brackets for SH1R New DC power cables Support for second dormant Updated pluggable transceiver support and SH12 grounding cable information FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 22 Issue B May 2018 Updated: Power sections for SH4R and SH4R-2 Power consumption values for MA-2C5LT Services support for QSFP10/43G/SR4/MM/MPO and MA-2C5LT Client and network specification tables for MA- 2C5LT FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 23 Guide Organization The FSP 3000R7 High-Density Subshelf Guide is organized into these parts: PART 1: HARDWARE COMPONENTS PART 2: SITE PLANNING AND SPECIFICATIONS PART 3: INITIAL INSTALLATION AND CONFIGURATION PART 4: MAINTAINING AND TROUBLESHOOTING HARDWARE PART 5: REPLACING COMPONENTS PART 6: SAFETY GUIDELINES PART 7: APPENDICES...
  • Page 24 Chapter 1 High-Density Subshelf Configuration The FSP 3000R7 supports high-density (HD) shelves and equipment. The HD equipment increases the equipment density for services of 100 Gb/s and higher. This figure shows an example of the HD configuration using the SH9HU and SH12 shelves. This configuration can support up to six HD shelves.
  • Page 25 Is supported by NCU-II, NCU-II-P, and later version of the NCU; Is not intended to be used with CWDM equipment; and Is not designed for use in single-fiber working network configurations. The following FSP 3000R7 modules are not compatible with this configuration: Management Modules NCU-S...
  • Page 26 PART 1: HARDWARE COMPONENTS Shelves Infrastructure Modules Traffic Module Support Add-Drop/Pass-through Muxponder Modules Muxponder Modules Pluggable Transceivers Accessories Product Labels FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 27 Shelves Available Shelves SH12 Shelf SH4R Shelf SH4R-2 Shelf SH1R Shelf Available Shelves Depending on your configuration needs, ADVA Optical Networking offers several HD product shelf options. Table 1: Available HD Shelves Shelf Shelf Type Number of Height Power Access and Source...
  • Page 28 Cooling and Airflow Power Grounding Shipment Contents Overview The SH12 transport shelf is a rack-mountable chassis that accommodates infrastructure and optical traffic modules. Figure 1: SH12 Shelf and Components (HW Rev. 1.0 version) FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 29 HW Rev. 1.0 version (introduced in Release 1.1.1) Release introduced FSP 3000R7 Release 16.2 Depth 280 mm (11.0 in.) With front covers Width 443 mm (17.5 in.) Height 533 mm (21.0 in.) FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 30 3+1: 39.6 to 16.1 A @ 100 to 240 VAC Nominal/rated current PSM-DC 1+0 and 1+1: 27 A @ –48 VDC 2+0 and 2+1: 54 A @ –48 VDC 3+0 and 3+1: 82 A @ –48 VDC FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 31 22.5 A @ 120 VAC 11.0 A @ 240 VAC 3+0 (non-redundant) power configuration 4045 W @ 100 to 240 VAC 40.4 A @ 100 VAC 33.7 A @ 120 VAC 16.5 A @ 240 VAC FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 32 IEC 60529 IP20 (indoor office) Slot numbers and identifiers are printed on the front of the shelf. Environmental Specifications Power MTBF Hours for HD Equipment Infrastructure Modules Traffic Module Compatibility Accessories Installation Overview — SH12 Shelf FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 33 Slot numbers are silkscreened onto the front of the shelf. Table 3: Slot Assignments — SH12 Slot Module 1 through 20 High-density traffic modules 21 and 22 ECM-2s 31 through 33 FTM-2s CEM-2 35 through 38 PSMs FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 34 SH12 Shelf Figure 2: SH12 Slot Numbering Overview Infrastructure Modules FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 35 This airflow direction accommodates another shelf directly above or below without the need for an air gap between the shelves. The air filter for the PSMs resides in the lower front cover. FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 36 Configuration Slots PSM1 PSM2 PSM3 PSM4 Redundant PSM-DC — — PSM-DC PSM-AC6  — — PSM-AC6 PSM-DC PSM-DC — PSM-DC PSM-AC6  PSM-AC6 — PSM-AC6 PSM-DC PSM-DC PSM-DC PSM-DC PSM-AC6  PSM-AC6 PSM-AC6 PSM-AC6 FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 37 The SH12 contains these ground terminals and connectors: Chassis ground Signal ground Strap for a 2-zone or 3-zone configuration ESD ground The signal ground and 3-zone ground configuration are currently not supported. FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 38 SH12 shelf Front covers — upper and lower Front cover extension kit Mounting brackets — 19-inch installed; 23-inch and ETSI included Grounding cable, screws, and washers Air filters Side air covers kit FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 39 Infrastructure modules — ECM-2, CEM-2, FTM-2s, and PSMs Slot covers — ECM-2, PSMs, and traffic modules SH12 Shelf Accessories Grounding Cable — SH12 Unpacking and Inspecting the Shelves and Components Electrostatic Discharge Damage Prevention and Warning FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 40 Cooling and Airflow Power Grounding Shipment Contents Overview The SH4R transport shelf is a rack-mountable chassis that accommodates infrastructure and optical traffic modules. Figure 5: SH4R Shelf and Components — Front View FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 41 HW Rev. 1.0 version (introduced in Release 1.1.1) Release introduced FSP 3000R7 Release 16.2 Depth 542 mm (21.5 in.) With front cover and rear power cables Width 443 mm (17.5 in.) Height 177.8 mm (7.0 in.) FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 42 5000 m (16,404.2 ft) Nominal/rated input voltage 100 to 240 VAC PSM-AC4/PSM-AC5 Input voltage range –40 to –72 VDC PSM-DC4 Voltage tolerance PSM-AC4/PSM-AC5 Nominal/Rated: 100 to 240 VAC Operating: 90 to 264 VAC FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 43 5.4 A @ 240 VAC 2+0 (non-redundant) and 2+1 (redundant) power configurations 1533 W @ 100 to 240 VAC 15.3 A @ 100 VAC 12.8 A @ 120 VAC 6.4 A @ 240 VAC FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 44 1533 W @ 100 to 240 VAC 1533 W @ –48 V 15.3 A @ 100 VAC 12.8 A @ 120 VAC 6.3 A @ 240 VAC 32 A @ –48 V FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 45 Calculated without the power factor Features Supports: Both a front- and rear-access architecture 2-zone ground configuration Right fiber guiding Left fiber guiding with use of TR1 Hot swap of modules A replaceable air filter FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 46 Table 6: Slot Assignments — SH4R Slot Module 1 through 7 High-density traffic modules 21 and 22 ECM-2s CEM-4 33 and 34 FTM-4s 35 through 37 PSMs Figure 7: SH4R Slot Numbering — Front View FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 47 SH4R Shelf Figure 8: SH4R Slot Numbering — Rear View The preceding figure shows the SH4R with AC PSMs installed. The SH4R also supports DC PSMs. Overview Infrastructure Modules FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 48 However, if the system is in thermal distress, that is the ambient temperature is higher than 40°C (104°F), wait until the ambient temperature drops before you replace the modules. FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 49 PSM-DC4 PSM-DC4 PSM-DC4 PSM-AC5 Non-redundant PSM-AC4 — — PSM-AC5 — — PSM-DC4 — — PSM-AC4 PSM-AC4 — PSM-DC4 PSM-DC4 — The PSM-AC5 alone does not support a 2+0 or 2+1 configuration. FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 50 The SH4R contains these ground terminals and connectors: Chassis ground Signal ground Strap for a 2-zone or 3-zone configuration ESD ground The signal ground and 3-zone ground configuration are currently not supported. FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 51 Slot covers — ECM-2, PSMs, and traffic modules Appropriate mounting bracket kit — includes 23-inch or ETSI mounting brackets Appropriate guide rail kit — includes 19-inch, 23-inch, or ETSI mounting brackets FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 52 Cooling and Airflow Power Grounding Shipment Contents Overview The SH4R-2 transport shelf is a rack-mountable chassis that accommodates infrastructure and optical traffic modules. Figure 11: SH4R-2 Shelf and Components — Front View FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 53 With front cover and rear power cables Width 443 mm (17.5 in.) Height 177.8 mm (7.0 in.) Weight 22.6 kg (49.9 lbs) Weight includes: Two FTM-4s One CEM-4 Two ECM-2s Three PSMs Front cover Slot covers FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 54 5000 m (16,404.2 ft) Nominal/rated input voltage 100 to 240 VAC PSM-AC4/PSM-AC5 Input voltage range –40 to –72 VDC PSM-DC4 Voltage tolerance PSM-AC4/PSM-AC5 Nominal/Rated: 100 to 240 VAC Operating: 90 to 264 VAC FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 55 5.4 A @ 240 VAC 2+0 (non-redundant) and 2+1 (redundant) configurations 1533 W @ 100 to 240 VAC 15.3 A @ 100 VAC 12.8 A @ 120 VAC 6.4 A @ 240 VAC FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 56 1533 W @ 100 to 240 VAC 1533 W @ –48 V 15.3 A @ 100 VAC 12.8 A @ 120 VAC 6.3 A @ 240 VAC 32 A @ –48 V FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 57 Installation Overview — SH4R and SH4R-2 Shelves Calculated without the power factor Features Supports: Both a front- and rear-access architecture 2-zone ground configuration Left and right fiber guiding Hot swap of modules A replaceable air filter FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 58 Table 9: Slot Assignments — SH4R-2 Slot Module 1 through 7 High-density traffic modules 21 and 22 ECM-2s CEM-4 33 and 34 FTM-4s 35 through 37 PSMs Figure 13: SH4R-2 Slot Numbering — Front View FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 59 SH4R-2 Shelf Figure 14: SH4R-2 Slot Numbering — Rear View The preceding figure shows the SH4R-2 with AC PSMs installed. The SH4R-2 also supports DC PSMs. Overview Infrastructure Modules FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 60 However, if the system is in thermal distress, that is the ambient temperature is higher than 40°C (104°F), wait until the ambient temperature drops before you replace the modules. FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 61 PSM-DC4 PSM-DC4 PSM-DC4 PSM-AC5 Non-redundant PSM-AC4 — — PSM-AC5 — — PSM-DC4 — — PSM-AC4 PSM-AC4 — PSM-DC4 PSM-DC4 — The PSM-AC5 alone does not support a 2+0 or 2+1 configuration. FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 62 The SH4R-2 contains these ground terminals and connectors: Chassis ground Signal ground Strap for a 2-zone or 3-zone configuration ESD ground The signal ground and 3-zone ground configuration are currently not supported. FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 63 Slot covers — ECM-2, PSMs, and traffic modules Appropriate mounting bracket kit — includes 23-inch or ETSI mounting brackets Appropriate guide rail kit — includes 19-inch, 23-inch, or ETSI mounting brackets FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 64 HD product family. Figure 17: SH1R Shelf and Components — Front View Figure 18: SH1R Shelf and Components — Rear View FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 65 Long term 5 to 93% Short term Altitude 5000 m (16,404.2 ft) Nominal/rated input voltage 100 to 240 VAC PSM-AC3 Voltage tolerance PSM-AC3 Nominal/Rated: 100 to 240 VAC Operating: 90 to 264 VAC FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 66 Slot numbers and identifiers are printed on the front and back of the shelf. Environmental Specifications Power MTBF Hours for HD Equipment Infrastructure Modules Traffic Module Compatibility Accessories Installation Overview — SH1R Shelf Calculated without the power factor FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 67 Table 12: Slot Assignments — SH1R Slot Module 1 and 2 High-density traffic modules CEM-3 11 and 12 PSMs 13 and 14 ECM-3s 15 through 17 FTM-3s Figure 19: SH1R Slot Numbering — Front View FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 68 Figure 20: SH1R Slot Numbering — Rear View Overview Infrastructure Modules Cooling and Airflow This figure provides visual details about the SH1R cooling and airflow. Figure 21: Top View of Airflow through the SH1R FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 69 If a PSM fails, the remaining PSMs continue to supply power to the entire shelf. You can then replace the failed PSM. Table 13: SH1R Supported Power Configurations Type Configuration Slots PSM1 PSM2 Redundant PSM-AC3 PSM-AC3 Non-redundant PSM-AC3 — FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 70 Air filters If ordered separately, these components and accessories might also ship with your SH1R: Infrastructure modules — ECM-3, CEM-3, FTM-3s, and PSMs Slot covers — ECM-3, PSMs, and traffic modules FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 71 Appropriate guide rail kit for four-post rack installation — includes 23-inch or ETSI mounting brackets SH1R Shelf Accessories Guide Rail Kits Grounding Cable — SH1R Unpacking and Inspecting the Shelves and Components Electrostatic Discharge Damage Prevention and Warning FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 72 Shelf Infrastructure Modules Management Power Cooling SH12 CEM-2 PSM-AC6 FTM-2 ECM-2 PSM-DC SH4R CEM-4 PSM-AC4 FTM-4 ECM-2 PSM-AC5 PSM-DC4 SH4R-2 CEM-4 PSM-AC4 FTM-4 ECM-2 PSM-AC5 PSM-DC4 SH1R CEM-3 PSM-AC3 FTM-3 ECM-3 FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 73 Figure 23: CEM-2 Faceplate Currently the only supported ports are the M1 through M3. Table 14: General Information — CEM-2 Parameter Value Notes Sales item number 1063800022-01 Release introduced FSP 3000R7 Release 16.2 FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 74 Provides a Lamp test button to test all LEDs in the shelf Displays the shelf ID number on the LCD panel SH12 Shelf Specifications Port Pinouts Slot Numbers and Assignments FTM-2 FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 75 From the viewpoint of the front of the SH1R, you install the CEM-3 on the left side of the shelf. The faceplate display panel rotates 90 degrees and uses a hinged joint to expose the connector panel. A fiber finger is available to route the cables. FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 76 CEM-3 Figure 24: CEM-3 — Display Panel Figure 25: CEM-3 — Connector Panel FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 77 Figure 26: CEM-3 Design Currently the only supported ports are the interconnect port (I1) and Ethernet management ports (M1 and M2). Support for the Ethernet shelf interconnect ports and the USB port is currently unavailable. FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 78 Assists the ECM-3 in shelf management and communication Controls the fans in the shelf Provides a Lamp test button to test all LEDs in the shelf Displays the shelf ID number on the LCD panel FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 79 C (2 pins) Shelf detect (1 pin) Power (3V3 and ground, 2 pins) Even though some FSP 3000R7 components use FireWire connectors to interconnect, the connectors do not support the FireWire protocol or pinouts. Table 18: Specifications — Management Ports...
  • Page 80 The CEM-4 also has a temperature sensor. From the viewpoint of the front of the shelf, you install the CEM-4 on the left side. FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 81 0.6 kg (1.3 lbs) Power consumption 6.6 W Typical 16 W Maximum Environmental standards Telcordia SR-3580 Level 3 (NEBS) compliance ETSI EN 300 019-1-3 Class 3.1 IEC 60529 IP20 (indoor office) FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 82 Provides a Lamp test button to test all LEDs in the shelf Displays the shelf ID number on the LCD panel SH4R Shelf SH4R-2 Shelf Specifications Port Pinouts Slot Numbers and Assignments — SH4R Slot Numbers and Assignments — SH4R-2 FTM-4 FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 83 The element controller module (ECM-2) is the shelf controller module, and it supports the internal communication of the SH12, SH4R, and SH4R-2 shelves. Each module connects to internal shelf communications links on the backplane, which provides for data exchange with the ECM-2s. FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 84 Telcordia SR-3580 Level 3 (NEBS) compliance ETSI EN 300 019-1-3 Class 3.1 IEC 60529 IP20 (indoor office) To prevent airflow shortcut, you must reinsert or replace the ECM-2 within one minute. FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 85 The element controller module (ECM-3) is the shelf controller module, and it supports the internal of the SH1R shelf. Each module connects to internal shelf communications links on the backplane, which provides data exchange with the ECM-3s. FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 86 IEC 60529 IP20 (indoor office) To prevent airflow shortcut, you must reinsert or replace the ECM-3 within one minute. Environmental Specifications MTBF Hours for HD Equipment SH1R Shelf Slot Numbers and Assignments Cables FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 87 Figure 30: FTM-2 Faceplate The internal air temperature in the shelf controls the rotational speed of the fans. The ECM-2 senses the internal temperature from the temperature probes mounted on the different modules. FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 88 Alarms reported Out-of-service disabled Temperature high Voltage abnormal Equipment fault Equipment removed Environmental standards Telcordia SR-3580 Level 3 (NEBS) compliance ETSI EN 300 019-1-3 Class 3.1 IEC 60529 IP20 (indoor office) FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 89 The FTM-3s extract air through the shelf to cool the modules and exhaust the hot air out at the shelf rear. FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 90 Table 25: General Information — FTM-3 Parameter Value Notes Sales item number 1042800083-01 Release introduced FSP 3000R7 Release 17.1 Compatible shelves SH1R Width 49 mm (1.9 in.) Height 40.3 mm (1.6 in.) Weight 0.2 kg (0.4 lbs) FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 91 Speed increases if any of the FTM-3s fails or are removed or if the CEM-3 fails or is removed Software-managed synchronization of the FTM-3 rotation speed to reduce noise Provides a module status LED Cooling and Airflow CEM-3 SH1R Shelf FTM-4 Overview FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 92 However, you should replace the failed FTM-4 within 48 hours of its failure. If two FTM-4s fail, the airflow inside the shelf might be insufficient to keep the modules cool. The shelf can overheat, and individual modules might shut down. FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 93 — SH4R Cooling and Airflow — SH4R-2 Slot Numbers and Assignments — SH4R Slot Numbers and Assignments — SH4R-2 SH4R Shelf SH4R-2 Shelf Features Is field replaceable Is controlled by the CEM-4 FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 94 Figure 33: PSM-AC3 Faceplate Table 27: General Information — PSM-AC3 Parameter Value Notes Sales item number 1040800093-01 Release introduced FSP 3000R7 Release 17.1 Compatible shelves SH1R Width 72.8 mm (2.9 in.) FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 95 5.2 to 2.2 A at 100 to 240 VAC Maximum input current 5.4 A at 100 VAC Inrush current < 30 A at ≥ 90 VAC (<10 ms after power on) Power consumption Typical: 28 W Maximum: 48 W FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 96 Output overvoltage turn off interval 13.6 to 15.0 VDC Output overcurrent interval 45.0 to 55.0 A Output overcurrent alarm set point 90 A Output short circuit Hiccup mode Power AC Power Cable Specifications Overview FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 97 40.8 mm (1.6 in.) Weight 1.3 kg (2.9 lbs) Power connector IEC-320-C20 male Environmental standards Telcordia SR-3580 Level 3 (NEBS) compliance ETSI EN 300 019-1-3 Class 3.1 IEC 60529 IP20 (indoor office) FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 98 Nominal output voltage 12.2 VDC Maximum output current 98.4 A Required external circuit breaker 100 VAC: 17 to 20 A 120 VAC: 15 to 16 A 240 VAC: 8 to 10 A FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 99 Output overvoltage turn off interval 13.6 to 15.0 VDC Output overcurrent interval 113.0 to 137.0 A Output overcurrent alarm set point 90 A Output short circuit Hiccup mode Power AC Power Cable Specifications Overview FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 100 40.8 mm (1.6 in.) Weight 1.3 kg (2.8 lbs) Power connector IEC-320-C20 male Environmental standards Telcordia SR-3580 Level 3 (NEBS) compliance ETSI EN 300 019-1-3 Class 3.1 IEC 60529 IP20 (indoor office) FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 101 <30 A at ≥90 VAC (<10 ms after power on) Power consumption Typical: 83 W Maximum: 141 W Typical efficiency Maximum output power 1410 W Nominal output voltage 12.2 VDC Maximum output current 119 A FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 102 Output overvoltage turn off interval 13.6 to 15.0 VDC Output overcurrent interval 135.0 to 155.0 A Output overcurrent alarm set point 107 A Output short circuit Hiccup mode Power AC Power Cable Specifications Overview FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 103 40.8 mm (1.6 in.) Weight 1.3 kg (2.8 lbs) Power connector IEC-320-C20 male Environmental standards Telcordia SR-3580 Level 3 (NEBS) compliance ETSI EN 300 019-1-3 Class 3.1 IEC 60529 IP20 (indoor office) FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 104 <30 A at ≥90 VAC (<10 ms after power on) Power consumption Typical: 70 W Maximum: 120 W Typical efficiency Maximum output power 1200 W Nominal output voltage 12.2 VDC Maximum output current 98.4 A FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 105 Output overvoltage turn off interval 13.6 to 15.0 VDC Output overcurrent interval 108.0 to 137.0 A Output overcurrent alarm set point 88.6 A Output short circuit Hiccup mode Power AC Power Cable Specifications Overview FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 106 DC front, A-feed – 4-pin D-sub to PFMF DC front, B-feed – 4-pin D-sub to PFMF Environmental standards Telcordia SR-3580 Level 3 (NEBS) compliance ETSI EN 300 019-1-3 Class 3.1 IEC 60529 IP20 (indoor office) FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 107 Recommended external circuit –48 VDC: 36 to 40 A breaker –60 VDC: 28 to 40 A Recommended external fuse –48 VDC: 40 A –60 VDC: 35 A Minimum hold-up time Not supported FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 108 Output overvoltage turn off interval 13.6 to 15.0 VDC Output overcurrent interval 113.0 to 137.0 A Output overcurrent alarm set point 90 A Output short circuit Hiccup mode Power DC Power Cable Specifications Overview FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 109 DC rear, B-feed – terminal block for 2 - hole lugs Environmental standards Telcordia SR-3580 Level 3 (NEBS) compliance ETSI EN 300 019-1-3 Class 3.1 IEC 60529 IP20 (indoor office) FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 110 Recommended external circuit –48 VDC: 42 to 45 A breaker –60 VDC: 33 to 45 A Recommended external fuse –48 VDC: 45 A –60 VDC: 35 A Minimum hold-up time Not supported FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 111 Output overvoltage turn off interval 13.6 to 15.0 VDC Output overcurrent interval 113.0 to 137.0 A Output overcurrent alarm set point 89 A Output short circuit Hiccup mode Power DC Power Cable Specifications Overview FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 112 Add-Drop/Pass-through Muxponder Module Muxponder Module Some of these modules can occupy more than one slot in the HD shelf. The number occupied slots is noted in the overview for each traffic module. FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 113 Module SH12 SH4R SH4R-2 SH1R MA-2C5LT MP-2B4CT Traffic Module Naming Conventions The traffic module name is made up of several sections, each section identifying the specific features of a module. Example: FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 114 64 Gb/s 40 Gb/s 1 Tb/s 8 Gb/s 4 Gb/s 2.5 to 7 Gb/s Video data rate (up to 3 Gb/s) 10 Gb/s Switching type Transport/OTN Packet Transport & packet (hybrid) FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 115 General or Core L-Band Tunable Dispersion Compensation Variant — Part 2 n > 1 Number in development sequence. The first variant of a module does not have a number. Traffic Module Compatibility FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 116 Add/drop multiplexer (up to 200G client services into two OTU4 network ports) Muxponder (up to 200G client services into two OTU4 network ports) Cross-connect (up to 400G services between any ports) Figure 39: MA-2C5LT Faceplate FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 117 Slot Numbers and Assignments — SH1R Pluggable Transceivers When using non-approved pluggable transceivers, the maximum power consumption alllowed for low-speed client ports (class 4) is 3.5 W and for high-speed client ports (class FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 118 Overview Cables Pluggable Transceivers Client Interface Number of client groups Number of client ports 20 (C1-C4, C5-C8, C9-C12, C13-C16, C17-C20) Type of client interface QSFP10/QSFP28 Optical connector Depends on plug type FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 119 Terminal and facility loop Table 58: 32 G Fiber Channel Client Protocol FC-3200 (ANSI FC-PI-6, FC-FS-4) No FEC Mapper Mapped into a 28.167,857 Gb/s ODUflex (PT=0x81) (per G.798) Loop functionality Terminal and facility loop FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 120 40 GbE OTU2 OTU2e 32 GFC QSFP10/11G/4LR/SM/MPO QSFP10/43G/LR4/SM/LC QSFP10/43G/SR4/MM/MPO QSFP28/103G/PSM4/SM/MPO QSFP28/112G/AOC/0100 QSFP28/112G/AOC/0300 QSFP28/112G/AOC/0500 QSFP28/112G/PSM4/SM/MPO QSFP28/112G/SR4/MM/MPO Table 61: Supported Network-Side Pluggable Transceivers and Services Supported Pluggable Transceivers OTU4 QSFP28/112G/AOC/0100 QSFP28/112G/AOC/0300 QSFP28/112G/AOC/0500 QSFP28/112G/LR4/SM/LC QSFP28/112G/SR4/MM/MPO FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 121 Electrostatic Discharge Damage Prevention and Warning For client ports C1 through C8 only Signal Path A simplified functional block diagram that illustrates the MA-2C5LT signal paths is shown in this figure. Overview Features Interfaces FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 122 However, some modules support a single, higher-speed client to the single, high-speed network. Network interfaces are generally for connection to the ADVA WDM network through optical filters or ROADMs. These interfaces vary per application in wavelength, reach, rate, modulation, and bandwidth. Interfaces might be physically fixed or pluggable.In some cases, the high-speed network interface provides for module-to-module interconnection within a single network element.
  • Page 123 Compatible shelves and slot SH12: Slots 1 - 20 positions SH4R: Slots 1 - 7 SH4R-2: Slots 1 - 7 SH1R: Slots 1 - 2 Width Single slot Weight 1.2 kg (2.6 lbs) FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 124 In-band ECC: 100 Gb network and OTU4 client Facility loopback supports on all external interfaces and terminal loopbacks on client interfaces Compatibility with FSP 3000R7 100 Gb QPSK coherent modules when network is 100 Gb DP-QPSK with compatible FEC and a 100 GbE client Is field replaceable...
  • Page 125 Terminal and facility loop Embedded communication GCC0 (13702 kb/s), GCC1 (13702 kb/s), GCC2 channels for OTU4 service (13702 kb/s) Network Interface Number of network ports Type of network interface Tunable DWDM interface Optical connector LC/PC FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 126 Range 2: –72,000 ps/nm to +6,000 ps/nm Range 3: –120,000 ps/nm to +6,000 ps/nm Range 4: –280,000 ps/nm to +6,000 ps/nm OSNR sensitivity 25% OH 11.0 dB 5 iteration SD-FEC –18 dBm (Rx power) FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 127 Range 1: –20,000 ps/nm to +2,000 ps/nm Range 2: –45,000 ps/nm to +5,000 ps/nm OSNR sensitivity 25% OH 16.0 dB 5 iteration SD-FEC –18 dBm (Rx power) per 150G lane FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 128 Pluggable Transceivers. For a list of compatible pluggable transceivers for the MP-2B4CT, see Pluggable Transceiver Compatibility. Pluggable Transceivers Handling Pluggable Transceivers Electrostatic Discharge Damage Prevention and Warning FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 129 MP-2B4CT Signal Path This figure provides a simplified functional block diagram illustrating the MP-2B4CT signal path. Overview Features Interfaces FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 130 Modules with interchangeable interfaces use pluggable transceivers. The system uses these types of pluggable transceivers: Quad SFP (QSFP) transceivers for applications with data rates up to 4x xxGb/s FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 131 CAUTION The use of pluggable transceivers other than those approved and released by ADVA Optical Networking results in the loss of laser safety approval for the respective module and entire HD system. Only approved pluggable transceivers guarantee the behavior in conjunction with the module as specified.
  • Page 132 The pluggable transceiver name is made up of several sections, and each section identifies the specific features of a transceiver. Depending on the transceiver type, some names do not contain a value from every section. Example: FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 133 Short reach, 850 nm, 10 fibers up to 70/100/300 Fiber Type/Copper Electrical Copper Single-mode fiber Multimode fiber Connector Type LC/PC MPO12 and MPO24 Cable Length Provided in cm (Example: 0100 = 1 m) Temperature Industrial temperature (–40 to 85°C) FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 134 Class 1 Laser safety compliance Low EMI metallic enclosure Uncooled or cooled laser transmitter, depending on the type Transmit disable and loss-of signal functions Multi-rate capabilities Multi-protocol compliant Very low jitter Low power dissipation FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 135 EEPROM of each fiber-optic transceiver includes information about the transceiver itself such as vendor code, wavelength, data rates and other relevant factory parameters. It also includes information specifically from the ADVA Optical Networking device code, serial number, and so forth. You can query the transceiver to make sure it is the right one for the intended application.
  • Page 136 Supports one bidirectional optical interface with four optical wavelengths (gray) Transports four services through four optical lanes Has a separate fiber per optical lane with an MPO12 connector Overview Specifications MTBF Hours for HD Equipment FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 137 OTU2V [OTU2e type/with stuffing]) 4x9.9 to 4x11.2 Gb/s Electrical interface 4x SFI/XFI for 10 GbE and OTU2, OTU2e Control/ management interface: I Optical center wavelength 1310 nm Optical reach 10 km FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 138 ETSI EN 300 019-1-3 Class 3.1 Pluggable Transceiver Compatibility MTBF Hours for HD Equipment Handling Pluggable Transceivers Features Supports one bidirectional optical interface with four optical wavelengths (gray) Transports one aggregate service through four optical lanes FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 139 Lane 4: 1331 nm Optical reach 10 km Maximum laser off mode per –30 dBm optical lane Tx power Power measurement accuracy ±3 dB OPR measurement range –15.7 dBm to +5.3 dBm FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 140 QSFP Optical Transceivers Overview Features MTBF Hours for HD Equipment Pluggable Transceiver Compatibility FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 141 Transports one aggregate service through four optical lanes Transports four services through four optical lanes Has a separate fiber per optical lane with an MPO12 connector Overview Specifications MTBF Hours for HD Equipment FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 142 Maximum laser off mode per –30 dBm optical lane Tx power Power measurement accuracy ±3 dB OPR measurement range –13.0 dBm to +5.4 dBm Overview Features MTBF Hours for HD Equipment Pluggable Transceiver Compatibility FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 143 Supports one bidirectional optical interface with four optical wavelengths (gray) Build-in wavelength multiplexer that aggregates multiple optical lanes to one fiber interface Combined single fiber connection of aggregated optical lanes with an LC connector Overview Specifications MTBF Hours for HD Equipment FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 144 Maximum laser off mode per –30 dBm optical lane Tx power Power measurement accuracy ±3 dB OPR measurement range –14.5 dBm to +5.5 dBm Overview Features MTBF Hours for HD Equipment Pluggable Transceiver Compatibility FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 145 Transports one aggregate service through four optical lanes Build-in wavelength multiplexer that aggregates multiple optical lanes to one fiber interface Combined single fiber connection of aggregated optical lanes with an LC connector Overview Specifications MTBF Hours for HD Equipment FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 146 Maximum laser off mode per –30 dBm optical lane Tx power Power measurement accuracy ±3 dB OPR measurement range –13.6 dBm to +7.5 dBm Overview Features MTBF Hours for HD Equipment Pluggable Transceiver Compatibility FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 147 Transports one aggregate service through four optical lanes Transports four services through four optical lanes Has a separate fiber per optical lane with an MPO12 connector Overview Specifications MTBF Hours for HD Equipment FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 148 Maximum laser off mode per –30 dBm optical lane Tx power Power measurement accuracy ±3 dB OPR measurement range –15.7 dBm to +5 dBm Overview Features MTBF Hours for HD Equipment Pluggable Transceiver Compatibility FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 149 Supports one bidirectional optical interface with four optical wavelengths (gray) Transports one aggregate service through four optical lanes Transports four services through four optical lanes Overview Specifications MTBF Hours for HD Equipment FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 150 (4xOTU2e) 4x11.3176 Gb/s (10G FC wrapped into OTU2V [OTU2e type/with stuffing]) 4x11.88 Gb/s 41.5 Gb/s (40 GbE) 43.01 Gb/s (OTU3) 103.125 Gb/s (100 GbE) 111.81 Gb/s (OTU4) 112.2 Gb/s (128G FC) FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 151 ITU-T G.709 Control/ management interface: I Optical lanes wavelength Maximum link distance Defined by cable length Power measurement accuracy N/A Overview Features MTBF Hours for HD Equipment Pluggable Transceiver Compatibility FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 152 MTBF Hours for HD Equipment Handling Pluggable Transceivers Features Supports one bidirectional electrical interface with four electrical lanes Transports one aggregate service through four electrical lanes Transports four services through four electrical lanes FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 153 4x25.78125 Gb/s (4x25GE) 4x27.95 Gb/s 4x28.05 Gb/s (4x32G FC) 103.125 Gb/s (100 GbE) 111.81 Gb/s (OTU4) 112.2 Gb/s (128G FC) QSFP28/112G/DAC/yy/xxxx without CDR only usable in case the signal protocol has FEC enabled FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 154 100 GbE service in accordance with IEEE 802.3ba/bm OTL4.4 for an aggregate OTU4 service in accordance with ITU-T G.709 Control/ management interface: I Overview Features MTBF Hours for HD Equipment Pluggable Transceiver Compatibility FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 155 Transports one aggregate service through four optical lanes Built-in wavelength multiplexer that aggregates multiple optical lanes to one fiber interface Combined single fiber connection of aggregated optical lanes with an LC connector Overview Specifications MTBF Hours for HD Equipment FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 156 Maximum: +4.5 dBm Maximum total average Tx +10.5 dBm power Maximum laser off mode per –30 dBm optical lane Tx power Power measurement accuracy ±3 dB OPR measurement range –13.6 dBm to +7.5 dBm FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 157 Transports one aggregate service through four optical lanes Transports four services through four optical lanes Has a separate fiber per optical lane with an MPO12 connector Overview Specifications MTBF Hours for HD Equipment FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 158 Maximum: +2.2 dBm Optical Modulation Amplitude Maximum: +2.2 dBm Rx power (per lane) Maximum laser off mode per –20 dBm optical lane Tx power (per lane) Power measurement accuracy ±3 dB FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 159 Transports one aggregate service through four optical lanes Transports four services through four optical lanes Has a separate fiber per optical lane with an MPO12 connector Overview Specifications MTBF Hours for HD Equipment FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 160 Optical Modulation Amplitude Maximum: +3 dBm Rx power (per lane) Maximum laser off mode per –30 dBm optical lane Tx power Power measurement accuracy ±3 dB OPR measurement range –13.3 dBm to +5.4 dBm FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 161 QSFP Optical Transceivers Overview Features MTBF Hours for HD Equipment Pluggable Transceiver Compatibility FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 162 SH12 (cables w/MPO Side air covers Required Required Removed Required connectors) Upper front cover Optional Optional Optional Optional Lower front cover Required Required Required Required Front cover extension Required Required Required Required FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 163 SH4R and SH4R- Guide rail kit Required Required Not supported Required 2 (cables w/MPO Front cover Not supported Not supported Not supported Not supported connectors) Front cover Not supported Not supported extension FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 164 If the PSM-AC6 modules are installed in your SH12, the lower front cover must be removed. If you are using the front cover. If installing in a four-post rack - not applicable to two-post rack installations. FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 165 A dirty air filter pad negatively influences cooling efficiency. Replace dirty air filter pads at least once a year. ADVA Optical Networking recommends replacing the air filter pad every 90 days in environments without air filtration.
  • Page 166 80 mm 95 mm These kits include two sets of front cover extension brackets, and the two brackets to mount on each side of the shelf. Figure 41: SH12 Cover Extension Brackets FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 167 The guide rail kits include all available mounting brackets for your shelf. A guide rail kit is required for an SH1R installed in a four-post rack. However, it is not needed for an SH1R installed in a two-post rack. FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 168 INSTALLED IN A TWO-POST RACK (WITHOUT THE MID- MOUNT BRACKETS). The depth and weight of a populated shelf might cause structural and mounting bracket damage. Additionally, its instability might cause it to fall and become damaged. FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 169 Guide Rail Kits These figures show the various guide rail kits. Figure 43: Guide Rail Kit — SA-GUIDE-SH4-S Figure 44: Guide Rail Kit — SA-GUIDE-SH4-L Figure 45: Guide Rail Kit — SA-GUIDE-SH4-ETSI2 FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 170 2 x 19-inch mounting brackets (L and R) SH1-MID (for a two- 2 x 23-inch mounting brackets (L and R) post rack 2 x ETSI mounting brackets (L and R) installation) 8 x M3x6 screws FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 171 Supported Rack Requirements Clearance Requirements Guide Rail Kits Installing the Mounting Brackets Starting in Release 1.2.1, the all mounting brackets are included in the guide rail kits. FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 172 SH12, the lower front cover must be removed. Accessory Installation Requirements Cooling and Airflow — SH12 Cooling and Airflow — SH4R Cooling and Airflow — SH4R-2 Front Cover Extension Kits Installing the Front Cover FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 173 The side air covers are marked with R for the right side panel and L for the left side panel on the shelf. One side of the covers has a foam pad surface to prevent rattling when mounted. FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 174 Cooling and Airflow — SH12 Cooling and Airflow — SH4R Cooling and Airflow — SH4R-2 Cooling and Airflow — SH1R Operational Risks General Installation and Maintenance Guidelines Installing the Slot Covers FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 175 Figure 49: TR1 Shelf — Front View The left and right sides of the shelf have hinges to help you install the TR1 so that the front cover opens up or down, depending on your needs. FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 176 23-inch ETSI Power requirements Environmental standards Telcordia SR-3580 Level 3 (NEBS) compliance ETSI EN 300 019-1-3 Class 3.1 IEC 60529 IP20 (indoor office) Cable Management Best Practices Environmental Specifications Cable Capacity FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 177 Each TR1 shipment consists of these components and accessories: Mounting brackets — 19-inch installed; 23-inch and ETSI included TR1 Shelf Accessories Unpacking and Inspecting the Shelves and Components Electrostatic Discharge Damage Prevention and Warning FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 178 Certification Label — Shelves Certification Pending Label Faceplate Label 1 Faceplate Label 2 Product ID Label — Module and Passive Shelves Product ID Label — Shelves General Safety Guidelines and Warnings FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 179 Optical accessory modules Traffic modules HD Slot covers Data on Label ADVA Optical Networking logo ADVA Optical Networking address ADVA Optical Networking international ID DUNS number Environmental classification symbol Label Example FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 180 Product Label Components HD Shelves Affected Passive shelves HD Modules Infrastructure modules Optical accessory modules Traffic modules Data on Label Laser class type and information FDA compliance statement Product safety markings Label Example FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 181 Certification Label — Shelves Certification Label — Shelves Label Category Product Label Components HD Shelves Affected 12U, 4U, and 1U shelves Data on Label EMC warning VCCI statement FDA compliance statement Product safety markings Label Example FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 182 HD Shelves Affected Passive shelves 12U, 4U, and 1U shelves HD Modules Infrastructure modules Optical accessory modules Traffic modules Data on Label Information about pending safety and EMC/EMI verification and certification Label Example FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 183 Components Affected HD Shelves Passive shelves 12U, 4U, and 1U shelves HD Modules Infrastructure modules Optical accessory modules Traffic modules HD Slot covers Data on Label Serial number Composite 2-D code Label Example FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 184 HD Shelves Passive shelves 12U, 4U, and 1U shelves HD Modules Infrastructure modules Optical accessory modules Traffic modules HD Slot covers Data on Label Label description Item number HW revision Label Example FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 185 HD Slot covers Data on Label Label description Item number Serial number HW revision Country of origin information Manufacturer material numbers (OEM products and contract development only) Composite 2-D code Label Example FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 186 Product line description Item number Serial number HW revision Country of origin information Manufacturer material numbers (OEM products and contract development only) Composite 2-D code Rated voltages Rated current Label Example FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 187 PART 2: SITE PLANNING AND  SPECIFICATIONS Site Planning and Preparation Racks Grounding and Power Cables Port Pinouts FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 188 Verify that environmental factors are within the Compliance Criteria product tolerances. Environmental Specifications Become familiar with the following: Site plan or floor plan Installation plan including details of the current electrical systems FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 189 (IEC 60825-2 and ANSI Z136). Is clean and dry and allows enough space for future network connections and expansion as needed. Is protected from water both from above and on the floor. FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 190 3, May 2011 regarding EMC and electrical safety EMC Directive 2014/30/EU Low Voltage Directive (LVD) 2014/35/EU Suitable for installation as part of the Common Bonding Network (BN) Installation Safety Guidelines and Warnings FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 191 General Safety Guidelines and Warnings Definition of Safety Warning Levels Electrical Safety Guidelines and Warnings FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 192 WARNING To prevent the system from overheating, do not operate it in an area that exceeds the maximum recommended ambient temperature of 104°F (40°C). General Site Requirements Clearance Requirements Environmental Specifications FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 193 Supported Supported Not supported w/LC or MPO Four-post rack Supported Supported Not supported Supported connectors) Rack depth 600 to 1000 mm 600 to 1000 mm Not supported 600 to 800 mm FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 194 FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 195 Ensure that the rack is constructed to support the weight and dimensions of the shelf you are installing. When installing the SH12, ensure that the weight of the shelf does not make the rack unstable. FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 196 SH1R Shelf Clearance Requirements Mounting Bracket Kits Guide Rail Kits Accessory Installation Requirements Use only the front two posts for installation To support rear-mounted grounding With SA-BRACKET-SH1-MID mounting bracket kit installed FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 197 If you must have gaps, close the gaps with a rack blind panel or a fiber tray. Take care to prevent recirculation of exhaust air within a rack. Keep fiber-optic jumpers organized to minimize interference with the perforated part of the fiber tray. FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 198 50 mm 100 mm 100 mm 100 mm 235 mm From post front side to front of traffic modules (B) 24 mm –4 mm –13 mm –7 mm 130 mm Four-post rack Two-post rack FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 199 With side air covers open, a minimum of 1 cm (0.39 in.) recommended at the rear of the shelf but the temperature range is limited to 45°C (113°F). FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 200 Clearance Requirements Figure 54: SH12 — Back-to-back Rack Installation Figure 55: SH4R and SH4R-2 — Single Rack Installation FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 201 Blocked ventilation openings lead to considerable increase in risk of fire. SH12 Shelf SH4R Shelf SH4R-2 Shelf SH1R Shelf Installing or Removing Side Air Covers Supported Rack Requirements Accessory Installation Requirements FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 202 ELECTRIC VOLTAGE WARNING When installing the equipment in a multi-unit rack assembly, the total electrical/current loss through leakage should not exceed the maximum allowable limit. FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 203 Adhere to these requirements and guidelines for the AC power source: To achieve power redundancy, each PSM must have its own AC receptacle. You can increase reliability by connecting the receptacles to different power phases. FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 204 Common DC return (DC-C). Two –48 V battery-based power supplies or AC/DC rectifiers, isolated from each other, which is required for input power redundancy. One customer-supplied power distribution unit (PDU) per rack (required). FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 205 DC Power Source Requirements ADVA Optical Networking recommends that you install the PDU on the top of a rack. The PDU must provide power at nominal –48 VDC to each shelf in the rack. This document does not include PDU installation instructions. See the PDU manufacturer's instructions as needed.
  • Page 206 Fiber Optic Cables and Accessories CAUTION To ensure your safety, as well as the warranty, reliability and compatibility of your HD system, use only original ADVA equipment. Cable Management Best Practices Follow these guidelines when you manage your HD system cables: Whenever possible, use cable managers to secure excess cables.
  • Page 207 Accessory Installation Requirements. These figures provide cable management examples. Figure 57: SH12 Cable Management Example — Front View FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 208 Figure 58: SH12 Cable Management Example — Close Up Figure 59: SH4R and SH4R-2 Cable Management Example — Front View Figure 60: SH4R and SH4R-2 Cable Management Example — Top View FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 209 Each HD shelf comes with an attached fiber tray that has a specific cable capacity. You can only store the maximum cable number in the shelf if you carefully guide the cables in parallel without allowing them to cross. ADVA Optical Networking recommends that the fiber trays not exceed the number of cables supported.
  • Page 210 — 4 AWG, 100 cm length, green/yellow. Equipment end: straight 2- hole M5 ring lug. Rack end: straight 2-hole M5 ring lug. Appropriate screws and washers are included. You can also order the grounding cables separately. FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 211 2-hole M6 ring lug. LSZH compliant. Appropriate screws and washers are preinstalled on the shelf rear. Grounding General Power and Grounding Guidelines Connecting the Grounding Terminals Electrical Safety Guidelines and Warnings FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 212 These power cables are only available for the SH12 (HW Ver. 01): CBL/DC/0300/4AWG10/SUB-D/BL-BK CBL/DC/0300/4AWG10/SUB-D/GR-BL CBL/DC/0300/4AWG8/SUB-D/RD-BK CBL/DC/1000/4AWG10/SUB-D/BL-BK CBL/DC/1000/4AWG10/SUB-D/GR-BL CBL/DC/1000/4AWG8/SUB-D/RD-BK SH4R/SH4R-2 PSM- CBL/DC/0300/2AWG6/TB/RD-BK CBL/DC/1000/2AWG6/TB/RD-BK CBL/DC/1000/2AWG8/TB/GR-BL CBLZ/DC/0300/2AWG8/TB/BL-BK CBLZ/DC/0300/2AWG8/TB/GR-BL CBLZ/DC/1000/2AWG8/TB/BL-BK CBLZ/DC/10M/2AWG8/SUB-D2/B-LBK CBLZ/DC/10M/2AWG8/SUB-D2/GR-BL CBLZ/DC/10M/2AWG8/SUB-D2/RD-BK CBLZ/DC/3M/2AWG8/SUB-D2/BL-BK CBLZ/DC/3M/2AWG8/SUB-D2/GR-BL CBLZ/DC/3M/2AWG8/SUB-D2/RD-BK FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 213 2 cables 3 or 4 PSM-DCs 4 cables SH4R and SH4R-2  A feed only 1, 2, or 3 PSM- 1 cable DC4s A+B feed 1, 2, or 3 PSM- 2 cables DC4s FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 214 Power Cables Power— SH12 Power — SH4R Power— SH4R-2 PSM-DC PSM-DC4 DC Power Electrical Safety Guidelines and Warnings Providing Power to the Shelves FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 215 PSM-DC CBLZ/DC/0300/2AWG8/TB/BL-BK 1036800040 8 AWG 2-hole T&B or Burndy PSM-DC4 plated copper lugs CBLZ/DC/3M/2AWG8/SUB-D2/BL-BK 1036800046 8 AWG 2-pin D-SUB PSM-DC PSM-DC4 CBLZ/DC/3M/2AWG8/SUB-D2/BL-BK 1036800058 8 AWG, 2-pin D-SUB PSM-DC double PSM-DC4 insulated FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 216 CBL/DC/0300/2AWG6/TB/RD-BK 1036800042 6 AWG PSM-DC4 2-hole T&B or Burndy plated copper lugs CBLZ/DC/3M/2AWG8/SUB-D2/RD- 1036800048 8 AWG 2-pin D-SUB PSM-DC PSM-DC4 Use with SH12 (HW Ver. 01) Use with SH12 (HW Ver. 02) FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 217 PSM-DC CBLZ/DC/1000/2AWG8/TB/BL-BK 1036800043 8 AWG 2-hole T&B or Burndy PSM-DC4 plated copper lugs CBLZ/DC/10M/2AWG8/SUB-D2/BL- 1036800049 8 AWG 2-pin D-SUB PSM-DC PSM-DC4 CBLZ/DC/10M/2AWG8/SUB-D2/BL- 1036800059 8 AWG, 2-pin D-SUB PSM-DC double PSM-DC4 insulated FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 218 CBL/DC/1000/2AWG6/TB/RD-BK 1036800045 6 AWG PSM-DC4 2-hole T&B or Burndy plated copper lugs CBLZ/DC/10M/2AWG8/SUB-D2/RD- 1036800051 8 AWG 2-pin D-SUB PSM-DC PSM-DC4 Use with SH12 (HW Ver. 01) Use with SH12 (HW Ver. 02) FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 219 You must use ADVA-provided AC power cables with your AC PSMs. ADVA Optical Networking strongly recommends using a straight AC power cable with a PSM-AC4 only if the rack is deeper than 600 Figure 62: AC Power Cable Connector Variants FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 220 (Power A) and the other cable is for the backup power supply (Power B). Power —SH1R Power —SH4R Power — SH4R-2  Power — SH12  PSM-AC4 PSM-AC5 PSM-AC3 PSM-AC6 AC Power Electrical Safety Guidelines and Warnings Providing Power to the Shelves FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 221 Japan market CBL/AC/250/LA-C19/C20 1036000694 IEC-60320 C20 straight male connector at other end For SH12 configurations in North America and Japan using the PSM-AC6, these cables come equipped with a snap-on ferrite. FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 222 Switzerland market CBL/AC/250/RA/US 1036000631 United States (North America) market CBL/AC/250/RA/AU 1036000651 Australia market CBL/AC/250/RA/IN 1036000661 India market CBL/AC/250/RA/JP 1036000671 Japan market CBL/AC/250/RA/C14 1036000682 IEC-60320 C14 straight male connector at other end FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 223 India market CBL/AC/250/ST-C19/JP 1036000710 Japan market CBL/AC/250/ST-C19/C20 1036000711 IEC-60320 C20 straight male connector at other end CBL/AC/250/ST-C19/C14 1036000712 IEC-60320 C14 straight male connector at other end - only for 220 V FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 224 Connect the LAN ports of the HD system only to intrabuilding or non-exposed wiring or cabling. The intrabuilding cable must be shielded, and the shield must be grounded at both ends. These are the Standard Cat5e and Cat6 Ethernet cables available from ADVA Optical Networking. Item Description...
  • Page 225 A USB connection requires a respective driver in the management PC. You can obtain this driver from ADVA Optical Networking. Port Pinouts Handling Fiber-Optic Cables Cable Management Best Practices Electrostatic Discharge Damage Prevention and Warning FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 226 6-pin male IEEE-1394 connector plugs. The IEEE 1394 interface cable ships with the appropriate shelf. The user of a cable other than that delivered by ADVA Optical Networking will void the warranty and the EMC certificate. Even though some HD components use FireWire connectors to interconnect, the connectors do not support the FireWire protocol or pinouts.
  • Page 227 To ensure faultless operation of the HD system, use only fiber-optic cables that ADVA Optical Networking releases and provides. Fiber- optic cables other those that ADVA Optical Networking releases and provides might be incompatible with HD modules, and we cannot guarantee interoperability.
  • Page 228 3 m (9.8 ft) JZ/SM/MPO12/1000 1051002622 MPO12 Single-mode 10 m (32.8 ft) JZ/OM3/MPO12/0300 1051002616 MPO12 Multimode 50 µm OM3 3 m (9.8 ft) JZ/OM3/MPO12/1000 1051002617 MPO12 Multimode 50 µm OM3 10 m (32.8 ft) FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 229 The MPO24 connector and cable contain 24 fibers, in which twelve are for the transmit direction and twelve are for the receive direction. The MPO24-24LC breakout cables are available in different lengths and are single-mode cables. FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 230 1 x MPO12 08LC/1000 µm OM3 8 x LC Figure 63: MPO12-08LC Breakout Cable — Fiber and Port Reference MPO12 Port MPO Port Description LC Port Description N.C. N.C. N.C. N.C. N.C. N.C. N.C. N.C. FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 231 1 m (3.3 ft) 9 m (29.5 1 x MPO24 24LC/1000 mode 24 x LC/PC Figure 64: MPO24-24LC Breakout Cable — Fiber and Port Reference MPO24 Port MPO Port Description LC Port Description FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 232 Fiber Optic Cables and Accessories MPO24 Port MPO Port Description LC Port Description Tx10 Rx10 Tx11 Rx11 Tx12 Rx12 Rx10 Tx10 Rx11 Tx11 Rx12 Tx12 FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 233 Ethernet Pinouts Ethernet Cables USB Cables Cables Ethernet Pinouts Table 105: Pinouts RJ-45 Panel Jack Pin Number Signal Signal Direction output D1– input output output D3– input D2– input output D4– input FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 234 Installing the Infrastructure Modules Installing the HD Traffic Modules and Pluggable Transceivers Installing the Slot Covers Connecting the Infrastructure Modules Providing Power to the Shelves Connecting the Optical Cables Installing the Front Cover FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 235 Accessory Installation Requirements for more information. Before proceeding with the installation and cabling, be aware of standard safety practices and the hazards involved in working with electrical circuitry to prevent accidents. FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 236 For commissioning procedures, see the appropriate software document. Related Documents for the list of available documents. General Electrical Safety Guidelines and Warnings Installation Safety Guidelines and Warnings Electrical Safety Guidelines and Warnings Service Personnel Assumptions FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 237 Connecting AC Power to the SH4R and SH4R-2 Shelf Connecting AC and DC Power to the SH4R and SH4R-2 Shelf Inspecting and Cleaning Fiber-optic Connectors and Receptacles Connecting the Optical Cables Installing the SH4R and SH4R-2 Front Cover FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 238 Installing the PSM-AC3 in the SH1R Installing a Traffic Module Installing a QSFP Pluggable Transceiver Installing the Slot Covers Connecting the Infrastructure Modules Connecting AC Power to the SH1R Shelf Inspecting and Cleaning Fiber-optic Connectors and Receptacles FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 239 Installation Procedure Unpacking a 1U Shelf Inspecting the HD Equipment Installing the Mounting Brackets on a 1U Shelf Mounting a 1U Shelf to a Rack Installation Safety Guidelines and Warnings Service Personnel Assumptions FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 240 IEC/EN 60825-2, ITU-T G.664, ITU-T G.665, 21CFR1040.10, 21CFR1040.11, and ANSI Z136.1. Have knowledge of appropriate eye safety precautions and guidance on the safe use of the HD system and management software is imperative. FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 241 Service Personnel Assumptions Electrostatic Discharge Damage Prevention and Warning Qualified Personnel Warning Restricted Access Area Warning Electrical Safety Guidelines and Warnings FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 242 590 x 400 x 150 mm (23.2 x 15.7 x5.9 in.) 2.9 kg (6.4 lbs) Individual modules of any type, spare parts, and replacement parts or other equipment are shipped in separate boxes. FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 243 Keep the shipping box for a minimum period of 24 hours in the installation location to prevent rapid thermal shock from rapid temperature change and surface condensation during unpacking. FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 244 Installation Overview — SH1R Shelf Installation Overview — 1U Shelf Site Preparation Checklist Unpacking an SH12 Shelf Unpacking an SH4R and SH4R-2 Shelf Unpacking an SH1R Shelf Unpacking a 1U Shelf Inspecting the HD Equipment FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 245 If any damage or other signs of mishandling are evident, inform both the freight carrier and ADVA Optical Networking before unpacking. Your freight carrier can provide you with the procedures necessary to file a claim for damages.
  • Page 246 6. Take inventory. A packing slip is located on the cap’s front side. Compare the contents of the trays with the packing slip and the copy of the purchase order list or equipment list provided by ADVA Optical Networking to ensure complete and accurate shipment. Make note of missing items, if necessary.
  • Page 247 2. Inspect the shipping boxes for evidence of damage during shipment. Claims for damage during shipment must be asserted promptly with the transportation company involved. If any damage or other signs of mishandling are evident, inform both the FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 248 Unpacking an SH4R and SH4R-2 Shelf freight carrier and ADVA Optical Networking before unpacking. Your freight carrier can provide you with the procedures necessary to file a claim for damages. 3. Move the shipping box to a staging area as close to the installation site as possible, where you have enough room to remove the shelf and components from the boxes.
  • Page 249 Do not drop the shelf or any modules on a hard surface - damage to internal components may result. If any components are dropped, return them to ADVA Optical Networking for examination and repair. 9. Remove the ESD protective bag from the shelf and lay it aside.
  • Page 250 If any damage or other signs of mishandling are evident, inform both the freight carrier and ADVA Optical Networking before unpacking. Your freight carrier can provide you with the procedures necessary to file a claim for damages.
  • Page 251 Do not drop the shelf or any modules on a hard surface - damage to internal components may result. If any components are dropped, return them to ADVA Optical Networking for examination and repair. 9. Remove the ESD protective bag from the shelf and lay it aside.
  • Page 252 If any damage or other signs of mishandling are evident, inform both the freight carrier and ADVA Optical Networking before unpacking. Your freight carrier can provide you with the procedures necessary to file a claim for damages.
  • Page 253 Do not drop the shelf or any modules on a hard surface - damage to internal components may result. If any components are dropped, return them to ADVA Optical Networking for examination and repair. 10. Verify that you have the proper shelf type, using the Product ID Label for identification.
  • Page 254 6. Carefully unpack each module and place it on a static-dissipative mat. 7. Compare the modules you received to your order. Report any discrepancies to ADVA Optical Networking immediately. 8. Inspect each module visually Carefully check the plug-in board connector of the module for dirt, any deformation in the pin holes shape, and damage to the outside.
  • Page 255 If any damage has occurred during transportation, immediately report the extent of damage by filing a claim with the transportation company. Notify your ADVA Optical Networking customer service representative or ADVA Optical Networking. Have the following information ready:...
  • Page 256 Torx T10 screwdriver (for the SH12 fixing bracket screws) Torx T20 screwdriver For the SH4R, SH4R-2, and SH1R, the mounting brackets are included with the appropriate guide rail kit or mounting bracket kit. FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 257 Required Tools and Equipment Installation Overview — SH12 Shelf Installation Overview — SH4R and SH4R-2 Shelves Installation Overview — SH1R Shelf Installation Overview — 1U Shelf Racks Accessories FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 258 Use the Torx T10 screwdriver and the two screws from Step 2b to attach the fixing bracket to the appropriate mounting bracket. b. Use the Torx T20 screwdriver and the six screws from Step 2a to attach the appropriate mounting bracket to the shelf. FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 259 Figure 68: Fitting the 23-inch and ETSI Mounting Brackets to an SH12 4. Repeat this procedure for the other mounting bracket. Save the remaining mounting brackets and packaging material for future use. Installation Overview — SH12 Shelf Site Preparation Checklist FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 260 Figure 69: Fitting the 23-inch Mounting Brackets to an SH4R and SH4R-2 4. Repeat this procedure for the other mounting bracket. Save the remaining mounting brackets and packaging material for future use. FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 261 5. Use the Pozidriv screwdriver and two M6x20 screws to attach a FL/RR mounting bracket to the rear of the right guide rail. FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 262 Installing the Mounting Bracket Adapters on SH4R and SH4R-2 Guide Rails Save the remaining mounting brackets and packaging material for future use. Installation Overview — SH4R and SH4R-2 Shelves Site Preparation Checklist FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 263 SH1R. Figure 70: Mid-Mount Bracket Installation Point for SH1R — Side View Save the remaining mounting brackets and packaging material for future use. Installation Overview — SH1R Shelf Site Preparation Checklist FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 264 5. Repeat Steps 3 and 4 for the right guide rail. Figure 71: Attaching the Mounting Brackets to the SH1R Guide Rails for 23-inch or ETSI Rack FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 265 For procedures for the SH1R, see Installing the Mounting Brackets on SH1R Guide Rails. This procedure assumes that: The shelf is unpacked and inspected; It is damage-free; and The shelf is on a static-dissipative mat. FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 266 6. Repeat this procedure for the other mounting bracket. Save the remaining mounting brackets and packaging material for future use. Installation Overview — 1U Shelf Site Preparation Checklist FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 267 There are four side air vents on the SH12 — two on each side, with one at the top and one at the bottom of the shelf. Figure 74: Side Air Covers for the SH12 — Exterior Surface FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 268 Suitable grounded surface or a static-dissipative mat 1 x side air cover pair 2 x mounting screws M3x8 CSK for fixing the covers Torx T10 screwdriver Installation Overview — SH12 Shelf Accessories FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 269 Figure 76: Removing the Existing Fastening Screws 3. Lift the side air cover away from the side panel and lift the fastening claws from the air outlets. Figure 77: Removing the Side Air Cover FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 270 1. Verify that you are properly grounded with an anti-static wrist strap or heel strap connected to the grounded ESD jack. 2. Use the Torx T10 screwdriver to remove the screws that affix the side panel to the shelf. FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 271 5. Use the Torx T10 screwdriver and the supplied mounting screws to attach the side air cover to the shelf side panel. FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 272 6. Repeat Steps 2 through 5 for the air vent on the bottom of this side. 7. Repeat Steps 2 through 6 for the opposite side of the shelf. Installation Overview — SH12 Shelf Clearance Requirements Side Air Covers FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 273 EQUIPMENT DAMAGE MAY RESULT IF YOU ARE NOT CAREFUL WHEN REMOVING AND REINSTALLING MODULES, AS THIS INCREASES THE CHANCES OF BREAKING FIBER-OPTIC CABLES OR BENDING PINS ON THE BACKPLANE. FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 274 2. Use the Torx T10 screwdriver to remove the two screws that attach the front cover fixing bracket to the shelf mounting bracket. Set aside the screws and front cover fixing bracket. FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 275 4. Use the Torx T10 screwdriver and the screws from Step 2 to attach the cover extension bracket. Figure 83: Attaching the Cover Extension Bracket 5. Repeat this procedure for the opposite side. Save the cover fixing bracket pair and packaging material for future use. FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 276 2. Use the Torx T10 screwdriver to remove the four screws that are attached to a front cover tab. Set aside the screws. Figure 84: Front Cover Tabs 3. Grasp the extension adapter and move it out to expose four of the screw holes. FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 277 5. Use the Torx T10 screwdriver and the four screws to re-attach the extension adapter to the front cover tab. 6. Repeat this procedure for all of the front cover tabs. Installation Overview — SH4R and SH4R-2 Shelves Site Preparation Checklist FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 278 To meet safety and EMI requirements, each HD shelf must individually be connected to the rack’s or cabinet’s ground point. These figures provide the location of the grounding terminals on the HD shelves. Figure 86: SH12 Grounding Terminals Location FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 279 Figure 87: SH4R and SH4R-2 Grounding Terminals Location Figure 88: SH1R Grounding Terminal Location The signal ground is currently not supported. Grounding — SH12 Grounding — SH4R Grounding — SH4R-2 Grounding — SH1R FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 280 3. Use the two screws and washers to attach the two-hole lug terminal of the appropriate grounding cable to the grounding terminal location. Figure 89: Example - Connecting a Functional Grounding Cable with Two Hole Lug Terminal to a Shelf FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 281 Figure 90: Example - Connecting a Functional Grounding Cable with Two-Hole Lug Terminal to a Shelf 6. Repeat this procedure for each shelf needing to be grounded. You must properly ground the shelf before connecting power. FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 282 Figure 91: Connecting the Grounding Cable to SH1R 4. Repeat this procedure for each shelf needing to be grounded. You must properly ground the shelf before connecting power. FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 283 If shelves are not mounted in an appropriate rack, ensure that the grounding is provided in an adequate way (according to ETSI EN 300253). Installation Overview — SH1R Shelf Grounding — SH1R FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 284 Ensure that there is enough space (behind and on either side of the rack) for you to move freely while rack-mounting the shelf. Do not allow space between shelves in a rack. FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 285 Pozidriv or Phillips screwdriver 1 x cage nut in conjunction with a Pozi screw (both included in with the ADVA grounding cable) to attach the grounding cable to the rack (if applicable) Multimeter (for testing grounding cable) Installation Overview — SH12 Shelf Installation Overview —...
  • Page 286 Mounting the SH12 Shelf to a Rack Mounting the SH12 Shelf to a Rack LIFTING HAZARD CAUTION ADVA Optical Networking recommends having two people hold the shelf in place while a third person secures it to the rack. This procedure assumes that: The mounting brackets are attached to the shelf;...
  • Page 287 Mounting the SH4R and SH4R-2 Shelf to a Rack LIFTING HAZARD CAUTION ADVA Optical Networking recommends having two people hold the shelf in place while a third person secures it to the rack. When carrying and mounting the SH4R or SH4R-2, use the handles present on the mounting brackets.
  • Page 288 Lift from the outside of the shelf to avoid damage. While positioning the shelf into the rack, keep hold of the grounding cable, which is attached on the shelf’s right side or reverse side, to not inadvertently jam it. FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 289 Installation Overview — SH4R and SH4R-2 Shelves Supported Rack Requirements Installing the Mounting Brackets Shelf Lifting and Moving Guidelines Rack-Mounting Requirements and Warnings Handling Equipment Precautions and Guidelines Electrostatic Discharge Damage Prevention and Warning FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 290 Mounting the SH1R Shelf to a Rack LIFTING HAZARD CAUTION ADVA Optical Networking recommends having two people hold the shelf in place while a third person secures it to the rack. When carrying and mounting the SH1R, use the handles present on the mounting brackets.
  • Page 291 Lift the shelf to the bay and position it in the rack so that the bracket holes on each side are aligned with the rack mounting holes or the cage nuts. b. Use a Pozidriv screwdriver and two M6x20 screws to attach the left mounting bracket to the rack. FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 292 Installation Overview — SH1R Shelf Supported Rack Requirements Installing the Mounting Brackets Shelf Lifting and Moving Guidelines Rack-Mounting Requirements and Warnings Handling Equipment Precautions and Guidelines Electrostatic Discharge Damage Prevention and Warning FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 293 Installation Overview — 1U Shelf Installing the Mounting Brackets Shelf Lifting and Moving Guidelines Rack-Mounting Requirements and Warnings Handling Equipment Precautions and Guidelines Electrostatic Discharge Damage Prevention and Warning FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 294 When lifting the SH12 to mount it to a rack, it is possible that a technician may use the inside of the shelf to help lift the shelf (area highlighted in this figure). FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 295 Overview Figure 96: Honeycomb Area — SH12 While it is not recommended, ADVA Optical Networking recognizes that this may happen. As a result, the SH12 ships with a honeycomb protection plate installed. This plate protects the sensitive EMC material inside the shelf where the modules are installed.
  • Page 296 4. Store the screws and protection plate for later use. If you need to remove the shelf from the rack for any reason, re-install the protection plate over the honeycomb area for safe shelf removal before removing the shelf. FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 297 Removing the Protection Plate Installation Overview — SH12 Shelf Shelf Lifting and Moving Guidelines Rack-Mounting Requirements and Warnings Handling Equipment Precautions and Guidelines Electrostatic Discharge Damage Prevention and Warning FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 298 Risk of electromagnetic disturbances! Be careful not to damage the EMI shielding gasket on the module faceplate edges when inserting it into the slot. Otherwise EMC compliance cannot be achieved. FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 299 One to two PSM-AC3s (depending on your redundancy, load sharing configuration) Torx T10 screwdriver Installation Overview — SH12 Shelf Installation Overview — SH4R and SH4R-2 Shelves Installation Overview — SH1R Shelf Infrastructure Modules Handling Modules FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 300 7. After you have completely inserted the CEM, hand-tighten the thumb screws to prevent inadvertent dislodging. 8. Use a Torx T10 screwdriver to gently tighten the thumb screw(s). Do not overtighten. Electrostatic Discharge Damage Prevention and Warning CEM-2 CEM-4 CEM-3 FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 301 ECM can be installed in the additional slot as a future spare ECM. The software recognizes the ECM is present without raising alarms. Electrostatic Discharge Damage Prevention and Warning ECM-2 ECM-3 FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 302 7. Use a Torx T10 screwdriver to gently tighten the retaining screw as needed. Do not overtighten. 8. Repeat this procedure for the other two FTM-2s in your SH12. Electrostatic Discharge Damage Prevention and Warning FTM-2 SH12 Shelf FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 303 7. Use a Torx T10 screwdriver to gently tighten the retaining screw as needed. Do not overtighten. 8. Repeat this procedure for the other FTM-3 in your SH1R. Electrostatic Discharge Damage Prevention and Warning FTM-3 SH1R Shelf FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 304 7. Use a Torx T10 screwdriver to gently tighten the retaining screws as needed. Do not overtighten. 8. Repeat this procedure for the other FTM-4 in your SH4R or SH4R-2. Electrostatic Discharge Damage Prevention and Warning FTM-4 SH4R Shelf SH4R-2 Shelf FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 305 7. After you have completely inserted the PSM, hand-tighten the thumb screws to prevent inadvertent dislodging. . 8. Use a Torx T10 screwdriver to gently tighten the retaining screw as needed. Do not overtighten. Electrostatic Discharge Damage Prevention and Warning PSM-AC6 SH12 Shelf FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 306 7. After you have completely inserted the PSM, hand-tighten the thumb screws to prevent inadvertent dislodging. . 8. Use a Torx T10 screwdriver to gently tighten the retaining screw as needed. Do not overtighten. Electrostatic Discharge Damage Prevention and Warning PSM-DC SH12 Shelf FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 307 For system cooling, you must install an appropriate slot cover in the empty PSM slots. Electrostatic Discharge Damage Prevention and Warning PSM-AC4 SH4R Shelf SH4R-2 Shelf Installing the Slot Covers FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 308 8. Use a Torx T10 screwdriver to gently tighten the retaining screw as needed. Do not overtighten. Electrostatic Discharge Damage Prevention and Warning PSM-DC4 SH4R Shelf SH4R-2 Shelf FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 309 8. Use a Torx T10 screwdriver to gently tighten the retaining screw as needed. Do not overtighten. For system cooling, you must install an appropriate slot cover in the empty PSM slots. Electrostatic Discharge Damage Prevention and Warning PSM-AC3 SH1R Shelf Installing the Slot Covers FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 310 Electrostatic Discharge Damage Prevention and Warning Installation Overview — SH12 Shelf Installation Overview — SH4R and SH4R-2 Shelves Installation Overview — SH1R Shelf Handling Equipment Precautions and Guidelines FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 311 CAUTION The use of pluggable transceivers other than those approved and released by ADVA Optical Networking results in the loss of laser safety approval for the respective module and entire HD system. Only approved pluggable transceivers guarantee the behavior in conjunction with the module as specified.
  • Page 312 Do not remove dust covers from the module ports at this time. They will be removed when you connect the optical cables. Electrostatic Discharge Damage Prevention and Warning Traffic Module Support Handling Modules FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 313 If you feel resistance, remove the transceiver, realign it so that the bale clasp faces the other direction, and insert the transceiver again. FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 314 Do not remove the dust plug from the QSFP pluggable transceiver at this time. It will be removed when you connect the optical cables. Electrostatic Discharge Damage Prevention and Warning Pluggable Transceivers QSFP Optical Transceivers Handling Pluggable Transceivers FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 315 2. Hold the slot cover by the thumb screws with the faceplate toward you. 3. Align the cover edges with the guides of the appropriate shelf slot. 4. Push on the faceplate to fully seat the slot cover. FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 316 Do not overtighten. Install slot covers in all empty slots, including ECM, PSM, and traffic module slots. Electrostatic Discharge Damage Prevention and Warning General Installation and Maintenance Guidelines Operational Risks FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 317 ESD-preventive wrist strap or other personal grounding device Appropriate Ethernet cables Appropriate USB cable (if applicable) Installation Overview — SH12 Shelf Installation Overview — SH4R and SH4R-2 Shelves Installation Overview — SH1R Shelf Infrastructure Modules Cables Handling Modules FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 318 Repeat this step for up to 6 HD shelves in a configuration. 5. Route cables through the appropriate fiber management guides, if necessary. Cable Management Best Practices Shelf Cable Capacity Electrostatic Discharge Damage Prevention and Warning Cables FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 319 The number of DC power cables needed depends on your redundant, load-sharing mode configuration. For more information, see Number of DC Power Cables. FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 320 If you only have one and it fails, the shelf will cease operation. General Power and Grounding Guidelines AC Power Source Requirements General Electrical Safety Guidelines and Warnings AC Power Electrical Safety Guidelines and Warnings FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 321 General Power and Grounding Guidelines Site Planning and Preparation Connecting DC Power to the SH12 Shelf Connecting DC Power to the SH4R and SH4R-2 Shelf Connecting AC and DC Power to the SH4R and SH4R-2 Shelf FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 322 General Power and Grounding Guidelines Site Planning and Preparation Connecting AC Power to the SH12 Shelf Connecting AC Power to the SH4R and SH4R-2 Shelf Connecting AC and DC Power to the SH4R and SH4R-2 Shelf Connecting AC Power to the SH1R Shelf FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 323 ESD-preventive wrist strap or other personal grounding device Appropriate number of AC power cables, depending on which redundant, load-sharing mode configuration you want to support (provided by ADVA Optical Networking but have to be ordered separately) For operation in various countries, country-specific AC power cables are available.
  • Page 324 7. Use a wire crimper to securely crimp the appropriate terminal connector to the cable end. 8. Complete and attach an identification label. 9. If required, repeat this procedure for the rest of your power cables. FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 325 Connecting DC Power to the SH12 Shelf Two power cables of the same length and with the same connectors constitute a cable pair that belongs to a specific shelf. ADVA Optical Networking recommends labeling each DC power cable for easy identification.
  • Page 326 4. For the shelf that you want to power, determine which redundant, load-sharing mode configuration you want to support. These figures detail the supported DC power wiring configurations. Figure 98: 3+1 Configuration Wiring FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 327 Connecting DC Power to the SH12 Shelf Figure 99: 2+1 Configuration Wiring FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 328 Use a Phillips screwdriver size 1 to turn the locking bolt on each side of the plug to secure it. Do not overtighten the bolts. This figure shows the power cable connected to the shelf. Figure 101: DC power connection FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 329 As soon as power is up, the ECM-2 starts booting. This is indicated by the slot LEDs all blinking yellow. The Mod LED of the PSM-DC (Power B) should turn green to indicate that the units are functioning properly. FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 330 Troubleshooting with Component LEDs or contact ADVA Optical Networking for technical assistance. DC Power Source Requirements DC Power Cable Specifications Shortening and Assembling DC Power Cables Electrical Safety Guidelines and Warnings In Case of Electrical Accident FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 331 For recommended external circuit breaker, see PSM-DC4. 4. For the shelf that you want to power, determine which redundant, load-sharing mode configuration you want to support. These figures detail the supported DC power wiring configurations. FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 332 Figure 102: 2+1 Configuration Wiring for SH4R Figure 103: 2+1 Configuration Wiring for SH4R-2 For a 1+1 configuration, the PSM-DC4#3 will not be installed. For 1+0 and 2+0 configurations, the DC B cable will not be installed. FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 333 As soon as power is up, the ECM-2 starts booting. This is indicated by the slot LEDs all blinking yellow. The Mod LED of the PSM-DC4 (Power B) should turn green to indicate that the units are functioning properly. FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 334 2. If the dedicated AC power source outlet has a power switch, set it to the OFF (0) position. 3. For the shelf that you want to power, determine which redundant, load-sharing mode configuration you want to support. These figures detail the supported AC power wiring configurations. FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 335 Connecting AC Power to the SH12 Shelf Figure 104: 3+1 Configuration Wiring - PSM-AC6 Figure 105: 1+1 Configuration Wiring - PSM-AC6 FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 336 Troubleshooting with Component LEDs or contact ADVA Optical Networking for technical assistance. AC Power Source Requirements AC Power Cable Specifications Electrical Safety Guidelines and Warnings In Case of Electrical Accident Slot Covers FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 337 3. For the shelf that you want to power, determine which redundant, load-sharing mode configuration you want to support. These figures detail the supported AC power wiring configurations. Figure 106: 2+1 Configuration Wiring - PSM-AC4 FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 338 6. For the PSM-AC5, secure the power cable with the cord clip. If you have a PSM-AC5 installed in slot PSM1 going to the power B, carefully route the cable as shown in this figure. FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 339 Troubleshooting with Component LEDs or contact ADVA Optical Networking for technical assistance. AC Power Source Requirements AC Power Cable Specifications Electrical Safety Guidelines and Warnings In Case of Electrical Accident Slot Covers FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 340 (–40 to –72 VDC nominal). 3. Verify that the correct fuse or breaker is installed at the power supply source and that power is turned off. For recommended external circuit breaker, see PSM-DC4. FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 341 Insert the AC power coupler into the receptacle on the PSM-AC5. b. Secure the power cable with the cord clip and carefully route the cable as shown in this figure. FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 342 12. Confirm that the PDU has power. The green power indicator should be lit. 13. If the dedicated AC power source outlet has a power switch, set it to the ON (|) position to power on the system for the first time. FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 343 2. If the dedicated AC power source outlet has a power switch, set it to the OFF (0) position. 3. For the shelf that you want to power, determine which redundant, load-sharing mode configuration you want to support. This figure details the supported AC power wiring configuration. FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 344 If the Mod LED of the PSM is off, no power is being supplied to the unit. In case of an error, the Mod LED turns red. For troubleshooting information, Troubleshooting with Component LEDs or contact ADVA Optical Networking for technical assistance. FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 345 Connecting AC Power to the SH1R Shelf AC Power Source Requirements AC Power Cable Specifications Electrical Safety Guidelines and Warnings In Case of Electrical Accident Slot Covers FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 346 Single-mode (SM) or multimode (MM) fibers may be used depending on the module type. In most cases, network traffic is terminated in another ADVA Optical Networking NE at a different site. For network traffic, SM fibers are used.
  • Page 347 Do fiber optic cables have correct connectors? Is there one pair of fibers for each network/access port? Required Tools and Equipment ESD-preventive wrist strap or other personal grounding device Appropriate cables Appropriate fiber tray (installed) FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 348 To ensure faultless operation of the HD system, use only fiber-optic cables that ADVA Optical Networking releases and provides. Fiber- optic cables other those that ADVA Optical Networking releases and provides might be incompatible with HD modules, and we cannot guarantee interoperability.
  • Page 349 6. Connect the HD components (both client and network ports). 7. Route cables through the appropriate fiber management guides and into the appropriate fiber management tray for your shelf. FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 350 See the NED Online Help for procedures on provisioning the HD shelves. Cable Management Best Practices Shelf Cable Capacity Electrostatic Discharge Damage Prevention and Warning Cables Inspecting and Cleaning Fiber-optic Connectors and Receptacles Laser and LED Safety Guidelines and Warnings FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 351 Installation Overview — SH4R and SH4R-2 Shelves Installation Overview — SH1R Shelf Installation Overview — 1U Shelf Electrostatic Discharge Damage Prevention and Warning Shelf Front Covers General Electrical Safety Guidelines and Warnings FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 352 Figure 111: Positioning the Upper Front Cover 3. Press the cover inward until both latches snap into place. Be careful not to pinch any fibers or cables. FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 353 4. Press the cover inward until the latch snaps into place. Be careful not to pinch any power cables. Installing the SH12 Upper Front Cover Electrostatic Discharge Damage Prevention and Warning Cooling and Airflow Shelf Front Covers FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 354 All four posts should click into place. Be careful not to pinch any fibers. Figure 113: Positioning the Front Cover Electrostatic Discharge Damage Prevention and Warning Cooling and Airflow — SH4R Cooling and Airflow — SH4R-2 Shelf Front Covers FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 355 Replacing the Air Filter Pads Troubleshooting Preparation Troubleshooting with Component LEDs Inspecting and Cleaning Fiber-optic Connectors and Receptacles For alarm-related troubleshooting, see the Maintenance and Troubleshooting Manual or the TL1 Maintenance and Troubleshooting Manual. FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 356 Replacing the PSM-AC6 Air Filter Pad A dirty air filter pad negatively influences cooling efficiency. Replace dirty air filter pads at least once a year. ADVA Optical Networking recommends replacing the air filter pad every 90 days in environments without air filtration.
  • Page 357 Figure 114: Five Slots on Rear of the Air Filter Unit 6. Remove the air filter pad from the filter unit. Figure 115: Removing an Air Filter Pad FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 358 6. Reinstall the lower front cover as described in Removing and Installing Front Covers. 7. Properly dispose of the dirty air filter pad. Cooling and Airflow Clearance Requirements Air Filter Pads Side Air Covers FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 359 5. Place the air filter on a static-dissipative mat. 6. Use a Torx T10 screwdriver to unscrew the retaining thumb screw from the air filter case. Figure 118: Air Filter Case 7. Gently slide the case open. FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 360 16. Use a Torx T10 screwdriver to gently tighten the retaining screw as needed. Do not overtighten. 17. Reinstall the front cover as described in Removing and Installing Front Covers. 18. Properly dispose of the dirty air filter pads. FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 361 11. Use a Torx T10 screwdriver to gently tighten the thumb screws as needed. Do not overtighten. 12. Insert the air filter unit back into the shelf. 13. Gently apply pressure to the faceplate while pushing the unit into the slot. > FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 362 9. Gently press the cover front panel latches into the module slots. 10. Properly dispose of the dirty air filter pad. Cooling and Airflow Clearance Requirements Air Filter Pads Side Air Covers FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 363 Unconnected optical ports are protected. All equipment is updated with the correct firmware versions (no firmware mismatch alarms are raised). If needed, update the firmware as instructed in the FSP 3000R7 Maintenance and Troubleshooting Manual. For some tasks, personnel are needed on all sites involved in the link, such as to insert attenuators or measure OSNR remotely.
  • Page 364 Optical Time Domain Reflectometer (OTDR) — Used very seldom to troubleshoot the FSP 3000R7 and therefore not strongly required. The OTDR informs you of the length of any given fiber cable, of the location of splices, connectors and bends, of the attenuation of the link and of the back reflection of the link.
  • Page 365 In addition, ensure that you strictly follow the safety notices on the equipment labels. Troubleshooting Infrastructure Modules Common Equipment Module (CEM) Element Controller Module (ECM) Fan Module (FTM) Power Supply Module (PSM) FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 366 The Common Equipment Module has these variants:  CEM-2 — for SH12 CEM-3 — for SH1R CEM-4 — for SH4R and SH4R-2 The CEM-x supports these LEDs:  Shelf LEDs Passive Shelf Interconnect Port LEDs Management Port LEDs FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 367 1. Verify that the power cables are properly connected to the PSMs and deliver the required power. 2. Ensure that the PSMs are operating properly. 3. If the LED remains off, contact ADVA Optical Networking. FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 368 The admin state is “In Service,” “Management,” or “Maintenance.” CEM-2 has four interconnect ports (I1, I2, I3, I4), CEM-3 has one interconnect port (I1), and CEM- 4 has two interconnect ports (I1, I2). FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 369 3. To check if the cable is faulty, swap it with another of the same type. 4. Try using a different PC or a different interface on a hub or switch. FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 370 3. To check if the cable is faulty, swap it with another of the same type. 4. Try using a different PC or a different interface on a hub or switch. FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 371 1. Wait several minutes to or has just undergone determine if the module has a cold restart. undergone a cold restart. 2. If the LED remains red, return the module to ADVA Optical Networking. FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 372 View the current alarms in the an equipment failure management software, and then alarm see the appropriate software guide to resolve the alarm(s). Blinking Plug mismatch Insert the correct SFP pluggable transceiver. FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 373 PSMs and deliver the required power. 3. If other LEDs on this module are operational, unplug the ECM-x and re-insert it. If the LED remains unlit, return the module to ADVA Optical Networking. FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 374 Reset button once and release. The button should return to the normal state. 5. Try using a different PC or a different interface on a hub or switch. FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 375 Reset button once and release. The button should return to the normal state. 5. Try using a different PC or a different interface on a hub or switch. FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 376 Networking. The backplane might be defective, which requires replacing the shelf. On steadily The module has Replace the FTM  within 48 hours failed. after failure. Return the faulty FTM to ADVA Optical Networking. FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 377 3. Verify that the PSMs in the shelf are operational and receive the required external power. 4. If the LED remains off, a hardware error might have occurred. Return the FTM to ADVA Optical Networking. FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 378 2. Check whether the power cable is properly connected to the module and deliver the required power. 3. If the power connection is operational, return the module to ADVA Optical Networking. FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 379 Troubleshooting HD Traffic Modules Troubleshooting HD Traffic Modules MA-2C5LT MP-2B4CT FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 380 2. If someone removed the module, re-insert it. 3. If the LED remains red, return the module to ADVA Optical Networking. FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 381 PSMs and deliver the required power. 4. If all other modules in the shelf are operational, unplug this module and re-insert it. If the Mod and Svc LEDs remain off, return the module to ADVA Optical Networking. FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 382 "In Service." 2. If the LED remains unlit, view the current alarms in the management software, and then see the appropriate software guide to resolve any alarm associated with this port. FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 383 "In Service." 2. If the LED remains unlit, view the current alarms in the management software, and then see the appropriate software guide to resolve any alarm associated with this port. FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 384 1. Wait several minutes to determine failed or has just if the module has undergone a cold undergone a cold restart. restart. 2. If the LED remains red, return the module to ADVA Optical Networking. FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 385 PSMs and deliver the required power. 4. If all other modules in the shelf are operational, unplug the MP-2B4CT and re-insert it. If the Mod and Svc LEDs remain off, return the module to ADVA Optical Networking. FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 386 Signal failure 1. View the current alarms in the condition(s) management software. 2. Refer to the appropriate software guide to resolve the signal failure conditions that are reported at this port. FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 387 2. If the LED remains unlit, view the current alarms in the management software, and then refer to the appropriate software guide to resolve any alarm associated with this port. FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 388 Dust and any contamination at the end of the fiber core can degrade the performance of the connector interface where the two cores meet. FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 389 9-μm core single-mode fibers. As a general rule, whenever a significant, unexplained loss of light occurs, examine the connectors. The network fiber and patch panels that you use to connect ADVA Optical Networking equipment to the network fiber must have discrete back reflection-level values to be below –27 dB or less (–40 dB for...
  • Page 390 Never look into a fiber while the system lasers are turned on. Never use unfiltered hand-held magnifiers or focusing optics to inspect fiber connectors. Never connect a fiber to a hand-held fiber scope while the system lasers are on. FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 391 Never use alcohol for wet cleaning without a way to ensure that it does not leave residue on the end face. Alcohol residue can damage the equipment (for advanced user only). FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 392 Best Practices Figure 122: Cleaning Flowchart Electrostatic Discharge Damage Prevention and Warning Eye Safety Guidelines Laser and LED Safety Guidelines and Warnings FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 393 Do not use commercial, compressed air because of the risk of oil contamination of the fiber-optic connectors and receptacles. Always use canned, oil-free compressed air. Discard any used cleaning material after use. Contact ADVA Optical Networking to obtain a list of MPO inspection equipment suppliers. Overview Best Practices Laser and LED Safety Guidelines and Warnings FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 394 See the illustration that follows for comparison examples of clean and contaminated fiber end faces. Use a hand-held fiber scope or video scope that is compatible with the connector type you are cleaning. FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 395 Cleaning Methods General Cleaning Process Dry Cleaning Technique Using Reel-type Cleaners Dry Cleaning Technique Using Lint-Free Wipes Wet Cleaning Technique Using Lint-Free Wipes Vendor-Specific Cleaning Techniques FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 396 4. Use a dry-cleaning technique to clean the connectors. 5. After you clean and inspect a connector, immediately close the cap on any port that you are not connecting to prevent contamination of the connector. FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 397 Never use alcohol or wet cleaning without a way to ensure that it does not leave residue on the end face. Alcohol residue can cause equipment damage. Eye Safety Guidelines Laser and LED Safety Guidelines and Warnings Best Practices Required Tools and Equipment FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 398 124. 4. Inspect the fiber using a hand-held fiber scope or video scope (Inspecting Fiber-optic Connector and Receptacle End Faces). If the fiber is dirty, clean it with a lint-free wipe. FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 399 8. Inspect the connector again by using the hand-held fiber scope or video scope. 9. Repeat this process as necessary. Eye Safety Guidelines Laser and LED Safety Guidelines and Warnings Best Practices Required Tools and Equipment FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 400 7. Properly dispose of the wipe. Never reuse a wipe. 8. Inspect the connector again with a hand-held fiber scope of video scope. 9. Repeat the process as necessary. FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 401 Do not clean the inside of the receptacles unless you suspect that contamination has reduced the light power. If the manufacturer cleaned and connected the module receptacles, the system should operate error- free. FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 402 If problems persist after you repeat the cleaning process, replace the optical module. Return the removed module to ADVA Optical Networking Technical Services. 6. If no optical fiber cable is reconnected, cover the connector receptacle with plugs to avoid contamination.
  • Page 403 8. Properly dispose of the swab. Never reuse a swab. 9. Repeat the cleaning process as necessary. Eye Safety Guidelines Laser and LED Safety Guidelines and Warnings Best Practices Required Tools and Equipment FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 404 6. Immediately after cleaning, lightly press and turn the second swab (dry) to dry any remaining alcohol from the ferrule face. 7. Properly dispose of the wet and dry swab. Never reuse a swab. 8. Inspect the connector again. FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 405 Cleaning Connector Receptacles Eye Safety Guidelines Laser and LED Safety Guidelines and Warnings Best Practices Required Tools and Equipment FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 406 PART 5: REPLACING COMPONENTS Replacing Infrastructure Modules Replacing HD Traffic Modules and Pluggable Transceivers Removing and Installing Front Covers Removing and Installing a Module Slot Cover Returning Equipment FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 407 Risk of electromagnetic disturbances! Be careful not to damage the EMI shielding gasket on the module faceplate edges when inserting it into the slot. Otherwise EMC compliance cannot be achieved. FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 408 CEM-2 for SH12 CEM-4 for SH4R and SH4R-2 CEM-3 for SH1R Torx T10 screwdriver Cable extractor tool (if necessary) Electrostatic Discharge Damage Prevention and Warning Handling Modules General Installation and Maintenance Guidelines FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 409 6. Lift out on the locking levers to disconnect the module from the backplane. 7. Grasp the levers, and then carefully slide the CEM-2 out of the shelf. 8. Place the defective CEM-2 on a static-dissipative mat. 9. Return the defective CEM-2 to ADVA Optical Networking as described in Returning Equipment.
  • Page 410 6. Close the faceplate and hand-tighten the thumb screw. 7. Grasp the module and carefully slide the CEM-3 out of the shelf. 8. Place the defective CEM-4 on a static-dissipative mat. 9. Return the defective CEM-3 to ADVA Optical Networkingas described in Returning Equipment To install the new module: 1.
  • Page 411 If the replacement module does not work, or the LEDs do not respond as expected, remove and reinstall it. If it still does not work, immediately install another replacement. Electrostatic Discharge Damage Prevention and Warning CEM-3 Handling Modules FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 412 6. Lift out on the locking levers to disconnect the module from the backplane. 7. Grasp the levers, and then carefully slide the CEM-4 out of the shelf. 8. Place the defective CEM-4 on a static-dissipative mat. 9. Return the defective CEM-4 to ADVA Optical Networkingas described in Returning Equipment To install the new module: 1.
  • Page 413 Laptop or PC that is installed with these software applications to establish a serial connection: USB to Serial driver Terminal emulation program, such as PuTTY USB to RJ-45 cable Electrostatic Discharge Damage Prevention and Warning Handling Modules General Installation and Maintenance Guidelines FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 414 5. Lift out on the locking levers to disconnect the module from the backplane. 6. Grasp the levers and carefully slide the ECM-2 out of the shelf. 7. Place the defective ECM-2 on a static-dissipative mat. 8. Return the defective ECM-2 to ADVA Optical Networking as described in Returning Equipment To install the new module: 1.
  • Page 415 "Restore Database failed. SHELF-UHI mismatch," means that the backed up database is for the wrong shelf type. "Restore Database failed. CRC validation failed," means that the backed up database is corrupted. FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 416 1. Download the most recent database backup file to the NCU RAM. See the FSP 3000R7 Maintenance and Troubleshooting Manual. 2. Connect your PC to the NCU and enter these shell commands to extract the ECM file(s) from the database in NCU RAM. FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 417 4. Lift out on the locking lever to disconnect the module from the backplane. 5. Grasp the lever and carefully slide the ECM-3 out of the shelf. 6. Place the defective ECM-3 on a static-dissipative mat. 7. Return the defective ECM-3 to ADVA Optical Networking as described in Returning Equipment To install the new module: 1.
  • Page 418 16. Remove the USB to RJ-45 cable. 17. If required, reconnect the ECM-3 cables. 18. Look at the module LEDs to ensure they are operating correctly. For LED information, see Troubleshooting with Component LEDs. FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 419 48 hours after failure. To restore system cooling, ensure that the replacement procedure does not exceed three minutes. Required Tools and Equipment ESD-preventive wrist strap or other personal grounding device Suitable grounded surface or a static-dissipative mat FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 420 Appropriate FTM for the HD shelf FTM-2 for SH12 FTM-4 for SH4R or SH4R-2 FTM-3 for SH1R Torx T10 screwdriver Electrostatic Discharge Damage Prevention and Warning Handling Modules General Installation and Maintenance Guidelines FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 421 3. Use a Torx T10 screwdriver to unscrew the retaining screw from the FTM-2. 4. Grasp the handle and carefully slide the FTM-2 out of the shelf. 5. Place the defective FTM-2 on a static-dissipative mat. 6. Return the defective FTM-2 to ADVA Optical Networking as described in Returning Equipment To install the new module: 1.
  • Page 422 FTM-3. 3. Carefully slide the FTM-3 out of the shelf. 4. Place the defective FTM-3 on a static-dissipative mat. 5. Return the defective FTM-3 to ADVA Optical Networking as described in Returning Equipment To install the new module: 1.
  • Page 423 FTM-4. 4. Carefully slide the FTM-4 out of the shelf. 5. Place the defective FTM-4 on a static-dissipative mat. 6. Return the defective FTM-4 to ADVA Optical Networking as described in Returning Equipment To install the new module: 1.
  • Page 424 PSM (for redundant power configurations only). When you install a slot cover, verify that the remaining PSMs are installed in the correct slots for your redundant power configuration. FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 425 Handling Modules General Installation and Maintenance Guidelines Replacing a PSM-DC This procedure assumes that: You properly grounded the shelf to the rack; and You unpacked and properly inspected the replacement module. FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 426 LED is unlit. 5. Continue to remove the PSM-DC completely from the shelf. 6. Place the defective PSM-DC on a static-dissipative mat. 7. Return the defective PSM-DC to ADVA Optical Networkingas described in Returning Equipment To install the new module: 1. Verify that you are properly grounded with an anti-static wrist strap or heel strap connected to the grounded ESD jack.
  • Page 427 LED is unlit. 4. Continue to remove the PSM-DC4 completely from the shelf. 5. Place the defective PSM-DC4 on a static-dissipative mat. 6. Return the defective PSM-DC4 to ADVA Optical Networkingas described in Returning Equipment To install the new module: 1. Verify that you are properly grounded with an anti-static wrist strap or heel strap connected to the grounded ESD jack.
  • Page 428 5. Use a Torx T10 screwdriver to unscrew the retaining screw from the PSM. 6. Grasp the handle and carefully slide the PSM out of the shelf. 7. Place the defective PSM on a static-dissipative mat. 8. Return the defective PSM to ADVA Optical Networkingas described in Returning Equipment To install the new module: 1.
  • Page 429 ADVA Optical Networking for technical assistance. Electrostatic Discharge Damage Prevention and Warning PSM-AC3 Handling Modules AC Power Source Requirements Electrical Safety Guidelines and Warnings In Case of Electrical Accident FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 430 5. Use a Torx T10 screwdriver to unscrew the retaining screw from the PSM. 6. Grasp the handle and carefully slide the PSM out of the shelf. 7. Place the defective PSM on a static-dissipative mat. 8. Return the defective PSM to ADVA Optical Networkingas described in Returning Equipment To install the new module: 1.
  • Page 431 Gently apply pressure to the faceplate while you push the module into the slot. d. Push on the faceplate to fully seat the module. The module is completely inserted when its faceplate is flush with the back plate of the shelf. FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 432 Insert the AC power cable plug into the dedicated AC power source outlet. The AC power cable plug serves as the main disconnection device. Therefore, the dedicated AC power outlet must remain accessible so as to be readily operable for use. FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 433 5. Use a Torx T10 screwdriver to unscrew the retaining screw from the PSM. 6. Grasp the handle, and then slowly slide the PSM out of the shelf until the Mod LED is unlit. 7. Place the defective PSM on a static-dissipative mat. FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 434 Replacing a PSM 8. Return the defective PSM to ADVA Optical Networkingas described in Returning Equipment To install the new module: 1. Verify that you are properly grounded with an anti-static wrist strap or heel strap connected to the grounded ESD jack.
  • Page 435 Otherwise EMC compliance cannot be achieved. Before you start any of these procedures, read the entire section for important information. For complete safety and compliance information, PART 6: SAFETY GUIDELINES. FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 436 7. Grasp the levers, and then carefully slide the traffic module out of the shelf. 8. Place the defective traffic module on a static-dissipative mat. 9. Return the defective traffic module to ADVA Optical Networking as described in Returning Equipment.
  • Page 437 It receives power. The Mod LED turns green when the module makes contact with the backplane. The module admin state is unassigned so the other LEDs are off. After you insert the module, the software notifies the management system of the change. FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 438 12. If necessary, reinstall the front cover, as described in Removing and Installing Front Covers. 13. Return the defective traffic module to ADVA Optical Networking as described in Returning Equipment If a firmware mismatch alarm is raised on this module, upgrade the module software.
  • Page 439 CAUTION The use of pluggable transceivers other than those approved and released by ADVA Optical Networking results in loss of laser safety approval for the respective module and entire HD system. Only approved pluggable transceivers guarantee the behavior in conjunction with the module as specified.
  • Page 440 5. Carefully pull the pluggable transceiver from the cage. 6. Place the defective pluggable transceiver on a static-dissipative mat. 7. Return the defective traffic module to ADVA Optical Networking as described in Returning Equipment.
  • Page 441 The management software automatically detects when a pluggable transceiver is inserted into a module. Each time a transceiver is inserted into an interface cage of a channel module or network module, the internal network management system is notified. FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 442 8. Look at the module LEDs to ensure they are operating correctly. For LED information, see Troubleshooting with Component LEDs 9. Return the defective pluggable transceiver to ADVA Optical Networking as described in Returning Equipment Do not remove and insert a pluggable transceiver more often than necessary.
  • Page 443 Replacing a Pluggable Transceiver Inspecting and Cleaning Fiber-optic Connectors and Receptacles Electrostatic Discharge Damage Prevention and Warning Laser and LED Safety Guidelines and Warnings Handling Fiber-Optic Cables Handling Pluggable Transceivers FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 444 3. If the front cover held on with magnet pins, hold the cover by the shorter sides and pull the cover toward you. 4. Remove the cover and set it aside. FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 445 3. Press the cover inward until both latches snap into place. Be careful not to pinch any fibers or cables. Electrostatic Discharge Damage Prevention and Warning Cooling and Airflow Shelf Front Covers FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 446 4. Press the cover inward until the latch snaps into place. Be careful not to pinch any power cables. Electrostatic Discharge Damage Prevention and Warning Cooling and Airflow Shelf Front Covers FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 447 All four posts should click into place. Be careful not to pinch any fibers. Figure 128: Positioning the Front Cover Electrostatic Discharge Damage Prevention and Warning Cooling and Airflow — SH4R Cooling and Airflow — SH4R-2 Shelf Front Covers FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 448 3. Loosen the thumb screws. 4. Grasp the thumb screws, and then carefully slide the slot cover out of the shelf. Electrostatic Discharge Damage Prevention and Warning General Installation and Maintenance Guidelines Operational Risks FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 449 Removing and Installing Front Covers. Install slot covers in all empty slots, including ECM, PSM, and traffic module slots. Electrostatic Discharge Damage Prevention and Warning General Installation and Maintenance Guidelines Operational Risks FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 450 Before you send in any damaged or defective hardware for manufacturer repair or replacement, you must obtain an RMA number from ADVA Optical Networking. This number confirms that you can return the defective hardware for repair. ADVA Optical Networking will not process shipments they receive without an RMA number and will return those shipments to senders at their expense.
  • Page 451 Networking cannot allocate the RMA number. 4. Print out and sign the RRF. 5. Fax the completed and signed RRF to ADVA Optical Networking at +49 (89) 8906 65847. ADVA Optical Networking will inform you of the allocated RMA number.
  • Page 452 Unless otherwise contractually agreed to, send the defective unit to this address: ADVA Optical Networking SE Attention RMA Return Maerzenquelle 1-3 98617 Meiningen-Dreißigacker Germany Overview Obtaining an ADVA Optical Networking RMA Number Replacing Infrastructure Modules Replacing HD Traffic Modules and Pluggable Transceivers FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 453 PART 6: SAFETY GUIDELINES General Electrical Safety Guidelines and Warnings Fire Safety Requirements Installation Safety Guidelines and Warnings Laser and LED Safety Guidelines and Warnings Electrical Safety Guidelines and Warnings FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 454 This document uses the safety warnings and notices described in this section. Important instructions and information accompany each symbol. Correctly follow all instructions. Do not ignore them. The topics in this section appear in alphabetical order, not in order of importance. FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 455 It also alerts you to the risk of possible laser radiation if the system is not used as designed or altered in any way. FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 456 Lifting Hazard Caution LIFTING HAZARD CAUTION This symbol indicates a potentially hazardous situation or condition that may result in a personal injury or damage to equipment due to the weight of an object. FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 457 This warning means danger and alerts you to a situation that could cause bodily injury. Before you work on any equipment, be aware of the hazards involved and be familiar with standard practices for preventing accidents. FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 458 Do not perform any modifications or changes to the HD equipment. Any changes can void the regulatory compliance. In addition, any unauthorized changes or modifications to this product, without prior written approval by ADVA Optical Networking, voids the manufacturer's warranty and place you at risk of losing your authority to operate the equipment.
  • Page 459 Contact ADVA Optical Networking Technical Services for support and guidance. Definition of Safety Warning Levels Safety Requirements, Warnings, and Guidelines Electrostatic Discharge Damage Prevention and Warning Eye Safety Guidelines Electrical Safety Guidelines and Warnings FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 460 The power on all pump-lasers operate at a level below the Hazard Level 1M, or else the power shuts down these laser sources, if necessary. FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 461 The intrabuilding cables must be shielded, and the shield must be grounded at both ends. Definition of Safety Warning Levels Installation Safety Guidelines and Warnings Laser and LED Safety Guidelines and Warnings Electrical Safety Guidelines and Warnings FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 462 Fully fasten your ESD clothing. Periodically test wrist straps and work surfaces to evaluate functionality and ensure they are operating effectively. Workspace Setup Equipment Handling Handling Equipment Precautions and Guidelines Installation Safety Guidelines and Warnings FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 463 Most static control equipment is not designed to be used near voltages greater than 250 volts. ESD Protective Clothing and Accessories Equipment Handling Handling Equipment Precautions and Guidelines Installation Safety Guidelines and Warnings FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 464 Local Building and National Electrical Codes Warning ELECTRIC VOLTAGE WARNING Any modifications to the site that are required for the HD installation must comply with your local building and national electrical codes. FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 465 General Site Requirements Service Personnel Assumptions FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 466 If you notice visible signs of the module overheating or related odors, power off the shelf immediately and remove the module. General Electrical Safety Guidelines and Warnings Laser and LED Safety Guidelines and Warnings Electrical Safety Guidelines and Warnings Heat Dissipation FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 467 Do not disassemble this product. Equipment can cease to function, and the warranty is void if disassembled. Never install damaged equipment. Electrostatic Discharge Damage Prevention and Warning Handling Equipment Precautions and Guidelines General Site Requirements Supported Rack Requirements FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 468 LIFTING HAZARD CAUTION The HD shelves are heavy. To avoid personal injury and damage to the shelf, ADVA Optical Networking recommends having at least two people to lift and mount the shelf into the rack. Site Preparation Checklist HD Equipment General Safety Guidelines and Warnings...
  • Page 469 Do not place receptacles, such as cups, glasses, or bottles filled with drinks, on top of or in close vicinity to a shelf. Do not place objects on top of a shelf. Do not smoke when handling the shelf. Cigarette ash can enter the shelf. FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 470 Do not install a module that someone has dropped or damaged. Do not dispose of a waste module with the normal trash because it is an electronic product. FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 471 Other extreme conditions exist. Failure, overheating, or fire can occur. Electrostatic Discharge Damage Prevention and Warning Laser and LED Safety Guidelines and Warnings HD Equipment General Safety Guidelines and Warnings Operational Risks Qualified Personnel Warning FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 472 Keep power cables, data cables, and fiber-optic cables clear of foot traffic. Route cables in vertical cable ducts on the rack under the floor, through the ceiling, or in protective channels. Never eat, drink, or smoke when you work with fibers. FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 473 Avoid uneven mechanical loading when installing multiple shelves. If the equipment rack is on wheels, verify that the brakes are engaged and the rack is stabilized. FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 474 Rack-Mounting Requirements and Warnings Supported Rack Requirements Building Structure Connection for Rack Prerequisites and Guidelines FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 475 The ARP causes the laser to automatically after the disruption is corrected. Optical power that launches from an amplifier module into the transmission fiber can be higher than the Class 1M hazard level specified in the IEC 60825- FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 476 Raman pump out from being transmitted into the open or broken fiber. To ensure that the HD system operates as a hazard level 1M system, some EDFAs and the Raman amplifiers supports the ADVA Optical Networking ALS scheme. LASER RADIATION WARNING The organization in charge of operation and maintenance carries the final responsibility for the safety of the entire system.
  • Page 477 — could permanently damage the eye. Always wear the appropriate laser safety glasses when required. Be sure that they meet national laser safety regulations and are applicable to the lasers within your environment. FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 478 High intensity and invisible light is emitted from the optical output receptacles of amplifier modules. Ensure that all connectors are terminated properly before setting the amplifier's Admin state to "In Service." FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 479 The organization in charge of installation and/or service must ensure that: Personnel responsible for installation and service have received the proper laser safety training; and Mandatory access controls and warning signs for particularly secured and secured areas are in effect. FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 480 Radiation from Open Port Apertures Warning LASER RADIATION WARNING Because invisible radiation might be emitted from the aperture of the port when no fiber cable is connected, avoid exposure to radiation and do not stare into open apertures. FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 481 United States — National Fire Protection Association (NFPA) 70 and United States National Electrical Code (NEC) Canada — Canadian Electrical Code, Part I, CSA C22.1 Continental Europe — International Electrotechnical Commission (IEC) 60364, Part 1 through Part 7 FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 482 CAUTION Power cables must not block access to modules and shelf components or drape where people could trip on them. FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 483 Before working on the HD equipment or near power supplies, completely remove all power connections to disconnect power from the shelf. Be aware that the shelf may have more than one power supply connection. FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 484 Be aware that you may touch live contacts when the PCB cover is damaged or missing and voltage is applied. Do not install the PSM if it is damaged or if the covers are missing. FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 485 If power is supplied without the protective grounded, there is a risk of severe electric shock and may cause personal injury. Whenever the ground protection is impaired, do not use the shelf and secure it against any accidental operation. FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 486 Consider a protective device as part of the building installation: 16 A (or 20 A for North America). In Case of Electrical Accident General Electrical Safety Guidelines and Warnings AC Power Source Requirements FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 487 It is not intended to be powered by AC derived from a DC source. Disconnecting AC Power Warnings ELECTRIC VOLTAGE WARNING Before connecting the AC power cable, ensure that power is removed from the dedicated AC supply circuit. FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 488 Do not overload a branch circuit. Failure to do so could cause a fire hazard or a shock hazard under certain conditions. Disconnect the AC power cables when the system is not in use. FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 489 2. Do not use defective connecting terminals! If defective, the entire power supply must immediately be replaced by a new one. Failure to do so could result in electric shock or adverse system operation. FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 490 Always connect the protective ground conductor to the protective ground terminal first when connecting DC power to the equipment. If power is supplied without the protective grounding, there is a risk of severe electric shock and personal injury. FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 491 DC Power Electrical Safety Guidelines and Warnings ELECTRIC VOLTAGE WARNING Any interruption of the protective ground conductors, inside or outside the shelves, or disconnection of the protective ground terminals, can result in personal injury. FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 492 PART 7: APPENDICES MTBF Hours for HD Equipment FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 493 333,479 CEM-3 1063801083-01 1,017,502 CEM-4 1063801054-01 513,860 ECM-2 1063801012-01 439,802 ECM-3 1063801063-01 422,172 FTM-2 1042800022-01 173,301 FTM-3 1042800083-01 1,308,906 FTM-4 1042800054-01 1,756,389 PSM-AC3 1040800093-01 877,193 PSM-AC4 1040800064-01 609,203 PSM-AC5 1040800065-01 609,204 FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 494 1061800756-01 4,255,319 QSFP28/103G/LR4/SM/LC 1061800740-01 2,341,920 QSFP28/103G/PSM4/SM/MPO 1061800752-01 12,500,000 QSFP28/112G/AOC/0100 1051002601-01 12,300,000 QSFP28/112G/AOC/0300 1051002603-01 12,300,000 QSFP28/112G/AOC/0500 1051002605-01 9,460,000 QSFP28/112G/DAC/CR/0100 1051002635-01 15,873,016 QSFP28/112G/DAC/CR/0300 1051002636-01 15,873,016 QSFP28/112G/LR4/SM/LC 1061800720-01 1,396,648 QSFP28/112G/PSM4/SM/MPO 1061800753-01 QSFP28/112G/SR4/MM/MPO 1061800724-01 9,360,000 FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...
  • Page 495 Cable and Fiber Trays Cable and Fiber Trays Component Sales Item Number MTBF hours 1013800065-01 FSP 3000R7 High-Density Subshelf Guide - R17.2 - Issue:B...