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Release of Contingency Funds #124 BOARD OF COUNTY COMMISSIONERS County of Monroe . Mayor Holly Merrill Raschein,District 5 The Florida Keys Mayor Pro Tem James K. Scholl,District 3 h Craig Cates,District 1 Michelle Lincoln,District 2 David Rice,District 4 Memorandum DATE: 04/29/2024 TO: BOCC Digitally signed by Kevin FROM: Kevin G. Wilson P.E. ��.t �_�°�<._._ Date:Wilson .04 � Date:2024.04.29 12:43:10-04'00' SUBJECT: Release of Contingency Funds Included with this memo is the proposed Release of Contingency Funds 4124 for the Fl Keys Marathon Airport Non-Aeronautical Use Building (EOC)project. This does not affect the contract amount, but releases contingency funds already included in the Guaranteed Maximum Price for work that was either not foreseen or for which a price could not be determined at the time of contract execution. The amount requested is $9,646.00. The attached Release of Owner Contingency Request provides the details. This is being provided to ensure the BOCC is aware of this change. Please contact me with any questions. If there are none with the normal 24-hour window, I will approve the request. County of Monroe m,� BOARD OF .;ONUMIIONI tJ�ui� �ta�y RS The Florida Keysa" ?"`layor s James K.,Scholl,DistrictCra"I'll Cates District I e David Rice,District 4 MEMORANDUM DATE: 4/25/2024 TO: County Administrator FROM: Cary Vick SUBJECT: Release of Contingency for: FL KEYS MARATHON AIRPORT NON- AERONAUTICAL USE BUILDING (EOC) Action Requested: Approval for RELEASE of contingency funds in the amount of $ 9,646.00 as outlined below. Basis for Recommended Action: 1. The requested release does not increase the total cost of the project as approved by the BOCC, and it will have no impact to contract time. 2. The scope for which the release is requested is within the intended project scope. 3. The release is not based upon an error or omission by the designer or the general contractor. Background: This is a cost change to the Contingency related to RFI 319, dated 04/17/2024, to update the power in 911 radio room 241 per the TLC sketch ESK-06 based on changes requested by MCSO IT to work with the PDU devices being furnished and installed by AT&T and Motorola vendors. This includes replacing and relocating receptacles and associated rough in, increasing breaker sizes, and hardwiring power to the 60amp PDUs supplied by others. Approved by Marshall Quarles Approved by Mickey Pruitt 04/25/2024 4:49:51 PM Ajax Building Company Architects Design Group Digitally signed by Kevin G. 4 �.p Wilson,P.E. � 'Vick at 11:00 am,Apr'29,2024� Date:2024.05.02 15:49:12-04'00' By Cary Cary Vick,Interim Project Management Director Kevin Wilson,Acting County Administrator � r /l #�. Project: FL Keys Marathon Airport Non-Aeronautical Use Building (EOS) (202011) Subcontractor: PEDRO FALCON ELECTRICAL CONTRACTORS, INC. COR 069- Data racks receptacles and PDU's. Change(RFI#,ASI#,etc): Infrastructure and installtion total of 4ea. 60A hard wires connections for new PDU's(installed by others)and 2ea.20 A twistlock receptacles for ATT racks and grounding required for new PDUs. Date: 4/19/2024 Request for Additional Time 5 days.lftnday-Fo'iiq,lay 3AM-3.30PM LABOR Quantitv Units Description unit Cost of labor 16 Hour Forman $45.001 $720.00 40 Hour Electrician $35.001 $1,400.00 40 Hour Electrician Helper $25.001 $1,000.00 La bo r Su btota 1 $3,120.00 Labor Burden Percentage 38% $1,185.60 Labor Total $4,305.60 MATERIAL( /UPPLIE BACK-UP REQUIRED) Quantily Units Description /unit Cost of Material 4 Each 11/4" EMT LB BOODY $18.00 $72.00 150 Feet 11/4" EMT CONDUIT $2.80 $420.00 30 Each 11/4" EMT Compression COUPLINGS $5.95 $178.50 12 Each 11/4" EMT90'S $8.90 $106.80 12 Each 11/4" EMT Compression Conectors $5.89 $70.68 15 Each 11/4" EMT SUPPORTS $16.80 $252.00 4 Each 6"x6"x6"EMT Box $30.00 $120.00 4 Feet Fire wall penetration $35.00 $140.00 400 Feet #4 AWG T11WN CU WIRE $1.25 $500.00 500 Each #10 AWG TI WN CU WIRE SOLID $0.35 $175.00 250 Each #6 Grounding $1.00 $250.00 2 Each 1900 EMT Box $10.00 $20.00 2 Each 20A Twistlockreceptacles $50.00 $100.00 4 L.E. Grounding lugs and connectors $50.00 $200.00 20 Feet Greenfield 1 1/4" $3.501 $70.00 8 Each Greenfield 1 1/4"connectors $7.50 $60.00 Material subtotal $2,734.98 Material Sales Tax 7.50% $205.12 Material Total $2,946.I0' Quantitv Units Description unit Cost of E S U 1 L.E. 4ea.-60A 2 P CB $1,173.40 2ea.-20A 2P CB 1 L.E. Company Truck $250.00 1 L.E. Freigh cost for CB and Receptacles $100.00 $100.00 1 L.E. $0.00 Labor Total $ 4,305.60 Material total $ 2,9410 Subtotal $ 8,769.10 Allowable OH&P 10% $ 876.91 GRAND TOTAL(no pennies)I $ 9,646 E1 Quotation I, S1 1"I I,JUS, IN(- EXPIRATION DATE QUOTE NUMBER Our Pt,vp�a*b Mo Dditwp"e, 05/19/2024 S 101283927 ELECTRICAL SUPPLIES INC, MIAMI 13395 NW 107TH AVE PAGE NO. HIALEAH GARDENS, FL 33018 ELECTRICAL SUPPLIES INC,MIAMI Phone 305-702-6001 13395 NW 107TH AVE HIALEAH GARDENS,FL 33018 Phone 305-702-6001 1 of 1 QUOTE TO: SHIP TO: PEDRO FALCON ELEC CONTRACTORS PEDRO FALCON ELEC CONTRACTORS 31160 AVENUE C 31160 AVENUE C BIG PINE KEY, FL 33043 BIG PINE KEY, FL 33043 CUSTOMER NUMBER CUSTOMER PO NUMBER JOB NAME/RELEASE NUMBER SALESPERSON 2085 EOC PANEL ITUP CRAIG COWAN WRITER SHIPVIA TERMS SHIP DATE FREIGHT ALLOWED CRAIG COWAN OT OUR TRUCK PASS-ALONG 04/19/2024 Yes ORDER QTY DESCRIPTION UNIT PRICE EXT PRICE 5ea SQD QHB120 MINIATURE CIRCUIT 98.733/ea 493.67 42K @ 280V 4ea SQD QOB260VH MINIATURE CIRCUIT 149.467/ea 597.87 22K @ 208V *** UNLESS OTHERWISE SPECIFIED *** COPPER WIRE QUOTES VALID FOR THE QUOTED DATE ONLY Subtotal 1091.54 ALL OTHER PRICES VALID FOR 48 HOURS FROM DATE OF QUOTE S&H Charges 0.00 Sales Tax 81.86 Amount Due 1173.40 Printed By:CRAIG on 4/19/2024 3:48:55 PM EDT AiMAjax Building Company,LLC Project:202011 Monroe County FL Keys Marathon 109 Commerce Blvd Airport NAUB EOC Oldsmar, Florida 34677 7280 Overseas Highway P:+18137923900 Marathon, Florida 33050 RFI #Con-319: MCSO requested power changes in 911 Radio Room 241 Status Closed on 04/17/24 To Mickey Pruitt(Architects Design Group) From Marshall Quarles(Ajax Building Company) Devon Ayers(K2M Design) 255 Crane Blvd Upper Sugarloaf Key, Florida 33042 Date Initiated Mar 18,2024 Due Date Mar 23,2024 Location Project Stage Course of Construction Cost Impact TBD Schedule Impact TBD Spec Section Cost Code Drawing Number E-401, E-702 Reference Linked Drawings Received From Marshall Quarles(Ajax Building Company) Copies To Victor Carrasco(TLC Engineering Solutions(Jax)), Donald Harcrow(Ajax Building Company),Juan Perez(TLC Engineering Solutions(Jax)), Banistka Rodriguez(Architects Design Group), Denise Saltzman(TLC Engineering Solutions(Jax)), Steven Sanders(Monroe County), Daniel Taylor (Architects Design Group), Cary Vick(Monroe County) Activity Question Question from Marshall Quarles Ajax Building Company on Monday, Mar 18, 2024 at 03:40 PM EDT Per MCSO(and their vendors-AT&T and Motorola)request,please review the below bullets and provide a revised E-401 sheet and E-702 panelboard schedule,or sketch with updated power information based on the requirements from AT&T and Motorola. See attached sketch for clarity. See attached photos of existing MCSO AT&T rack for clarity. • Per Motorola rep,they will utilize rack locations Al and A4 in the 911 Radio Room 241. In Rack Al,they will have qty. 3 Transector EDGE PDU's each requiring 60amp,2-pole power. In Rack A4,they will have qty. 1 Transector EDGE PDU's requiring 60amp,2-pole power. • Per AT&T/Intrado Scope of Work provided by MCSO,they will utilize rack location A2 in the 911 Radio Room 241 for their pre-loaded rack.Their rack will require(2)20amp circuits with twist lock receptacles. Attachments RFI 319 sketch.pdf, Current AT&T rack and power.pdf Official Response Response from Marshall Quarles Ajax Building Company on Wednesday,Apr 17, 2024 at 02:45 PM EDT Revised ESK 06 response from TLC attached. Attachments ESK 06revl.pdf Ajax Building Company, LLC Pagel of 1 Printed On:Apr 17,2024 02:46 PM EDT "v000u �aa a u�apgi s .'. : oa moo"saeaui,6uea1a l Yd l�'� "II �h tal.� 0�1 � 40 90 MS3 £999 99Z50£d mprc nn 9z�££-ia'IWBIN Il0 I�H IC 0�1 :u6lsap OOb alins IN G tj :'ON g0l,9 lS anu4 wow anre LSLS :ale(] S1N :aleoS 9Z90Z6 :'ON qor 0�1 ZOL-3'60b 3 :'ON 6ulnneap o}}uawalddnS OSd V 003 AINf100 3023NOW :}oafoid 61C-N00#1=123 :uolslnay - aag 5 o o o o o� ooloo o o o o 0 0 o a4�-� - , �. 0 f c n c m m o 0 0 F f3 r} 3 8 R o R o 8 0 8 0 } J r n_ ¢ o 0 0 r 0 o 0 o a 0 0 o m <- a_, o 0 000000 'rc`n ra � � rrrrrr y�t' a U m¢ 0 a r r x s o o I.. 1. �........, t�l..�./ 0000 e n n o 0 I o a aaaa E w w w w w mN17"N..,bN r"i f" ..NW „"tfJ ,o"fto r il,"o )Io f l'tiYIH""r%i,Nrfi"$' Ir E - U yoo a 9��a °s a -zow F w www oo1ololo � 3a U ------ try��ea�itryo g �. � ww lolllo'o .zzz 8A Ao o o o� m 3 O o o Lu o 666666 a88 $ o 3 3 3 ro _ o�� - a =s In s J� u�ri;' �WII - �I �� >�rii Y ° L zoaw o Gj x =C7 4Z w wmz � W OR,A w m I ww n of I Wool a mm i 19J,a oII a ww l omi l Wool a oolr 11 u I J 0 1 IIIII 1 m m j m 8 � o - -------- ---- -------- 8 a I ------------------------------------ o� ------------------- "OH IIII - IIIII d U111, l� W Z V yo --- ---- — a � ti tip v m�llerrrrrl �;II�I�IIIIII »,11 �,,,, IIIIII 111111a ��f Illpl 11 p111111.�1.1.f111�LLl.f��G.l(.IIII IJ.���.1.1JID11.1.,��I�.L1Jff�[.f.f.U1111..1,1IJIII�,.I..UJJ.lJ11J o C o w� c N N IIIIIII � � 6 IIIIJI a` s� C7 (IIIIIII w� f6 n �i liiuwu s N o �^ nu ou w - .......,.,.��,� ....... �" ��1111111V�1 IIIIIII 111111 U,IIIIII l Ill,�.l UIJJI,:I I��JIIIQ . 6"•" 1 cen Illllf � �. �woo� ~ ulcu I JI w J IIIII d m y 6 y _ CO IIIII Q a o d d W d 0 � .g I I—g.� IIIII � o (III Q o _ _ 6 7 zzz uli o 0 0 II Q zz w �^. � a a IIIII � e o r _ <O w o "e olio r«rrrr..l...onJr c;IIIII 1 uuu l uuu r offf..l...aall :d Q � w� IIII'.,"U �"ffff O11A�11 IIIIII 1 IIII,II I IIIIIC;I up), IIIIIh I IIIIII I IIIIII Ulllh l�"IIIIII I III I U1111 I I U1111,I I IIIIII I I IIIIII hl 011ll l l IIIIII l l IIIIII"i[JIIIII I I U1111 J L IIIIII I.1 M, m µ 4had �n1� UK (n N .✓J Ji -- W 4���, a o M m v - a r a 0. LO �W Z0 v L z o�w p Q �OJ W Y �WQJ ¢ W��% w00 0 � a H 2'W . s 33' cn cu CO -------------- 0 v^" _ _„----------nenaa aaa nre ss ev aag as nx swws_vv_n r � N 0 a � d' 0 0 — � af �''�''�''�' W K K rn w Z Z O 0 W W W W Y o Y o Q` Q K� K� N µ c CO 4had �n� III .oad pr,oVded IIbyMotar,da rel Site Name: Marthon CORE Master rack Customer Name: Monroe County Motorola R56 w Minimum a y Specified 100- Recommended `w c OP820 120 VAC Max AC Current Breaker Size w 0 w � R Outlets Nomenclature Load @ 120V (Current*1.5) U a S O m CORE Master rack 95.49 A 1 Trak-ps-1 66W 0.09KVA 0.78 A 1.17 A 5 A 1 20 AMP 2 Noki-ps-1 207W+ 0.34KVA 2.83 A 4.24 A 5 A 1 20 AMP 3 MRV 12(}W 0.17KVA 1.41 A 2.12 A 5 A 1 20 AMP 4 Aruba RTR-1 ps-1 41W 0.06KVA 0.48 A 0.72 A 5 A 1 20 AMP 5 GGM8000-1 66W 0.09KVA 0.78 A 1.17 A 5 A 1 20 AMP 6 KVM 12(}W 0.17KVA 1.41 A 2.12 A 5AI 1 20 AMP 7 jAruba RTR-2 ps-1 186W+ 0.26KVA 2.19 A 3.29 A 5 A 1 20 AMP 8 jAruba RTR-3 ps-1 186W 0.26KVA 2.19 A 3.29 A 5AJ 1 20 AMP 1 Trak-ps-2 66W 0.09KVA 0.78 A 1.17 A 5 A 1 20 AMP 2 Noki-ps-2 64W 0.09KVA 0.75 A 1.13 A 5 A 1 20 AMP 3 Fire Wall 42OW' 0.59KVA 4.95 A 7.43 A 5 A 1 20 AMP 4 Aruba-1 ps-2 207W+ 0.34KVA 2.83 A 4.24 A 5 A 1 20 AMP 5 GGM8000-1 66W 0.09KVA 0.78 A 1.17 A 5 A 1 20 AMP 6 KVM Monitor 120' 0.17KVA 1.41 A 2.12 A 5 A 1 20 AMP 7 Aruba RTR-2 ps-2 41W 0.06KVAI 0.48 Al0.72 Al5AJ 1 20 AMP 8 jAruba RTR-3 ps-2 I 41WI 0.06KVAI 0.48 Al0.72 Al5AJ 1 1 20 AMP 1 Juniper-1 ps-1 186WW 0.26KVA 2.19 A 3.29 A 5 A 1 20 AMP 2 Juniper-2 ps-1 186W 0.26KVA 2.19 A 3.29 A 5 A 1 20 AMP 3 Core Server-1 ps-1 80OW' 1.13KVA 9.43 A 14.14 A 15 A 1 20 AMP 4 VMS Server-2 ps-1 80OW 1.13KVA 9.43 A 14.14 A 15 A 1 20 AMP 5 Server-3 ps-1 80OW 1.13KVA 9.43 A 14.14 A 15 A 1 20 AMP 6 SeaGate PS-1 436W 0.62KVA 5.14 A 7.71 A 10 A 1 20 AMP 7 Ispare I 0Wj O.00KVAI 0.00 Al0.00 AlOAI 1 1 1 1 20 AMP g jAruba RTR-4 ps-1 I 41WI 0.06KVAI 0.48 Al0.72 Al5AJ 1 1 1 1 20 AMP 1 Juniper-1 ps-2 186WW 0.26KVA 2.19 A 3.29 A 5 A 1 20 AMP 2 Juniper-2 ps-2 186WW 0.26KVA 2.19 A 3.29 A 5 A 1 20 AMP 3 Core Server-1 ps-2 80OW 1.13KVA 9.43 A 14.14 A 15 A 1 20 AMP 4 VMS Server-2 ps-2 80OW 1.13KVA 9.43 A 14.14 A 15 A 1 20 AMP 5 Server-3 ps-2 80OW 1.13KVA 9.43 A 14.14 A 15 A 1 20 AMP 6 SeaGate PS-2 436W 0.62KVA 5.14 A 7.71 A 10 A 1 20 AMP 7 ISpare I 0Wj O.00KVAI 0.00 Al0.00 AlOAI 1 20 AMP 8 jAruba RTR-4 ps-2 I 41WI 0.06KVAI 0.48 Al0.72 Al5AJ 1 1 1 1 20 AMP Motorola R56 w Minimum a y Specified 100- Recommended , `w G `w 120 VAC Max AC Current Breaker Size 0 w � R Outlet# Nomenclature Load @ 120V (Current*1.5) S O m Dispatch Network Rack 14.79 A 1 Junpter Router-4 186WW 0.26KVA 2.19 A 3.29 A 1 20 AMP 2 AIS CP 28OW' 0.40KVA 3.30 A 4.95 A 1 20 AMP 3 AIS VPM 34W' 0.05KVA 0.40 A 0.60 A 1 20 AMP 4 Monitor 33W 0.05KVA 0.39 A 0.58 A 1 20 AMP 5 NM CLIENT 41W 0.06KVA 0.48 A 0.72 A 1 20 AMP 6 OW O.00KVA 0.00 A 0.00 A 0 A 1 20 AMP 7 OW1 O.00KVAI 0.00 Al0.00 A OAJ 1 1 1 1 20 AMP 8 1 OW1 O.00KVAI 0.00 Al0.00 AlOAJ 1 1 1 1 20 AMP 1 SDM3000 41W 0.06KVA 0.48 A 0.72 A 2 Junpter Router-1 186W 0.26KVA 2.19 A 3.29 A 1 20 AMP 3 Junpter Router-2 186W, 0.26KVA 2.19 A 3.29 A 1 20 AMP 4 Aruba RTR-1 41W 0.06KVA 0.48 A 0.72 A 5 A 1 20 AMP 5 Aruba RTR-2 41W 0.06KVA 0.48 A 0.72 A 5 A 1 20 AMP 6 Junpter Router-3 186W 0.26KVA 2.19 A 3.29 A 1 20 AMP 7 1 1 0Wj O.00KVAI 0.00 Al0.00 AlOAI 1 1 1 1 20 AMP 8 1 1 OW1 O.00KVAI 0.00 Al0.00 AlOAJ 1 1 1 1 20 AMP MC Marathon Dispatch&Core(elect loading)2024-03-06 Nomenclature Dispatch (total of 5-Ops) 1 Motorola MCC7500e Op(VPM,PC,Monitor,Speakers) 276W 0.39KVA 3.25 A 4.88 A 1 20 AMP 2 Motorola MCC7500e Op(VPM,PC,Monitor,Speakers) 276W 0.39KVA 3.25 A 4.88 A 1 20 AMP 3 Motorola MCC7500e Op(VPM,PC,Monitor,Speakers) 276W, 0.39KVA 3.25 A 4.88 A 1 20 AMP 4 Motorola MCC7500e Op(VPM,PC,Monitor,Speakers) 276W 0.39KVA 3.25 A 4.88 A 1 20 AMP 5 Motorola MCC7500e Op(VPM,PC,Monitor,Speakers) 276W 0.39KVA 3.25 A 4.88 A 1 20 AMP Also other equipment that is not part of Motorola 911 Phone 1 4.5 T CAD 1 3.5 T Internet CPU 1 3.5 MC Marathon Dispatch&Core(elect loading)2024-03-06 Mmm Motorola Dispatch Room Requirements 16.39 UPS AMPS per each Desk/Op location Motorola MCC7500e Op 4.89 911 Phone 4.5 IT CAD 3.5 IT Internet CPU 3.5 Main Building Ground min#2 AWG wire(per Motorola R-56 Standards)to all dispatch location in the room(to include all desks/chairs FUTURE) All furniture that has elect lift and main furniture chassis is required to be grounded Motorola AIM is to grounded(this replaces the VPM) Sub Ground Bus Bar(GBA2-10)install at desk/chair location so that all vender equipment will be a the same ground potential(phone system) Motorola DSR Equipment Room Requirements(40 bracer panel on UPS power) Racks and Power Panel(OP820)provided by Motorola Rack-1(front top) OP820 Requires qty of 8 20amp UPS circuit Motorola DSR Equipment Rack-1(rear top) OP820 Requires qty of 8 20amp UPS circuit Motorola DSR Equipment Rack-1(front bottom) OP820 Requires qty of 8 20amp UPS circuit Motorola DSR Equipment Rack-1(rear bottom) OP820 Requires qty of 8 20amp UPS circuit Motorola DSR Equipment Rack-2 OP820 Requires qty of 8 20amp UPS circuit Dispatch Rack Main Building Ground min#2 AWG wire(per Motorola R-56 Standards)to equipment room DSR equipment information is as follows. BTU Loading .BTU Total=9,146 .UPS size(adds 20%for Utility Fluctuations)=10,974 .25% Percentage for Future Expansion= 139718 Power Requirements(Watts) -Watts Total=29680 .UPS size(adds 20%for Utility Fluctuations)=39216 .25% Percentage for Future Expansion=49019 iw L�J� ww'•' �' Iee t s A TRANSTWTOR Installation Manual AC Edge 120 Dual Phase 60A ( / ) AC Power Distribution Unit loll Illllu uu ul� l Model AC120V60DF 6/6 P/N 1101-1188 0'I 'I'If1fl PJI 11{I V H Installation Manual I AC Edge 120 Table of Contents Introduction 3 Product Specifications 4 Factors Affecting Installation 6 Installation Procedure 7 Inspect Shipping Container 7 Inspect Contents of Container 7 Accessory Kit 8 Installing Mounting Brackets 9 Mounting Panel to Rack 9 Ground Wiring 10 Input Wiring 11 Test Voltages and Alarms 12 Outputs 13 Breaker Replacement 14 Circuit Breakers 14 Dimensions 15 Lugs 16 Maintenance 16 Service 16 A TRANSTECTOR 2 Introduction Transtector's AC Edge 120 is a compact(2U) 120 Vac secondary power distribution panel featuring two, 120 Vac single phase 60 A input buses with dedicated neutrals. The AC Edge provides power for a wide range of local or remote,wireless and wireline,data and mission critical communications applications. The panel fits 19 in. or 23 in. racks(23 in. brackets sold seperately; need 2X of P/N 2001-389). The AC Edge supports the use of six breaker output positions per line. Accepted circuit breakers found in Table 4 on Page 14 range from 1 A to 15 A and are UL489 listed. 5 A, 10 A,and 15 A breakers are available from Transtector, sold separately and installed by site personnel(see Page 14 for part numbers). The front of the panel contains six LEDs: • One on each line (labeled PWR, the LED is green when power is supplied to the unit and OFF when no power is supplied) • One on each line for tripped breaker indication (labeled FA, the LED is OFF during normal operation and red indicating a tripped breaker) • One on each supression module (the LED is green when powered and functioning and red when powered and not functioning). Form C dry contacts on back of unit provide connectivity via a single 15-socket(female), D-type connector(HD-15)to remote audible/ visual alarm devices for announcing/displaying power, breaker, and bay failures. Input ground connection made with a two hole compression lug on the back of the chassis. Chassis ground connection is tied to input ground. All output connections are made via the NEMA 5-15R connectors on the back of the unit. ©Transtector 2016. All Rights Reserved. 3 Installation Manual I AC Edge 120 Product Specifications Electrical Specification Nominal Universal Voltage Range 110 Vac to 120 Vac Frequency Rating 50/60 Hz Input Rating 60 A, 138 Vac per phase, max Input Interrupt Device Installation must meet all local codes and jurisdictions. Supply breakers must be rated for 125%of MAX load. Input Configuration 2 wire + PE ground each phase Output Configuration 6, NEMA 5-15R outlets per phase (total of 12 positions not to exceed a total of 60A output per phase and 80%of breaker rating per output position). L1 input feeds L1 outputs, L2 input feeds L2 outputs. Breaker Output Current 1 A to 15 A single-pole, hydraulic-magnetic, non-delay, slow-trip breakers (sold separately; see page 14 for breaker part numbers). Output Wire Size #18 AWG to#12 AWG, depending on output breaker rating Alarm Indicators Power L1, L2 LEDs (2): green for power ON; OFF for power OFF/failure Fuse Alarm LEDs (2): red for tripped breaker; OFF for normal operation Surge LEDs (1 per module): green for good; red for failure Alarm Relay Contacts Dry Form C for power, fuse, and bay alarm failures Relay Contact Rating 120 Vac, 1.5 A Bay Relay Activation 12 Vdc A TRANSTECTOR 4 Product Specifications cont. Mechanical Specification Input Terminals 4 position terminal block, #20 to#2 AWG Output Load Terminals NEMA 5-15R receptacle Ground Terminal Dual 1/4-20 studs on 5/8" centers Alarm Terminals Single 15-socket, high density, D-type connector Chassis Material 18 gauge CRS, zinc plated with black powder coat bezel Weight (out of box) = 17 Ibs 7.7 kg) Weight (shipping) = 20 Ibs 9 kg) Chassis Dimensions (Nominal, without 3.47" H x 19.00"W x 13.48" D rack mounting brackets) (88 mm x 483 mm x 342 mm) Rack Mounting 2RU, 19" per EIA Standard, RS-310-D (optional 23" brackets available) Mount near flush to rack or extended up to 5" in 1 1/4" increments. Rear Panel Safety Screw mounted, hinged access panel provides tooled access only. Environmental Specification Storage Temperature 14 IF to 149 IF (-10°C to 65°C) Operating Temperature 14 OF to 131 OF (-10°C to 55°C) Relative Humidity 90%(non condensing) Compliance Specification Safety UL/cUL Listed, E211453 ©Transtector 2016. All Rights Reserved. 5 Installation Manual I AC Edge 120 Factors Affecting Installation Elevated Operating Ambient If installed in a closed or multi-unit rack assembly, the operating ambient temperature of rack environment may be greater than room ambient. Therefore, consideration should be given to installing the equipment in an environment compatible with maximum ambient temperature specified by Transtector. Reduced Air Flow Installation of the equipment in a rack should be such that the amount of airflow required for safe operation of the equipment is not compromised. Mechanical Loading Mounting of the equipment in rack should be such that a hazardous condition is not achieved due to the uneven mechanical loading. Circuit Overloading Consideration Consideration should be given to connection of the equipment to the supply circuit and effect that overloading of circuits might have on over-current protection and supply wiring. Appropriate consideration of equipment nameplate ratings should be used when addressing this concern. Reliable Earthing Reliable earthing of the rack-mounted equipment should be maintained. Particular attention should be given to supply connections other than direct connections to the branch circuits(ACEG). Disconnect Device A readily accessible disconnect device should be incorporated in the building installation wiring. Warnings CAUTION A! This product be installed and serviced by qualified personnel only. The product is intended for installation in a restricted access area. Only use tools(for example, crimping tools, dies)and components(for example, breakers and wiring connectors)approved by recognized agencies and authorities(for example, UL,TUV, NEC). Hazardous Voltage. Multiple power sources may be available. Disconnect all power before servicing. Before connecting input power cables make sure input power to panel is turned off. Read and understand these instructions before installing this product. If necessary, contact Transtector for technical assistance: by phone at 1.800.882.9110 or 208.772.8515, or visit us at transtector.com. A TRANSTECTOR 6 Installation Procedure Product Warning Labels AN ERI Label indicates the potential hazards associated with installation and operation of unit. zt DANGER! RISK OF ELECTRIC SHOCK. SERVICE BY QUALIFIED TECHNICIAN ONLY. NMMCdA WARNINGI WARNING! VOLTAGE/CURRENT RATINGS. 110/120Vac; 2 WIRE + PE EACH PHASE; 60A MAX zt NNM. „ CAC4 FWAW W MAN,"01 LA � ° 1,01-1 86 f 64' Label indicates the potential increased temperature of the external surfaces of the chassis. 1_ & AUTIONI `f` ' CAUTION! CHASSIS MAY BE HOT. CA�A$,94$MrAW BE H03 920'ar...=60 Hz L2 60A MA,X LOAD(PHASE 1 III u awu L mus'Nor C @1 'us EXCEED B0%Of LISTED B1111Al ER 4-6 E2114 RA1�VNa' 4-6 f ALARM OUT 0 TO#2 AWG L1 TEST IIN Label indicates LINE and IiwLETs FOR TEST ONLY Label indicates test input terminals,voltage, L1 NEUTRAL connections, max 120 vac 50160 Hz frequency, and maximum load current. SINGLE PAS 60A load current, voltage,and 12A MAX PER INLET 120 v MAX frequency for permanent wire L2 TEST IIN 4 LOAD connections. N1 e/ 0 IHlz Label indicates ground connection 60/60 Hz location. N2 Label indicates the need to disconnect all power 60A W RININGI 1120 W MAX � 00R OAMiMECTALL$UPPIJ4 supply source prior to servicing the unit LOAD SOURCESPRWRTOMEMV'C� WARNING! DISCONNECT ALL SUPPLY L2 SOURCES PRIOR TO SERVICE. Inspect Shipping Container 1. If damage is suspected, request that the carrier's representative be present during unpacking. Note:Transtector is not liable for damages incurred during shipping. Inspect Contents of Container 2. During unpacking, inspect panel for damage. If damaged, contact the carrier. Report details of damage to Transtector by phone at 1.800.882.9110 or 208.772.8515,or visit us at transtector.com. 3. Check contents of accessory kit,as listed in the table on page 8. If any items are missing, contact Transtector by phone at 1.800.882.9110 or 208.772.8515, or visit us at transtector.com. 4. If required, prior to fastening the 19" or 23" brackets to the panel, lightly coat the bracket's contacting surface(between the brack- et and the panel)with an anti-oxidant. 5. Fasten 19" or 23" rack brackets to panel using supplied fasteners (eight, 10-32 flat head screws). (See"Bracket Installation" on Page 9.)Torque fasteners to no greater than 23.7 in-lbs(-2.68 Nm). Note: Panel brackets provide near flush front-face mounting or extended mounting up to 5" in 1-1/4" increments. ©Transtector 2016. All Rights Reserved. 7 Installation Manual I AC Edge 120 Installation Procedure cont. Table 1 -Accessory Kit Accessory Purpose Quantity Illustration Flat Head Screw#10-32 x Bracket Installation 8 3/8"with Nylock Patch Flat Washer#12 Panel to Rack Installation 4 Lock Washer#12, Split Panel to Rack Installation 4 Screw#12-24 x .5" Pan Panel to Rack Installation 4 Head Phillips 19" Mounting Bracket Rack Mounting 2 Blank Cover Breaker Blank 12 Designation Card Recording Output Assignments 2 Quick Install Sheet Assist with Installation 1 N/A A TRANSTECTOR 8 Installation Procedure cont. Installing Mounting Brackets 6. Secure mounting brackets to the sides of the panel using 4,#10-32 flat head screws provided. Torque fasteners to 23 inch pounds. (see Figure 1) Mounting Panel to Rack 7. Select a location for the AC Edge panel on the rack. Choose to mount power panels at topmost or highest possible rack position. 8. Note: Panel weighs approximately 17 Ibs(7.7 kg).Take care to support the panel when installing panel to rack. Two persons may be required in the following step. 9. Mount panel to rack using two sets of supplied fasteners per side (total of four#12-24 thread-forming, Phillips-head screws, split lock washers, and flat washers.), as shown in Figure 2 below.Tighten screws to no greater than 35 inch pounds(-4.29 Newton meter). Table 2 - Torque Rating Chart Fastener Connections Maximum Torque (inch pounds) Maximum Torque (Newton meters) 10-32 23 inch pounds 2.65 Newton meters 12-24 35 inch pounds 4.29 Newton meters 1/4-20 55 inch pounds 6.2 Newton meters w � III r Figure 1: Bracket installation Figure 2: Rack mounting ©Transtector 2016. All Rights Reserved. 9 Installation Manual I AC Edge 120 Installation Procedure cont. Ground Wiring This product must be properly grounded to the facility's ground bus. Failure to do so is dangerous to personnel and may result in equipment malfunction. 10. Crimp ground lug to a#6 AWG stranded copper wire. One#6 AWG ground wire is the minimum requirement for 120 Vac single phase input to the panel. 11. If required, lightly coat anti-oxidant on contacting surface of the ground lug. (The ground lug is located just left of the access panel shown in Figure 3.) 12. Fasten lug to panel using the provided 1/4-20 KEPS nuts and flat washers.Tighten to 50-55 inch pounds(-6.2 Newton meter). N� rat r Z\ y�nty� .... lo�poi f%UVON i e, i Figure 3: Ground wire connection A TRANSTECTOR 10 Installation Procedure cont. Input Wiring At the power source(s), install one, single pole, high inrush circuit breaker per phase(75A max each, Berated 80%), or a 2-pole breaker with identified handle tie following proper wire sizing and conduit guidelines(per NFPA 70 2011 Article 220, Chapter 9 and local/national codes). Check that input power to the panel is OFF or disabled before installing input cabling and install customer provided strain relief to one of three knockout locations located near the access panel on the top,side, and bottom of the chassis. 13. Open input panel door on back of unit. 14. Feed input cable through strain relief and label all wiring for clear identification. 15. Secure LINE 1 to the top location of terminal block, NEUTRAL 1 to second position from the top, LINE 2 to the bottom position, and NEUTRAL 2 to the 2nd position from the bottom of the input terminal block(see Figure 4). Torque terminal block screw connections to 30±5 inch pounds(3.4±0.6 Newton meter). 16. (Optional) For low power test purposes only, power may be fed to the unit via two IEC 320-C14 power entry modules(labeled L1 Test and L2 Test)found to the right of the input terminal block. Max current per test feed is 12 A. After connecting inputs, close input panel door and secure with captive fasteners. This door must be closed prior to supplying power to the unit. Failure to do so can result in severe electric shock. AC POWER SOURCE AND CUSTOMER SUPPLIED BREAKERS ----------------------------- ----------------------- SINGLE POLE BREAKER *18 TO#4AWG LINE 1 IN O 20V NEUTRAL 1 DANGER! GND (aa To prevent possibility of 66A LUGS 60A MAX LOAD MAX electrical shock, both O `°"° NEUTRAL 2 Power sources must be +:6" disconnected from AC O + ® L2 Edge before servicing. Installation must meet LINE 2 IN all local codes and SINGLE POLE BREAKER jurisdictions. Supply breakers must be rated SAFETY GROUND for 125%of MAX load. Figure 4: Input wiring diagram ©Transtector 2016. All Rights Reserved. 11 Installation Manual I AC Edge 120 Installation Procedure cont. Test Voltages &Alarms 17. Confirm breakers are not installed in the front panel of AC Edge and the provided protective covers are in place. 18. Enable power to the panel via fuse, breaker, or other disconnect device. 19. The LEDs on the front panel should be lit as follows: • PWR LED for L1 and L2 is lit(green), and • Suppression Module LED is lit(green), and • All other LEDs are OFF Table 3 - HD15 Pin-Outs Pin Assignment Pin Assignment 1 L1 PowerAlarm NO 9 L1 Suppression Status NC 2 L1 PowerAlarm NC 10 L1 Suppression Status NO 3 L2 PowerAlarm NO 11 L2 Suppression Status NC 4 L2 PowerAlarm NC 12 L2 Suppression Status NO 5 L1 Fuse Alarm NO 13 Common 6 L1 Fuse Alarm NC 14 Common 7 L2 Fuse Alarm NO 15 Common 8 L2 Fuse Alarm NC - - 20. Test continuity between pins 1-12 and any Common pin (13,14, or 15)of the HD15 connector per Table 3. • Verify continuity(0 Ohms)for all NC pins. • Verify an open circuit(-)for all NO pins. Note: Normal conditions, that is normally open (NO)and normally closed (NC), are for a normally functioning panel with power ON and no tripped breakers. Alarms 21. If required for site management alarming, connect panel and/or bay alarm wires to the D-type connector on the rear of the panel shown in Figure 5. A TRANSTECTOR 12 Installation Procedure cont. Outputs 22. The AC Edge power panel outputs consist of 6 NEMA 5-15R connectors per phase. The panel accepts 2 feeds at 120 Vac each with dedicated neutrals. Output positions accept standard NEMA 5-15P connectors(see Figure 5). 23. Connect opposite ends of output conductors to the output loads and label all wiring for clear identification. Turn OFF or disable fuses, breakers, or other disconnect devices feeding power to the AC Edge panel. Note: The following steps deal with breakers. Good practice involves turning OFF power to the panel when installing or replacing breakers. When that is not possible, rely on and follow established operating company or regulatory practices. However, NEVER install breakers in a live circuit with the operator handle switched ON. 24. Remove blank cover over selected breaker position. Pull the handle of the blank cover to remove. See"Breaker Replacement" on Page 14. 25. During installation of breakers, ensure that circuit breakers are switched OFF. 26. Install circuit breakers in the"OFF' position,with ON letters oriented towards the top of the unit and OFF towards the bottom. 27. When installing breakers, record the ratings and position on the designation card shown in Accessory Kit(see page 8). Insert card into slot below breakers. 28. Disable AC Edge output loads at the equipment. 29. Turn ON output breakers. 30. Turn ON or enable fuses, breakers, or other disconnect devices to feed power to the AC Edge unit. 31. Verify that the PWR LEDs are ON (green), FA(fuse alarm) LEDs are OFF, and surge module LED is ON (green)for powered line and OFF if not powered. 32. Turn OFF one of the breakers. Expect that the FA(fuse alarm) LED is on (red). Check the FA(fuse alarm)terminals on the rear of the panel. Expect: • An open circuit(-) between C and NC, and • Continuity(0 Ohms) between C and NO. 33. Make sure all breakers are ON. 34. Test power and polarity at the input of each output load. 35. Enable AC Edge ouput loads at equipment. Check loads for proper operation. oovo v....v..... ti .a � ........ row. .a . . .,� �, w�wa.� uaurrw�a w u � WA NNW INN IN L2 a d o r 44 pus. Mr,g.:""4 rA1ZM OUaw /�r ,r;w, wAP§NV%Pill r Figure 5: NEMA 5-15R output positions and alarm connection ©Transtector 2016. All Rights Reserved. 13 Installation Manual I AC Edge 120 Breaker Replacement All power sources must be disabled to unit prior to inserting or removing breakers. To install circuit breakers,first remove two screws securing faceplate to front of unit(see Figure 6a). Remove faceplate to gain access to circuit breaker positions. Push circuit breaker into one of six positions. Circuit breaker is fully seated when faceplate sits flat against front of chassis. Secure faceplate to chassis with two screws previously removed and torqure to 8 in-Ibf. To remove circuit breakers, remove two screws securing faceplate to front of unit (see Figure 6b). Attach Sensata Extraction Tool (Sensata P/N 121-450-5061)to front of circuit breaker being removed. Pull circuit breaker straight out from front of unit. Replace with a new circuit breaker or circuit breaker blank. Secure faceplate to chassis with two screws previously removed and torqure to 8 in-Ibf. " P Figure 6a: Installing a breaker Figure 6b: Removing a breaker Circuit Breakers The AC Edge 120 panel is compatible with single-pole, AIRPAXTm LEL series hydraulic magnetic circuit breakers with on/off rocker positions. All circuit breakers are slow-trip without mid-trip. Transtector sells 5 A, 10 A, and 15 A breakers under the following part numbers: 5A AIRPAXTm LEL Series Transtector Part Number 3750-295 10A AIRPAXTm LEL Series Transtector Part Number 3750-296 15A AIRPAXTm LEL Series Transtector Part Number 3750-297 Table 4 -Approved Circuit Breakers Rating AIRPAXTM Part Number 1 A LELZXB1-1REC4-61-1.00-G1-03 2 A LELZXB1-1 REC4-61-2.00-G1-03 3 A LELZXB1-1 REC4-61-3.00-G1-03 4 A LELZXB1-1 REC4-61-4.00-G1-03 5 A LELZXB1-1 REC4-61-5.00-G1-03 10 A LELZXB1-1 REC4-61-10.0-G1-03 15 A LELZXB1-1 REC4-61-15.0-G1-03 A TRANSTECTOR 14 Dimensions nIF7—IM (.59[15]) 0 0 0 0 0 0 a ® 0 0 0 0 @ 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 a 0 0 0 0 0 0 0 0 0 0 0 0 0 e 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 2 0 0 0 0 0 0 0 0 a 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 • 0 a 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 • 0 0 [299]� 0 0 0 0 0 0 0 0 0 0 0 © 0 0 0 0 0 0 0 0 0 0 0 0 a 0 0 0 0 0 0 a Q e 0 0 0 0 0 0 0 0 0 0 0 0 0 e 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 * 0 0 0 0 0 0 0 0 0 0 e e 0 0 0 0 0 0 0 0 0 e 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 a) 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 a 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 (1-11 [28]) CIRCUIT BREAKERS SHOWN FOR REFERENCE ONLY . ... .......................... ......................... ..... ..... -,r...... ..... 0 0 +0 C) N I— �I 0+ 0 IT T -Ir Ir 'r i --r I Ir (3,47[88]) E; rr 01 0-6 ---- __j -------r---j 0 -----------------------------------------------------------------(18.31 [465]) ------------------ -------- (19.00[483]) Primary dimensions are inches, millimeters shown in Transtector 2016. All Rights Reserved. 15 Installation Manual I AC Edge 120 Lugs The following table is a list of standard, two-hole lugs that fit the chassis ground termination on the rear of the panel. Comparable angled lugs may be used (451 or 901). Table 5 - Ground Lugs Lug Style Wire Size Burndy Part No. Panduit Part No. Straight 14-10 AWG YAV10-2TC14 N/A 8 AWG YA8CL-2TC14 LCDB-14A-L 6 AWG YA6CL-2TC14 LCD6-14A-L ,. 4 AWG YA4CL-2TC14 LCD4-14A-L 2 AWG YA2CL-2TC14 LCD2-14A-Q Maintenance AC Edge 120 panels require no scheduled maintenance. Service For service(warranty or otherwise)contact Transtector by phone at+1 800.882.9110 or+1 208.772.8515, or online at www.transtector.com to obtain an RMA number. Transtector will contact you with cost of repair or replacement(if applicable) before proceeding with service. A TRANSTECTOR 16 Transtector assumes no liability in the use of this product. Transtector conveys no license under its patent rights or those of others. Transtector reserves the right to change this product and this publication without notice. Transtector Systems, Inc. 10701 Airport Drive, Hayden, ID 83835 Toll free +1 800.882.9110 Direct +1.208.772.8515 Fax +1208.762.6034 ©Transtector 2016. All Rights Reserved. 17 A'TW11' IIPower reqtArennents provded by NACS0 Julia Toldd Subject, RE (AUP(W E`Alern& Emall - SLA)� R� Plantation Key , VWER Fqk4llnent Rack Info Front IGRA Sent: I'LWY1iJY, Februafy 6, 2024 5�56 PM: Tw KEZFRiAN, 130B Cc, Wlia ['o(Jd;Lauii,a White" IAZ,SILMA L Subject.,CAUTPOfl External Linail ,Subj:Re:Plantation Key VIIP,ER Equipment Rack Info 1 11u'ulks Bob! Sent Irom iny Whom: 0n 1"eb 6, 2024, 6:3 3 KFIZI,RIANN, BOB < k3]72aPIT r:ovr�, wrote, Hii Julia—Below is a,summary of the entire IntradoNIPER order for Plantation Key, The highlighted portion is related to the workstations—feel free to disregard those I addled the router for connectIvity to the hosts. if they are looking for environmental load, folir planning purposes, an estimate is 5,0l010 BTU!of heat output, For electrical, we specify two (20) 20 amp 110,V receptacles,on separate circuits, As discussed today, the existing VIPER equipment is at approx 28% load on the outlets A reminder that the two systems (old VIPER + new VIPER)will run,side-by'-sid�e for a period of time Following go-live, the old system can be decommissioned & removed, Lune Ordered Item Item Description Qty' 11 912890/11B Media Kit Prebuilt Building Block 1 2,1 911SIP 9-1-1 Ingress,via SIP- License per position 6 3.1 912807 4 Foot IT Cabinet 1 41 912811 Applica,ti,on Server License 7 51 9128 12 PBX Access License 6 61 P10273 Low Profile KVM 1 7,1 912716/24 Cisco C296OX-24TS-L 24 port switch (with stacking module) 2 91 1 91311001 Power' 11 CHent and Server Access License 6 101.1 913152 Plower 911 Add-On Recorder for Radio(iTRR) 6 111 914963/BBl Object Server with Device Master 1 141 914102/BB IWS Workstation Prebuilt BuiWing Block 6 1,51 913860 WS Viper Enabling Kit(Sonic G3) 6 ........................— Monroe County„FL-VIPER CITE Scope of Work organizations as required Thirs information us to,be provkledto the ATU'Project Manager for each site, 9 Provide a signature sign-off(see Site Acceptance Form,Appendix A) as concurrence of Site Completion for u",,acfi Site where AT O has provided Services Undef thus-SO, 10. Provide a list of users, security(levels and access privOeges, Define the systems adininistration,security policies and ariy other special requirennerits to,be implemented in the system, 11 As specified fair each Site, eri that proper environmental conditions specified biy product manufacturer are On place,This includes but is not firrited to adequate power and grounding, AT&T shall not proceeid with the Equipment installlati:on until Customer has made such n,iodificationis and changes as required, General Facility Requirements • SOCUred storage for AT&I-supplied equipment shipped to the Customer Facility for storage prior to installation, • Safe, locked, and limited access to the equipment room, including adequate security to prevent theft of computer equipment, • The necessary consent from the landlord,the building owner, the mortgager, and/or any other third parties having,an interest in the installation site, to install the system and to assist in obtaining any other necessary approvals and permits for same. • Access to current computers and related technology,telecommunications equipment, and any other services and materials,that may be reasonably necessary for installation. • 24 x 7 access for problem isolation, Equipment Room Requirements Equipment room floor must be capable of supporting 104 pounds per square foci Equipment room must be dry, clean,and well ventilated. Equipment room must be well lit, easily accessible, and free from excess vibrations. Identification of space where the equipment rack will'be,located so that it does I C - .. ............1<........... .......... ........... X�c�'ey VSft, Power The Customer is responsible for providing power,ground, and environmental controls for the Equipment to be installed in thie equipment room, as follows; Two(2)dedicated 110 volt'/ fl-amp power feeds are reqluired with A& B feed (separate power source)and receptacle Ipluug type NEMA L520R twist lock. ..........X............X.............X...........X,..........X............X...........X,..........X............X............. ..........X............X...........X,..........X............X.............X..........X............X.............X...........X,..........X............ 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M a N w �n '� w .-� N o a N m N .-� w o a y � u �o N M �n v .-� m y .-� o '�C N N m .-� a m M N N n n .a N ao ao ao m ao = m ao ao `y N N N N N — E N N N ei N N N N N N N - N N N N N N N N N N 0 = V1 C N N N N N A N N = N C M E N M N N M M — — — N — — — — — — — y — — — m — — — — — — — o: af0i LL — — — — — V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V .-� No m w w w a w N o m w o N o N w M N o N N M a v v N m w w N w M w o v v w a o o N o N N ei N N ei N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N M N M M M M N M M N M M M N M N M O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V a a a a a a a a a a a a a a a a a a a a a a a a a a a a a a a a a a a a a a a a a a a a a a a a a a a a a � 3 oa 3� � w _ � N Q s j � m U m o > N N St St St St St St St St St St St N N St N N St St St St N Op N N N N N N N N N N N N N N N N O O O O O O O O O O O O O O O O O O O O O O O m 1 1 N N N N N N N N N N N 1 1 N 1 1 N N N N 1 10 N N M M M M M M M M M M M M M Ct M M Ct St ST Ct 1V �` C N O O � � V ni v ni O m v a 8 8 8 8 8 v v 8 n 8 8 n 8 8 o w ' m O >St M N OO m N u• St 1� OO u• W 1� OO OO u• �!f 01 N rl m LIZ le if 01 rl n H H H H»H H H H H H»H H H H H H H H H H M Y w � 2 z z 2 2 l7 Q Q � V O w V V 2 � w 2 � � 2 z F V � 2 Q O v F � z V � a O v � � a v o v O v N t y O C O ° •- a a ti 0 o u o en ° oo =O N y uo L C U N E 6 "O '�' V C = ei = V O u N m 0 ° _ ° O M °u € E o v E N m `°' C u u o N ° c° 2 0 o o a ,o„ °- m o V Y`o_ c c Q axi o V ,°, o ° v c c v i " m °' v o r o `u ° av v a d Y o 3 af0i c i v u aEi c c E '� u = > ° „°- -O m p Y O u u o a c o E ra •a t o °�' o m v " ` o r c ° m ° Yo > o Y o v o ti of •u en o o m o o o o v LL ~ 3 ° v „o w x c E m u o -oVf Y d L N C V C V O L O _ O V c O Q o x d v oO' o l7 a, 3 �. o V V °- o u°. c 3 a m m o .N- y .u') .�- uu'i i°o c o' m ° M N M M > V N ei ei O M M M M N N E 3 M u N O O O O O O O ei ei ei ei ei ei ei ei ei ei ei N N N N N � � � ei ei ei ei ei ei ei ei ei ei ei ei ei ei ei ei ei ei ei ei ei ei ei V V V V V V V V V V V V V V V V V V V V V V V t V V V V V V V V V V V V V V V V V V V V V V V V M N N M M M M M M M ei M N M M X M M N N M N M 2 M M O O O O O O O O O O O O O O O X O O O O O O O F O O V V V V V V V V V V V V V V V V V V V V V V V Q V V a a a a a a a a a a a a a a a a a a a a a a a a s 0 mw yj E E u° ° ° u° u u � � u � o _ _ E 0 0 :o Z Z Z N N N C 1 11 N Q ' N m N N N N N N pO N 14 O O O O N m COC ti V 1 11 N O Y a V N N V M O 111 W N i C N Vh rl 1!1 1!1 rl F Q @ p V pp pp pp pp Q 3 M ° ° R $ q � ti O m O M Q N N t'ON1 N O R i *' a w v o ho R N N N C N N e�•1 c s v p H H H H H M H H H H » 2 O O V y w Oq r C 2 v � c V V 2 3 m V 2 3 0 a c v � v o Oq u V � C O C 00 C y O L N_ � N C > > C —y 3 N O pOq m 0 O Nh a Y # C N Q O y � 0 XN N O u C �L C ' O C E x 0 u s v E l�'J w F w 0 m m v o as o cc 0 en co co m m m O Q O O O O as .N•iwmwo 2 N Q O cc cc V V V V V a a a a a OWNER CONTROLLED CONTINGENCY LEDGER FL KEYS MARATHON AIRPORT NON-AERONAUTICAL USE BUILDING (EOC) Initial Contingency Amount: $955,613.00 Total Debits Total Credits Total Adjustments to Date: ( 701.k984 35) $483,683.65 ( 1,185,6x7x8 00) $ - Current Contingency Balance: $253,628.65 *EO designates PCA as an Error or Omission on Designer ur, s ut f Initial Budget 0.00 € 0.00% € $955,613.00 This is a cost change to the Project Contingency to add a GPR survey of the site prior to underground utilities installation beginning in order to locate potential unknown utilities that are not shown on the contract documents. Contract time is not impacted. 10/05/22 (I ,1rDCDG1) € -0.68% $949,113.00 This is a credit change to Contingency for all work related to RFI 121,dated 10/12/2022,to document the email correspondence with Cardno that the injection well casing is only required to be 60'deep, not 120'deep per C-008. The total depth drilled will remain 120' but the casing is only required for 60'.Also,the material of the casing is acceptable to change to Schedule 80 PVC in lieu of DIP (ductile iron pipe). 12/08/22 12,000.00 1.26% $961,113.00 This is a cost change to Contingency for RFI 113,dated' 09/21/2022,to add window shades at the exterior windows in room 235 and 262 that were not previously calling for shades. Reference sketch included in RFI response, 1111.00 12/08/22 (2,093,50) -0.22% $959,019.50 This is a credit change to Contingency for RFI 124,dated € 10/06/2022 to document the variance between ID-202 and A-131 on the mirror manufacturer and the decision to go with the Bobrick B-165 series mirrors due to the cost savings to the Owner over the Renwil,vered mirrors. Id 12/08/22 16,455.00 € 1.72% $975,474.50 This is a credit change to the Contingency per RFI 151, ated 12/08/2022,for the Owner request to change all countertops in Food Prep room 260 from Quartz to Stainless Steel. 12/16/22 5,330.00 0.56% $980,$04.50 This is a cost change to the Contingency to fund the FKEC fee worksheet for the electrical primary service. 01/10/23 (10,01432) 1.05% $970,790.18 This is a cost change to the Contingency to fund the City of Marathon Utilities Force Main worksheet fees.; 11,1414 01/10/23 (27,663 63) € -2.89%€ $943,126.55 OWNER CONTROLLED CONTINGENCY LEDGER This is a credit change to the Contingency for changes from submittal 084113-1,dated 12/01/2022,to change the 1203 window from an insulgard ballistic window to a standard YKK interior storefront window,and to change door 218 from a double door to a single door with a sidelite due to a conflict between the corridor width and the required width for an insulgard double door. 01/23/23 14,607.00 1 1.53% $957,733.55 WIN HI This is a cost change to the Contingency for ASI 01,dated 11/28/2022,for; -The changes to the primary electrical routing and equipment for the building's power per FKEC requirements,and -The addition of the quick-connect equipment to add the s ability to connect a portable load bank.' 02/14/23 (65,712,00) -6.88% $892,021.55 This is a cost change to the Contingency for RFI 154,dated 02/02/2023,to change doors 202&203 to Ambico ballistic hollow metal (HM)frames since the specified Insulgard HP500 ballistic door system required the doors to be outswing,which conflicted with the hallways. Ambico doors can accomodate an inswing to match the floor plan intent. 02/14/23 (870 00) -0.09%1 $891,151.55 This is a cost change to the Contingency for RFI 115,dated 12/05/22,to expand the chase in room219C and add chases in rooms 254& 251 for the vertical storm piping drops from the roof drains down to underneath the 1st floor slab. Nil MAN 02/14/23 (1,282,00) € -0.13% $889,869.55 This is a cost change to the Contingency for RFI 111,dated 10/03/22,for updates to A-132&A-133 clarifying quantity and locations of bathroom accessories. 02/14/23 (1,503,00) -0.16% $888,366.55Hill HIM This is a cost change to the Contingency for RFI 164,dated 02/14/2023,to increase the depth of the dumpster enclosure per revised sheets A-001 and'A-030 to meet the dumpster size and clearance requirements. Durnpster, enclosure CMU walls that have already been constructed will be removed,foundation will be extended to support the increased depth,and the CMU walls will be re- constructed. (10,495,00)CC( -1.10% $877,871.55 This is a credit change to the Contingency for RFI 173, dated 01/19/2023,to eliminate the Masterseal 581 waterproofing noted in the details for the dumpster enclosure.The dumpster enclosure walls will have a standard stucco finish. 02/14/23 1,581.00 € 0.17% $879,452.55 OWNER CONTROLLED OWNER CONTROLLED CONTINGENCY LEDGER This is a cost change to the Contingency for RFI 194 Stairwell doors hardware and fire rating changes to meet fire and FEMA 361,dated 03/20/2023,to change the door hardware specified for doors S102B and 5103 per manufacturer requirements in order for the doors to meet both a FEMA 361 rating and a 2hr fire rating. Separately,this RFI also updated all other stairwells doors from 1hr to 2hr and all glazing in these stairwell doors from 45min to 90min rating.There is no cost associated with these latter upgrades. 04/18/23 (5,875,00) -0.61% $819,533.55: This is a cost change to the Contingency related to Submittal 280537-1.2 to change the bi-directional antenna from a Yagi antenna(model#B©A-YDA763869-14-1)to a Westell panel antenna (model#CS03-777-999).This change was recommended by the BDA vendor,and reviewed and approved by Monroe County because the panel antenna is tested and rated for a lhigher wind MPH than the yagi antenna. 04/18/23 (1,582,00) 1 -0.17% $817,951.55 This is a cost change to the Contingency related to RFI 188, dated 03/06/2023,to demo part of the retaining wall just northwest of GL 9 to provide more turning radius availability for when trucks or equipment drive up the access ramp and need to turn left IPA 05/09/23 ( ,841.00) -0.40% $814,110.55 This is a cost change to the Contingency related to RFI'199, dated 05/09/2023,to extend multiple P1 and P9 walls to the underside of the roof deck(framing,iso,and drywall extended)that were originally called to terminate at the ceiling.This change enhances sound transfer reduction between corridors, building areas,and offices. 05/09/23 (80,114 CC( -8.38% $733,996.55 This is a cost change to the Contingency related to RFI 198, dated 04/11/2023,to add beacon lights on the top of the building per request from the Monroe County Building Department.This includes eight(8)FAA-approved beacon lights positioned at the building corners and along the roof perimeter. IPA 05/09/23 (18,634,00) -1.95% $715,362.55 OWNER CONTROLLED OWNER CONTROLLED OWNER CONTROLLED OWNER CONTROLLED OWNER CONTROLLED OWNER CONTROLLED OWNER CONTROLLED OWNER CONTROLLED OWNER CONTROLLED OWNER CONTROLLED OWNER CONTROLLED OWNER CONTROLLED OWNER CONTROLLED OWNER CONTROLLED CONTINGENCY LEDGER This is a cost change to the Contingency related to PR 02, dated 11/10/2023,to furnish and install all infrastructure and electrical equipment for the 2 dual-port Blink car charging stations and perform installation of the car charging stations that will be purchased directly by Monroe County and delivered to the site. This CCR is to cover incorrect material cost in CCR 115.The correct invoice for the MEVC panelboard is$8,950 plus tax, and the invoice submitted in CCR 115 was only$7,245 plus tax.This CCR is for the difference. 04/09/24 (.1,351.58) -0.19%1 $296,026.65 ' This is a cost change to the Contingency related to RFI 315, dated 03/08/2024, Emergency Management's request to add (2)duplex receptacles and 3 data jacks in Records room 209 for copier and plotter equipment. 03/29/24 ( 2,577 00) -1.32% $283,455.65 This is a cost change to the Contingency related to RFI 317, dated 03/18/2024,to furnish and install(4)coax-to- ethernet converters required for the elevator cameras that are POE. 03/29/24 (7,848,00)00) -0.82% $275,607.65 This is a cost change to the Contingency related to RFI 255, dated,07/31/2023, including but not limited to;furnishing and installing a ACT grid ceiling at the east soffit to allow for maintenance of the 2 VRF units(AC-1-3 and AC-1-4). W 04/08/24 (.1,094,00) -0.11% $274,513.65 This is a cost change to the Contingency related to RFI 260, dated,09/06/2023,including but not limited to;adjusting the ACT ceilings and adding additional linear mains in rooms 219 and 235 to separate the linear lights and linear diffusers'into separate rows instead of having in the same rows due to width variances between the lights and diffusers; 04/08/24 ( , uC( -0.15% $273,078.65 This is a cost change to the Contingency related to € repairing 3 damaged irrigation heads and a section of the 1" lateral line that were damaged by unknown causes. 04/08/24 (.1,2 3,00) € -0.13% $271,855.65 ME lull HIM This is a cost change to the Contingency related to additional drywall patching,finishing,and replacement work to correct damaged areas to an acceptable level for the finished product.Tickets are provided for each instance of additional work, 04/08/24 (3,"°5 uC( € -0.90% $263,274.65 OWNER CONTROLLED CONTINGENCY LEDGER This is a cost change to the Contingency related to RFI 319, dated 04/17/2024,to update the power in 911 radio room 241 per the TLC sketch ESK-06 based on changes requested by MCSO IT to work with the PDU devices being furnished and installed by AT&T and Motorola vendors.This includes replacing and relocating receptacles and associated rough in, increasing breaker sizes,and hardwiring power to the 60amp PDUs supplied by others. 04/25/24 (9,646,00) € -1.01% $253,628.65