B-51193 Attachment E Example of Scope Complexity and Size.pdf

Illinois Department of Innovation and Technology B-51193 REBID II Fiber Construction Services – North Region

Attachment E - Examples of Scope Complexity and Size

The following are examples of scopes that the State has worked with its fiber maintenance contractor in the past. While this has specific examples of many of the different scopes and is a good indicator of the types of work, there may be other needs over time that, while similar, may not be exactly stated as below.

Attachment J - Scope Examples

Example 1. Middle Mile Maintenance/Repair

Example 2. Splice Scope for Customer / Fiber Make Ready.

Example 3. Emergency Break Fix Scope.

Example 4. Scope Example for Inside Plant Work

Example 1. Middle Mile Maintenance/Repair Segment Sample - Approximate 10 mile fiber build:

• Install 4” RMC encased in concrete with Maxcell (or equivalent 3 cell detectable inner-duct). Distance is 150’ from existing State POP site to existing 4x4 manhole. Installation method is open cut trench.

Core into existing manhole and install 4” RMC from manhole into existing POP site. A wall core is required. Install interior metal pull box (36”W x 36”L x 18”D) and conduit.

• Transition from 4” RMC conduit to 3” EMT conduit in pull box and extend EMT 100’ to fiber terminal rack in same room. Pull 144 strand cable and Maxcell 3 cell inner-duct into POP site rack from manhole. Install fiber terminal, fusion pigtail splice 144 cable into fiber terminal and test fiber terminations.

• Directional Bore install 4” HDPE, 3 cell Maxcell detectable inner-duct, and 144 fiber cable from existing State POP-Site manhole to location where direct buried construction begins. Distance is approximately 2 miles through Metro and Urban environment. Install flush to grade pull boxes approximately every 2500’. All pull boxes will be fiberglass polymer concrete (24”W x 36”L x 24”D) with rocked open bottom and rated at 22,500 lbs. Cable markers will be placed at approximately

1000ft. intervals.

• Place 7 miles of direct buried 144 strand SM fiber cable along pre-designated pathway. Include buried fiber optic warning tape. Install pull boxes at 2 mile intervals that are flush to grade. All pull boxes will be fiberglass polymer concrete (24”W x 36”L x 24”D) rocked open bottom and rated at 22,500 lbs. Cable markers will be placed at 1000 foot intervals.

• Pathway to include 4 interstate highway inter-change crossings requiring 1000’ directional bores with

4” HDPE, Maxcell 3 cell detectable inner-duct, and two flush to grade pull boxes (36”W x 36”L x 18”D) that are rated at 22,500 lbs. Tie-in pits in the infields will not be acceptable.

• Install (4) 60’ bridge attachments. Bridge attachments are to be located on the beams.

• Attachments are 4” RMC conduit with Maxcell 3 cell inner-duct. Install 144 strand SM fiber cable and 2 pull boxes (24”W x 36”L x 24”D). Pull boxes are rated at 22,500 lbs.

• Place a pre-cast concrete controlled environmental hut at approximately the 23 mile location.

Dimension of the hut will be 14’W x 12’L x 10’H. Hut will be equipped with typical equipment supporting the environmentally controlled space, fiber electronics and communication racks.

• Include two 30”W x 48L” x 18D” flush to grade polymer concrete pull boxes with rocked open bottom. One on the cable pathway that is rated at 22,500 lbs, and one at the building entrance point that is rated at 12,000 lbs. All required utilities are 200’ from hut. Place a 20’x20’ concrete pad for generator. Install 30’ of PVC conduit from concrete pad to hut for power cable. Place two 4” HDPE conduits from fiber cable pathway to hut. Distance of 200’ for each. Include locatable 3 cell Max-Cell inner-duct and 144 strand SM fiber from pathway to hut. Provide 8’ high security fencing, 3 strands of barbed wire and 16’ secure entry gate on rollers.

• Install cable riser and place 8 spans of the 144 strand SM cable and 3/8” messenger on joint poles.

Distance is approximately 1100 ft. including risers. Set (2) 30’ Class 6 poles, and (2) spans of messenger that are approximately 200’. Lash 144 fiber cable to the spans, set anchors, down guys, and extend fiber cable into pull boxes at base of poles. Install two 18”W x 30”H x 18”D flush to grade pull boxes, one each at first riser pole and last riser pole of aerial spans. Pull boxes are fiberglass polymer concrete, rated at 12,000 lbs. and rocked open bottom.

• Open cut trench 300’ from aerial cable pull box to POP site. Install 4” HDPE duct with locatable Maxcell 3 cell inner-duct and 144 strand SM fiber cable into building entrance location. Install 30”W x 48”L x 18”D flush to grade pull box at entry point. Pull box is fiberglass polymer concrete, rated at

12,000 lbs. and rocked open bottom. Install 2 bollards at building entrance.

• Place 24”W x 24”L x 12”D metal pull box on exterior of building at core penetration. Install 100’ of 3”

EMT conduit from ground pull box up to and through metal pull box, through external wall, two interior walls and into POP site fiber rack.

• Pull in MaxCell 3 cell inner-duct, 144 strand fiber cable (100 ft.), install splice terminal and fusion pig-tail splice and test the 144 strand cable.

Example 2. Splice Scope for Customer / Fiber Make Ready.

Objective: Fusion splice customer strands (Revision 03/25/2024)

Order# NNN-SPL-Schaumburg-030124-JK Contract # Peer Review: S Burk 03/05/24

Scope Manager: J Killion Desk ###-###-#### Jared.Killion@illinois.gov

Customer: Illinois Department of Transportation District 1 Customer Contact: J Cunningham Desk: ###-###-#### Email: JCunningham@illinois.gov

DoIT Customer Management Center DoIT.ICN.NOC@illinois.gov

Location: xxxxx & I-90 intersection Schaumburg, IL. HH is located north of ROW fence on I-90.

Approx. GPS: LAT xx.xxxxxxx / LON -xx.xxxxxx

Unless otherwise specified, any splice work must be completed during the ICN Maintenance window:

8 PM to 5 AM. Any case work must be performed and completed between 12:01 AM and 5 AM.

Contractor to:

• Call in and have valid J.U.L.I.E locate numbers

• Install customer HDPE up into ICN handhole through open bottom o Customer to have stubbed conduit within 2 feet of ICN handhole and be sufficient to reach inside of handhole o Re-craft interior bottom of hand hole; add pea gravel if necessary, to maintain 12” depth

• Use customer conduit to pull their FOC into ICN handhole o Customer to have provided sufficient slack loop in their handhole to reach ICN handhole adequately for splicing o Customer handhole should be accessible

• Perform a mid-sheath on the ICN 24-ct FOC slack loop

• Provide and install PLP Coyote enclosure with at least 6 ports o Prep and install customer FOC in the splice closure o Splice strands of fiber per the attached splice diagram o Place all applicable fiber strands in splice closure tray o Arrange/store unused buffer tubes in storage compartment of closure o Label splice tray the geographical direction of the tube(s) spliced

• Supply necessary backing plate seals and compounds to seal the splice enclosure

• Perform a final seal test on the enclosure and inspect for leaks; seal all leaks

• Install ground rod – ground and bond splice enclosure/armored cable

• Replace warning post with locate marker post and place “DoIT” label; provide and install all #10

Please Note:

Splicer must notify our 24x7 DoIT

Network Operations Center (NOC) when they are beginning work and again when the work is complete, and they are hands off.

Please request a Help Desk ticket number from the Scope Manager 1 to 2 days prior to the work. This ticket number will be required when contacting the NOC.

If splicer encounters any issues, please call the scope manager as soon as possible. If the scope manager is not available, please contact the NOC.

mailto:Jared.Killion@illinois.gov mailto:Jeff.Cunningham@illinois.

mailto:DoIT.ICN.NOC@illinois.gov locate and ground wires

• Secure ALL cable retention hardware, hand-hole lid bolts, etc.

• Report any missing or damaged components to Scope Manager

• Perform site cleanup and restoration as required

Specific Hand Hole Instructions:

• Verify strands before splicing

• Fusion splice strands 13-14 of ICN 24 northbound to 1-2 of DOT 24ct fiber tie cable, respectively

DOT 12 Count

FOC GOING TO

TOWER HUT

WESTBOUND

ICN 24 Count

FOC TO I-90

SOUTHBOUND

ICN 24 Count

FOC TO

HARPER

COLLEGE

NORTHBOUND

B U F F E R

B L U E

Blue (1)

Rose (11)

Red (7)

White (6)

Slate (5)

Brown (4)

Green (3)

Orange (2)

Black (8)

Violet (10)

Yellow (9)

Aqua (12)

B lu e

R o s e

R e d

W h it e

S la te

B ro w n

G re e n

O ra n g e

B la c k

V io le t (2

Y e llo w

A q u a

BUFFER 2 - ORANGE

1 12111098765432

BUFFER 2 - ORANGE

1 12111098765432

B lu e

R o s e

R e d

W h it e

S la te

B ro w n

G re e n

O ra n g e

B la c k

V io le t (2

Y e llo w

A q u a

Tube

Fiber

Color

Cable

Strand

Group

Strand Splice Tube

Fiber

Color

Cable

Strand

Group

Strand

Orange Blue 13 1 ---x--- Blue Blue 1 1

Orange Orange 14 2 ---x--- Blue Orange 2 2

ICN 24-Count Fiber North DOT -12 Count Fiber Tie Cable

Tube

Fiber

Color

Cable

Strand

Group

Strand Splice Tube

Fiber

Color

Cable

Strand

Group

Strand

Orange Blue 13 1 ---x--- Blue Green 3 3

Orange Orange 14 2 ---x--- Blue Brown 4 4

ICN 24-Count Fiber South DOT 12-Count Fiber Tie Cable

Example 3. Emergency Break Fix Scope.

This includes the immediate/emergency restoral using existing cable to restore services. Follow up work after permit request is shown below in the permit request.

Example 4. Scope Example for Inside Plant Work

This is an example of inside plant work, part of a larger build, but provides detail on inside plant scope that can be expected under this agreement.