Section_J_-_Att_No__009_UPDATED_Internal_IT_wiring_project_SOW_rev1_07072023_0002.pdf

1 Project Description

This is the National Park Service Statement of Work for the following task(s):

1.1 Project Title

Interior IT Wiring project

1.2 Purpose

This project will upgrade the existing IT infrastructure of the following buildings:

Main Administration, the Old Inn, the Conifer Classroom, and the Education Lab.

This project will include network switches, UPS battery backup/surge protectors, patch panels, termination block jacks, all connecting cable and cable raceway, enclosures, and shelves, labeling and all documentation and testing. As well as the interconnection of all locations.

This project will remove the existing wiring, where needed, and install newer Cat6 cables to support higher data rates and clean cabling. It will also provide for the mining of old wiring and telephone company blocks and make room for the upgrade of the telecom closet. A rework of the existing telephone company premises wiring block is also included.

The Interior IT wiring project will work in connection with other ongoing and completed projects to bring the main Muir Woods National Monument buildings to a network level that supports the higher speeds which will be available. It will eliminate redundant, confusing, and congested cabling and blocks, many of which have been in place since the 1980s.

1.3 Project Background

The Muir Woods National Monument internal wiring is typical of wiring that was used in the 1980s and 1990s. The MDF (Main Distribution Frame) shares space in a small closet that measures about eight foot by six foot. The current phone system is an Eon Millennium DBCS-8 telephone switch. The associated wiring, mostly Cat3 and Cat1, was used for POTS, plain old telephone service and early LAN cabling. This closet functions as a main distribution point for all telecom services to the Muir

Woods area. Any additional cabling has been done ad hoc, or as needed to reach the workstations around the offices. This has led to wiring running across the floor, around doorframes, and generally in a haphazard “anything for service” fashion.

RFQ 140P8623Q0044

Section J - Att No. 009 UPDATED SOW

The main admin building has a combination of the newest wiring for data (Cat5) and oldest wiring for the telecom blocks and phones. This wiring is substandard and does not meet the needs of the staff to properly perform their duties.

It is hoped that at the time this project begins the new telecom services will be installed which will allow for a conversion of the phone system to Teams Calling

Plan. If this service has not been upgraded, it will be necessary to preserve the integrity of the current Eon Millennium PBX service.

The Old Inn, now the main workplace of Law Enforcement and Maintenance personnel, also uses old Cat1 for phones, all POTS lines, and long jumper cables run from a centrally placed Cisco switch for network. The network service for this building comes from a HughesNet dish mounted on the roof.

The Conifer Classroom has no existing cabling or IT infrastructure.

All sites have had fiber run as part of an earlier project.

1.3.1 Organization and Mission

The National Park Service, a bureau of the Department of the Interior, is entrusted with administering approximately 84,000,000 acres of land throughout nearly 400 national park units in all 50 states, the District of Columbia, Puerto Rico, the U.S.

Virgin Islands, and Guam. The mission of the National Park Service is to preserve unimpaired the natural and cultural resources and values of the national park system for the enjoyment, education, and inspiration of this and future generations.

This is accomplished through a deeply committed workforce of approximately

27,000 employees (both permanent and temporary) and partnerships with nonprofit organizations, state and local governments, and private industries.

1.4 Scope

Rework the telecom frame room MDF (Main Distribution Frame), consolidate the copper wire on a smaller number of new 110 blocks. Rewire active lines and analog numbers to their original destinations.

Mine (remove) current Cat5 cable and end blocks at the Administration building and install new Cat6 cable in existing raceway. Install new Cat6 cabling within new and existing raceway to each workstation location. Raceway and cabling will be run ceiling down, network blocks for user connection will be located at a height of 36 inches from the floor to eliminate the wear and tear of being floor mounted.

Install a new network enclosure at the Administration building (42U). A smaller shelf will be used at the Old Inn and the Conifer classroom (10U). These enclosures/shelves will be located at predetermined locations with a proximity to both the fiber patch panels and the workstation areas. The Admin Building will require additional runs using new raceway. All other locations will require new raceway. At the Admin building there is some existing raceway that needs additional runs and new raceway will be used at each of the other locations.

Run new raceway from the new patch panels at each location throughout the work areas to support the new workstation locations. No raceways will be required in the

Visitor Center. Penetrate through walls where necessary, use sleeve kits. This conduit will run along the edge of ceilings and down to each workstation to better protect its integrity and longevity.

Project Tasks cover all additional equipment in detail. Drawings included.

1.5 Project Tasks

Note: All materials used are listed separately on the attached Bill of Materials

(BOM), P (parts) and G (Government provided Equipment). This is for reference only. Parts (P) noted are the basis-of-design. Substitution of the materials on the P

(parts) section is allowed. Any substitution must meet the salient characteristics of the basis-of-design product. All parts must be submitted to the COR for approval.

Administrative building

Note: Refer to Figure 1 (Rack Elevations) for equipment installation elevations.

Steps 5 and 6 below may be completed by Conservancy IT staff.

1. Rework the frame room in the main administration building, mining all unutilized cable, wire, and blocks. Carefully test and document all existing numbers and lines and where they originate on the telco block. Install a new 100 pair 110 block (P1) and terminate all telco provided lines with dial tone to this block. Direct connect all remote ends to this block and make all necessary cross connects to reapply dial tone to the correct remote ends. Only remove unessential blocks. Every attempt will be made to collocate new 110 block as close as possible to the telco origination blocks. See images Cross Connects block 1 & 2. Drawings are reference only and are not considered a substitution for an accurate vendor survey.

2. Remove existing Cat 5 patch panel located in the top of the existing rack.

3. Remove the cable management system from the existing rack.

4. Remove the Cisco Catalyst 3560, 24 port switch from the next top-down position. Labelled MUIR WOODS/PORT 1&2 TRUNK/10.149.77.115.

5. Remove the Cisco 2800 Router, next device down (see note above).

6. Remove the Cisco switch, final device on rack (see note above).

7. Remove rack.

8. Remove the small, two door cabinet from the wall. Located just under the existing rack.

9. Mine (remove) all Cat5 cable and terminations, as well as connector housings.

New provided. Do not remove existing cable raceway, it will be reused.

10. Assemble, place and level the new rack (P2) so the front faces East (the safe side of the room). Enclosure door to open towards the North wall. The Smart rack should be six inches from the right wall and approximately 18 inches off the West side (rear) wall. Rack must be able to roll forward so techs may access the Corning fiber panel.

11. Install the Tripp Lite Vertical PDU (P3) on the rear right corner when facing the front of the Tripp Lite rack installed in the previous step. It needs to be accessible when the side door of the enclosure is removed.

12. Install the Fixed Shelf (P4) at the approximately 4 rack units from the top of the new rack, approximately RU39 from the bottom. This will support the Corning fiber patch panel that you will be relocating in the next step.

13. Relocate the Corning fiber cross connect panel (see Figure 1) to the shelf installed in the previous step. Remove the wall mount hardware. Insure the fiber patch panel is accessible.

14. Install the Tripp Lite Heavy Duty Fixed Shelf (P4) at a comfortable level for use of a laptop or approximately 36 inches. (Figure 2)

15. Install the APC Smart-UPS C 1500VA (P28) in the lowest position of the rack installed in step 10. Plug the APC Back-UPS into the wall to the right of the Tripp Lite rack. (Figure 2)

16. Plug the Tripp Lite Vertical PDU, installed in the previous step, into one of the lower of the six Power and Surge protected outlets on the rear of the APC Back- UPS installed in step 15.

17. Install the NEXTSPEED Cat 6 110-style 24 port patch panel (P6) in rack, approximately eighteen inches over the Tripp Lite shelf installed in step 14.

The goal is for a user to have a comfortable location for a laptop for equipment management. (Figure 2)

18. Install Patchbox Frame (G4) holds up to 24 Patchbox Cassettes directly above patch panel installed in the previous step. Six Patchbox cable management loops included. (Figure 2)

19. Load Green Patchbox 365 Cat6a Cable Cassettes (G5) into Patchbox frame.

Working from left to right install twenty-four green cassettes.

20. Install the National Park service provided Cisco 9200L 24 port switch (G1) above the Patchbox Frame installed in step 18. This switch will be labelled and configured by NPS IT personnel. Plug the switch into the lowest outlet of the Tripp Lite Vertical PDU installed in step 11. (Figure 2 & 14)

21. Install Patchbox Frame (G4), holds up to 24 Patchbox Cassettes, directly above the Cisco 9200L installed in step 20. This will be a multitype cassette shelf.

(Figure 2)

22. Load Blue Patchbox 365 Cat6a Cable Cassettes (G6) into Patchbox frame installed in the previous step. There should be 8 blue cable cassettes. Install the cassettes from left to right.

23. Load Pink Patchbox 365 Fiber Cable Cassettes (G8) into Patchbox frame installed in step 21. Install the pink fiber cassettes in the same rack as the blue installed in the previous step starting on the right, slot 24, and working left.

There should be a total of six in this shelf.

24. The following equipment will be installed at a later date or by one of the NPS partners or service providers:

a. NPC (National Park Conservancy) Switch, located above the second Patchbox shelf (step 18) on the drawing.

b. Fortinet L2L Firewall, located below the Tripp Lite Heavy-Duty Shelf.

c. AT&T Cisco ASR1001 Router (NPS), locate below the Fortinet L2L (new service gateway).

d. AT&T Ciena 3930 Switch (NPS), located below the Cisco ASR1001(new service distribution).

e. WAN Router (NPC), located below the Ciena 3930 on the drawing (future service).

f. WAN Distribution Switch (NPC), located at the bottom of the to be installed section on the drawing (future service).

25. Add raceway (PL #10 - 20) to the locations, indicated on the drawing where it does not already exist. Missing raceway has a purple square on the Administration building layout drawing. (2A & B, 4A & B, 6A & B, 11A & B, 12A & B). (Figure 3)

26. Install new compact surface-mount box (P12), accepts two QuickPort snap-in connector modules to all raceway end locations which will be located three feet (36 inches) from the floor on the wall. These boxes should be as close to existing corners or window frames as possible to avoid future damage or obstructions as much as possible.

27. Run new green Cat 6 bulk cable (P21) from Patch panel installed in step 17 to surface-mount boxes installed in the previous step. Service length needs to be provided so the rack can be rolled forward for fiber panel access.

28. Terminate Cat 6 cable to jacks at the rear of the Patch panel installed in step 17 at the 110 punch downs.

29. Terminate Cat 6 cable on new modular connectors (P23 and P24) and snap into the Leviton QuickPort surface-mount boxes installed in the previous step.

The green jacks are for NPS personnel current and future and should be installed on the left side of the box (A side), the blue jacks will be on the right and is for future partners (B side).

30. Test and label all installed blocks, jacks and cable terminations to ensure continuity and proper assignment. Patchbox labels provided with cassettes.

Label sheet provided. Please provide a written copy of all tested jacks insuring completion.

31. Install National Park Service provided fiber SFPs (G3) in ports Gig1/1/1, Gig1/1/2, and Gig1/1/4 (See image Cisco 9200L Switch). Of the Cisco 9200L installed in step 20. (Figure 2 & 14)

32. Using the Patchbox cassette jumpers installed in step 19 interconnect the Cisco switch to the user’s workstations by way of the 24 port patch panel installed in step 17. Apply Patchbox labels to all ends. The Cisco switchports are already numbered 1 (upper left) to 24 (lower right). The green ports should occupy switchports 1 to 12. (Figure 14 & 17)

33. Connect Patchbox fiber jumpers from Gig1/1/1 of the Cisco 9200L 24 switch to the Corning fiber patch panel to the Old Inn. Port 1 &2 TO MAINTENANCE.

Refer to the Cisco 9200L Switch, Admin multiuse Patchbox cross connect image and the Admin Multiuse Patchbox cross connect images. (Figure 1 & 14)

34. Connect Patchbox fiber jumpers from Gig1/1/2 of the Cisco 9200L 24 port switch to the Corning fiber patch panel (image 1) in the Conifer Classroom.

Port 1 & 2 TO CONIFER. (Figure 1 & 14)

35. Connect Patchbox fiber jumpers from Gig1/1/4 of the Cisco 9200L 24 switch to the AT&T Managed service LC port. WAN equipment may or may not be installed yet in which case skip this step. (Figure 1 & 14)

Figure 1

In the above image “1-8 TO MAINTENANCE” refers to the Old Inn.

Figure 2 (Rack Elevations)

Figure 2 Rev1 07072023 (Rack Elevations)

Figure 3

Figure 3 Rev1 07072023

Old Inn (a.k.a. MAINTENANCE)

Note: Refer to Figure 2 (Rack Elevations) for equipment install layout.

1. Install enclosure (P30) Tripp Lite 10U Wall Mount Rack Enclosure at the Southeastern corner, inner wall, back room, of the Law Enforcement side of the Old Inn. This is the same location as the 12-port fiber panel. Locate the enclosure over the Corning panel. The bottom of the enclosure should be at six feet. (Figure 5 & 6)

2. Install NEXTSPEED Cat 6 110-style patch panel (P6) in the enclosure, lowest position. (Figure 5)

3. Install PATCHBOX Frame (G4) holds up to 24 PATCHBOX Cassettes directly above the 110-style patch panel installed above.

4. Load twenty green Patchbox 365 Cat6a Cable Cassettes (G5) into Patchbox frame installed in the previous step. Install from left to right.

5. Load two Patchbox 365 Fiber Cable Cassettes, pink, (G8) into Patchbox frame installed in step 3, from right to left starting at slot twenty-four.

6. Install the National Park service provided Cisco 9200L 24 port switch (G1) above the Patchbox Frame installed in step 3. This switch will be labelled and configured by NPS IT personnel. (Figure 14)

7. Install National Park Service provided SFP (G3) in port Gig1/1/4. Last port on the right. (Figure 14)

8. Install the APC Smart-UPS C 1500VA (P28) in the highest position of the enclosure installed in step 1. (Figure 5)

9. Install the Tripp Lite PDU (P3) just below the APC installed in the previous step. (Figure 5)

10. Plug the PDU into the APC.

11. Plug the Cisco 9200L installed in step 7 into the PDU.

12. Add raceway (P12-P20) to the locations indicated on the Old Inn drawing. No existing raceway at the Old Inn. Raceway will stop at thirty-six inches (3 feet) over the floor. The raceway will be tight to walls or window encasements whenever possible to avoid future damage as much as possible. (Figure 6)

13. Install new compact surface-mount box (P12), accepts two QuickPort snap-in connector modules to all raceway end locations which will be located three feet (36 inches) from the floor on the wall. These boxes should be as close to existing corners or window frames as possible to avoid future damage or obstructions as much as possible.

14. Run new Cat 6 bulk cable, green, (P21) from Patch panel installed in step 2 to surface-mount boxes installed in step 14. Terminate all blocks to patch panel.

(Figure 20)

15. Terminate Cat 6 cable to jacks at the rear of the Patch panel installed in step 2 at the 110 punch downs. All jacks are to be terminated at Patch panel. Leave unused patch panel positions for future use.

16. Terminate Cat 6 cable on new modular connectors (P23 and P24) and snap into the Leviton QuickPort surface-mount boxes installed in the previous step.

The green jacks are for NPS personnel current and future and should be installed on the left side of the box, the blue jacks will be on the right and is for future partners. All green, left hand, jacks will be patched to the Cisco 9200L switch (Figure 6 & 14, 20)

17. Test and label all installed blocks, jacks, and cable terminations to ensure continuity and proper assignment. Patchbox labels provided. Please provide a written copy of all tested jacks insuring completion. Additional labels can be printed using the included Patchbox template, see instructions on template.

18. Using the Patchbox cassette jumpers installed in step 4 interconnect the Cisco switch installed in step 6 to the surface-mount blocks, green jacks (left), installed in step 14. Care will be taken to properly apply Patchbox labels to all ends. The Cisco switchports are already numbers 1 (upper left) to 24 (lower right). The green ports should occupy switchports 1 to 12. Refer to the Old Inn Patchbox cross connect and the Cisco 9200L switch images. (Figure 14 & 21)

19. Using the last fiber jumper installed in the Patchbox shelf, step 5, run a Patchbox Cassette jumper from the SFP in port Gig1/1/4 installed in step 7 to the Corning fiber patch panel on the wall below the enclosure, port 5 & 6 ADMINISTRATION BUILDING. Refer to the Old Inn Patchbox cross connect and the Cisco 9200L Switch images. (Figure 14 & 21)

Figure 4

Figure 5 Rack Elevations

Figure 6

Conifer Classroom

Note: Refer to Figure 3 (rack elevations) for equipment install layout.

1. Install enclosure (P30) Tripp Lite 10U Wall Mount Rack Enclosure at the Southern corner of the Conifer Classroom, just above the Corning fiber patch panel. The top of the enclosure should be at the top of the wall. The enclosure should open to the Northern side of the room. (Figure 9)

2. Install the Tripp Lite PDU (P29) at the bottom of the enclosure.

3. Place the small APC Back-UPS 650 Battery Backup & Surge Protector (P5) at the rear of the enclosure. Plug into the wall power.

4. Plug the Tripp Lite PDU into the APC Back-UPS 650 Battery Backup & surge installed in the previous step.

5. Install the NEXTSPEED Cat6 Patch panel (P6) at RU4. (Figure 8)

6. Install PATCHBOX Frame (G4) directly above the NEXTSPEED 24 port patch panel installed in the previous step. (Figure 8)

7. Load six green Patchbox 365 Cat6a Cable Cassettes (P8) into Patchbox frame installed in the previous step.

8. Load two pink Patchbox 365 Fiber Cable Cassettes (G8) into Patchbox frame installed in step 5. Install the pink fiber cassettes in the same rack as the green installed in the previous step starting on the right and working left.

9. Install the Tripp Lite Fixed Shelf above the PATCHBOX Frame installed in step

6. (Figure 8) Place the NPS Cisco C3560CX-8G, Government provisioned and provided, on the Tripp Lite Fixed Shelf installed in the previous step.

10. Place the NPS Cisco C9200CX-8P-2X2G-E, Government provisioned and provided, on the Tripp Lite Fixed Shelf installed in the previous step.

Plug the Cisco C3560CX-8G into the Tripp Lite PDU installed in step 2.

11. Plug the Cisco C9200CX-8P-2X2G-E into the Tripp Lite PDU installed in step 2.

Install National Park Service provided SFPs (G3) in ports Gig0/1 (See image Cisco C3560CX-8G Switch Ports 1) in the Cisco C3560CX-8G installed in step

10. (Figure 13)

12. Install National Park Service provided SFPs (G3) in ports Gig0/1 (See image Cisco C9200CX-8P-2X2G-E Switch Ports 1) in the Cisco C9200CX-8P-2X2G-E installed in step 10. (Figure 13)

13. Add raceway to the locations indicated on the drawing. No existing raceway.

(Figure 9)

14. Install new compact surface-mount box (P12-20), accepts two QuickPort snap-in connector modules to all raceway end locations which will be located three feet (36 inches) from the floor on the wall. These boxes should be as close to existing corners or window frames as possible to avoid future damage or obstructions as much as possible.

15. Run new Cat 6 bulk cable (P21) from Patch panel installed in step 5 to surface-mount boxes installed in step 14. (Figure 9) Using the Patchbox cassette jumpers installed in step 7 interconnect the Cisco C3560CX-8G switch installed in step 10 to the surface-mount blocks, green jacks (left), installed in step 14. Care will be taken to properly apply Patchbox labels to all ends. The Cisco switchports are already numbers 1 (upper left) to 24 (lower right). The green ports should occupy switchports 1 to 12. All green, left hand, jacks are to be cross connected to the C3560CX-8G. (figure 13 & 23)

16. Using the Patchbox cassette jumpers installed in step 7 interconnect the Cisco C9200CX-8P-2X2G-E switch installed in step 10 to the surface-mount blocks, green jacks (left), installed in step 14. Care will be taken to properly apply Patchbox labels to all ends. The Cisco switchports are already numbers 1 (upper left) to 24 (lower right). The green ports should occupy switchports 1 to 12. All green, left hand, jacks are to be cross connected to the C9200CX-8P- 2X2G-E. (figure 13 & 23)

17. Interconnect the fiber cassette (slot 24) LC connectorized jumpers installed in step 8 to the fiber SFP installed in the previous step to the Corning fiber patch panel beneath the enclosure port 1 & 2 shown in the image fiber patch Conifer Classroom. (Figure 7 & 13)

Figure 7

Figure 8 (rack elevations)

Figure 8 Rev1 07/08/2023 (rack elevations)

Figure 9

Figure 9 Rev1 07/08/2023

OPTION 1

Education Lab

Note: Refer to Figure 11 for equipment install elevations. Steps 1 through 3 will be performed at the Old Inn, 4 through 21 will happen at the Education Lab.

1. Install National Park Service provided SFP (G2) in port Gig1/1/3 of the Cisco 9200L 24 port switch located in the Old Inn (A.K.A. Maintenance) enclosure.

(Figure 2, 3, & 14)

2. Load a Patchbox 365 Fiber Cable Cassettes, pink, (P11) into Patchbox frame in the Old Inn Patchbox shelf at slot twenty-two. (Figure 19)

3. Run the Patchbox Cassette fiber jumper from the SFP in port Gig1/1/3 installed in step 1 to the Corning fiber patch panel on the wall below the enclosure, ports 1 & 2 EDUCATION BUILDING. Refer to the Education Lab Patchbox cross connect and the Cisco 9200L Switch images. (figure 1 & 14)

4. Place enclosure (P33) Tripp Lite 12U Rack Enclosure in the closet in the office in the Southeastern corner of the Education Lab (see image). This enclosure will be placed on the floor. (Figure 12) Note: All cables installed should have an adequate service length should the shelf need to be shifted. The enclosure should be placed on the right side of the closet.

5. Install the APC Smart-UPS C 1500VA (P28) in the lowest position of the enclosure installed in step 4. (Figure 11)

6. Install the Tripp Lite PDU (P3) just above the APC installed in the previous step. (Figure 11)

7. Plug the PDU into the APC. First outlet.

8. Install the Tripp Lite Fixed Shelf in the second RU (Rack Unit) from the top.

(Figure 11) Place the NPS Cisco C3560CX-8G, Government provisioned and provided, on the Tripp Lite Fixed Shelf installed in the previous step. (Figure 11 & 13)

9. Place the NPS Cisco C9200CX-8P-2X2G-E, Government provisioned and provided, on the Tripp Lite Fixed Shelf installed in the previous step. (Figure 11 & 13) Plug the Cisco C3560CX-8G into the Tripp Lite PDU installed earlier.

10. Plug the Cisco C9200CX-8P-2X2G-E into the Tripp Lite PDU installed earlier.

11. Install PATCHBOX Frame (G4) below the Tripp Lite Fixed shelf installed in step

11. See Figure 5. (Figure 11)

12. Load ten green Patchbox 365 Cat6a Cable Cassettes (G5) into Patchbox frame installed in the previous step. Install from left to right.

13. Install NEXTSPEED Cat 6 110-style patch panel (P6) in the enclosure below the Patchbox shelf installed in step 15. (Figure 11) Install a National Park Service provided SFP (G3) in port Gig0/12 of the Cisco C3560CX-8G port switch placed in step 9. (Figure 11 & 13)

14. Install a National Park Service provided SFP (G3) in port Gig0/12 of the Cisco C9200CX-8P-2X2G-E port switch placed in step 9. (Figure 11 & 13)

15. Add raceway from the Corning fiber panel on the lower level to the small closet in the Southeastern corner of the Education Lab, right side. (Figure 10 & 12) Run an SMF jumper (P34) from Ports 1 and 2 of the Corning patch panel, located lower-level Southern side, see image Education Lab fiber patch panel, to the Cisco C3560CX-8G SFP in slot G0/12. (Figure 10 & 13)

16. Run an SMF jumper (P34) from Ports 1 and 2 of the Corning patch panel, located lower-level Southern side, see image Education Lab fiber patch panel, to the Cisco C9200CX-8P-2X2G-E SFP in slot G0/12. (Figure 10 & 13)

17. Add raceway from the enclosure to the locations indicated on figure 12. No existing raceway at the Education Lab. Raceway should be run under shelving or along ceiling edges where possible. (Figure 12)

18. Install new compact surface-mount box (P12-20), accepts two QuickPort snap-in connector modules to all raceway end locations which will be located three feet (36 inches) from the floor on the wall. These boxes should be as close to existing corners or window frames as possible to avoid future damage or obstructions as much as possible.

19. Run and terminate new Cat 6 bulk cable (P21) from the surface-mount boxes installed in the previous step to the NEXTSPEED Cat 6 110-style patch panel installed in step 13. Terminate Cat 6 cable on new modular connectors (P23) and snap into the Leviton QuickPort surface-mount boxes installed in the previous step. (Figure 24 & 25)

20. Test and label all installed blocks, jacks, and cable terminations to ensure continuity and proper assignment. Patchbox labels provided. Please provide a written copy of all tested jacks insuring completion. Additional labels can be printed using the included Patchbox template, see instructions on template.

Using the Patchbox cassette jumpers installed in step 12 interconnect the Cisco C35660-8G switch to the NEXTSPEED Cat 6 110-style patch panel. All jacks installed in step 19 must be cross patched at the enclosure side to the Cisco C3560-8G. (Figure 25)

21. Using the Patchbox cassette jumpers installed in step 12 interconnect the Cisco C9200CX-8P-2X2G-E switch to the NEXTSPEED Cat 6 110-style patch panel. All jacks installed in step 19 must be cross patched at the enclosure side to the Cisco C9200CX-8P-2X2G-E. (Figure 25)

Figure 10

Figure 11

Figure 11 Rev1 07/08/2023

Figure 12

Figure 12 Rev1 07/08/2023

Figure 13

Figure 13 Rev1 07/08/2023

Figure 14

PR

CC

U

SE

R N

U M

BE

R

PO

S

PO

S

PR

CC

U

SE

R N

U M

BE

R

PO

S

PO

S

BL

W

H

BL

W

H

W H

W H

W

H W

H

O R

W H

O

R W

H

PO

TS

L in e

W H

W H

W

H W

H

G R

W H

G

R W

H

Tr un k Li ne

W H

W H

W

H W

H

BR

W

H

BR

W

H

W H

W H

W

H W

H

SL

W

H

SL

W

H

W H

W H

W

H W

H

BL

RE

D

BL

RE

D

RE

D

RE

D

RE

D

RE

D

O R

RE

D

O

R

RE

D

RE

D

RE

D

RE

D

RE

D

G R

RE

D

G

R

RE

D

RE

D

RE

D

RE

D

RE

D

BR

RE

D

BR

RE

D

RE

D

RE

D

RE

D

RE

D

SL

RE

D

SL

RE

D

RE

D

RE

D

RE

D

RE

D

BL

BL

K

BL

BL

K

BL

K

BL

K

BL

K

BL

K

O R

BL

K

O

R

BL

K

BL

K

BL

K

BL

K

BL

K

G R

BL

K

G

R

BL

K

BL

K

BL

K

BL

K

BL

K

BR

BL

K

BR

BL

K

BL

K

BL

K

BL

K

BL

K

SL

BL

K

SL

BL

K

BL

K

BL

K

BL

K

BL

K

BL

YL

W

BL

YL

W

YL

W

YL

W

YL

W

YL

W

O R

YL

W

O

R

YL

W

YL

W

YL

W

YL

W

YL

W

G R

YL

W

G

R

YL

W

YL

W

YL

W

YL

W

YL

W

BR

YL

W

BR

YL

W

YL

W

YL

W

YL

W

YL

W

SL

YL

W

SL

YL

W

YL

W

YL

W

YL

W

YL

W

BL

VI

O

BL

VI

O

VI

O

VI

O

VI

O

VI

O

O R

VI

O

O

R

VI

O

VI

O

VI

O

VI

O

VI

O

G R

VI

O

G

R

VI

O

VI

O

VI

O

VI

O

VI

O

BR

VI

O

BR

VI

O

VI

O

VI

O

VI

O

VI

O

SL

VI

O

SL

VI

O

VI

O

VI

O

VI

O

VI

O

2516 17 18 19 20 21 22 23 24

Bl oc k

(li st ed o n bl

k) Bl oc k

N

PS

N

PS

N

PS

N

PS

N

PS

7 8

N

PS

N

PS

N

PS

N

PS

ST

RA

N G

E

TA

PP

IN

G

M A

N

PS

N

PS

W

AV

E O

FF

N

PS

N

PS

T1

N

PS

T1

N

PS

P

BX

Figure 15 figure 16

Figure 17

Figure 18

Figure 19

Figure 20

Figure 21

Figure 22

Figure 23

Figure 23 Rev1 07/08/2023

Figure 24

Education Lab

To Location Patchbox To Location

Surface Mount Housing 1A

Surface Mount Housing 1B

Surface Mount Housing 2A

Surface Mount Housing 2B

Surface Mount Housing 3A

Surface Mount Housing 3B

Surface Mount Housing 48

Surface Mount Housing 4B future future future future future future future future future future future future future future future future

Source Destination

Figure 25

Figure 25 Rev1 07/08/2023

Figure 26

Figure 26 Rev1 07/08/2023

Government provided equipment (G1-G3)

Item# QTY Manufacture r

Part Number Location Product Description

G1 2 Cisco C9200L- 24P-4G-E++

Admin, Old Inn 24 port POE switch

1 Cisco WS-

C3560CX-

8PCS++

Conifer Classroom 8 port POE Switch

G2 1 Cisco C9200CX-8P- 2X2G-E

Conifer Classroom Catalyst 9000 Compact Switch 8 port PoE+

G3 5 Proline GLC-SX-MM-

GT

3 at Admin, 1 at Old Inn, 1 at Conifer

Proline Cisco GLC-LH-SMD Compatible SFP TAA Compliant Transceiver - SFP (mini- GBIC) transceiver module - GigE

G4 4 Patchbox Admin, Old Inn PATCHBOX Frame holds up to 24 PATCHBOX Cassettes, includes 6 Patchcatch cable loops.

G5 50 Patchbox Admin, Old Inn Patchbox Cat6a Cable Cassette, Flat Cat.6a U/FTP, ISO/IEC 11801 Channel Class Ea, ANSI/EIA/TIA-568 Cat 6A Channel, 500MHz, AWG36, 100% stranded copper, PVC jacket, PoE (802.3af), RoHS compliant, Green

G6 8 Patchbox Admin, Old Inn Patchbox Cat6a Cable Cassette, Flat Cat.6a U/FTP, ISO/IEC 11801 Channel Class Ea, ANSI/EIA/TIA-568 Cat 6A Channel, 500MHz, AWG36, 100% stranded copper, PVC jacket, PoE (802.3af), RoHS compliant, Blue

G7 2 Patchbox Admin, Old Inn PATCHBOX Identification Label 96pcs.

G8 10 Patchbox Admin, Old Inn, Conifer OM4 RBS 50μ/125μ, LSZH, Erika Violet, Multi-Mode, RoHS compliant, LC Duplex – LC Duplex / LC Duplex – SC Duplex, 0.8m covers 8RU

Parts list (P1-P32)

Item# Part Number QTY Manufacturer Location Product Description

P1 41AB2-1F4 1 Leviton Admin eXtreme® 6+ 110-Style Wiring Block

P2 SR42UBMD 1 Tripp Lite Admin, Old Inn

Tripp Lite 42U Rack Enclosure 36" Depth w Doors & Sides 3000lb Capacity - SR42UBMD - - (cdw.com)

P3 PDUMV30HV 1 Tripp Lite Admin Tripp Lite PDU Metered 208V / 240V 30A 6 C19 24; C13 L6-30P Vertical 0URM

P4 SRSHELF4PHD 3 Tripp Lite Admin, Tripp Lite Rack Enclosure Cabinet Heavy Duty Fixed Shelf 250lb Capacity

P5 BE650G1 1 APC Conifer APC Back-UPS 650 Battery Backup & Surge Protector w/ USB, 8-Outlets (BE650G1)

P6 HP624 3 Hubbell Conifer NEXTSPEED® Cat 6 Patch Panel, Rack Mount, 24-Port, 1

RU

P7 0 Patchbox Admin, Old Inn

PATCHBOX Frame holds up to 24 PATCHBOX Cassettes, includes 6 Patchcatch cable loops.

P8 0 Patchbox Admin, Old Inn

Patchbox Cat6a Cable Cassette, Flat Cat.6a U/FTP, ISO/IEC 11801 Channel Class Ea, ANSI/EIA/TIA-568 Cat 6A Channel, 500MHz, AWG36, 100% stranded copper, PVC jacket, PoE (802.3af), RoHS compliant, Green

P9 0 Patchbox Admin, Old Inn

Patchbox Cat6a Cable Cassette, Flat Cat.6a U/FTP, ISO/IEC 11801 Channel Class Ea, ANSI/EIA/TIA-568 Cat 6A Channel, 500MHz, AWG36, 100% stranded copper, PVC jacket, PoE (802.3af), RoHS compliant, Blue

P10 0 Patchbox Admin, Old Inn

PATCHBOX Identification Label 96pcs.

P11 0 Patchbox Admin, Old Inn, Conifer

OM4 RBS 50μ/125μ, LSZH, Erika Violet, Multi-Mode, RoHS compliant, LC Duplex – LC Duplex / LC Duplex – SC Duplex, 0.8m covers 8RU

P12 41089-2WP 22 Leviton Admin, Old Inn, Conifer

Leviton QuickPort Surface Mount Housing - modular insert housing

P13 LD5WH6-A 70 Panduit Admin, Old Inn, Conifer

The LD5 Surface Raceway channel is a one-piece latching channel with integrated cover and is designed to route, protect, and conceal data, voice, and video cabling. It features a factory-applied adhesive backing for fast mounting. It is 6 feet in length and is 0.77 inches wide by 0.46 inches deep. It meets TIA/EIA Standards, is UL5A Listed, and is UL Compliant. It is constructed of rigid PVC and is White.

P14 RAF5WH-E 4 Panduit Admin, Old Inn, Conifer

The right angle fitting is a Surface Raceway fitting designed to transition your raceway around a corner while maintaining a 1 inch bend radius. It is designed to be used with LD5 raceway and features a snap-on installation. It meets TIA/EIA Standards, is UL5A Listed, and is UL Compliant. It is White.

P15 ICF5WH-E 9 Panduit Admin, Old Inn, Conifer

The inside corner fitting is used to efficiently run cables along an inside corner while maintaining a 1 inch bend radius. It is designed to be used with the LD5 raceway and features a snap-on installation. It meets TIA/EIA Standards, is UL5A Listed, and is UL Compliant. It is made of ABS plastic and is White.

P16 TF5WH-E 24 Panduit Admin, Old Inn, Conifer

The low voltage tee fitting extends cable runs in a tee configuration and is used with LD5 raceway. It is White.

P17 OCF5WH-E 2 Panduit Admin, Old Inn, Conifer

The outside corner fitting is a Surface Raceway fitting designed to transition your raceway around an outside corner while maintaining a 1 inch bend radius. It is designed to be used with the LD5 raceway and features a snap-on installation. It meets TIA/EIA Standards, is UL5A Listed, and is UL Compliant. It is White.

P18 ECF5WH-E 16 Panduit Admin, Old Inn, Conifer

The end cap fitting allows for closing off one end of the Surface Raceway when you no longer need to run cables. It is designed to be used with the LD5 Surface Raceway. It meets TIA/EIA Standards, is UL5A Listed, and is UL Compliant. It features a snap-on installation, is made of ABS plastic and is White.

P19 CF5WH-E 60 Panduit Admin, Old Inn, Conifer

The coupler fitting is used to efficiently manage cable placement. It is designed to be used with LD5 Surface Raceway and is a 2 inch length. It meets TIA/EIA Standards, is UL5A Listed, and is UL Compliant. It features a snap-on installation, is made of ABS plastic and is White.

P20 LMD5WH-Q 44 Panduit Admin, Old Inn, Conifer

The LDS5 mounting strap made of PVC is Off-White, Length 2.38 in.

P21 A7J704-1000-GRN 2 CDW Admin, Old Inn, Conifer

Belkin CAT6 - 1000ft Green Bulk Ethernet Patch Cable - UTP - A7J704-1000-GRN - - (cdw.com)

P22 N252-P24 0 Tripp Lite Admin, Old Inn

Tripp Lite Cat6 PoE Patch Panel 24-Port 110/Krone

568A/B RJ45 1URM TAA

P23 61110-RV6 11 Leviton Admin, Old Inn, Conifer

Leviton eXtreme 6+ Connector - modular insert - Green

P24 61110-RL6 11 Leviton Admin, Old Inn, Conifer

Leviton eXtreme 6+ QuickPort Connector - modular insert

P26 FS201 9 Grainger Admin, Old Inn

Sleeve Kit: 2 in Lg, 2 1/2 in Wd, 2 in Ht, 4 hr

P27 LCI300 Spec Seal Admin, Old Inn

STI, Firestop Sealant, Red, Fire Barrier Sealant - 3PA75|LCI300 - Grainger

P28 4894875 2 APC Admin, Old Inn

APC Smart-UPS C 1500VA SmartConnect Port Sinewave 2U Rackmount, LCD, 120V

P29 PDU1215 2 CDW Old Inn, Conifer

Tripp Lite PDU Basic 120V 15A 5-15R 13 Outlet 5-15P Horizontal 1URM

P30 SRW10US 2 CDW Conifer Tripp Lite 10U Wall Mount Server Rack Enclosure Cabinet Hinged Wallmount

P31 SRSHELF2P1U 1 CDW Conifer Tripp Lite Rack Enclosure Cabinet Cantilever Fixed Shelf 40lb Capacity 1URM

Option 1

Government provided property (G1, G2)

Item# QTY Manufac turer

Part Number Location Product Description

G1 1 Cisco WS-C3560CX-

8PCS++

Ed Lab 8 port POE Switch

G2 2 Proline GLC-SX-MM-GT 3 at Admin, 1 at Old Inn, 1 at Conifer

Proline Cisco GLC-LH-SMD Compatible SFP TAA Compliant Transceiver - SFP (mini-GBIC) transceiver module - GigE

G4 1 Patchbox Admin, Old Inn PATCHBOX Frame holds up to 24 PATCHBOX Cassettes, includes 6 Patchcatch cable loops.

G5 10 Patchbox Admin, Old Inn Patchbox Cat6a Cable Cassette, Flat Cat.6a U/FTP, ISO/IEC 11801 Channel Class Ea, ANSI/EIA/TIA-568 Cat 6A Channel, 500MHz, AWG36, 100% stranded copper, PVC jacket, PoE (802.3af), RoHS compliant, Green

G6 0 Patchbox Admin, Old Inn Patchbox Cat6a Cable Cassette, Flat Cat.6a U/FTP, ISO/IEC 11801 Channel Class Ea, ANSI/EIA/TIA-568 Cat 6A Channel, 500MHz, AWG36, 100% stranded copper, PVC jacket, PoE (802.3af), RoHS compliant, Blue

G7 0 Patchbox Admin, Old Inn PATCHBOX Identification Label 96pcs.

G8 0 Patchbox Admin, Old Inn, Conifer OM4 RBS 50μ/125μ, LSZH, Erika Violet, Multi-Mode, RoHS compliant, LC Duplex – LC Duplex / LC Duplex – SC Duplex, 0.8m covers 8RU

Parts list (P1-P34)

Item# Part Number QTY Manufacturer Location Product Description

P1 41AB2-1F4 0 Leviton eXtreme® 6+ 110-Style Wiring Block

P2 SR42UBMD 0 Tripp Lite Tripp Lite 42U Rack Enclosure 36" Depth w Doors & Sides 3000lb Capacity - SR42UBMD - - (cdw.com)

P3 PDUMV30HV 0 Tripp Lite Tripp Lite PDU Metered 208V / 240V 30A 6 C19 24; C13 L6-30P Vertical 0URM

P4 SRSHELF4PHD 0 Tripp Lite Tripp Lite Rack Enclosure Cabinet Heavy Duty Fixed Shelf 250lb Capacity

P5 BE650G1 0 APC APC Back-UPS 650 Battery Backup & Surge Protector w/ USB, 8- Outlets (BE650G1)

P6 HP624 1 Hubbell Ed Lab NEXTSPEED® Cat 6 Patch Panel, Rack Mount, 24-Port, 1 RU

P7 0 Patchbox Ed Lab PATCHBOX Frame holds up to 24 PATCHBOX Cassettes, includes 6 Patchcatch cable loops.

P8 0 Patchbox Ed Lab Patchbox Cat6a Cable Cassette, Flat Cat.6a U/FTP, ISO/IEC 11801 Channel Class Ea, ANSI/EIA/TIA-568 Cat 6A Channel, 500MHz, AWG36, 100% stranded copper, PVC jacket, PoE (802.3af), RoHS compliant, Green

P9 0 Patchbox Patchbox Cat6a Cable Cassette, Flat Cat.6a U/FTP, ISO/IEC 11801 Channel Class Ea, ANSI/EIA/TIA-568 Cat 6A Channel, 500MHz, AWG36, 100% stranded copper, PVC jacket, PoE (802.3af), RoHS compliant, Blue

P10 0 Patchbox Ed Lab PATCHBOX Identification Label 96pcs.

P11 0 Patchbox OM4 RBS 50μ/125μ, LSZH, Erika Violet, Multi-Mode, RoHS compliant, LC Duplex – LC Duplex / LC Duplex – SC Duplex, 0.8m covers 8RU

P12 41089-2WP 5 Leviton Ed Lab Leviton QuickPort Surface Mount Housing - modular insert housing

P13 LD5WH6-A 10 Panduit Ed Lab The LD5 Surface Raceway channel is a one-piece latching channel with integrated cover and is designed to route, protect, and conceal data, voice, and video cabling. It features a factory-applied adhesive backing for fast mounting. It is 6 feet in length and is 0.77 inches wide by 0.46 inches deep. It meets TIA/EIA Standards, is UL5A Listed, and is UL Compliant. It is constructed of rigid PVC and is White.

P14 RAF5WH-E 3 Panduit Ed Lab The right angle fitting is a Surface Raceway fitting designed to transition your raceway around a corner while maintaining a 1 inch bend radius. It is designed to be used with LD5 raceway and features a snap-on installation. It meets TIA/EIA Standards, is UL5A Listed, and is UL Compliant. It is White.

P15 ICF5WH-E 4 Panduit Ed Lab The inside corner fitting is used to efficiently run cables along an inside corner while maintaining a 1 inch bend radius. It is designed to be used with the LD5 raceway and features a snap-on installation. It meets TIA/EIA Standards, is UL5A Listed, and is UL Compliant. It is made of ABS plastic and is White.

P16 TF5WH-E 6 Panduit Ed Lab The low voltage tee fitting extends cable runs in a tee configuration and is used with LD5 raceway. It is White.

P17 OCF5WH-E 2 Panduit Ed Lab The outside corner fitting is a Surface Raceway fitting designed to transition your raceway around an outside corner while maintaining a 1 inch bend radius. It is designed to be used with the LD5 raceway and features a snap-on installation. It meets TIA/EIA Standards, is UL5A Listed, and is UL Compliant. It is White.

P18 ECF5WH-E 4 Panduit Ed Lab The end cap fitting allows for closing off one end of the Surface Raceway when you no longer need to run cables. It is designed to be used with the LD5 Surface Raceway. It meets TIA/EIA Standards, is UL5A Listed, and is UL Compliant. It features a snap-on installation, is made of ABS plastic and is White.

P19 CF5WH-E 6 Panduit Ed Lab The coupler fitting is used to efficiently manage cable placement.

It is designed to be used with LD5 Surface Raceway and is a 2 inch length. It meets TIA/EIA Standards, is UL5A Listed, and is UL Compliant. It features a snap-on installation, is made of ABS plastic and is White.

P20 LMD5WH-Q 12 Panduit Ed Lab The LDS5 mounting strap made of PVC is Off-White, Length 2.38 in.

P21 A7J704-1000-GRN 1 CDW Ed Lab Belkin CAT6 - 1000ft Green Bulk Ethernet Patch Cable - UTP - A7J704-1000-GRN - - (cdw.com)

P22 N252-P24 0 Tripp Lite Tripp Lite Cat6 PoE Patch Panel 24-Port 110/Krone 568A/B RJ45

1URM TAA

P23 61110-RV6 9 Leviton Ed Lab Leviton eXtreme 6+ Connector - modular insert - Green

P24 61110-RL6 0 Leviton Ed Lab Leviton eXtreme 6+ QuickPort Connector - modular insert

P26 FS201 4 Grainger Ed Lab Sleeve Kit: 2 in Lg, 2 1/2 in Wd, 2 in Ht, 4 hr

P27 LCI300 Spec Seal Admin, Old Inn

STI, Firestop Sealant, Red, Fire Barrier Sealant - 3PA75|LCI300 - Grainger

P28 4894875 1 APC Ed Lab APC Smart-UPS C 1500VA SmartConnect Port Sinewave 2U Rackmount, LCD, 120V

P29 PDU1215 1 CDW Ed Lab Tripp Lite PDU Basic 120V 15A 5-15R 13 Outlet 5-15P Horizontal

1URM

P30 SRW10US 0 CDW Ed Lab Tripp Lite 10U Wall Mount Server Rack Enclosure Cabinet Hinged Wallmount

P31 SRSHELF2P1U 1 CDW Ed Lab Tripp Lite Rack Enclosure Cabinet Cantilever Fixed Shelf 40lb Capacity 1URM

P32 039696002M 1 Corning Admin, Old Inn, Conifer

Fiber Patch Cable, LC/LC 50/125 OM3 Multimode, 10 M

P33 SR12UB 1 CDW Ed Lab Tripp Lite 12U Rack Enclosure Server Cabinet Doors & Sides 300lb Capacity - rack - 12U

P34 039696002M 1 Corning Admin, Old Inn, Conifer

Corning 575702Q5120010M SC-SC Duplex MM Patch Cord OM4 50um, 10m

End