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Permit EL17-0867 - TUKWILA VILLGE - BUILDING E EMERGENCY RESPONDERS RADIO SYSTEM
TUKWILA VILLAGE BUILDING E 4450 S 144 ST ELI 7-0867 Parcel No: Address: City of Tukwila Department of Community Development 6300 Southcenter Boulevard, Suite #100 Tukwila, Washington 98188 Phone: 206-431-3670 Inspection Request Line: 206-438-9350 Web site: http://www.TukwilaWA.gov 0040000180 4450 S 144TH ST ELECTRICAL PERMIT Project Name: TUKWILA VILLGE BUILDING E Permit Number: EL17-0867 Issue Date: 12/6/2017 Permit Expires On: 6/4/2018 Owner: Name: Address: Contact Person: Name: Address: TUKWILA CITY OF 6200 SOUTHCENTER BLVD , TUKWILA, WA, 98188 BILL SILVERNAIL 3100 KITSAP WAY STE D , BREMERTON, WA, 98512 Contractor: Name: TOTAL SATELLITE TV INC Address: 3100 KITSAP WAY , BREMERTON, WA, 98312 License No: TOTALST9310Q Lender: Name: Address: Phone: (425) 984-3240 Phone: (360) 373-0400 Expiration Date: 9/18/2019 DESCRIPTION OF WORK: ENGINEER, FURNISH AND INSTALL EMERGENCY RESPONDERS RADIO SYSTEM. Valuation of single family: $0.00 Valuation of mf/comm: $25,000.00 Type of Work: NEW Fees Collected: $733.73 Electrical Service Provided by: SEATTLE CITY LIGHT Water District: 125 Sewer District: VALLEY VIEW Current Codes adopted by the City of Tukwila: International Building Code Edition: International Residential Code Edition: International Mechanical Code Edition: Uniform Plumbing Code Edition: International Fuel Gas Code: 2015 2015 2015 2015 2015 National Electrical Code: WA Cities Electrical Code: WAC 296-46B: WA State Energy Code: 2017 2017 2017 2015 Permit Center Authorized Signature: Date: /-/6 h s I hearby certify that I have read and examined this permit and know the same to be true and correct. All provisions of law and ordinances governing this work will be complied with, whether specified herein or not. The granting of this permit does not presume to give authority to violate or cancel the provisions of any other state or local laws regulating construction or the performance of work. I am authorized to sign and obtain this development permit and agree to the conditions attached to this permit. Signature: Print Name: Z,7 ( /v er2��d v t✓ Date: /Z ---d -l7 This permit shall become null and void if the work is not commenced within 180 days for the date of issuance, or if the work is suspended or abandoned for a period of 180 days from the last inspection. PERMIT CONDITIONS: <NONE> PERMIT INSPECTIONS REQUIRED Permit Inspection Line: (206) 438-9350 2100 ELECTRICAL FINAL 7003 ROUGH -IN ELECTRICAL 7002 SERVICE 7001 UNDERGROUND/SLAB CITY OF TUKW -1 Community Development Department Permit Center 6300 Southcenter Blvd., Suite 100 Tukwila, WA 98188 http://www.TukwilaWA.gov Electrical Permit No. Project No. Date Application Accepted: Date Application Expires: (For office use only) 6.1-p ELECTRICAL PERMIT APPLICATION Applications and plans must be complete in order to be accepted for plan review. Applications will not be accepted through the mail or by fax. **Please Print** SITE LOCATION Site Address: 5. 141�'h'j- King Co Assessor's Tax No.: s r / y44{� S 7- / K&..,r iat _Z (/ its1dcL Suite Number: Tenant Name: 7-Zt/l w^'7 (/t (1't4, PROPERTY OWNER Name: �- ' -1 '/l '/ve_.c, /L Address:/f0_/1‘,7e-e- An d� SE /-/O3 Name: Phone: Fax: `f25 -71 543 z /o Email: siJJ -L' ,'L cs (aoA,Nz-;.AOa/I.CO-1u Address: City: State: Zip: CONTACT PERSON - person receiving all project communication Name: �- ' -1 '/l '/ve_.c, /L Address:/f0_/1‘,7e-e- An d� SE /-/O3 State: Ztp./rgoi.2- Cityisc--44.1/ Phone: Fax: `f25 -71 543 z /o Email: siJJ -L' ,'L cs (aoA,Nz-;.AOa/I.CO-1u r New Tenant: El Yes ❑.. No ELECTRICAL CONTRACTOR INFORMATION Company Name: 7-e, 7r4_454-7-6-// 1 iVere)4 at (4 .-67'''e Address: 3/O U/<'5wte 4 ,,.. dA 9 N1.t-e. tva- /04 1 CiS Zip:9 3/2- ty1�,4(� %. ` Phone340_ .3 73 _o Fax: ..--1: - Contr Reg No.�oriaLSTj34". Exp Date: Tukwila Business License No.; Valuation of Project (contractor's bid price): $ Tom, (9 c90 I. 0 6 Scope of Work (please provide detailed information): ` O ,FrA},7 lvee L, /Z' '(�ti� e2 .40Tti,_57aa// o'erep Gtr, /Ccs C��u G�'� s l4i.G4'/) ..i.7&444 Will service be altered? ❑ Yes j No Adding more than 50 amps? ❑ Yes ifEj No Type of Use: 0,5-)1"_y els s e w / Type of work: V.New 0 Addition 0 Service Change ❑ Remodel ❑ Tenant Improvement ❑ Low Voltage ❑ Generator ❑ Fire Alarm ❑ Telecommunication ❑ Temporary Service Property Served by: ❑ Puget Sound Energy ❑ Seattle City Light -41/4 W:\Permit Center\Applications-Handouts\Permit Applications\Word\Electrical Permit Application Revised I-1-2017.docx Revised: January 2017 bh Page 1 of 2 • • • PRESIDENTIAL NEW.RESIISEII\TTIAL SERVICE ' Xt' • N' ❑ New single family dwellings $155.91 (including an attached garage) ❑ Garages, pools, spas and outbuildings $83.54 ea ❑ Low voltage systems (alarm, furnace thermostat) $61.05 ea RESIDENTIAL REMODEL AND SERVICE CHANGES ❑ Service change or alteration $83.54 (no added/altered circuits) ❑ Service change with added/altered circuits $83.54 number of added circuits $12.00 ea ❑ Circuits added/altered without service change $55.69 (up to 5 circuits) ❑ Circuits added/altered without service change $55.69 (6 or more circuits) $7.65 ea ❑ Meter/mast repair $69.62 ❑ Low voltage systems $61.05 (alarm, furnace thermostat) MULTI -FAMILY AND COMMERCIAL Fees are based on the valuation of the electrical contract. MISCELLANEOUS FEES ❑ Temporary service (residential) $66.30 ❑ Temporary service (generator) $82.52 ❑ Manufactured/mobile home service $87.98 Vexclu'ding garage or outbuilding) ❑ Carnivals �. • - 1/4-} t . $82.21 Number of concessions $11.02 ea Each ride and generator truck $11.02 ea PERMIT APPLICATION NOTES - Value of Construction — In all cases, a value of construction amount should be entered by the applicant. This figure will be reviewed and is subject to possible revision by the Permit Center to comply with current fee schedules. Expiration of Plan Review — Applications for which no permit is issued within 180 days following the date of application shall expire by limitation. The Building Official may grant one extension of time for an additional period not to exceed 90 days. The extension shall be requested in writing and justifiable cause demonstrated. I HEREBY CERTIFY THAT I HAVE READ AND EXAMINED THIS APPLICATION AND KNOW THE SAME TO BE TRUE UNDER PENALTY OF PERJURY BY THE LAWS OF THE STATE OF WASHINGTON, AND I AM AUTHORIZED TO APPLY FOR THIS PERMIT. BUILDING OWNER OR ELECTRICAL CONTRACTOR: Signature: '2'� Print Name: /H • 17 Ii/ece-tu,4 L r -,d Mailing Address:�7/,'? eN, W:\Permit Center\Applications-Handouts\Permit Revised: January 2017 bh re/6 -te y foe 6:›01-c;',tP Applications\Word\Electrical Permit Application Revised 1-1-2017.docx Day Telephone: IS4- eA7 ) City Date: //-7—/ 7 yz.1 = 9 f Lt1.6- g.P— 3/Z State • Zip Page 2 of 2 Cash Register Receipt City of Tukwila DESCRIPTIONS PermitTRAK I ACCOUNT 1 QUANTITY I PAID $592.63 EL17.0867 Address: 4450 S 144TH ST Apn: 0040000180 $592.63 Credit Card Fee $17.26 Credit Card Fee R000.369.908.00.00 0.00 $17.26 ELECTRICAL $547.97 PERMIT FEE MULTI-FAM/COMM R000.322.101.00.00 0.00 $547.97 TECHNOLOGY FEE $27.40 TECHNOLOGY FEE TOTAL FEES PAID BY RECEIPT: R12957 R000.322.900.04.00 0.00 $27.40 $592.63 Date Paid: Wednesday, December 06, 2017 Paid By: TOTAL SATELLITE Pay Method: CREDIT CARD 02360G Printed: Wednesday, December 06, 2017 11:14 1 of 1 AM SYSTEMS Cash Register Receipt City of Tukwila DESCRIPTIONS PermitTRAK 1 ACCOUNT QUANTITY PAID $141.10 EL17-0867 Address: 4450 S 144TH ST Apn: 0040000180 $141.10 Credit Card Fee $4.11 Credit Card Fee R000.369.908.00.00 0.00 $4.11 ELECTRICAL $136.99 PLAN CHECK FEE TOTAL FEES PAID BY RECEIPT: R12702 R000.345.832.00.00 0.00 $136.99 $141.10 Date Paid: Wednesday, November 01, 2017 Paid By: TOTAL SATELLITE Pay Method: CREDIT CARD 02105G Printed: Wednesday, November 01, 2017 11:47 1 of 1 AM SYSTEMS INSPECTION RECORD Retain a copy with permit INSPECTION NO. PERMIT NO. CITY OF TUKWILA BUILDING DIVISION 6300 Southcenter Blvd., #100, Tukwila. WA 98188 (206) 431-3670 Permit Inspection Request Line (206) 438-9350 Project: 'fi'V k Ut hpct Type of Inspection: L-(7-<" S q 3 24 0 �- Addres �g �SjilL4114 Date aIle c,irci /p.i.7- Special Instructions: 60 Cp.m. 4/2 t3vt KC eteitc.tv Date Wanted: a.m. Requester: Phone No: INA-L-- Af)prbiu(40 pproved per applicable codes. Corrections required prior to approval. TENTS: tv 1.1., a, S'tli.r kiLA L-(7-<" S q 3 24 0 3&6, Zi 2i get, Cd. c,irci /p.i.7- 1-1, v ,s 1 c -I i4 Hi INA-L-- Af)prbiu(40 Date: 1 i/1yi g? R SPECTION FEE REQUIRED. Prior to next inspection, fee must be paid at 6300 Southcenter Blvd., Suite 100. Call to schedule reinspection. 800 MHz GROUP RF Engineers and Contractors 3100 KITSAP WAY, STE. D BREMERTON WA, 98312 425-984-3240 -- 360-373-0400 800 Mhz DAS Radio System-Submittal—10-31-17 Tukwila Village Building E COMPLIANNIrH.Street and Tukwila International Blvd. NFPA70 - NEC CITY OF TUKWILA Tukwila, WA �� DEC 0 1 2017 v'� C 1 2017 ERMIT CENTER City of .Tukwila BUILDING DIVISIO THE INFORMATION CONTAINED HEREIN IS CONSIDERED "PROPRIETARY" TO THE 800 MHz GROUP INC. AND SHALL NOT BE COPIED, REPRODUCED OR DISCLOSED WITHOUT THE WRITTEN APPROVAL OF THE 800 MHZ GROUP INC, BREMERTON WA 800 MHz GROUP RIF Engineers and Contractors 3100 KITSAP WAY, STE. D BREMERTON WA, 98312 425-2' 3240 - 360-373-0400 SEPARATE PERMIT REQUIRED FOR: 0 ✓ Mechanical giP18cincal Iumbtng GI Gas Piping City of Tukwila BU'LDING DIVISION c STOP!! REVIEWED FOR COMPLIANCE WITH NFPA 70 . NEC DEC 01 2011 City of Tukwila BUILDING DIVISION RETAIN THIS BINDER ON SITE THIS BINDER CONTAINS INFORMATION ABOUT YOUR INTERNAL RADIO SYSTEM FOR POLICE, FIRE, AND EMERGENCY PERSONNEL THE ANNUAL CERTIFICATION TEST Requires certification that the radio coverage is compliant, the repeater(s) are working as designed, and the battery back-up system is healthy. THE FIVE YEAR CERTIFICATION TEST Requires radio coverage test g of the e t re building, testing of repeateks) and/or bi,- directional amplifiers with gain Feadings,;and full term battery back -rip system performance trial I � t CALL THE 800 MHZ GROUP ATS 425-984-3240 L -I � Fri• r TO SCHEDULE YOUR SYSTEM: FOR THiis REQUIRED,YEARLY;�AND FIVE YEAR TESD 1.NG scre.:, r u c, r.. t., ',� f' THE INFORMATION CONTAINED HEREIN IS CONSIDERED "PROPRIETARY" TO THE 800 MHz GROUP INC. AND SHALL'{+OTiBE C€)PIEDD REPRODUCED OR DISCLOSED WITHOUT THE WRITTEN APPROVAL OF THE 800 MHZ GROUP INC, BREMERTON WA .tom? J 0 } C O 800 MHz GROUP itis Engineers and Contractors 3100 KITSAP WAY, STE. D BREMERTON WA, 98312 425-984-3240 - 360-373-0400 RELEVANT CERTIFICATIONS AND LICENSE NUMBERS WA Electrical Contractor TOTALST931OQ Electrical Administrator LUNDYGB932N6 FCC GROL 0017726449 Anritsu Certification F11269E WE ARE A DIVISION OF TOTAL SATELLITE TV INC. THE INFORMATION CONTAINED HEREIN 15 CONSIDERED "PROPRIETARY" TO THE 800 MHz GROUP INC. AND SHALL NOT BE COPIED, REPRODUCED OR DISCLOSED WITHOUT THE WRITTEN APPROVAL OF THE 800 MHZ GROUP INC, BREMERTON WA 800 MHz GROUP OF Sugimoto and Contractors October 30, 2017 3100 Kitsap Way Ste D Bremerton, WA 98312 360-373-0400 Re: Submittals for 800 MHz Public -Safety Radio Enhancement System Tukwila Village Bldg E 1400 Tukwila International Blvd Tukwila, WA 98188 Relevant Certifications and License numbers: We are a division of Total Satellite TV Inc. WA Electrical Contractor TOTALST931OQ Electrical Administrator LUNDYGB932N6 FCC GROL 0017726449 Anritsu Certification F11269E Digital Repeater Certification by Andrew/Comscope Submittals Herewith: 1. Plan Views of all floor levels showing horizontal cabling, antenna placement, and proposed final testing grid. 2. Schematic layout of system 3. Cable Routing Report with estimated cable lengths 4. Link Budget Report showing each antenna's calculated RSSI 5. Equipment specification sheets Installation Notes: 1. A listed lightning protector designed for coaxial use will be installed near the Point of Entry and connected to the building ground system. 2. The vertical riser and backbone cabling will be installed in existing open conduit. 3. Horizontal cable runs on each floor will be installed above ceilings and properly secured to J - type hooks. c Back-up Power System: 1. We will provide an APC Smart UPS unit sized at 750 VA, backed up by4 ea Deka Unigy 100 AH telecom batteries, all installed in a NEMA 4X rack enclosure. The enclosure will be properly secured with concrete fasteners and spaced a minimum 2" off the floor by mounting pads or tabs. 2. The UPS unit will be wired to the building emergency power system for redundancy. 3. The 265 Watt power requirement of the repeater will consume 6360 watt-hours over 24 hours at 120 volts, or 53 Amp -hours (53/24=2.21 amp -hours). The data provided by the manufacturer (see cut sheet) says the discharge over 24 hours to 1.75 volts per cell will provide 4.6 amps over the 24 hour period. Repeater: We will install an Andrew Node A Subrack with a 5 Watt Public Safety Card, programmed to operate in Class A channelized mode. The repeater will report malfunctions to the building fire alarm system, as will the UPS. The dynamic AGC has a range of 30 dB. Ambient Signal -level Measurement & Calculations: We have measured signal strength at the site to derive this system and based on readings taken with the current downlink control channels, we provide the included Link Budget Report. In it you will find downlink readings and calculations for every antenna and cable in the proposed design. c c LIMITED PRODUCT WARRANTY 1. Definitions. For purposes of this Warranty, (i) "Buyer" shall mean the individual or entity identified on the applicable purchase order or supply agreement (or, if different, on Seller's quotation, order acknowledgement or confirmation), (ii) "Seller" shall mean the entity identified on Seller's quotation, order acknowledgement, confirmation or supply agreement, and (iii) "Product" shall mean a product manufactured by Seller pursuant to the applicable purchase order, supply agreement, quotation, order acknowledgement or confirmation. 2. Limited Warranty. Seller warrants that, as of the date of delivery, Seller has good title to the Product, free from any lawful security interest or other lien or encumbrance unknown to Buyer. In addition, unless a different time period is set forth in Exhibit A hereof, for a period of one (1) year from the date of original shipment from Seller's facility, the Product will be free from defects in materials or workmanship arising under proper and normal use. This Warranty shall apply only to the Products and shall not apply to any other goods or materials, parts or components of a system or any system as a whole. Seller does not warrant any products manufactured by third parties; provided that Seller will, to the extent permitted by the manufacturer, assign third -party warranties to Buyer. 3. Inspection. If Buyer claims that any Products are defective in materials or workmanship, Seller shall have the right to either examine the Products where they are located or, in its sole discretion, issue shipping instructions for return of the Products. Buyer shall prepay all transportation charges for such return. 4. Remedies. Seller's sole and exclusive obligation and Buyer's exclusive remedy under this Warranty is Seller's repair or replacement of the defective Product or a credit for the purchase price of the defective Product. Seller shall have sole discretion as to which of these remedies Seller will provide. Seller is not liable for any repair or maintenance costs incurred by Buyer, unless Seller authorizes such charges in writing in advance of the commencement of the work. If Seller elects to replace or repair the defective Product, the replaced or repaired Product will be warranted for the remainder of the warranty term applicable to the originally shipped Product, but the warranty shall not be extended beyond its original term. 5. Notice and Waiver. If Buyer discovers any defect in materials or workmanship in the Product, Buyer must notify Seller of the claimed defect on or before the tenth (10th) day after the date on which Buyer discovers the claimed defect. FAILURE TO GIVE TIMELY NOTICE OF A CLAIM UNDER THIS WARRANTY SHALL RESULT IN BUYER'S WAIVER OF SUCH CLAIM. 6. Transfer of Ownership. This warranty is not transferable unless Buyer is expressly authorized by Seller in writing to resell the Products. In addition, Buyer must notify Seller on or before the fifteenth (15th) day after the date on which it transfers ownership of the warranted Product. Any transfers in violation of this Section shall invalidate this warranty. Notice of the transfer of ownership must be in writing and shall include the name and address of the new owner. 7. Exclusions from Warranty. This warranty shall be subject to normal wear and tear of the Products and shall not apply to any cable markings or defects attributable to: (a) improper installation; (b) misapplication of parts; CTV.CORP.Warranty 1 (c) chain or system failures induced by other products or components; (d) lack of proper inspection or maintenance; (e) ordinary wear and tear; (f) materials, components or products manufactured by a third party; (g) power surges, severe weather conditions or acts of nature, including but not limited to lightning or floods; (h) usage or operation not in accordance with published ratings, specifications or instructions, including but not limited to environmental specifications identified by Seller; (i) any adjustment, modification, alteration or repair not expressly authorized by Seller; (j) misuse, abuse or neglect of the Product or of any system of which the warranted Product is a part; (k) any type of aesthetic changes due to oxidation or corrosion occurring on stainless steel or galvanized steel parts installed in unusually corrosive marine and industrial atmospheres (in which case Seller's only obligation shall be to ensure that Products comply with Seller's published material specifications); or (I) accidental damage. 8. Limitations on Liability. THE WARRANTIES SET FORTH IN SECTION 2 HEREOF ARE EXCLUSIVE AND ARE MADE ONLY TO BUYER. SELLER MAKES NO OTHER REPRESENTATIONS OR WARRANTIES, EXPRESS OR IMPLIED, AND SPECIFICALLY DISCLAIMS AND EXCLUDES ANY REPRESENTATION OR WARRANTY OF MERCHANTABILITY, NONINFRINGEMENT OR FITNESS FOR A PARTICULAR PURPOSE AND ANY REPRESENTATION OR WARRANTY ARISING BY USAGE OF TRADE, COURSE OF DEALING OR COURSE OR PERFORMANCE. No person is authorized to give any additional warranties on Seller's behalf or to assume for Seller any other liability, except in a writing signed by an authorized officer of Seller. SELLER'S TOTAL LIABILITY FOR ANY CLAIM OR DAMAGE ARISING OUT OF OR IN CONNECTION WITH THE MANUFACTURE, SALE, DELIVERY OR USE OF THE PRODUCTS WILL BE LIMITED TO PROVEN DIRECT DAMAGES, NOT TO EXCEED THE PURCHASE PRICE OF SUCH PRODUCTS. IN NO EVENT WILL SELLER BE LIABLE FOR ANY SPECIAL, INCIDENTIAL OR CONSEQUENTIAL DAMAGES, INCLUDING, WITHOUT LIMITATION, ANY CLAIM FOR LOSS OF ACTUAL OR ANTICIPATED REVENUES OR PROFITS. These limitations on liability will apply regardless of the form of action, whether in contract, tort, strict liability or otherwise, and whether damages were foreseeable and will survive failure of any exclusive remedies provided in Section 4 hereof. 9. Choice of Law. The terms and conditions contained herein and the rights of the parties to any transaction to which they relate shall be governed by and construed in accordance with the laws of the State of North Carolina, U.S A. The United Nations Convention on Contracts for the International Sale of Goods shall not apply. c c Exhibit A Notwithstanding the duration of the warranty period identified in Section 2 of the Warranty, Seller warrants that the Products identified below will be free from defects in material and workmanship arising under proper and normal use for the following warranty periods: QR® Coaxial Cable Ten (10) years from the date of original shipment. ValuSite® Products Three (3) years from the date of original shipment. I -Line Accessory Products Three (3) years from the date of original shipment. Standard RADIAX® Cable, Connector, Accessory and Cable Assembly* Products Ten (10) years from the date of original shipment; except that the warranty term for weatherproofing kits shall be three (3) years, for cable preparation tools (excluding blades) shall be one (1) year, and for surge arrestors shall be two (2) years. Standard CNT® Cable, Connector, Accessory and Cable Assemblyt Products Five (5) years from the date of original shipment; except that the warranty term for products sold for resale purposes shall be one (I) year, and for Addressable Tap products shall be three (3) years. Broadband RF Connectivity Products Five (5) years from the date of original shipment; except that the warranty term for Addressable Tap products shall be three (3) years. Standard HELIAX® Cable, Connector, Accessory and Cable Assembly: Products Ten (10) years from the date of original shipment; except for the following (i) three (3) years for ValuFlex® cable assemblies; (ii) three (3) years) for weatherproofing kits, (iii) one (1) year for cable preparation tools (excluding blades), (iv) one year for single click -on hanger kits; and (v) two (2) years for surge arrestors. HELIAX® FiberFeed Products, including FiberFeed hybrid and fiber cables and assemblies, power cables and junction boxes One (1) year from the date of original shipment. Standard Steel Products Three (3) years from the date of original shipment. Andrew Premium Passive Products, including In -Building Directional Couplers, Hybrid Matrices, Tappers, Power Splitters, Terminations and CMAX Antenna Products Five (5) years from the date of original shipment. In- Building and Fixed Subscriber Antennas The earlier of: three (3) years from the date of installation or thirty-nine (39) months from the date of original shipment. Base Station Antenna Products Two (2) years from the date of original shipment for all base station antennas except base station antennas incorporating N -type connectors, which shall have a warranty of one (1) year from the date of original shipment. Standard Tower Mounted Amplifier, Bias Tee and Power Distribution Unit Products Two (2) years from the date of original shipment. Standard ION® -B, ION® -M, MR, p- POI®, i -POI®, ION® -U and Node Repeater Products The earlier of one (1) year from the date of installation or fifteen (15) months from the date of shipment. VaIuDASTM Products, including Air Directional Couplers, Hybrid Couplers, High Power Splitters, and Cell-MaxTM Antennas Two (2) years from the date of original shipment. Standard Filter, Diplexer and Triplexer Products Two (2) years from the date of original shipment. Pico Node B Products (excluding software) One (1) year from the date of original shipment. RADIAX® cable assembly product means any RADIAX® coaxial cable that has been fitted with Seller's connectors in accordance with the installation instructions. t CNT® cable assembly product means any CNT® coaxial cable that has been fitted with Seller's connectors by Seller or its certified distributor. HELIAX® cable assembly product means any HELIAX® coaxial cable or elliptical waveguide that has been fitted with Seller's connectors by Seller or its certified distributor. CTV.CORP. Warranty c Pico Node B Software Products Ninety (90) days from the date of original shipment. DryLine® Dehydrator Systems and Line Monitoring Systems Three (3) years from the date of original shipment or 3,000 hours of actual run time, whichever occurs first; except the warranty term for the compressor is only one (1) year from original shipment or 1,000 hours of actual run time, whichever occurs first. This warranty term does not apply to Factory Reconditioned Dehydrators, which are warranted for only one (1) year from the date of original shipment as indicated in Section 2. Microwave Antennas Three (3) years from the date of original shipment. Terrestrial Microwave System Products (including Microwave System Flex -Twist, Coupler, Filter and Diplexer Products) Three (3) years from the date of original shipment. SYSTIMAX®SCS Products One (1) year from the date of installation. Uniprise® SCS Products One (1) year from the date of installation. Redwood Systems® Engine, Director, Wall Switches, and Gateways & Sensors One (1) year from the date of installation. Other Enterprise Products (excluding software) One (1) year from the date of installation. A.I.M.O.S. Software Products One (1) year from the date of original shipment Enterprise Software Products Ninety (90) days from the date of original shipment. Carrier Apparatus Products One (1) year from the date of original shipment Carrier Cable Products One (1) year from the date of original shipment Carrier Electronic Enclosures Products (Cabinets) Three (3) years from the date of original shipment except that the warranty term for heater pads and fans shall be two (2) years from the date of original shipment. Energy Solutions Products (Fuel Cells) One (1) year from the date of original shipment Any other Software Products Ninety (90) days from the date of original shipment. CTV.CORP.Warranty c CBL RRR • BLDG GND ANT R1 • CBL RR5 ATT R-1 HEAD -END ROOM 503 CBL B54 CBL 1332 CBL B2M Riser Cable Distribution Cable Backbone Cable wDr, ROOF X 6 LEVEL 5 X 6 LEVEL 4 X 6 LEVEL 3 X 6 LEVEL 2 X 7 Mezzanine X 7 LEVEL 1 Tukwila Village Bldg E 4450 144th Street Tukwila, WA 98189 AI 800 MHz GROUP .s. wr..s.■ac«n..a... Bremerton WA 800-500-0767 Design: Sept 24, 2017 Gary Lundy PG 1 of 5 m aCQZWIal • 3 J m V a J W J g N E co J � (11° �!f — H J H p E ` o. a vs m O J N N a m i®IItl11I11111IBif - i - \ M J m v "tm H Von 0 BLDG GND In 0 m H '0 8N BLDG GND N J m V H 03 8N Design: Oct 30, 2017 io"5 N a 0. T c o -J CO0 O d d 0 !fi g 11 ii%O "•E 0 o c, c 13 11' o c CD a 3 8 g, 8 L am m T 0) co C N c E o n c o m re as 8_E Et. m ° c .9 E a • c 0) E m e 3 co t o 0 2 W W J 4450 144th Street Tukwila, WA 98189 • a E E E E !' m M � 8 3 m J U s - E J 0 1- • E E 1. 0 n E co '9 J 0 E 3 7 2 d co A J 17 ea 13 Gm z m co oL E 7 0 E 3 E. 7 E 7 r J V N t� z ll D ohiE ,_ 1+116 '.w /I lAliNwxUlee�:patvic g r <OYgEE vtl• 3eNOlf6- aEVIIIAVIINWrxif11GnMfYIV --..ew',--�"•w m N 11' s :Ifs ¢ xla 11 8 e1 1011 �1 E$5, i Ps "A ! 611 g I(! '$ i 1J11 @1 [ig t I ?28 ii !V! 6l i1 k`l oU KKi^ il Y5p5l h. 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Tr hi z t° Z Z Z Z Z Z Z Z Q y XXO �C,)OCncoomonomoDomo 413 pOZo000 a Ea4aa�UTrUTr0Tr0Tr0TZVZv(9 3U u.UUu u_ , u_ , u_ , u u_ ,u u V 0 00 0 0 0TT 0 e0 0 0 N 0 N 0 17) 0 0 0 N = 0 0 U 0 0 0 0 Q CELLI M CO Q 2 M i N r 0 T coM ul N i i J J J V J J J J O V O 0 V O 0 O O 0 O V O V Q' 0 Q 0 Q M -J w w J Page 10 of 16 LINK BUDGET REPORT N 0 0 O M M up (n M M co O O N N Tr Tr cy N et CO O M O O NN,ft r M U, CD Tr ul O) MCO VI NN co o r NC') O) O) O r () 0')(n UC) Cp Ti C5 (OO C5 V5 N N N N N N N N CO C) O� 0 CV M N O NV (C) O V' ONDN 999,;.9,.;-9CO (p O CELLMAX 0-25 M CO 07) CD N m Y Lai ~ ld L4 m C f0 3 Y 7 O O ui E m z 0 LO O 10 10 0 OD O U) O 0 Z Z Z Z Q D >>' N D 10 F D 8 D 1 o° Z g LI - a u_ a 1 a a T.I. 0 vCL 0 V V Tr U� Z Tr z ULLULL UULL , LL , U , LL LL 3LL ' s «)s0cflOMp'npO0OO 2Dd `4J J Jr Jr JN JN J 10 JQ 0 0 U U U U U U Q 0 N r ([) CC MN r1 .M N '' i cc i Tr v v v v v m up in up u/ ,n u/ ,n CC OC LY J J J J J J J J f- -J H U V L U U U D V 0 V 0 V C U LL L U Q U Z CO M M to ,C) co co (.1 1l) 14) N N Tr Tr CV N tD 0 M O O M O 10 CD tt L) CA n(n 01 MCO tI)OO (n OD CO N (A r 'V' O O O u) T.; r 4O Op 0r N M CA CA N N N N N N N N(9 (9 (9 (9 M O N O N 0 co O O N O r- O N O OD O N O CO n M 0 r OD CO n N r N O V' Lf) O V' OD N r N M O n 0 U) O O(L)OO r 0 r O'-000()00ui CELLMAX 0-25 vr I - a2 0 CO U) O 10 111 O CO 0 10 0 0 0 N Z Z Z Z Q Z Z Z Z ZQ (n Q u) Q to Q 0) Q -moo Q u o a : � CO up CO ((1) D D cp 01 CO CD a � d � CD CD a ul d � CD CD z � IJi (0 d E°-vavavaa VU4U4U4Uv vZ40 U Ll. 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O N 0 no O N 0 CO f- M O OMCO--OCrOONrNM0ho0C C?rrO7O7Q(�8 MOQrCn CELLMAX 0-25 to 0 0 O O O (o N CO LO r 0 Q o U U� .) o 6 o6oU o4U oa o �4au?053 acLuauaZLLu_ u_ u_ 9 L 4 o ' 0<")O t000000 20 J N J 7 J 7 J N J N J 'O J CO 0 0 0 0 0 N Project Name: 1400 Tukwila Intl Blvd N J W J O 0 0) 0) M co co 0 0 N N Cr Tr� N Tr C0 0 01 0 0 0 CO I- OD 0000» U) CA h..cp MCO M 00000 N r 0oiO)O)O C'0 c') C0 C0 C0'c� 0t�000 T- r N N N N N N N Na? T CQ CQ 0 0 0 • O O Oho M O T7 O O N O h O N 0 OO O N O C0 N- M 0 ✓ r Co O O Cr lc) O Tr O N r N co CD h 0 Cn O MO 00 0000 Or 0.-000 ri 000 CELLMAX 0-25 7 r Q 2 W W J �? 0 0 u1 0 0 0 ✓ N r V. CO l() r 0 0 N Z Z Z Z Q u) o us 6 o o o U o 6 o 4 o Z o as �a a a a 0 Z° Z. o Uu UUu.Uu_Uu UL_Uu_ 3u TU 0009(90 0 0 CD r0N0CD N077000N Z U U U U U U Q cc M r Tr„ 03 01 O N i t LD W i W i v Jvvm�n Jin J0 J0� ���� 0 0 0 0 0 0 0 0 0 C 0 o 03 0 cc 03 03 0 Q U Q Page 13 of 16 LINK BUDGET REPORT CO h.00))r-00)).- M(400 M ((00 ((000 s-MCM(nui(TOCOO(9(OOr O O N N N N N N O 03 W O M O N 0 op O N O(0 r M O Q OO N T- CV M O r- O ui 0 O 7q 7 Q O 0 M O O IT? CELLMAX 0-25 tr)A- 0 `O O O N z z z o m o o 0 m 0 o z 0 o o a U? a 1 z '!? EULLVTr LL LL 3uTr�uTr Qit) p0pop00_0 J 00 J U J 17 J J r 0 W 65 y- up'0DGCW10co 0u)6a'WCe I- Q p U p U p U RE U Q U Q a0 -J W W -J M 00 —.— U1 a/ N N Tr Tr N Tr (O O M O O N co to o0 ,r Tr ip O r- 01 M OO M (O O O ✓ MMOh:O MM((0(oNiOCO10 N N N N N N N N OQ Isr O• • N O co M O Tr O in O N 000 O N O OO r- M O (M (O O 0 Tr co N— N M O I� 0 u[) 0 O M C,- O O O O O M O O ui IN- CELLMAX 0-25 C -5 C cnct Qg u P-J W W -J LL� to 0 0 0 ,- N 00 0() e - O 0 N z Z Z Z Z cho6oono=oaoZoo gQLLcLLQLLc)LL0`r - ) p M 0 0 o p o p 2 p d p p J J `- J N J N J 'O J J co0 0 0 0 Ct up to M N T a) O O: aL F_ U) to a. 0' D' F - U)0 0O0CI0 0w Q0Q Page 14 of 16 LINK BUDGET REPORT Gary B Lundy w m 800-500-0767 O c Ul oo NM Cn CO M COD lM00 OOrtt)NN CRa?CRCR�R� N NOhp NO CD IS MO N co•"gs, CU MO�MO .Ou)O oi co N O O M O Op -O ui 0 OPRIETARY PRODUCT, ALL RI a Project Name: CELLMAX 0-25 0 141 O 0 0 O z z Q O w O 0 O 0 O Z 0 03 U 3 UZZUa LLULUU�NHLLQ 0 0 0 0 22 0 x 0 0 J CV J N J V J Q J CO 0 N &5M 4.' 6,- CC u) u) CO Cn u) In up CD cc cC cc cc zcn mamamCLmI-mz Q g 0u0a U cc U Q U Q J W W J N N V OD O M O O co O O) a- M CO M CD LL) O O vi MM CM ui u66 Ni 000U5 NNNN COCOCDn 6•• C) 0 O O N O CD h M 0 •D N M O 0- O M p p� O O d c?c� � CELLMAX 0-25 0 0 to •-- O 0 N Z z Q 05Q05Q43QQo Qa L a 'Qz 'OLL'On, a E U' U "r 3 "r Z Nr o o 0 o 0 0 p J N J 7D J Q J N U U Q Lc) re U U22 U Q U Q 1) J W W -J LINK BUDGET REPORT Gary B Lundy 10/30/2017 800-500-0767 N- N 0 0 N N CO 0 M 0 0 (O CO O)NMMOM(0000 O V' 0 N N (9 co O h O N O (O I• - M O 00 M OOMON.000 p;Dr OCMNO6MOO� CELLMAX 0-25 0 O •Ct 0 N Z z Q 4)U)L D C)10 poZ 02) Q M `i? Q. `9 Z (L L9 d o 000 ..0a00 N J (V J 'D J Q J N CO Q N r i 10 006U)( c cL va)03 0 UOUCLUQo< Page 16 of 16 Product Specifications COMMSCC PE® Construction Materials POWERED BY ANDREW AL4RPV-50 AL4RPV-50, HELIAX® Plenum Rated Air Dielectric Coaxial Cable, corrugated aluminum, 1/2 in, off white PVC jacket • This product is part of the CommScope Wired for Wireless® Solution Jacket Material Dielectric Material Flexibility Inner Conductor Material Jacket Color Outer Conductor Material Dimensions PVC PE spline Standard Copper -clad aluminum wire Off-white Corrugated aluminum Nominal Size Cable Weight Diameter Over Jacket Inner Conductor OD Outer Conductor OD Electrical Specifications 1/2 in 0.21 kg/m 1 0.14 Ib/ft 15.748 mm 1 0.620 in 4.5720 mm 1 0.1800 in 14.046 mm 1 0.553 in Cable Impedance Capacitance dc Resistance, Inner Conductor dc Resistance, Outer Conductor dc Test Voltage Inductance Insulation Resistance Jacket Spark Test Voltage (rms) Operating Frequency Band Peak Power Power Attenuation Pulse Reflection Velocity Environmental Specifications Installation Temperature Operating Temperature Storage Temperature General Specifications Brand 50 ohm ±2 ohm 76.0 pF/m 1 23.0 pF/ft 0.480 ohms/kft 0.480 ohms/kft 1.570 ohms/km 1.570 ohms/km 4000 V 0.190 pH/m 1 0.058 pH/ft 100000 Mohms•km 5000 V 1 — 6000 MHz 40.0 kW 2.325 0.5% 86.5% -5 °C to +60 °C (+23 °F to +140 °F) -20 °C to +85 °C (-4 °F to +185 °F) -20 °C to +85 °C (-4 °F to +185 °F) Mechanical Specifications HELIAX® ©2014 CommScope, Inc. All rights reserved. All trademarks identified by ® or M are registered trademarks, respectively, of CommScope page 1 of 3 All specifications are subject to change without notice. See wvw.comrnscope.com for the most current information. Revised: February 11, 2014 December 18, 2014 0 Product Specifications AL4RPV-50 Bending Moment 6.8 N -m 1 5.0 ft Ib Fire Retardancy Test Method NFPA 262/CATVP/CMP Flat Plate Crush Strength 1.4 kg/mm 1 80.0 Ib/in Minimum Bend Radius, Multiple Bends 127.00 mm 1 5.00 in Minimum Bend Radius, Single Bend 64.00 mm 1 2.50 in Number of Bends, minimum 15 Tensile Strength 79 kg 1 175 Ib Note POWERED BY �M;DREW. Performance Note Standard Conditions Values typical, unless otherwise stated Attenuation, Ambient Temperature 20 °C 1 68 °F Average Power, Ambient Temperature 40 °C 1 104 °F Average Power, Inner Conductor Temperature 100 °C 1 212 °F Return Loss/VSWR Frequency Band VSWR Return Loss (dB) 806-960 MHz 1.25 19.00 1700-2200 MHz 1.25 19.00 Attenuation Frequency (MHz) 0.5 1 1.5 2 10 20 30 50 88 100 108 150 174 200 300 400 450 500 512 600 700 800 824 894 960 1000 Attenuation (dB/100 m) 0.152 0.216 0.264 0.306 0.691 0.985 1.213 1.581 2.126 2.274 2.368 2.821 3.054 3.292 4.104 4.808 5.134 5.445 5.517 6.032 6.583 7.105 7.227 7.574 7.892 8.081 Attenuation (dB/100 ft) 0.046 0.066 0.081 0.093 0.211 0.3 0.37 0.482 0.648 0.693 0.722 0.86 0.931 1.003 1.251 1.466 1.565 1.659 1.682 1.839 2.007 2.166 2.203 2.308 2.405 2.463 Average Power (kW) 40.00 35.37 28.84 24.95 11.04 7.75 6 2 4.83 3.59 3.35 3.22 2.70 2.50 2.32 1.86 1.59 1.49 1.40 1.38 1.26 1.16 1.07 1.06 1.01 0.97 0.94 ©2014 CommScope, Inc. All rights reserved. All trademarks identified by B or TM are registered trademarks, respectively, of CommScope. page 2 of 3 All specifications are subject to change without notice. See www.commscope.com for the most current information. Revised: February 11, 2014 December 18, 2014 Product Specifications COMMSCtPE® AL4RPV-50 1250 1500 1700 1800 2000 2100 2200 2300 2500 2700 3000 3400 3700 4000 5000 6000 9.207 10.256 11.053 11.439 12.192 12.559 12.92 13.276 13.975 14.656 15.649 16.928 17.859 18.768 21.671 24.42 * Values typical, guaranteed within 5% Regulatory Compliance/Certifications 2.806 3.126 3.369 3.487 3.716 3.828 3.938 4.046 4.259 4.467 4.77 5.159 5.443 5.72 6.605 7.443 POWERED BY DREW 0.83 0.74 0.69 0.67 0.63 0.61 0.59 0.57 0.55 0.52 0.49 0.45 0.43 0.41 0.35 0.31 Agency RoHS 2011/65/EU ISO 9001:2008 ETL Certification Classification Compliant Designed, manufactured and/or distributed under this quality management system CATVP/CMP ©2014 CommScope, Inc. All rights reserved. All trademarks identified by ® or TM are registered trademarks, respectively, of CommScope. page 3 of 3 All specifications are subject to change without notice. See www.commscope.com for the most current information. Revised: February 11, 2014 December 18, 2014 C Product Specifications COMMSC4 PEe Electrical Specifications POWERED BY ti ANDREW 1 CELLMAX-O-CPUSE Cell-MaxT"' Omni In -building Antenna, 698-960 MHz and 1710-2700 MHz • This product is part of the CommScope Wired for Wireless® Solution Frequency Band, MHz 698-800 800-960 1710-2700 Gain, dBi 2.0 2.0 5.0 Beamwidth, Horizontal, degrees 360 360 360 VSWR 1 Return Loss, dB 1.8 110.9 1.5 1 14.0 1.5 1 14.0 Input Power per Port, maximum, watts 50 50 50 Polarization Vertical Vertical Vertical Impedance 50 ohm 50 ohm 50 ohm General Specifications Antenna Type Omni Application Indoor Operating Frequency Band 1710 - 2700 MHz Brand Cell-MaxTM Mount Type Thru-hole ceiling mount (optional) Package Quantity 1 Pigtail Cable KSR195, plenum rated 1 698 - 960 MHz Mechanical Specifications Color White Pigtail Length • 315.0 mm 1 12.4 in Radome Material ABS, UV resistant RF Connector Interface N Female Environmental Specifications Operating Temperature -40 °C to +60 °C (-40 °F to +140 °F) Relative Humidity Up to 100% Dimensions Height 85.00 mm 1 3.35 in Outer Diameter 186.0 mm 1 7.3 in Net Weight 0.3 kg 1 0.7 Ib Packed Dimensions Height 135.00 mm 1 5.31 in Length 195.0 mm 1 7.7 in Width 195.0 mm 1 7.7 in Shipping Weight 0.4 kg 1 0.9 Ib ©2014 CommScope, Inc. All rights reserved. All trademarks identified by ® or TM are registered trademarks, respectively, of CommScope. page 1 of 2 All specifications are subject to change without notice. See www.commscope.com for the most current information. Revised: June 18, 2014 December 3, 2014 Product Specifications COMMSC(513E® CELL AX�CPUSE Outline Drawing POWERED BY ANDREW. 188 2i2. 5©S2 Regulatory Compliance/Certifications Agency RoHS 2011/65/EU ISO 9001:2008 Classification Compliant by Exemption Designed, manufactured and/or distributed under this quality management system ©2014 CommScope, Inc. All rights reserved. All trademarks identified by ® or T^r are registered trademarks, respectively, of CommScope. page 2 of 2 All specifications are subject to change without notice. See www.commscope.com for the most current information. Revised: June 18, 2014 December 3, 2014 ClearLinkTM Directional Couplers General Information These low PIM coaxial directional couplers feature a .-150 dBc PIM rating, low insertion loss and power handling capability of 200 watts average power. Specifications Standard Coupling (dB) Insertion Loss (dB) Coupling Variation (dB) VSWR (:1) Directivity (Min Value) (dB) PIM Rating (typ) (dBc) Dimensions /N Model /DIN Model /DDD Model Operating Temperature Connectors /N Model /DIN Model /DDD Model 5 6 10 15 20 30 2.1 1.7 0.8 0.5 0.3 0.2 ±1.0 ±1.0 ±1.0 ±1.0 ±1.0 ±1.2 1.35 1.35 1.35 1.35 1.35 1.35 20 20 20 20 20 20 -153 -153 -153 -153 -153 -153 6.09 x 2.56 x 0.87 in 6.68 x 2.73 x 1.42 in 6.68 x 2.89 x 1.42 in -25° C to +75° C Input/Output N Female DIN DIN Coupled Port N Female N Female DIN Specifications subject to change without notice. Picture represents type 7/16 DIN female output connector on the top and type N female output connector on the bottom. *ClearLink'" PIM certified passive devices are guaranteed to 5 -150 dBc with typical results at -153 dBc. ClearLink.' devices are measured with two tones at +43 dBm. Covers WiMax! • Model Numbers • ClearLink-DC5/698-2.7K/N • ClearLink-DC6/698-2.7K/N • ClearLink-DC10/698-2.7K/N • ClearLink-DC15/698-2.7K/N • ClearLink-DC20/698-2.7K/N • ClearLink-DC30/698-2.7K/N • ClearLink-DC10/698-2.7K/DIN • ClearLink-DC15/698-2.7K/DIN • ClearLink-DC20/698-2.7K/DIN • ClearLink-DC30/698-2.7K/DIN • ClearLink-DC6/698-2.7K/DDD • ClearLink-DC10/698-2.7K/DDD • ClearLink-DC15/698-2.7K/DDD • ClearLink-DC20/698-2.7K/DDD • ClearLink-DC30/698-2.7K/DDD Frequency Range • 698-2700 MHz Features & Benefits • Guaranteed PIM Compliance • Available with Type N or 7/16 DIN Female Connectors • Low Insertion Loss • High Directivity • Dual Directional • 200 Watts Average Power • IP65 Compliant • RoHS Compliant 1.877.844.4C51(4274) www.cellularspecialties.com m 2013 CELLULAR SPECIALTIES INC. ECO 3102 021-1008-001 REV E 30 MAY 2014 Exclusive IPF" technology optimizes power capacity, cell consistency, and long-term reliability Space saving Absorbed Glass Mat (AGM) construction (48 volt system fits in 19" racks) Reinforced case resists bulging and meets safety requirements (UL94 V-0) Computer-aided design and manufacturing control processes and standards to ensure quality products All batteries meet or exceed IEEE 485 and Telcordia capacity requirements Battery design and construction meet UL recognition requirements I.C.A.O., I.M.D.G., I.A.T.A., and D.O.T. air transport approved SPECIFICATIONS Nominal Voltage: 12-Volt/96 ampere -hours @ 8 hr. rate to 1.75 final volts/cell Positive Plate: Pure lead, low -calcium, high -tin alloy Negative Plate: Lead Calcium Alloy Post Seal: Epoxy -sealed Terminal: Inserted post, 1/4" x 20 brass insert Container/Cover: Flame-retardant, polypropylene - UL 94 V-0/>28% L.O.I. Safety Vent: Low positive pressure, self-sealing w/ flame arrestor 12AVR 100 RATINGS IN AMPS @ 77°F Volts Per Cell (V.P.C.) 2.27 volts per cell ± 0.01 vpc (Range: 13.56 to 13.68 volts per 6 -cell unit) 10 years in float applications at 77°F/25°C 20.12" (511 mm) L x 4.33" (110mm) W x 9.44" (240mm) H 75 lbs (34.0 kg) "POWERED FOR PERFORMANCE"® EAST PENN monufocturing co., inc. Lyon Station, PA 19536-0147 • Phone: 610-682-6361 • Fax: 610-682-4781 Order Department Hotline: 610-682-3263 www.eastpennunigy.com • e-mail: sales@eastpennunigy.com E.P.M. Form No.0949 Rev. 12/10 ® 2010 by EPM Printed in U.S.A. UL Recognized Component QUALITY SYSTEM CERTIFIED ISO ISO 16949 ENVIRONMENTAL SYSTEM CERTIFIED ISO 14001 RECYCLE Description The Halo H5 series utilizes a 5" aperture designed to accommodate smaller sized PAR20 and PAR30 halogen lamps. The wide variety of trims available allows a number of different lighting effects to be created with one basic housing. The H5ICAT is designed for use in insulated ceiling applications and may be complete covered in insulation. This is an Air-TiteT"' housing and it means restricted air flow requirements. DESIGN FEATURES HALO® Housings Gasketed die -stamped 20 gauge aluminum. Plaster Frame Galvanized steel construction. The housing can be removed from plaster frame to provide access to the junction box. Plaster frame features include: - Regressed locking screw for securing hanger bars - Cutouts for easily crimping hanger bars in position - Halo name embossed on plaster frame Junction Box UL Listed for through branch circuit wiring (maximum 8 No. 12 ga., 90°C conductors). Four 1/2" trade size conduit knockouts with true pry -out slots are position to accommodate straight conduit runs. Three Slide-N-SideT"" wire traps allow non-metallic sheathed cable to be installed without tools and without removing knockouts. Accepts a wide range of non- metallic sheathed cable. - Allows wiring connections to be made outside the junction box. - Simply insert the cable directly into the trap after connections are made. Accommodates the following standard non-metallic sheathed cable sizes: (US) #14/2, #14/3, #12/2, #12/3 (Canada) #14/2, #14/3, #12/2 5-1/2" [140mm] Ir Cooper Lighting by E:T•N GOT NAIL! Pass-N-ThruT"" Bar Hangers Bar Hanger features include - Pre-installed nail easily installs in regular lumber, engineered lumber and laminated beams. - Safety and guidance system prevents snagging, ensures smooth, straight nail penetration and allows bar hangers to be easily removed if necessary - Automatic leveling flange aligns the housing and allows holding the housing in place with one hand while driving nails. - Housing can be positioned at any point within 24" joist spans - Pass-N-ThruTM feature allows bar hangers to be shortened without removing from plaster frame - Score lines allow tool -free shortening for 12" joists - Bar hangers may be repositioned 90° - Integral T -bar clip snaps onto T -bars — no additional clips are required. Socket Porcelain socket with nickel plated brass screw shell, snaps into trim for consistent lamp positioning. Shipping insert protects socket from overspray Thermal Protector Self resetting thermal protector deactivates fixture if overheating occurs due to improper lamping. 7" [178mm Trims Housing accommodates a wide range of Halo 5" trims. Torsion springs on all trims for quick and easy installation Labels - UUcUL Listed 1598 Luminaire - UUcUL Listed for Feed Through - UUcUL Listed for Damp Location - UUcUL Listed for Wet Location with select trims UUcUL Listed for Direct Contact with insulation and combustible material* Qualification IC and Air-TiteT"" certified under ASTM -E283 and listed UUcUL 1598. May be used to meet insulated ceiling* and restrict*d air -flow requirements such as„ - Washington State Energy Code - International Energy Conservation Code (IECC) New York State Energy Conservation Construction Code (NY-ECCC) State of California Title 24 "Recessed Luminaires in Insulated Ceilings." * Not to be used in direct contact with spray foam insulation. Refer to NEMA LSD 57-2013 TOP VIEW /2" L 10-1/2" [13mm] [267mm] 7-1/4" [184mm] J H5ICAT 5 -Inch Insulated Ceiling Air-TiteTM Recessed Housing 5 -Inch Trims FOR USE IN INSULATED CEILINGS FOR DIRECT CONTACT WITH INSULATION* airy ADV 140448 2/25/2014 c C H51CAT ORDERING INFORMATION SAMPLE NUMBER: H5ICAT - 5020SC Order housing, trim and accessories separately. H5ICAT= 5' Air-Tde'" insulated ceiling housing Cooper Lighting by E_T•N Reflector Cones (60W 13R30 75W PAR301 5020SC = White trim ring with specular clear reflector 5020H = White trim ring with haze reflector 5020P = White trim ring with white reflector 5020RG = White trim ring with residential gold reflector 5020BL = White trim ring with black reflector 5020SN = Satin nickel trim ring with satin nickel reflector 5020TBZ = Tuscan bronze trim ring with tuscan bronze reflector OD: 6 1/2" (165mm) Reflector (40W A19) 5021SC = White trim ring with specular clear reflector 5021H = White trim ring with haze reflector 5021RG = White trim ring with residential gold reflector OD: 6 1/2" (165mm) Metal Baffle Splay (50W R20. 50W PAR20) 5001P = White trim ring with white baffle 5001 MB = White trim ring with black baffle 5001SN = Satin nickel trim ring with satan nickel baffle 5001TBZ = Tuscan bronze trim ring with tuscan bronze baffle OD: 61/2" (165mm) Baffle (S0W BR30. 50W PAR30) 5010 = Black baffle, white trim ring 5010W = White baffle, white trim ring OD: 6 1/2" (165mm) Coffee' Baffle with Reflector (50W PAR30) 5016P = White trim ring with black baffle 5016W = White trim ring with while baffle OD: 6 1/2" (165mm) Adjustable Gimbal 25° Tilt 150W PAR30) 5060P = White gimbal and trim OD: 6 1/2" (165mm) Adjustable Eyeball 30° Tilt (75W PAR30) 5070P = White trim and eyeball 5070PB = Polished brass trim and eyeball 5070SN = Satin nickel trim and eyeball 5070TBZ = Tuscan bronze trim and eyeball OD: 6 1/2" (165mm) 5071P = White eyeball OD: 6 1/2" (165mm) Open Sptav (75W R30 65W BR30. 75W PAR30) 5000P = White trim and splay 5000SN = Satin nickel trim and splay 5000TBZ = Tuscan bronze trim and splay OD: 61/2" (165mm) Frosted Lens Showerlight (35W PAR301°) 5051 PS = White trim with frosted lens OD: 61/2" (165mm) Dome Lens Showerliaht 140W A19. 50W PAR30) 5054PS = White trim with frosted dome 5054SN = Satin nickel trim with frosted dome 5054TBZ = Tuscan bronze trim with frosted dome OD: 6 1/2" (165mm) Eaton 1000 Eaton Boulevard Cleveland, OH 44122 United States Eaton.com Eaton's Cooper Lighting Business 1121 Highway 74 South Peachtree City, GA 30269 P: 770-486-4800 www.cooperlighting.com or friy ® 2014 Eaton All Rights Reserved Printed in USA Publication No. ADV140448 February 2014 Oversize Trim Ring OT500P = Oversize Trim Ring Fits the H5 "Precision Style" trim rings. Corrects for uneven ceiling cutout. Adds 3/8" on to the trim flange. Satin white finish. Compatible with: Cat. No Description 5020 5" Reflector cone 5021 5" Reflector 5001 5" Metal baffle splay 5010 5" Baffle 5012 5" High baffle 5060 5" Gimbal 5070 5" Eyeball 5071 5" Eyeball 5000 5" Splay 5014 5" Metal baffle/shallow 5016 5" Coilex' baffle 5054 5" Shower light - dome lens 5051 5" Shower light - frosted lens 5030 5" Baffle wall wash Specifications and dimensions subject to change without notice. 0 Product Specifications COMMSC : , PE® Construction Materials LDF4RK-50A LDF4-50, HELIAX® Low Density Foam Coaxial Cable, corrugated copper, 1/2 in, black non -halogenated, fire retardant polyolefin jacket Jacket Material Outer Conductor Material Dielectric Material Flexibility Inner Conductor Material Jacket Color Dimensions Non -halogenated, fire retardant polyolefin Corrugated copper Foam PE Standard Copper -clad aluminum wire Black Nominal Size Cable Weight Diameter Over Dielectric Diameter Over Jacket Inner Conductor OD Outer Conductor OD Electrical Specifications Cable Impedance Capacitance dc Resistance, Inner Conductor dc Resistance, Outer Conductor dc Test Voltage Inductance Insulation Resistance Jacket Spark Test Voltage (rms) Operating Frequency Band Peak Power Velocity 1/2 in 0.17 lb/ft 1 0.25 kg/m 12.954 mm 1 0.510 in 16.002 mm 1 0.630 in 4.8260 mm 1 0.1900 in 13.970 mm 1 0.550 in Environmental Specifications 50 ohm ±1 ohm 23.1 pF/ft 1 75.8 pF/m 0.450 ohms/kft 1 1.480 ohms/km 0.820 ohms/kft 1 2.690 ohms/km 4000 V 0.190 pH/m 1 0.058 pH/ft 100000 Mohms•km 5000 V 1 — 8800 MHz 40.0 kW 88% Installation Temperature Operating Temperature Storage Temperature General Specifications -40 °C to +60 °C (-40 °F to +140 °F) -40 °C to +60 °C (-40 °F to +140 °F) -40 °C to +60 °C (-40 °F to +140 °F) Brand Ordering Note Mechanical Specifications CBending Moment HELIAX® CommScope® standard product in Asia Pacific 1 CommScope® standard product in Europe, the Middle East, and Africa 3.8 N -m 1 2.8 ft Ib ©2017 CommScope, Inc. All rights reserved. All trademarks identified by ® or TM are registered trademarks, respectively, of CommScope. All specifications are subject to change without notice. See www.commscope.com for the most current information. Revised: December 19, 2016 page 1 of 4 February 14, 2017 Product Specificafions COMMSCOPE® COF4RK-50A Fire Retardancy Test Method Flat Plate Crush Strength Minimum Bend Radius, Multiple Bends Minimum Bend Radius, Single Bend Number of Bends, minimum Number of Bends, typical Smoke Index Test Method Tensile Strength Toxicity Index Test Method Note UL 1666/CATVR/CMR 110.0 Ib/in 1 2.0 kg/mm 127.00 mm 1 5.00 in 50.80 mm 1 2.00 in 15 50 TEC 61034 113 kg 1 250 Ib IEC 60754-1 1 IEC 60754-2 Performance Note Values typical, unless otherwise stated Standard Conditions Attenuation, Ambient Temperature 20 °C 1 68 °F Average Power, Ambient Temperature 40 °C I 104 °F Average Power, Inner Conductor Temperature 100 °C 1 212 °F Return Loss/VSWR Frequency Band 680-800 MHz 800-960 MHz 1700-2000 MHz 2300-2700 MHz VSWR 1.13 1.13 1.13 1.13 Return Loss (dB) 24.30 24.30 24.30 24.30 ©2017 CommScope, Inc. All rights reserved. All trademarks identified by ® or TM are registered trademarks, respectively, of CommScope. All specifications are subject to change without notice. See www.commscope.com for the most current information. Revised: December 19, 2016 page 2 of 4 February 14, 2017 Product Sp ecifications LDF4RK-50A Attenuation COMMSCPE® Frequency (MHz) 0.5 1 1.5 2 10 20 30 50 85 88 100 108 150 174 200 204 300 400 450 500 512 600 700 800 824 894 960 1000 1218 1250 1500 1700 1800 2000 2100 2200 2300 2500 2700 3000 3400 3700 4000 5000 6000 8000 8800 Attenuation (dB/100 m) 0.149 0.211 0.259 0.299 0.672 0.954 1.172 1.521 1.995 2.031 2.169 2.256 2.673 2.887 3.103 3.135 3.835 4.462 4.749 5.021 5.085 5.533 6.009 6.456 6.56 6.855 7.124 7.284 8.11 8.226 9.093 9.744 10.058 10.666 10.961 11.251 11.535 12.09 12.627 13.407 14.401 15.118 15.815 18.01 20.055 23.826 25.244 * Values typical, guaranteed within 5% cRegulatory Compliance/Certifications Agency Classification Attenuation (dB/100 ft) 0.045 0.064 0.079 0.091 0.205 0.291 0.357 0.463 0.608 0.619 0.661 0.688 0.815 0.88 0.946 0.956 1.169 1.36 1.447 1.53 1.55 1.686 1.831 1.968 1.999 2.089 2.171 2.22 2.472 2.507 2.771 2.97 3.066 3.251 3.341 3.429 3.516 3.685 3.849 4.086 4.389 4.608 4.82 5.489 6.113 7.262 7.694 Average Power (kW) 40.00 36.11 29.46 25.50 11.35 7.99 6.51 5.02 3.82 3.76 3.52 3.38 2.85 2.64 2.46 2.43 1.99 1.71 1.61 1.52 1.50 1.38 1.27 1.18 1.16 1.11 1.07 1.05 0.94 0.93 0.84 0.78 0.76 0.72 0.70 0.68 0.66 0.63 0.60 0.57 0.53 0.50 0.48 0.42 0,38 0.32 0.30 ©2017 CommScope, Inc. All rights reserved. All trademarks identified by ® or TM are registered trademarks, respectively, of CommScope. All specifications are subject to change without notice. See www.commscope.com for the most current information. Revised: December 19, 2016 page 3 of 4 February 14, 2017 Product Sp ecifications CLDF4RK-50A COMMSCPE® UL/ETL Certification CATVR/CMR RoHS 2011/65/EU Compliant China RoHS SJ/T 11364-2006 Below Maximum Concentration Value (MCV) ISO 9001:2008 Designed, manufactured and/or distributed under this quality management system ©2017 CommScope, Inc. All rights reserved. All trademarks identified by ® or TM are registered trademarks, respectively, of CommScope. All specifications are subject to change without notice. See www.commscope.com for the most current information. Revised: December 19, 2016 page 4 of 4 February 14, 2017 Product Specifications COMMSCPE® General Specifications L4TNM-PSA Type N Male Positive Stopn" for 1/2 in AL4RPV-50, LDF4-50A cable • This product is part of the CommScope Wired for Wireless® Solution Interface Body Style Brand Mounting Angle Electrical Specifications Connector Impedance Operating Frequency Band Cable Impedance 3rd Order IMD, typical 3rd Order IMD Test Method RF Operating Voltage, maximum (vrms) dc Test Voltage Outer Contact Resistance, maximum Inner Contact Resistance, maximum Insulation Resistance, minimum Average Power Peak Power, maximum Insertion Loss, typical Shielding Effectiveness N Male Straight HELIAX® i Positive StopTM Straight 50 ohm 0 — 8800 MHz 50 ohm -116 dBm @ 910 MHz Two +43 dBm carriers 707.00 V 2000 V 0.30 mOhm 2.00 mOhm 5000 MOhm 0.6 kW @ 900 MHz 10.00 kW 0.05 dB -130 dB ©2012 CommScope, Inc. All rights reserved. All trademarks identified by ® or TM are registered trademarks, respectively, of CommScope. All specifications are subject to change without notice. See www.commscope.com for the most current information. Revised: July 22, 2011 page 1 of 3 March 6, 2012 Product Specifications COMMSCPE® L4TNM-PSA Outline Drawing M1ES 10 1411.-31D-348, 304,2 OR ZQUWALENT Mechanical Specifications Outer Contact Attachment Method Inner Contact Attachment Method Outer Contact Plating Inner Contact Plating Attachment Durability Interface Durability Interface Durability Method Connector Retention Tensile Force Connector Retention Torque Insertion Force Insertion Force Method Coupling Nut Proof Torque Coupling Nut Retention Force Coupling Nut Retention Force Method Dimensions Ring -flare Captivated Trimetal Silver 25 cycles 500 cycles IEC 61169-16:9.5 890 N 1 200 lbf 5.42 N -m 1 48.00 in Ib 66.72 N 1 15.00 lbf MIL -C -39012C-3.12, 4.6.9 176.26 N -m 1 1560.00 in Ib 444.82 N 1 100.00 lbf MIL -C -39012C-3.25, 4.6.22 Nominal Size Diameter Length Weight Environmental Specifications 1/2 in 22.35 mm 1 0.88 in 76.70 mm 1 3.02 in 94.71 g 1 0.21 Ib Operating Temperature -55 °C to +85 °C (-67 °F to +185 °F) CStorage Temperature -55 °C to +85 °C (-67 °F to +185 °F) ©2012 CommScope, Inc. All rights reserved. All trademarks identified by ® or TM are registered trademarks, respectively, of CommScope. All specifications are subject to change without notice. See www.commscope.com for the most current information. Revised: July 22, 201 1 page 2 of 3 March 6, 2012 Product Specifications COMMSC(PE® C, L4TNM-PSA Immersion Depth Immersion Test Mating Immersion Test Method Water Jetting Test Mating Water Jetting Test Method Moisture Resistance Test Method Mechanical Shock Test Method Thermal Shock Test Method Vibration Test Method Corrosion Test Method Return Loss/VSWR lm Unmated IEC 60529:2001, IP68 Unmated IEC 60529:2001, IP66 MIL -STD -202F, Method 106F MIL -STD -202, Method 213, Test Condition I MIL -STD -202F, Method 107G, Test Condition A-1, Low Temperature -55 °C IEC 60068-2-6 MIL -STD -1344A, Method 1001.1, Test Condition A Frequency Band 45-1000 MHz 1010-2200 MHz 2210-3000 MHz 3010-4000 MHz 4010-6000 MHz 6010-8000 MHz Regulatory Compliance/Certifications VSWR 1.02 1.03 1.05 1.09 1.25 1.33 Return Loss (dB) 39.00 37.00 33.00 27.00 19.00 17.00 Agency RoHS 2002/95/EC China RoHS SJ/T 11364-2006 ISO 9001:2008 * Footnotes Classification Compliant by Exemption Above Maximum Concentration Value (MCV) Designed, manufactured and/or distributed under this quality management system Immersion Depth Immersion at specified depth for 24 hours Insertion Loss, typical 0.05Vfreq (GHz) (not applicable for elliptical waveguide) ©2012 CommScope, Inc. All rights reserved. All trademarks identified by ® or TM are registered trademarks, respectively, of CommScope. All specifications are subject to change without notice. See www.commscope.com for the most current information. Revised: July 22, 201 1 page 3 of 3 March 6, 2012 Ot)-3ODX •3 DX OD-3ODXt and1 het o OD-30DX DxC Ducu UD- ODX (C) ENCLOSURE P CREAM A t1MI5 itELI) Trip cover. shades cabifte HANDLES Stainless steel - NEMA RAILS Fullyadjustable &:alodine, coated DOORS Front and rear secured with three point locks anti padlocking handles VENTS Front & rear, top &:ottani, filters sapplied rhe OD-30DX is the superior design in communication ea binds, being as rigid as steel & yet noticeably lighter than the old heavy steel constructed cabinets. This is :made possible with our own aluminum recipe called ALUM1F1.EX. The 0D-30DX offers prc rection needed for any severe outdoor environment. The ?U 3C)DX is cci structeti of.l 5 t1:LUM1FI..:EX "material, !&:comes with "an additions .1' 5 ALt1MISHIFLU lop covet, thereby :fully protecting your equipment from'fallin"g=ice and the sun's heat petnetratiorn. Ultimate security is provided by a three point locking system, which"utilizes a tEMA stainless steel padlocking handle. The OD 301) ; madeoI',U..U.MHFLEX will t Aerate without affecting or being effected by RF influences. Outdoor cabinets are`hecomint; the` alternative shelter solution for today's comtrli Leri zoning requirements. So whether your installing a new shelter or`addin roam to your existing one, the {ID-3ODX is the ultifnate sotutiorn, he ur ED }%u20 d%20Settin {3130/My%20Doeuments/My°4220S t fiostA/OD-30)'X. 4111116^ 4:: 39 PM to !ifeight: 80 lbs. arse nbled j120 Lbs. Shipping weight D ors: Two - secured by three pciint locking syst 1t_,ocks via customer supplied padlocks 'sealed with 13/16" aluminum filled gaslets Iaterial:.ALUMIF. l~ finish: Flat125 aluminum LEX RF properties: Non-ferrous Vents: 30 bottom louvers per door ;Six top louvers :. in top cover under ALiMISI lOne removable filter panel per door Six fixed finer pads in top cover terior Screws:_ Stainless with NEMA washers & nylon locking n. _. RACKINGSPECIFICATIONS 1Ruiis: Two standard (For additional rails see accessories) Bodine coated tiles tapped to 10 x 32 threads rail supported by three R STRUTS 125; material ALUMIFL,FX) ;useable Height: 30 inches Useable Depth: Maximum 21 11.2 9 314" {See below), *Secticu Starting & ming Points ' er ical fl ight Per sec ion Efieeti Seion p; 26.75" - 30.00" 3.25" 21 1/2" 26.57" - 26.75" .18" 20 1/2" 21.00" - 26.57" ' 5.57" 2 k 112" .00" - 21 00" 12.00" . 19 3/4" 3.43`" - 9.00" - 5.57" 21 1/2" 3.25" 3,4 V' .18" 20.112" OD - X Sinn measurements start from the bottom o & run vertically upward towarris the top of the cai in Bo kith: 25 ' 1/2 inches Height: 301/4 inches Depth: 25114 inches 1 7SHIELD: id : 28 1/16 inches down height: 13/4 inches pill: 29 inches Handles: `Handles: Protrude 1 7/8 inches !Total Space Occupied: "Width: 28 1/16 inches !Height: 301 /2 inches'. Depth: 29 inches Width: 23 518 inches 'Height: 30 inches WARRANTY P .00 YEAR, R- i' ;°l ACCESSORIES & CLIMA E CONT 0 .°.TIONS 2,30: ITwo extra 30r rails i mtg. :`hardwa TDX: Mounting tray C�Documents%20an4%20Settiags'L(SBO,My%20Documeutsfbly%20Web%20Sitesthx+stedi013:30D)Chtml -(3:of4)S/1612005 4:O7:59 PM OD-3ODX 500 Hour salt spray 500 hour 3.m ersio SUIPl"ING INFORMATION OD -3013X is shipped'f flocked down and re -as Ify assemb1et , but can he easily mbied at your: site, if desired filer/CSA at. anS°il0SSettinps1,0130 4%.20 -3i3T)X htmI (4 tri 4)a! )7:59.PM 0 DESCRIPTION s gn I U O TE111aH1oatsl'ota 1H!m!1"n aoa to nolssaVa3dH3Wtlm SH1JnoUIJ HM v sv a0 DMV. NINouanaoadttl ANY 'JM'Pel!m!Ien eat t0 Ala3toJ alos O3 siV* flh as{�jMYJNOJ nouvWtlotNl 3HL 'IYInd Mo rnUSNYAtlY1811GV--I O LA • L 4 A H1111'110 1;6110 - of —a DDB FORM: 7.1-2 REV:E 0425/17 0 '03t1®IIOMd SI'JNI Vr— `000 do N015TIWM3d trauma 3NLJNORLLM W1ON/AYSV MO1TdN1 NOU2OQOdJf ANY IA01010IOM43JOS 311.ISI 0,11/1V110 MUNI 03NIVxNOJNOLLVWMOaNI3N1 TIINMOIJNOJONVAMVJ81MJOMd • u w 0 O 04 Vrn 5 x V 0 O m DOB FORM: 7.1-2 REV:F 04/25/14 Product Specifications COMMSC `;PE® L4 N R -PS Type N Male Right Angle Positive StopTm for 1/2 in LDF4-50A cable General Specifications on the go Interface Body Style Brand Mounting Angle Electrical Specifications Connector Impedance Operating Frequency Band Cable Impedance 3rd Order IMD, typical 3rd Order IMD Test Method N Male Right angle HELIAX® 1 Right angle Positive StopTM 50 ohm 0 — 8800 MHz 50 ohm -116 dBm @ 910 MHz Two +43 dBm carriers RF Operating Voltage, maximum (vrms) 707.00 V dc Test Voltage Outer Contact Resistance, maximum Inner Contact Resistance, maximum Insulation Resistance, minimum Average Power Peak Power, maximum Insertion Loss, typical Shielding Effectiveness 2000 V 0.30 mOhm 2.00 mOhm 5000 MOhm 0.6 kW @ 900 MHz 10.00 kW 0.05 dB -110 dB ©2012 CommScope, Inc. All rights reserved. All trademarks identified by ® or TM are registered trademarks, respectively, of CommScope. All specifications are subject to change without notice. See www.commscope.com for the most current information. Revised: January 17, 2012 page 1 of 3 March 9, 2012 Product Specifications COMMSC ` PE® L4NR-PS Outline Drawing on the go Mechanical Specifications Outer Contact Attachment Method Inner Contact Attachment Method Outer Contact Plating Inner Contact Plating Interface Durability Interface Durability Method Connector Retention Tensile Force Connector Retention Torque Pressurizable Coupling Nut Proof Torque Coupling Nut Retention Force Coupling Nut Retention Force Method Dimensions Self -flare Captivated Trimetal Gold 1 Silver 500 cycles IEC 61169-4:9.5 890 N 1 200 lbf 5.42 N -m 1 48.00 in Ib No 4.52 N -m 1 40.00 in Ib 444.82 N 1 100.00 lbf MIL -C -39012C-3.23, 4.6.22 Nominal Size Height Length Right Angle Length Weight Width Environmental Specifications Operating Temperature Storage Temperature Immersion Depth Immersion Test Mating Immersion Test Method Water Jetting Test Mating Water Jetting Test Method Moisture Resistance Test Method Mechanical Shock Test Method Thermal Shock Test Method Vibration Test Method Corrosion Test Method 1/2 in 46.09 mm 1 1.81 in 75.31 mm 1 2.96 in 22.60 mm i 0.89 in 133.10 g 1 0.29 Ib 23.50 mm 1 0.93 in -55 °C to +85 °C (-67 °F to +185 °F) -55 °C to +85 °C (-67 °F to +185 °F) lm Unmated IEC 60529:2001, IP68 Unmated IEC 60529:2001, IP66 MIL -STD -202F, Method 106F MIL -STD -202F, Method 213B, Test Condition C MIL -STD -202F, Method 107G, Test Condition A-1, Low Temperature -55 °C MIL -STD -202F, Method 204D, Test Condition B MIL -STD -1344A, Method 1001.1, Test Condition A Standard Conditions Attenuation, Ambient Temperature 20 °C 1 68 °F Average Power, Ambient Temperature 40 °C 1 104 °F ©2012 CommScope, Inc. All rights reserved. All trademarks identified by © or TM are registered trademarks, respectively, of CommScope. All specifications are subject to change without notice. See www.commscope.com for the most current information. Revised: January 17, 2012 page 2 of 3 March 9, 2012 Product Specifications COMMSC,PE® L4NR-PS Return Loss/VSWR on the go Frequency Band 50-1000 MHz 1000-1900 MHz 1900-2200 MHz 2200-2700 MHz 2700-3600 MHz 3600-6000 MHz 6000-8800 MHz Regulatory Compliance/Certifications VSWR 1.02 1.04 1.05 1.08 1.10 1.12 1.29 Return Loss (dB) -39.00 -34.00 -32.00 -28.00 -26.00 -25.00 -18.00 Agency RoHS 2002/95/EC China RoHS SJ/T 11364-2006 ISO 9001:2008 * Footnotes Classification Compliant by Exemption Above Maximum Concentration Value (MCV) Designed, manufactured and/or distributed under this quality management system Immersion Depth Immersion at specified depth for 24 hours Insertion Loss, typical 0.05Vfreq (GHz) (not applicable for elliptical waveguide) ©2012 CommScope, Inc. All rights reserved. All trademarks identified by ® or TM are registered trademarks, respectively, of CommScope. All specifications are subject to change without notice. See www.commscope.com for the most current information. Revised: January 17, 2012 page 3 of 3 March 9, 2012 ANDREW A CommScope Company PUBLIC SAFETY ° ;f� • A;i. r; • r Ensuring Reliable, Ubiquitous RF Coverage for Mission Critical Public Safety Networks NODE A 'WNIVERSAL MI LTI-BAND, MULTI -SERVICE SOFTWARE-BASEO DOFF-AtR SIGNAL BOOSTER PLATFORM To meet the rigorous demands of mission critical public safety networks and changing in -building coverage ordinances for firefighters, police, and other first responders, Andrew Solutions has developed the NODE A, a flexible, modular, cost-effective digital off -air signal booster platform. The NODE A is a universal solution that is ideal for the transmission of analog or digital multiplex public safety frequency bands including Tetra, Tetrapol, MR, and APCO25, even in the most demanding application environments. In addition to being already an efficient and low-cost alternative to base stations, the Node A can be shared with commercial frequency bands which reduces CAPEX and OPEX even more. • Supports up to four frequency bands in o single chassis with fully integrated multi - band combiner and modem for remote monitoring and control. • Software -based platform enables on -the -fly filter chonges and development of new features and capabilities without expensive hardware upgrades. • Channel and band selective automotic gain/power control for an individual amplification of multiple base stations/repeater sites, guaranteeing a stable and interfernece free coverage area. • Uplink muting for unused narrowband channels in order to ovoid uplink desensitization of BTS receivers • Available in high power classes to enhance coverage in a wide range of facility footprints while optimizing total system cost. • Intuitive auto setup wizard and help screens for easy system configuration, minimizing setup time and reliance on expensive and bulky test equipment. • Advanced QoS measurements and reports, including inbound and outbound measurement of channel power/RSSI and an indentification of interference signals, to facilitate setup and verify ongoing system operation. -•- Remote alarming through SNMP or SMS -using -wireless data. - - • Seamless integration with other Andrew products (e.g., IONntB/IONTM M) • Rated for both indoor and outdoor use with versatile rack mount, wall mount, or pole mounting options. n ceE Pi IC: tr.) Electrical Number of supported RF cards (see table 1) Node A2. 2 Node A 4. 4 Number of supported narrowband sub -bands per rack Node A 2 16 Node A 4 32 Number of supported wideband sub -bands per rack NodeA2 2' NodeA4 4' Uplink Doivnhnk P-1 dB, dBm +3S (V1W150+31) +42 (VHFI50+39) 01P3, dBm +52Mil 50+42)+63 (911F150+481 Noise Figure @ maximum gain, dB 4.0 4.0 @ minimum gain, dB 6.0 12.0 Delay, ps tiarrowwband Sub -bands 10 to 204 (depending on filter type) VAdeband Sub -bonds 6 (Standard filter set) Frequency range and RF output power see table 1 Power supply Standard 100 to 240 Vac Option 36 to 72 Vdc Bandwidth available in Uplink and Downlink per rack Node A 2 tlorrowband Sub -bands 6 2510 331.25 kHz Wideband Sub -bonds up to 10 MHz (see toble 2 for details) Node A 4 tlatrowbond Sub -bands 6 25 to 331.25 kHz Wideband Sub•bonds up to 20 MHz (see table 2 for details) Gain in Uplink and Downlink see table 1 Gain adjust range, dB .... . . . . .... . 30 in steps of 1 Filter selection step size, kHz 625 Output Power step size in Powermode, dB 1 Output Power accuracy over all conditions, dB t2 Maximum Input Power without damage, dBm +10 Maximum Input Power without overdrive, dBm •20 Mechanical Height, width, depth, mm (in) Ito& A 2........... 177.0 x 351.2 x 462.8 (7x13.8x18.2) Ilode A 4 ............. 177.0 x 482.3 x 462.8 (7 x 19 x 18.2 LMR 450 Duplexer Rock... 177.0 x 482.3 x 469.5 (7x19x18.5) Weight, kg (Ib) Node A 2 11(24) Hode A 4 12.5 (27.5) RF card 4 5 (10) LMR 450 Duplexer Rack 24 (53) Power consumption, Watts Node A 2 chassis 70 !lode A 4 chassis 120 RF card 145 Antenna port connectors I1 Female Spurious Emissions, dBm .. arc to K( * Valid for sub -bond bandwidth up to S MHz. Environmental Operating temperature range, °C... •33 to +SO Ingress protection !lode A/RF lards....... 1115 (fans: IPSS) LMR 450 Duplexer Rack ... IP50 Acoustic Noise, dB(A) 47 @ 25°C 55 @ 50°C All figures are typical values and refer to the antenna ports of the RF cord. The Toss of the integrated RF combiner section (Option) is typically 0.5 to 1.0 dB. Features Items Measured Statistic Collection Auto Configuration Access Measurement of 8C01 power, channel power, 0551, and system identification. Collecting data (min., max., average, standard deviation) of Rens measured in a 15 -minute Interval. Setup based on downlink power requirements, not gain. Uplink gam is automatically setup based en the downlink settings. Web browser -based local access and remote access. Packet data and dreui switched data options. OM( connecrwity via StIMP. External Alarms Up to 5 alarms, active high or low configurable via software. Uplink Muting Gain reduction of unused timesfots of channels in order to avoid uptmk desensitization of BTS receiver. Interference Analysis Database Event triggered database to identify interference signals in temp of frequency, pourer level, duration, etc Table 1: RE Card Options ►Aodutation Scheme ¢i RF (ard {# Ul kequenry DL Frequenry, ! f6ax. I Uplink (amposito Output Power, ditm" Mitz _- t Liz d9Gain 29 24 VHF 150' p AF1528 148 to 174 '3 148 to 174 90 38010 385 390 to 395 85� �V.._ TE(RA/fetrapol450 Af 436 OAR 450 385 to 390 39510 400 i 410to415 y 420 to 425 41510 420 42S to 430 450to45S 460 to 465 455 to 460 465 to 470 F 4y5510 470 ; 4SOro965 8S AF4037 473 to 512 ; E. 47010 509 !I 85 f' DAR 700 AF7037 788 to 824 758 to 776 94 85 85 85 • 85 85 UAR800 LMR 900 Af8031 r 806;824 _ r -8-51--1469.111, 94 . Af9037 896 to 902 935 to 941 94 24 24 24 24 r Downlink(omposilo Output Power, dem' 28 36 36 36 36 36 24 36 27 37 27 37 30 .37 30 .- 30 ' Output poorer per comer (J8m1= composite output power (dIlm) • 10 x tog (no. of osiers) slate: Output Paver Is valid for BP►> 2S kHz " Requires external duplexn (speuixatinn detoils see table 4) Detailed System Description Node A RF Cords convert the RF Into digital signals and transfer the digital signals to the Node A rack, where the overoll digital filtering is done for all RF Cords. The available FPGA resources, which perform the channel/sub-band filtering, ore shared between all RF Cards inserted in the Node A rack. The Node A2 can provide up to 16 narrowband sub -bands, where 106 different filter types can be chosen and 2 wideband sub -bands (up to 5 MHz eoch) for band -selective Transmission. The Node A4 is copoble of up to 32 norrowbond sub -bands and 4 wideband sub -bands. When the sub -band bandwidths are greater than 5 MHz, the filter resources are grouped 37 37 together, without phase or amplitude ripple, where the sub -bond is defined by a start and stop frequency. The total number of filter resources required is determined by adding the number of filter resources required for each sub -band. For example, if there ore two sub -bands with 4 MHz for the first sub•band and 11 MHz for the second subband, then I filter resource is required for the first sub - bond and 3 filter resources ore required for the second sub -band. The totals number of filter resources required is 4. However, the maximum available bondwtdih (Node A2 10 MHz, Node A4 20 MHz) will only be achieved with sub -bond bandwidths of multiple 5 MHz. (lade A — Supporting first Responders in Emergencies and Expanding Coverage in Healthcare Facilities Table 2: Bandwidth available in 111 and DI. per Rack (1 Narrow Band channel requires one filter resource) HB channel Bandwidth (kHz] L. - -- Delay (µs) 6.25 204,162 • I.... J12_5 _ _ 1 102, 86 18.75 71, 60 25 , '.. 55,46 31.25 45, 39 i____ 37.5 ; 39, 33 _ . , 43.75 34, 30 [ 50 i., 31, 27 56.25 28, 25 4, _ 623 _ i _21143„ „ 11B channel 1' Delay fµs) Bondwidth (kHz] IL 118 channel Bandwidth [kHz] 93.75 20, 17 181.25 10019,11 181.5 106.25 18,16 193.15 112318,16 • , _ 200_. 118.75 17,15 206.25 125 't 17,15 ,�. 212.5, 131.25 16,14 218.15 131.5 I 16,14 22S 143.75 15,14 231.25 150 #. w 15,14 231.5 68.75 24, 21 156.25 75 4 ry r 23,20 �• 1623 81.25 22,19 168.75 _81.5 -1r 21,18 115 Sub•nd Bandwidth (MHz) 1 filter Resources r 0.01 to 5.00 1 10.01 to 15.00 3 � L 15.0110 20.00 ,_� 1r . .__ 4_ Examples: Available Filter Resources (up to 5 MHz wide) Node A2 11 LMR 450 744, B 4(!0 10 9 01' CHAR. Is LMR 800 12 channels 25 kHz 1 Band 4 MHz IDelay (µs) 14,12 118 channel Bandwidth (kHz) 268.75 11,11 Deloy (µs) 13,12 275 11,10 13,12 281.2S II, 10 1 13,12_ _ 281.5 21 11-, 10 13,12 293.75 11,10 13,12 300. 11,10 12,11 306.25 11,10 12,11 _ . 312.5 11,10 1 12,11 318.75 11,10 ._ _12,11. _ l _- 325. .,.1 -11, -171- 15,13 243.75 12,11 331.25 10,10 14,13 250 12,11 't ; 14,13 256.25 12,11 14.13 • 262.S W r 11.11 \� i Node A4 ���ECTIVE 3 4 1 v 1 4 6 7 8 2B - \\� �� 9 27. 12 23 13 14 Is R♦1 26 10 11 19 1B 17 16 .5.65 CH AN14St" A LMR 450 24 channels 25 kHz A LMR 800 8 channels 25 kHz ,. Unused filter. resources: 4 +.1_ _ _ .._ _____A.Unused filter. resources: 0 +.4 _ Table 3: Node A Ordering Guide ;Required Description Sys►em Ram' Power Supply: { Optional (lumber of Supported RF cords: llode A 2 (IodaA4 Power Supply Unit AC 11111-072-40-9- , 00.240V, I Power Supply Un0 DC 11148 V - 1(Badc (onfiguratan) up to 2 up to 3 (only (lode A4) up to 4 (only f lode A4I jPortdlumber 7561393 - 1561392 747518.00 17560164.00 7578839.00 7578840-00 7578861-00 OOA AF 1528 (Uplink /Downlink 148 to 114 MHz) 17627498.00 / -01 DOA AF 436 (Uplink 380 to 385 MHz /Downlink 39010 39S fOHz) ; 7575751.00 1-01 ',Rik 436 ((Uplink 385 to 390 MHz /Downlink nhnk 395 to 400 MH:)• • '.-719i725:10 / -01 11-01AF 436 Wink 41010 415 MHz / Downlink 420 to 425 MHz)• x7596135-00 / Ol rOOA AFF4436 (Uplink 415 to 420 MHz / Downlink 425 to 430 MHz) r 7596234.00 / -01 DOA AF 436 (Uplink 450 to 455 MHz / Downlink 460 to 465 MHz) ' 7607816.00 /41 :0OA AF 436 (UpSnk 455 to 460 MHz / Downlink 463 to 470 MHz) .764311 6.00 /-01 . 00A AF 4037 (Uplink 4 SS to 470 Mir /-Downlink 450 to 465 MHz) ,1602541400 / •01 - OCM AF 4037 (Uplink 473 to 512 MHz / Dowtdink 470 to 509 MHz) 17602543-00 /-01 DOA AF 7037 (Uplink 788 to 824 MHz! Downlink 758 to 776 MHz) _ ._j7517534.00/.0! OUA AF 8037 (Uplink 806 to 824 MH: / Do link 851 to 869 MHz) 75775313-0-07)7 '001 AF 9037 (Uplink 896 to 902 MHz / Downlink 935 to 941 MHz) ! 7577546.00 / -01 _ 7574285.00 ,Optional Humber o Dummy Cards (each empty s of must'be filed with a Dummy (ard) 1(Bosk Configuration) • Humber of Supported Wideband Sub -bands / up to 4 T T tlonowband Sub -bands up to 16 narovdmnd Sub -bonds and 2 wideband Sub -bands (Ail/ 32 norrowband Sub -bands and 4 wideband Sub -bands (A4) q OpIIoneI Additional Software Features Interference Analysis Database l-way(ombiner (350.3500 MHz) i 2•way-combiner (758.824/8S1 869 MHz) 2-way(ombiner (350-550/698-2700 MHz) 2-woy-(ombiner (450.512/450.512 MHz non -adjacent) - ? 2-way.(omhiner (450-512/450.512 Mltz adjacent) 4•way-(ombiner (806.869/896.941/1850.1995/2500.2700 MHz) w= 4 way(ambiner (x114/380.512/158.869/896.941 MHz) ; 7632127 16(88 (651A 850/900/1800/1900) 7624474 1A05 (GSM/EDGE 850/900/1800/1900) 7572585 Anydata E134 ((DMA 850/1900) 7572586 Aidink Redwing/Raven ((DMA 850/1900) 7512587 � I ultitecchh ((DMA 850/1900) 7599058 USi B/Ethernet Adapter (WI) 7605086 • 7598847-00 7597819 .7597823 Optional RF Combiner Section with Integrated IAodem coupler: Optional (Modem far Alarm forwarding:, 1 I F(17'1;701' Meting Op m J Wali Mounting Kit Hod: A 2 an A 4 I9' Rack mounting (lode A 4 (included in basic configuration) Wall Mounting Kit iois A 4 Outdoors 7597820 cPole Mounting 811 node A 4 , 7597825 . _ llote:.A pre -configured ,System .Rack indudmg.Power_Supply,RE combiner Section, Modem, number_of supp ortedRF Cords, and number of supported sub-bonds/chonnelscan be ordered with Ione pari number. contact your focal Andrew Soles Representative for more information. _ •, 7578862-00 7578863-00 t.b:d. , 7574290 7605087 7577520 :On request Un request ,7754288 19' Rad( mounting !lode A 2 you Mounliing 811(lode A 2 Outdoors ',Pale Mounting 131 bode A 2_ 7597821 f Table 3: Node A Ordering Guide (continued) Required . per 0(M 4037 [Description (lode A Dugletter Rack 455-459 and 450-454 MHz !lode A Duplexer Rock 456.460 and 451.455 MHz !lode A Duplexer Rock 465-469 and 460-464 MHz Node A Duplexer Rack 466.470 and 461.465 MHz Node A Duplexer Rack 473-475 and 470-472 MHz !lode A Duplexer Rade 474-476 and 471.473 MHz Node A Duploxer Rock 479.481 end 476-478 MHz !lode A Duplexer Rack 480.482 and 477-479 MHz LMR 450 Duplexes Rack HockA Duplexer Rack 485-487 and 482-484 MHz !lode A Duptexer Rack 486-488 and 483.485 MHz !lode A Duplexer Reck 491-493 and 488-490 MHz Node A Duplexer Rack 492-494 and 489-491 MHz Hada A Duplexer Rack 497-499 and 494-496 MHz !lode A Duplexer Rack 498-500 and 495-497 MHz Node A Duplexer Rack 503-505 and 500-502 MHz Node A Duplexer Rock 504.506 and 501.503 MHz !lode A Duplexer Rock 509-511 end 506-508 MHz !lode A Duplexer Rack 510-512 and 507-509 MHz ti a : A rne<onf ig(ad Sysytem ur Rack Including w SPowoles er Representative C for inereSection, Modem, number of supported RF Cards, and numtrer of supported sub-bands/channels can be ordered with y 1 Parr -Humber 7605118.0001 7605118.0002 7605118-0003 7605118-0004 7605118-0005 7605118-0006 7605118.0007 7605118-0008 7605118.0009 7605118-0010 7605118-0011 7605118-0012 7605118.0013 7605118-0014 7605118.0015 7605118.0016 7605118-0017 7605118-0018 !Table 4: External Duplexer Specification for VHF 150 Rejection of Uplink signals in the Downlink filter Refection of Downlink signals In the Uplink filter Crossover Rejection between Uplink and Downlink: 69 dB 73 d8 — Guard Band Up0ni )o wnlink > 600 kHz 23 dB — Guard Band Uplink/DownDnk < 600 kHz 23 dB + (600 kHz • Guard Bond) x CIS dB/kliz Hole: In case M10 3/5/7 of two downlink channels would fall onto an uplink channel stronger rejection is needed. ANDREW) A.CommSco e Company P Y www.commscope.com Visit our Web site or concoct your tocol Andrew Solutions representative for more information. © 2012 CommScope. Inc. All rights reserved. 'nd nw Solutions i� o n`uderrm4 of Com`mSco{>°. Ae ,adenwrki id=mlrted bj ®a'n" me registered' ha demorki d UodemOiks rcip^ct iety; el-e&iirnSedpe. -- — . - -- This document is for planning purposes on'y and is not Intended to modify or supplement cny specifications or warranties relating to Andrew Solutions produces or services. BR•103177.7•EN (02/121 1 ZDA COMMUNIC.A TEONS Wirrtert3 ratentm : ofieeBc7;: Wabsite: rrpl .:.rd _ca -r m.crn Feil: E `.?,zsi ,^inRITt.0 m. Tel 800 MHz Grid parabolic dish Antennas Frequency:806-896MHz, gain:l7dBi 15d8i 12dBi 10dBi , The grid parabolic dish Antenna features excellent front to back ratio. It is ideally suited for directional applications, point to point systems . 800MHz Celluar bands. This antenna's construction features a rust -proof die cast aluminum reflector grid for superior strength and Tight weight. This antenna's 4 -piece & 2-plece reflector grid is simple to assemble and significantly reduces shipping costs. The grid surface is UV powder coated for durability and aesthetics. The open -frame grid design minimizes wind loading. The antenna is supplied with a 60 degree tilt and swivel mast mount kit. This allows installation at various degrees of incline for easy alignment. It can be adjusted up or down from 0 to 60deg. Features: •Excellent front to back ratio -Die-cast aluminum construction •4 -piece & 2 -piece reflector grid •tN stable light gray powder coat finish •Easy to assemble •Ali weather operation Model: ZDAGP800-17.15•-•=806-896MHz 17d8115deg ZDAGP800-15-21--806-896MHz 15dBi 21deg'= ZDAGP800-12-28-806-896MHz 12dBi 28deg ZDAGP800-10-32-806-896MHz 10dBi 32deg 4 D eke assernb!e f 1 Applications : •800MHz Band -point to point systems •800MHz Cellular Z-p'ete assemble, t2,' 1-p'ece assemb`.e,£rg3 11-_p`ece arse rnb'e, i4 Website: • h' ZZDA COMMUNICATIONS US LLC Email:.: ZDA COMMUNICATIONS irees.in ;sir Website: jt#tni/www.zdacomm.corr? Email: sale ©zdacomm-cote TeI :803-419-4702 800 MHz Grid parabolic dish Antennas 806.896MHt Grid parabolk dish antenna series specifi • ns oriel AGn800-17-15 •%•AGi 15-21 '•.AGP80O-12-28 ;•AGP80o-1x32 Range :...: .. Hz :,+ :: Hz :•... • . Hr 7dB1 5dBI 2dB1 Y OM ertical or Horizontal ertical or Horizontal ertical or Horizontal ertical or Horizontal ante! Beam 1 • • • 2• erdad'earn . 16' r 4° , . LS c1.5 1.5 1.5 to back 20d3 26d8 25t1B 20dB nput Impedance ohm ohm • ohm 1.' ohm nput Maximum � 00 W r y 00 W OO W r 00W 8 . Ground • Ground • Ground n Ground nneetoe female or - omized female or . , omized female or stomized female or oinked he • 1200mm 23.62 x 35.43inches 600 x 900 mm 3.62 x 15.7 inches 600 x 400 mm 1.8 x 15.7 inches 300 x 400 mmL_ uminumAlloy enna uminumAlloy atettal • uminum Alloy num Alloy ',�• adlating Electrical u aterial u u nna piece design trucGrre piece design r piece design + piece design ng 0to85• C emperature =40to 185' : meter of nstallation Pole 30-60 mm Oto 85• C •40to 185' F) _ _ ••..s5 C deta 185' F -40to85• C (-40to 185' 1 l Sin. (30-60 m ,2-2.31n. (30.60 mm) 12-L31n. (30.60 mm) elght .5 kg .7lbs. (3.S kg) ..721bs.(2.6 kg). z.96lbs. (1.8 kg) • Laadin011b. OOMPHr 70Ib. - iib. Slb. L . 21b. lb. = 71b. Koriz6n2d Ytvti'di ZDAGP800.115.21 Patterns • Olnient*I We Oral ZDAGP800-12 28 Patterns ZDAGP800-10-32 Patterns ZDA COMMUNICATIONS US LLC Website. Email • a - -. • ... ` ! A,oAA► IA710S • Website: MtpJlwww.zdacomm.com Email: sales@zdacomm. m TeI:803-419-4702. 800 MHz Grid parabolic dish Antennas Mounting Diagram installation: l Mount the antenna on the brackets according tote Mountingdiagram. Make sure the antenna palariration parallel direction you nee& 'When'thc antenna polarization are vertical to the ground,thc antenna is -vertical polarization;When the antenna-palarization ate 'horizontal to the ground,the antenna: ishorizontal polarization. 2..luiourit the antenna on the mast supplied by -cm -totter according to the mounting diagram. 3. Test the antenna with cq iipment to make sure the antenna'reecivc the best signal by turning the aaamuth and pitching angle,then lock all the. screw and seal the connector between antenna and cable. , ZDA COMMUNICATIONS US LLC Website: Email ANDREW® PU, I C SAFETY A CommScope Company Ensuring Reliable, Ubiquitous RF Coverage for Mission Critical Public Safety Networks NODE A UNIVERSAL MULTI -BAND, MULTI -SERVICE SOFTWARE -BASED OFF -AIR SIGNAL BOOSTER PLATFORM To meet the rigorous demands of mission critical public safety networks and changing in -building coverage ordinances for firefighters, police, and other first responders, Andrew Solutions has developed the NODE A, a flexible, modular, cost-effective digital off -air signal booster platform. The NODE A is a universal solution that is ideal for the transmission of analog or digital multiplex public safety frequency bands including Tetra, Tetropol, LMR, and APCO25, even in the most demanding application environments. In addition to being already an efficient and low-cost alternative to base stations, the Node A can be shared with commercial frequency bands which reduces CAPEX and OPEX even more. • Supports up to four frequency bands in a single chassis with fully integrated multi - band combiner and modem for remote monitoring and control. • Software -bused platform enables on -the -fly filter changes and development of new features and capabilities without expensive hardware upgrades. « Channel and bond selective automatic gain/power control for an individual amplification of multiple base stations/repeater sites, guaranteeing a stable and interfernece free coverage area. • Uplink muting for unused narrowband channels in order to avoid uplink desensitization of BTS receivers • Available in high power classes to enhance coverage in a wide range of facility footprints while optimizing total system cost. • Intuitive auto setup wizard and help screens for easy system configuration, minimizing setup time and reliance on expensive and bulky test equipment. • Advanced QoS measurements and reports, including inbound and outbound measurement of channel power/RSSI and an indentification of interference signals, to facilitate setup and verify ongoing system operation. • Remote alarming through SNMP or SMS using wireless data. • Seamless integration with other Andrew products (e.g., IONT".B/IONT"1M(. • Rated for both indoor and outdoor use with versatile rack mount, wall mount, or pole mounting options. Specifications 0..r'tit• ) !s`��"�Y Electrical Number of supported RF cards (see table 1) NodeA2 2 Node A 4 ..,,....4 Number of supported narrowband sub -bands per rack NodeA2 16 Node A 4 32 Number of supported wideband sub -bands per rock NodeA2 2' Node A4 4' Frequency range and RF output power ........ , see table 1 Bandwidth available in Uplink and Downlink per rack Node A 2 tlarrowband Sub -bands . 6.25 to 331.25 kHz Wideband Sub -bands up to 10 MHz (sealable 2 for details) Node A 4 Narrowband Sub -bands 6 25 to 331.25 kHz Wideband Sub -bands up to 20 MHz (see table 2 for details) Gain in Uplink and Downlink..... see table 1 Gain adjust range, dB . 30 in slops of 1 Filter selection step size, kHz 6 25 Output Power step size in Powermode, d8 - ..... 1 Output Power accuracy over all conditions, dB ... t2 Maximum Input Power without damage, dBm .... +10 Maximum Input Power without overdrive, dBm ... -20 Mechanical Height, width, depth, mm (in) NodeA2 177.0x351.2x462:8 (7 x 13.8 x 18.2) Node A 4 177.0 x 482.3 x 462.8 17 x 19 x 18.2 LIAR 450 Duplexer Rack 177.0 x 482.3 x 469.5 (7x19x18.51 Weight, kg (Ib) Node A 2 . 11(24) ltode A 4 .. _ .... ; 12.5 (27.51 RF card 4 5 (10) LIAR 450 Duplexer Rack 24 (53) Uplink Downlink P-1 dB, dBm +35 (VHF150+31)........ +42 (VHFIS0+39) 01P3, dilm +52 (VHF150+42).......... +63 (VHF150+48) Noise figure @ maximum gain, dB 4.0 4.0 minimum gain, dB 6.0 12.0 Deloy, ps 1010 204 (depending on filter type) 6 (Standard filter set) Power supply Narrowband Sub -bonds . Wideband Sub -bands Standard .................10010240 Vac Option . 36 to 72 Vdc Power consumption, Watts tlode A 2 chassis ......... 70 (lade A 4 chassis 120 RF card 145 Antenna port connectors 11 Female Spurious Emissions, dBm an. 10 K( • Valid for sub -bond bandwidth up to 5 MHz. Environmental Operating temperature range, °C , . . ., . •33to+SO Ingress protection Hode A/RF lards IP65 (Fens: IP55) LMR 450 Duplexer Rack . , IPSO Acoustic Noise, dB(A) 47 @ 25°( 55 @ 50°( All figures are typical values and refer to the antenna ports of the RF card. The loss of the integrated RF combiner section (Option) is typically 0.5 to 1.OdB. Features Items Measured Measurement of BC(N power, channel power, RSSI, and system identification. Statistic Collection ............. . .... - Collecting data (min, max., average, standard deviation) of items measured in a 15 -minute Interval. Auto Configuration Setup based on dovmlink power requirements, not gain. Uplink gain Is automatically setup based on the downlink settings. Access Web browser based focal access and remote access. Packet data and circuit switched data options. OMC tannenivity via SIIMP. External Alarms Uplink Muting Interference Analysis Database Up to 5 alarms, active high or low configurable via software. Gain redunion of unused Hmeslots of channels in order to avoid uplink desensitization of BIS receiver. Event triggered database to identify interference signals in terms of frequency, power level, duration, otc liable 1: RF Card Options -- Ul Frequency, DL frequency, Max. Coro,! , RF(aid ! MH: f IAHxUplink CompositeOutput PowerdBm 1 Downlink Compoite Output PowerdBm}Mo0ub0tme I L J t r IIHFISO" [ HI 528 ff 14810174 :y 148 to 114 1 r 9024 R 28 380 to 38S 3-90;195 395 L.. 85_ 24 36 TETRA/Tetrapol450 AF 436 385 to 390 395 Io 400 85 41010 415 4201o425 : 85� 415 to 420 425 to 430 85 45010 455 460 to 465 i 85 455 to 460 465 to 470 85 1 W LMR QSO i AF4037 t F 45510 470 1- 450 to465 f 8S ~ 47311:1512 ,1 470009 ` 85 VAR 700 AF7037 788 to 824 758 to 776 94 24 24 14 24 36 36 36 36 24 36 ___ 27 30 LIAR 800 r Af8037 It 806 to 824 r 851 to 869 t 94 30 LIAR 900 Af9037 896 to 902 93510 941 94 30 ' Output power per taller (dam) = t • i e output pour (dBm) • 10 x hg (no. of (arters) ttote: Output Purer Is vat d (or BV> 25 Ilii " Requires external duptexen (speolirafion details see table 4) Detailed System Description Node A RF Cords convert the RF into digital signals and transfer the digital signals to the Node A rock, where the overoll digital filtering is done for all RF Cords. The available FPGA resources, which perform the channel/subband filtering, ore shored between all RF Cords inserted in the Node A rock. The Node A2 can provide up to 16 narrowbond sub -bands, where 106 different filter types con be chosen and 2 wideband sub -bonds (up to 5 MHz eochl for band -selective transmission. The Node A4 is capable of up to 32 nonowband subbands and 4 wideband sub -bands. When the sub -band bandwidths are greater than 5 MHz, the filter resources are grouped 31 37 31 31 37 together, without phase or amplitude ripple, where the sub -bond is defined by a start and stop frequency. The total number of filter resources required is determined by adding the number of filter resources required for each sub -bond. for example, if there are two sub -bands with 4 MHz for the first subband and 1 1 MHz for the second subband, then 1 filter resource is required for the first sub - bond and 3 filter resources are required for the second subbond. The totals number of filler resources required is 4. However, the maximum available bandwidth (Node A2 10 MHz, Node A4 20 MHz) will only be achieved with subband bandwidths of multiple 5 MHz. (lode A — Supporting Firs) Responders in (mergendes and Expanding Coverage in Healthcare Fatuities Table 2: Bandwidth available in UL and DL per Rock (1 Narrow Band channel requires one filter resource) I16 channel Bandwidth (1(11z] [ Delay (as) 6.25 204,162 12.5 102 86 18.75 71,60 25 _55,46 3125 4S, 39 r 37.5 _ r 39,33 IIB chonnel Bandwidth (kHz) 93.75 100 106.25 tBelay (psi 20,17 19,17 , .._L 18,16 118 channel Bandwidth (kHz] 181.25 187.5 193.75 118 channel Bandwidth (kHz] 268.75 275 v - 11,10 IDelay(as) 11,11 281.25 11,10 112.5 -18,16 1� 13,12 ~~ r 287.5 1' Tr_ 11,10 118.75 17,15 206.25 13,12 293.15 11,10 125 _ L 11,1S , 212.5 F 13,12 _r� 300 rr_ _11,10 43.75 34,30 131.25 16,14 218.75 12,11 306.25 11,10 50 `' ---31-i7- 1375 , „1I. 16,14 11_,.._ 225 12,11 _ . 312255 !_ t 11,10 56.25 28,25 143.75 15,14 231.25 12,11 318.75 11,10 t ,613,__ _ 26, 23 150 -,r _15,14 , *2375L1211 t _ 325 } , [ _ 11,10 68.75 24,21 156.25 15,13 243.75 12,11 331.25 10,10 II 7523, 20 162.5 l 14,13 250 12,11 81.25 22,19 168.75 14,13 256.25 12,11 87.5 [ 21,18 115 ► 14,13 I 262.5 11,11 Sub -Band filter Resources Bondwidlh (MHz] 0.01 to 5.00 [_S.OLIo10.00_� 10.01 to 15.00 [._15.01 to 20.00 3('y 1 3 Examples: Available Filter Resources (up to 5 MHz wide) 15 14 Node A2 et- 21 V E 0p, 1 16 12 11 la 9 _Q..' cHAsst. Node A4 ��EC11VE 0.62 3 {4' 1 a 3 • 1 .►`l 4 27 - —- 10 26 11 25 12 24 13 22 �.- s 21 16 G 19 15 17 st,V" CHAHHEV A LMR 450 12 channels 25 kHz A 1MR 450 24 channels 25 kHz A LMR 800 1 Band 4 MHz A LMR 800 8 channels 25 kHz ___.A.Unused filter resources: 4+_1__ _- ____ _ A. Unused filter. resources: 0 + 4 __ _ Table 3: Node A Ordering Guide -Description Syme RiR r - Prover Supply: Optionoi 1 (lumber of Supported RF cords: RF Cards i Itode A 2 IlodeA4 t Power Supply Unit A( III 100-24011 ,1 Power Supply Unft 11611404 (Basic configuration) Pad-Ilumhar, 7561393 7561392 17547518.00 7560164.00 up to 2 7578839-00 up to 3 (only (lode A4) 7578840-00 up 1o4 (only Node A4) 7578861-00 DCM M 1528 (Uplink / Downlink 148 to 174 MHz) 17627498.00 /-01 _ DCM AF 436 (Uplink 38010 38S MHz / Downlink 390 to__395 MHz) 1:7515751.00 /-01 DCM AF 436 ((Uplink 385 to 390 MHz / Downlink 39510 400 MHz) (1599125.00 /-01 DCA( Af 436 (Uplink 410 to 415 MHz / Downlink 420 to 425 MHz) 1754235701/ -01 :km AF 436 (Uplink 41510 420 MHz / Downlink 425 to 430 MHz) ;1596234.00 / -01 DCM AF 436 (Uplink 450 to 4551111i/ Downlink 460 to 465 MHz) t 7607816-00 /-01 DCM AF 436 (Uplink 455 to 460 MAHz / Downlink 465 to 410 MHz) x7643116-00 iii `DCM AF 4037 (Uptmk 455lo 470 MHz / Downlink 4S010 465 MHz) _. ;762541-00 1:01 D(M AF 4037. (Uplink 47310 512 MHz / Downlink 470 to 509 MHz) ;7602543-00 /-01 {RAI AF 7037 (Uplink 788 to 824 MHz / Downlink 758 to 716 MHz) _ - j 1517534.00 / -0I D(M AF 8037 (Uplink 806 to 824 MHz / Downlink 85110 869 MHz) 7577538.00 / •01 '41101031 (Uplink 896 to 902 MHz / Downlink 935 to 941 MHz) ± 75.77.546.0.0 /-01 Dptional Humber of Dummy Cords (each empty slot must be filled with a Dummy card) Optional 1 (Bask configuration) w ` ____:_z_ ` Humber of Supported VAdeband Sub -bands / ;up to 4 up to 16 narrovkend Sub -bands and 2 MacLeod Sub -bonds (021/ 32 narrowband Sub -bands and 4 wideband Sub -bands (A4) __ 0ptionzl - Additional Software Features Interference Analysis Databose { ,1 -way combiner (350.3500 MHz) I Y-way-(ombiner (158.824/851-869 MHz) 2 -way -Combiner (150-550/698-2100 MHz) RF Combiner Section with Integrated Optkmd 2 -way -Combiner (450.512/450.512 MHz non -adjacent) Modem Coupler: tr 2 -way -Combiner (450.512/450.512 MHz adiacen0_ I, 4-way-(ombiner (806.869/896 941/i850-1995/2500.2700 MHz) "4-way-(ombiner (0.114/380.512/758.869/896.941 MHz) M088 (05)A 850/900/1800/1900) i I MUS (GSM/EDGE 850/900/1800/1900) Anydata EIA4 ((DMA 850/1900) topModem for Alarm Forwording, { Alrlink Redwing/Raven ((DMA 850/1900) �rMeliglech ((DMA 850/1900) IIsi 81E1hernetAdopter (LAW 19" Rodc mounrng tiode A 2 Woll Mouni-mg KI !lode A 2 Outdoors Polo Mounting Elide A 2 Ilarrowbond Sub -bards Ot'plio wl7 ; MouMing O 1ioi (Wall Moulting Kit ItodeA2 and A 4 .19 Rade mouming Ude A 4 (included In basic configuration) I r) WallMounting IGt Hods A 4 Outdoors7591820 Pole Mounting Et !lode A 4 ,7597825 Hole: A pre-conftgured.System Rack Indudmg.Power_Supply, RF (ombiner.Sedion, Modem, number of supported Rf Cords, and number of supported nub• bonds/dronnels onbe ordered with one part number. contact your local Andrew Soles,Representative for more Information. 7574285-00 11578862.00 7578863-00 t.bd- 7514290 ;1605087 i 7577520 0o requesl t On request 7514288 , 17632127 7624474 7512585 7572586 7572587 7599058 7605086 :7598847-00 x7597819 (7597823 1597821-. --:_-� [Table 3: Node A Ordering Guide (continued) , [Description Required . per D(M 4037 LIAR 450 Duplexer Rack !lode A Duplexer Radc 455-459 and 450-454 MHz (lode A Daphater Rock 456-460 and 451-455 MHz 1 Part•Humber 7605118-0001 7605118.0002 Hods A Duplexes Rock 465-469 and 460-464 MHz 7605118-0003 'lade A Duplexes Rack 466-470 and 461-465 MHz 1605118.0004 !lode A Deplane: Rack 473-475 and 470-472 MHz 760S118.0005 !lode A Ouplexer Rack 474-476 and 471-473 MHz 7605118-0006 Hode A Duplexer Rack 479.481 and 476-478 MHz 7605118-0007 Hods A Duplexer Rack 480-482 and 477-479 MHz 7605118-0008 !lode A Duplexer Rack 485.487 and 482-484 MHz 7605118.0009 Hode A Duplexer Rack 486-488 and 483-485 MHz 7605118-0010 Hode A Duplexer Rock 491.493 and 488.490 MHz 7605118.0011 Ilode A Duplexer Rack 492-494 and 489-491 MHz 7605118-0012 'lode A Duplexer Rock 491.499 and 494-496 MHz 7605118-0013 Hode A Duplexer Rock 498-500 and 495-497 MHz 7605118-0014 Hode A Duplexer Rack 503.505 and 500-502 MHz 7605118-0015 Node A Duplexer Rack 504-506 and 501.503 MHz 7605118-0016 Node A Duplexer Rock 509-511 and 506-508 MHz 7605118.0011 Nada A Duplexer Rack 510-512 and 507-509 MHz 7605118-0018 IHots: A preconfiguredSystem Rack fndud ng Power Supply, RF Combiner Section, Modem, number of supported RF Cards, and number of supported sub-hands/channels can be ordered with Ione part number. (anted your local Andrew Sales Representative for more information. ]Table 4: External Duplexer Specification for VHF 150 Rejection of Uplink signals in the Downlink filter Rejection of Downlink signals in the Uplink fiber Crossover Reledion between Uplink end Downlink: 69 dB 73 dB — Goad Band Upink/DownDnk > 600 kHz 23 dB — Goad Bond Uplink/OownDnk < 600 kHz 23 dB +160l kHz - Guard Band) x 0.1S dB/kHz Hole: In case IMO 3/5/7 of Iwo downlink channels would fall onto an uplink channel stronger reledion is needed. maim ®REW® A.CommSco - e Company P P Y www.commscope.com Visit our Web site or contort your loco! Andrew Solutions representative for more information. 0 2012 CommScope, Inc. All rights reserved. Andrew Solutions is o eadenr A of Can nScope. An trademarks Identified In 0 a 114 we registered trademarks a trademarks, respectively, of CaiunScape. - — - - This document is for planning purposes on:y and is not intended to modify or sup{fement any specifications or venonties relating to Andrew Solutions products a services. BR-103177.7•EN 102/12) ZDA COMMUNICATIONS 11f6 e‘ Wireless sodomite solutions Website: Email: 4a� Tel 800 MHz Grid paraboilc dish Antennas Frequency:806-896MHz, pin:170115dBi 12dB110dBi , The grid parabolic dish Antenna features excellent front to back ratio. It is ideally suited for directional applications, point to point systems . 800MHz tighter bands. This antenna's construction features a rust -proof die cast aluminum reflector grid for superior strength and light weight. This antenna's 4 -piece & 2 -piece reflector grid is simple to assemble and significantly reduces shipping costs. The grid surface is UV powder coated for durability and aesthetics. The open -frame grid design minimizes wind loading. The antenna is supplied with a 60 degree tilt and swivel mast mount kit. This allows installation at various degrees of incline for easy alignment. It can be adjusted up or down from 0 to 60deg. Features: -Excellent front to back ratio •Dle-cast aluminum construction .4 -piece & 2 -piece reflector grid •t!V stable light gray powder coat finish •Easy to assemble •AIt weather operation Model: ZDAGP800-17-15----806-896MHz 17dBi 15deg ZDAGP800-15-21-806-896MHz 15dBi 21deg ZDAGP800-12-28-806-896MHz 12dBi 28deg ZDAGP800-10-32—,806-896MHz 10dBi 32deg }_a-pieceassemble,f(ai Applications : •800MHz Band •point to point systems •800MHz Cellular 1 2 -piece assemble, fi 2 i-pieceassembie<fg3 ) receassemble ,i a� ZDA COMMUNICATIONS US LLC DA COMMUNICATIONS Website: htto://www.zdacomm.com Email: sales@zdacomm.com Tel :803-419-4702 800 MHz Grid parabolic dish Antennas 806-896MHz Grid parabolic dish antenna series specifi ns „ ., :=111..',.. AGP800.1S-21 4. AGP800.12-28 • AGP800-10 32 rc9uMzy Range : ..:•.MHz . I:.• : • • Hz ... Hz In 7d81 •81 i 2dBi i OdBi aftration ertical or Horizontal ertical of Horizontal ertical or Horizontal ertical or Horizontal • ontetBeam $° r1. r8° c2• ereall Beam . 6° ° 5 4.5 15 M to back radio 20dB r 26d8 25dB 20dB nput Impedance r ohm 4 . ohm • • ohm . ohm ipuYMaidmum r .00 W 00 W 200 W 00 W Ing Ground • Ground • Ground io Ground nnector female or • stomized , female or r omized female or N female or • stomked mired ._ tze 1200mm 3.62 x 35.43inches 600 x 900 mm) 3.62 x 15.7 inches 11.8 x 15.7 Inches 600 x 400171M - 300 x 400 mm enna aterlal uminum Alloy umlnum Alloy hmdnumAlloy uminum Alloy adiating lectncal atenal u u na tractors piece design r piece design piece design piece design • • - ng emperature--'(-40to • iameter of Installation Pole . o 85' C 1 -85° -Fl 30 60 mm • n o 85° C -40to 18S' F) .: Oto 85' C o 85' C (410„....191,85.1X (-40to 185' F -2.3in. (30-60 m) .2-2.3in. (30.60 mm) .2.2.31n. (3060 mm) eight .5 kg .7 lbs. (3.5 kg) i .72 Ibs. (2.6 kg) .96 Ibs. (1.8 kg) toadlnic 001110,H 011b. 17016. •:.1b, 251b. b. lb. 21b. 71b. Yerthel ZDAGP80016.21 Patterns e„rr�:�tra vertiaet ZDAGP800.12-28 Patterns erorr.°,� ZDAGP800.1032 Patterns ZDA COMMUNICATIONS US LLC Website: Email. Y. .• IZ_. • A COMMUNICATIONS Website: httpolwww.zdacomm.com Email: sales@zdacomm. m Tel:803-419-4702 800 MHz Grid parabolic dish Antennas Mounting Diagrarn mast (should be ess, 05 t=eed 'ROM vertical to the around "L" type bracket Installation - ;1. Mount the antenna on Me brackets according to'the Mounting 4iagram Make sure the antenna palarization ;parallel direction you need. `When the antenna palariaaton are vertical to the ground,the antenna is vertical polarization:When the antenna-palarization are horizontal to the gr+oundthe antenna is horizontal polarization: 1: Mount the antenna on the mast supplied by customer;atxording to the mounting diagram. 3. 'Test the antenna with equipment to make sure the antenna receive the best signal by turning the azimuth and pitching angle;then lock alt the.. screw and seal the connector between antenna and cable... .Reflector two pcs syrnrnetrically), M6 mit ZDA COMMUNICATIONS US LLC Website Email COMMSCOPE® High -Performance Passive Devices In the battle against passive intermodulation (PIM), CommScope unveils a new standard for passive components. r POWERED BY 1 0 Introduction _�_� 77 ��� Why permit a pr ventable weakness in your network?�-✓r 4 -- -- ---\What is PIM \.. d what causes it? �� \ N'‘ All about PIM and our experiences--- — %0 Q eJ High-performance active components are also highly susceptible to PIM \ 5 Deploy proactive, proven protection against PIM \ 6 ,.3 PIM products in detail Part number description 7 Air Directional Couplers 8 4 Tappers 10 Hybrid Couplers 12 High Power Splitters 13 MIMO and CMAX Omni -Directional Antennas 14 CMAX Directional and MIMO Antennas 15 Why permit a preventable weakness in your network? To streamline the modernization of your LTE network, you invested a tremendous amount of time, energy, resources and expertise into a variety of active components. Imagine commissioning your new hardware, only to discover a massive, network -wide spike in PIM caused by your Achilles heel: low -quality passive components. 4G LTE networks - and the sophisticated distributed antenna systems (DAS) supporting ahem—represent;; MORE. IAore capacity, More frequency bands P/tore t. data traffic. I'Aore powerful technology. More effective perforrnance. More revenue potential. Subscribers want it all Recent wireless usage statistics prove that today's subscribers expect "five bars" of signal strength and instant data speeds— everywhere, all the time: But the modern 4G LTE network is also far more complex than its predecessors. Capacity requirements are doubling every year, requiring higher carrier counts and more efficient modulations schemes. These challenges introduce a greater probability of PIM interference—and that can cause major deployment headaches for you. 100` 2011 ! 2012 2013 2014 2015 2016 2017 12012 12013 a)t r ua�ry �y; 0 r71- WORLDWIDE WIRELESS NETWORKS'' ' BETWEEN 2012 AND 2013 Source: 'Cisco Visual Networking Index: Global Mobile Data Traffic Forecast Update, 2013-2018', Feb. 5, 2014 What is PIM and what causes it? In a passive non-linear radio frequency (RF) circuit, PIM is the interaction of fundamental signal frequencies that produces extra unwanted signals. These unwanted signals inadvertently produce many signals at other frequencies. These frequencies, called harmonics (integer multiples), are what cause signal interference. From an antenna performance perspective, PIM typically occurs when: • PIM products fail in the receiver band • Two or more transmitter channels share a common antenna • Transmitter signal levels are high • Transmitters and receivers are duplexed • Contact between dissimilar metals as a result of insufficient plating of metal • Improperly torqued connectors • Structures or objects in close proximity to the site From a design, deployment and usage perspective, PIM is typically caused by: • Surface oxidation in the RF path • Improperly torqued connectors • loose metal -to -metal contacts • Insufficient metal plating • Poor solder connections and splatters • Structures or objects close to the cell site • Nearby ferromagnetic materials • Component vibration 4 For more information, visit oommscope.00m High-performance active components are also highly susceptible -to -PIM Over the years, PIM has evolved from a virtually unknown EAS performancelmetric into • a critical system requirement. Network performance, as identified by downlood speed, is high 9 susceptible to smallerlevels of distortion that significantly impact performance. Hyper -sensitive ontennas and radiosn vs, multiple frequency overlays and more components in 6 the RF path create an environment,where the margin for error.for PIM continues to shrink.--:' �-Download speeds. are: critical ;in;DA vironmeenn`ts like diums; where many components in the RF—path—can generate PIM plitters, hybrid couplers, dii'ectional couplers and_ ' tappers are being installed closer to active signal sources To accommodate this closer proximity, minimum PIM specifications for these signal distributionc▪ m- ponents.continue to 0 rise. As a result, our suite of -160 dBc (-1 17 dBm)'pas ive devices represents the high-, performance innovation and cost-effective quaky you.ve come to expect from the Andrew® portfolio of wireless solutions{ Partner with a single -source, end-to-end, global network infrastructure provider We address PIM with a holistic, proactive approach. Nothing is left to chance. We begin with quality soldering and sealing. We use non -ferric designs, thorough testing procedures, precise field installation and performance optimization to mitigate PIM interference. We achieve this quality by blending emerging technology with world-class expertise and local insight supports by a global presence. Designed to support the extremely high data rates and multi -channel counts used in applications like MIMO, Andrew -160 dBc passives are engineered to meet spectrum allocations of 698-2700 MHz. For more information, visit oonvnsoope.com 5 aDMMSO PE Deploy proactive,• 'proven protection against PIM ,� �To achieve consistent'performance, every active device in your network must be supported by a series of, pas"sive-devices Yetfor.every 1 dB reduction in uplink caused C 1 by PIM, 1 1 per nt of coverage is lost. Why ake`cchh a risk? �/, -. /r )/Instead of trying to find and replace poorly performing -passive components after installing4them,pse-160 dBc Passive Devices as part of youromrtial,deployment. �., ��� ! Quicklyandeasily view PIM test data with our WebTrak® internet or cTtakmobile apps • Offer the optimal customer experience provided by your technology Yam %) .) ..s, 1 �, • Minimize PIM issues during system optimization • Ensure the greatest possible coverage • Maximize data throughput • Accelerate time -to -market ,r„ tPm.rt PINE, 7�,7 Mffi1 Cowie, 65-270!VIIs iawoe drtn�w Built and tested to last To ensuie durable performance under extreme environmental conditions, our engineers expose components to a variety k of stringent tests: • Electrical stress • 10G to 50G vibrations • Accelerated life testing (ALT/HALT) • +85° C10 -35° C temperature fluctuations i 9 5 IF r r 1 itryny;w.s et .the PIM Ifo you need { vJ comprehensive testing results for your network online using CommScope's WebIrak® app. View swept frequency' plots for specific passive component related to PIM, VSWP:,,insertion loss, isolation and coupling. 6 For more information, visit ommrrsoopecum When performance is vital, peace of mind is priceless Every CommScope passive device is factory pretested to drive down signal-to-noise ratio and optimize MIMO antenna performance. When you see the Andrew brand on your CommScope couplers, hybrids, splitters and tappers, take confidence in the performance of your network. Part number descriptions o In -building Aztenna Model.Number•Sequenc Antenna Btand�. Type I BRAND • CMAX = CommScope Andrew® Antenna Nominal HalfFquency Beam Width Group+l O Splitter Model Number Sequence Power PIM Frequency Group O Coupler, Hybrid Coupler and Tapper Model Number Sequence Device Type Connector Type PIM Coupling Frequency Internal Factor Group Construction ANTENNA TYPE 0 = Omni-diredional D = Diredional PIM I = low IMO (Intermodulation) i6 = -160 dBc (relative to carrier) ENVIRONMENTAL RATING 0 = Outdoor Rated EXT = Exterior FREQUENCY GROUP T = 300-500 MHz 1E1RA Band C = 800.1000 MHz Cdular/GSM Bmd P = 1700-2000 MHz PCO/P5 Buds U = 2000-2300 MHz UM15/3G Bmds S = 2300.2400 MHz Spread Spednxn Bmd = 698-800/24002700 MHz Evclrfian Bmd = 2700-3800 MHz E NOMINAL HALF POWER BEAMWIDTH 30 = 30' 60 = 60' DEVICE TYPE S = Splitter C = Coupler Ci = Tapper H = Hybrid a COUPLERS &TAPPERS = 61.94 Wm 6,8, 10, 13, 15, 20, 30 dB A ' = Air dielectric (ow iMD For more information, visit comniscope.com 7 -Air -Directional Couplers These couplers are ideal for complex applications. They enforce very low passive intermodulation, minimize RF insertion Toss and enable multiband frequency coverage. • N and DIN Connectors • 200 W N -type, 300W DIN7-16, -160 dBc • IP 65 for indoor and outdoor use • Air dielectric version of C-x{POSE-Ai6 range \(U6 I .. C-61PU5E1636 J C&aUSE0Ai6 Gemmed Spedeudion Brad f.BCPUSENAi6 . f 10(Pus&nab C-o-CPUSE-DAiG '-1 D(N Fen -tole connector C-101POSE8 i6 1 C_13(PUSFDAi6 I C-13 Ai6 Deft Type Wore (dot &mind Specification w OPhg �4�v Bad __ cow& 7-16 01N Fantle N Fantle 7.16 DIN Fede N Female 7-16 OOi Ferde N Female 7-16120 Fende NFen* She 698-2700 Mt 3rd Order IMO -160 d& (done to mrkr) 3rd Order IMO Test Mdnd berme Pow%=Mum 1g Caphig Waste Two +43 darn oriels 300 W 200W 30W 200 W 300W 200W 300W 6.0 dB 8.0 dB 10.0 dB 200W 13.0 dB ±1.0 dB SO dm herr= los @ 698- 2700 Mk ISdmon 43 698-2700 MHz Ped; Power, mann Repealed Pare, marimm Roan loss, mit= 1.1 dB 0.768 26 dB 28 dB 30 dB 0366 33 dB 1 kW 40 W 70 W 100VI 200W 20.8 dB vSWR IYdsior Spedfim7oa hreCmldPlotg 12:1 She Outs Corded Plistg Fariro_asd Spedfimfioes AppBmtion Indoor/Outdoor 1 ingress Pronto Test McItmd IEC 60529:2001, 1765 °Pettifog Terpemae -35 °C to+85 °C (-311 fo +185 °F) Mote Hurt* Up 1°100% Heidi' 36.00 mm 1 1.42 in 22.00 nm ( 0.871 36.00 mm 1 1.421 22.00 mm 0.871 36.00 nm ( 1.421 22.00 mm 1 0.87 in 36.00 mm 1 1.421 22.00 mm 10.871 Werth 169.00 mm 1 6.651 155.00 nm 1 6.10 n 169.00 mm ( 6.651 155.00 nm 1 6.101 169.00 mm 1 6.65 in 155.00 mn 1 6.101 169.00 nm 1 6.651 155.00 ran 1 6.101 Width 74.50 nm 1 2.93 In 75.00 ran 1 2.95 n 74.50 m 1 2.931 75.00 m 1 2.951 7430 m 1 2.931 75.00 m 1 2.95 n 7430 m 1 2.931 75.00 m m 1 2.951 NetWeidrt 900.00 g 1 1.986 380.00 g 1 0.84 6 900.00 g 1 1.981 380.00 g 1 0.84 D 900.00 g 1 1.981 380.00 g 1 0.84 6 900.00 g 1 1.98 6 380.00 g 1 0.841 Pocked (Fonowdons Hain 65.0 ran 1 2.6 in 40.0 mm ( 1.61 65.0 ran 1 2.61 40.0 mn 1 1.6 m 65.0 mm 1 2.61 40.0 mm 1 1.6 in 65.0 mm 1 2.61 40.0 mm 1 1.61 lar* 170.0mm 1 6.7 is 1801 mm 1 1.11 170.0 mm 1 61 in 180.0 ran 1 7.11 170.0 nm 1 611 180.0 mm 1 7.11 170.0 nm 1 61. 180.0 nm 1 7.11 Nth 110.0 nm 1 431 90.0 mm 1 3.1 110.0 nm 1 4.31 90.0 mm 1 331 110.0 ren 1 4.31 90.0 nm 1 331 110.0 nm 1 4.31 90.0 mm 1 331 Slippir Wr6drt 980.00 g 1 2.16 6 420.00 g 1 0.936 980.00 g 1 2.166 420.00 g 1 0.93 1 980.00 g 1 2.161 420.00 g 1 0.93 1 980.00 g 1 2.16 6 420.00 g 1 0.431 9d1me 12153 a 648.0 a 1215.5 a 648.0 a 1215.5 a 648.0 a 12155 a 648.0 a 8 For more information, visit comms pe.00m Air Directional Couplers .a C-34CPUSE-N-/ii6 wile N Fen -tote connector C-15{P05EOAi6 _IC-15(PUSHild6 G�nrol Brad C-2042PUSI-0Ai6 C200115bli i6 Andrew" C-30(1115EAi6 -) C-30 i6 Dmitri Type Intake coupler 7-16 DIN Fande N Fantle 7.16 DIN Fande N Node 7-16 DIN Fande N fenm& Cala - - Spodficarses *aril Fre4 y Sha 698- 2700 MHz 3r1 Orde IR -160 dBc (mb8re to atria) 3rd Oda MO Tat Molmd Wage Power, maximi CDHdTIo Coq/119%m Inmedonce hhsefim Loss © 698-2700 MND kdafm @ 698-2700 MND Peds Powe minim Two +43 dBm arias 300 W 200W 300 W 200 W 300W 200W 15.0113 20.0 d8 ±1.0 dB ±1.0 30.0 dB ±12 dB 50 ohm 0.4 d8 02 dB 35 dB 40 d8 0.2 dB 50 di 1kW RefleGed Powe maxum 200 W Ram Los, minim 20.8 d8 MIR Medrrdrd S�erifioo6o�s Iia Cmtad Plafihg 1.2:1 Sire Out** Contact g meroveroatai Spdfimfien Weldon Indoor/Outdoor Immo holmium Ted MellA ITC 605292001, IP65 Opeatng Tenpeaue -35°C to+85 °C (-31 °F to+185 °F) R&M Humidity 7eeermea Up to 100% Hied 36.00 rim 1.42 it 2210mm 0.87n 36.00 mm 1 1.42h 22.00mm 0.81n 36.00mm 1 1.42, 22.00 mm 0.87n Length 169.00 mm 1 6.65 h 155.00 mm 6.10 in 169.00 an 1 6.65 in 155.00 mm 6.10 in 16910 mm 1 6.65 h 155.00 mm 16.101n Width 7450 m 1 2.93 h 75.00 mm 1 2.95 h 1450 mm 1 2.93 h 75.00 m 2.95 in 7450 m 2.93 h 75.00 mm J 2.95 h Net Weight 900.00 g 1 1.986 380.00 g 0.84 b 900.00 g 1 1.98 6 380.00 9 0.84 b 900.00 8 1 1.98 b 380.00 9 1 0.84 b Piedra roossioas Hunt 65.0 mm 2.6h 40.0 mm l 1.610 65.0mm 2.6h 40.0 mm 1.6h 65.0mm 1 2.6 in 410 mm 1 1.6h length 170.0 non 6.7h 180.Omm17.1h 170.Omm16Jh 180.0 mm 7.1h 110.0 win 16.7h 180.0mm17.1h Width 110.0mn 1 43h 90.0 mm 135h 110.0m 14.3. 90.0 mm 1 35h 110.0mm 14.3in 90.0nm 1 3.5h Shippng Weight 980.009 1 2.1616 420.00 9 10.93 b 980.00 g 1 2.161b 420.00 g 1 0.93 b 980.00 g I 2.16 6 420.00 g 10.93 It Volume 12155a 648.0a 12155a 648.0a 12155a 648.0a For more information, visit Q mnnoopecom 9 Tappers Tappers support indoor applications in the 700 LTE band, 900 MHz cellular/GSM band, PCS/DCS-1800 band, and the 3G band to 2700 MHz. Each unit couples a defined fraction of high-power cellular signal with minimal reflections or loss. The wide frequency range is ideal for multiband antennas, radiating cable systems and in -wire base stations. • N and DIN Connectors • 'Low dissipation loss • IP 65 for indoor and outdoor use • Spring dip makes wall mounting easy '1 R \ i,; -- ---CleatI5E-0i6 (MOUSE -NM I - CI-8405E0A _I CF81pa5E186 -I. C1 -100115E-016 I cnooaSH66 I CT -0"i6 CH3(PUSE-M6 ,ledevTiiaotwer; SPus c:1l r_PI ISE DAN') /Alt, / 1 b f JIN ( mia Bed Andreso• Devi: Type Interface Color TIPPa 7-16 001 Fends Node 7-16 DIN Fends N Foote 7-16 DIN Fends N Fends 7-16 DIN Fends N Fends Sita 1710 - 2700 MHz 1 698 -960 MHz 3rd Order IMO -160 dBc (*five to order) 3rd Order IBM Tea Method Mop Power, madmen Collts11 Caaptrg Tderaxe Two+43 dam caries 300W 200W 300 W 200W 300 W 200W 300 W 6.0 di 8.0 dB 10.0 dB t0.8 dB *1.0 d8 200 W 13.0 dB 11.25 dB kopedizce 50 dm Insert= Loss at frequency 8a d 1.6 d8 431710-2700 MHz 1.6 d0 @ 698-960 MHz 1.1 dB 431710-2100 MHz 1.1 d84)? 698-960 MHz 0.7 dB @ 1710-2700 MHz 07dB43698-960 MHz 0.6 dB 431710-2700 MHz 0.6 43 698-960 MHz Pak Power, maxim 3kW Reflected Power, =bum Rehm loss, nee= VSWR iMdraicd Spa'RaAions 200 W 17.7 dB 19.1 dB 20.8 dB 1.2:1 13:1 125:1 iris Camau rmusg Sita Outs Canact Nofi g ;deierseetd Winton I door/Outdo% lopes Protean TestMethod IK 60529:2001, (P65 35 °C to+85 °C (-31 °F to+185 °F) ReIore e Hank* Up la 100% Heart 28.90 mm 1 1.14 in 25.00 mm 1 0.98 is 28.90 mm 1 1.14 in 25.00 mm 1 0.98 n 28.90 mm 1 1.14 is 25.00 mm 1 0.98 n 28.90 mm 1 1.14 ii 25.00 nm 1 0.98 ii Length 153.60 an 1 6.05 a 141.00 mm 1 5.55 n 153.60 mm 1 6.05 in 141.00 mm 1 5351i 153.60 mm 1 6.05 it 141.00 mm 1 535 h 153.60 mn 1 6.05 a 141.00 mm 1 5.55 h YAM 49.30 mm 1 1.94 n 43.00 mm 1 1.69 in 4930 mm 1 1.94 h 43.00 mm 1 1.69 n 4930 mm 1 1.94 h 43.00 mm 1 1.69, 49.30 mm 1 1.94 h 43.00 mm 1 1.69 in NdWeght 350.00 g 1 0.77 b 260.00 g 1 0.57 8 350.00 g l 0.771 260.009 l 0.57 8 350.00 g 1 0.77 b 260.00 g 1 037 8 350.00 g 1 077 b 260.00 g 1 057 6 Pocked Dir euieds - Nerglrt sum mm (2A h 40.0 mm 1 1.6 h 50.0 mm 1 2.0 h 40.0 mm 1�1.6 h 50.0 mm 1 2.0 h 40.0 mm 1 1.6 h 50.0 nm 1 2.0 h 40.0 mm 1 1.6 h Lith 1110.0 mm 1 7.1 h Width 95.0 mm 1 3.7h 90.0 m 1 35 h 95.0 m 1 37h 90.0mm 1 33in 95.0 mm 1 37h 90.0 m 1 35n 95.0 mm 1 37h 90.0 m (35h SI** Wein 420.00 g l 0.93 b 310.00 g 1 0.686 420.00 g 1 0.931 310.00 g 1 0.686 420.00 g l 0.931 310.00 g 1 0.68 6 420.110 g l 0.93 b 310.00 g 1 0.68 6 Volume 855.0 a 648.0 a 855.0 a 648.0 a 855.0 a 648.0 a 855.0 a 648.0 a 10 For more information, visit oommrsoope.aom 13 s° ate. �a y ��.+d^� 6,„. l.+ os e4 Tappers CT 30,CPUSE-N Ai6 Orilh N Female Connector CF15(PUSE0ii6 Gems! SpdBaoNews -_ _ -- Broad CF15aUSE40 C1-20(PUSED36 C1-2069ISE11I6 CF30(T415EUr6 CF30(PUSN06 Deck°Type Interface Cola Beclrkd S�dioetins 0100113FRITAKY Bald 7.16 DIN Feemle N Fantle 7.16 DIN Fends N Faille 7-16 001 Faille N Faille 1710 -2700 MHz 1 698-960 MHz 3rd Order CMD -160 d& (mitre to older) 3rd Oda IMO Test Method Maago Power, mina CoPPoi Couprng Mane Two +43 dRm Caries 300 W 200W 300 W 200W 300W 200 W 15.0 dB 20.0 dB ±125 dB 30A dB :15 dB hindue 50dm heat1 los at Wpm Band 0.2 dB ®1710-2700 MHz 01 .130 698-960 MHz 0.1 dB ®1710-2700 MHz 0.1130 698-960 MHz Peds Powe minun 3I1 Reflected Pow mina 200W Rem Imo, milk m 20.8 dB YSWR • Medco tai Spedroditits ha Wad Hatzng _ _ _ 1.2:1 Sire Outer Conlon Hang _6rFewwtr Spee:Wm- theta Indoor/Outdoor Ingess Protection Test *tad IK 60529:2001,1965 Operating impend= 35 °CTe+85 °C (-31 °F to+185 °F) Relative Humi ny Upto100% HegM 28.90 Can 1 1.14 0 1500 mm 1 0.98 in 28.90 mm 1 1.14 i 25.00 mo 1 0.98 0 28.90 mm -1.14 n 25.00 mn 0.980 length 153.60 mm 1 6.0Sn 141.00 mm 1 5.55n 153.60 mm 1 6.05n 141.00m 1 555n 153.60nm 1 6.05n 141.00 Can 1 5550 Width 49.30 mo 1 1.94 in 43.00 Can 1 1.69 0 49.30 no 1 1.94 0 43.00 mm 1 1.69 in 49.30 mm 1 1.94 in 4300 mm 1 1.69 0 NetWROI 350.00 g 1 0.771 260.00 g 1 057 6 350.00 9 1 0.776 260.00 g 1 057 6350.00 g 1 037 6 260.00 g 1 057 6 1sud Didier Height Length 50.0 mn 1 2.0 0 40.0 mm 1 1.6. 50A mm 1 2.0 in 40A mm 1 1.6 in 180A nen 1 7.10 50.0 mm 1 2.00 40.0 mm 1 1.60 With 95.0 Can 1 33 is 90.0 m 1 35 0 95A Can 1 33 0 90A m 1 35 in 95.0 nm 1 33 is 90A mn 1 35 is Shppitg Weight 420.00 g 1 0.936 310.00 g 1 0.68 b 420.00 g 1 0.936 310.00 g 1 0.68 6 420.00 g 1 0.93 6 310.00 g 1 0.686 Velum 855.0 a 648.0 a 855.0 a 648_0 a 855A a 648A a For more information, visit commscope oom 11 Hybrid couplers combine two wireless carriers to a single antenna feed or cable. They maximize isolation in wireless bands by using a few solder joints and contain an air dielectric to minimize Toss and enhance reliability. One feed requires the termination of an output port in 50 ohms and results in a 3 dB loss per signal. Using both out- puts for two similar feeds eliminates the loss. • N and DIN female Connectors • IP 65 for indoor and outdoor use • 200 -watt average power rating • Combines nontoherent signals Evers* Spedfim ions &rad A} otic U ' nw "x lathe Device Type 7.16 DIS Fantle N Fantle Cola riotrical Specification kBald 698-2700 MHz 3rd WORD -160 d& taken to coria) 3n1 Order IMO Tat Medved TWO +43 dam mins Average Powe, ma= 200 W cotek 3.1 dB Citupkg Verne :05 8 b4aisnce 50 dm Insaton loss at Frequency Bad 0.2 dB @ 698-2700 MHz IsdaTo n at Frequency Bad 26 dB 41:1698-2700 MHz Peds Powe, =n m 1 kW Reflected Pow% maximan 200 W Ream lost minnurn 20.8 dB VSYVR r--- Spedficalkos Inner Cana Plorvp 1.2:1 Oma Cada Piling Lnamadd spea8mna6 Apphadian Indoa/Ounba Ingress Protecfm Tat Medial IK 60529.2001, 1765 Opeartg Temperature -35 °Cto+85 °C (-311 to+185 °F) RelaDre Humidly Height 36.00 on 1 1.42 in Up to 100% 26.00 ran 1 1.020 length 138.00 mm 1 5.43 in Width 96.00 no 1 338 n 85.00 on 1 3.35m Net Weglt 0.90 kg 11.98 b Finked Dimewsfeas Height 60.0 no 1 2.4 in 0.50 kg 1 1.1011) 50.0 mm 1 2.0a lerdth 170.0 mm 1 6.7 m 180.0 on 17.10 Wdth 110.0 min 1 4.30 95.0 nen 1 3.70 4Pt0 Weill 1.004 1 2.206 0.60 kg 1 1.32 Volum 1122.0a 855.0 a 12 For more information, visit coawmoope oom Multiband high-power splitters evenly distribute high-power signals with minimal reflections or loss. The reactive design employs no resistors, eliminating potential PIM damage. The SMR, PCS, UMTS and LTE frequency range enables use with single or multiband anten- nas and radiating cable systems. Minimal solder joints and an oir dielectric enhance reliability. • 7-16 DIN Female Connectors • IP 65 for indoor and outdoor use • Low dissipation loss • Spring dip makes wall mounting easy Bed S-iCPUSE-H-Ni6 with N Female connector S-2-01ISF4106 L _ 5-2-0041116 51CPUSEi1 6 j S3BUSEIRD6 1 SdcPds 54(PUSEH466 Device Type Woos Cala podia *ciborium Opemfig frequenry Dad 7-16 DIN fends N Renate 7-16 DIN Fends N Female 7-16 DIN Female N female Sher 698-2700Mkt 3rd Oda IMO -160 d& (Oaths to ceder) 3rd Order IMD Test Method Two +43 dBm makes Average Powe, maximum 300 W Impedance SO ohm halo loss at Frequurcy Band Pale Pana, motion 0.2 dB @ 698-2700 MHz 0.3 de @ 698-2700 MHz 3kW Pawn Rang Spbbig 300 W Reflected Powe, madman 300 W Reim las, mhinum 20.8 dB 173 da 3.0 dB 4.8 dB 15WR NesMoiar Spdiiodos Ina Comae Platt] 121 Sive 6.0 dB 13:1 Outer Cadet Phfig loCcofien lined hdaar/Outdoor hgres Protection Test Method IK 60529:2001,11'65 Opera lag iarperoture -35 °C to 485 °C (-13 °F to+185 °F) Ralatixe Heridiy Dieowsios up to100% Height 25.0 mm 1 0.9811 25.00 mm 1 0.98 in 49.00 mon 1 1.93 it 43.00 mn 1 1.69 n 49.00 mm 1 1.93 h 43.00 mm 1 1.69 h length 156.0(1m 1 6.14 h 150.00 mm 1 5.9111 165.00 nm 1 650 n 159.00 mm 1 626 h 239.00 mm 1 9.41 h 227.00 on 1 8.94 h With 73.00 mm 1 2.87 in 61.00 nm 1 2.40 h 73.00 no 1 2.87 in 61.00 mm 2.40 h 73.00 mm 1 2.8711 61.00 mn 1 2.40 h Net Weft 382.00 9 1 0.84 b 261.00 g 1 058 b 459.00g 1 1.816 300.00 g 1 0.66 b 590.00 g 1 130 6 390.00 ti l 0.86 6 torbi Oh udos Height 40.0m 1 1.611 40.0 nm ( 1.611 65.0 mm 1 2.611 65.0 mm 1 2.6 h 75.0 on 1 3.011 62.0 min 1 2.411 Length 180.0 mm 1 7.111 180.0 mm 1 7.1 h 170.0 nm 1 6711 170.0 mn 1 6.7 m 290.0 mon 1 11.4 it 260.0 min 1 10211 Width 90.0 mn 1 3311 90.0 mn 1 3.511 110.0m 1 4311 110.0 mon 1 4311 98.0 mm 1 3.911 82.0 no 13.211 SlipPIlg Weight 445.009 1 0.986 318-00 g 1 0706 546.00 g 1 1206 380.00 9 1 0.84 b 690.00 g 1 1.5211) 470.00 9 1 1.04 6 Valerie 6480 a 12153 a 21315 a 1321.8 a For more information, visit oommscope.00m 13 MIMO and CMAX Omni -Directional Antennas These compact wideband antennas are designed to last and 100% tested for VSWR and PIM. Low IMD versions are treated with even further attention to detail: all joints are soldered, and only the very highest quality components are used. • Mulhlband frequency range: �7 1 SMR/cellular, PCS, UMTS, and LTE • Homogenous patterns • Solid PIM performance • Compact design Gaud Spealartla.s Patina ke frserrnd cIw Pus i CMAX-06UH(P15Fi Anglimfirm I. 1 FregmuY Bad 1710 - 2700 MHz 1 698 -960 MHz !dudes Moen%brad;m Mans Type llauhole wing namt (*and) Timbale cling mat (apfnnal) limber of Parts, d Pipes 2 2 Package Overtly 1 �Bectriai Spolratim Grin, d0 8emiwidh, Harizand, degrees 6.5 @ 698800 MHz 7.0 @ 800960 MHz 8.0 @ 1710.2700 MHz 80 6701415X1, *run rated 2.0 413 698800 MHz 2.0 @ 800.960 MHz 55 @ 1710.2700 MHz 1543 698800 MHz 1.5 800960 MHz 354? 1710-2700 MHz 360 70 360 Beomrriddr, VerBrd, Agrees 73 75.0 60.0 65.0 360 80.0 80.0 50.0 FterpaO811 , MHz 698-800 800-960 1710-2700 Pobdmfan m Frermxy Bad Verfird @ 698-800 MHz 1 Vtkd @ 800-960 MHz 1 Haraantd/Vafal @ 1710-2700 MTh 50 den Pahkafan ischomiod Spednaafiorn (da :45° Vertical NA Length 450.0 nn 1 17.7 0 500.0 mm 1 19J in Paine Materiel ABS, UV restart RF (amelia Imefau_ vs�in..n.N Sp.dfi uib N Fade 40 °C to -+60- °C (d0 °F to+140 °F) Rdatne Hm6dity Up to 100% Depth 721)nm 1 2.8n lbd ed Heigtn 135.00 nm 1 5.31 is 119.00 mn 1 4.69 m length 3181) mm 1 12.5 0 Width 210.0 mm 1 830 Omer Moneta 2041) mm 1 8.0 0 204.0 mn 1 8.0 in H0 Weight -- -- - 1.0 kg 1 220 ._ . - - 0.3 kg 1 0.6 b 03 kg 1 1.16 Moan DePfh 90.0 mm 1 3S0 185.00 frac 1 7280 Length 405.0 mm 1 15.9 0 180.0 nem 1 7.10 Width 225.0 mm 1 8.90 1 r.0 ran 1 7.1 in ShWOg writ 1.3 kg 1 2.86 0.4kg 1 0.9b 0.6 kg 1 1.3 6 14 For more information, visit commssoope.00m CMAX Directional and MIMO Antennas These antennas complement our omni -directional • Low PIM and outdoor variants • Homogenous patterns • Compact design • High gain Genial s6•dflaflera Ants= Type Appresfion Brand antennas and employ the exact same attention -to -detail in build quality. CMA- X-DCPUS0 U II� CM6141M30-01U50 Necked Indnot dim '1 Indoor i Otddoar 1710 -2700 MHz 1 698- 960 MHz Andrew• Include; Maud Type Nude of Pore, I types Motu) tumid 4fide oral mu* plots and hardxae Cindnded) 2 Fair fluanty 1 rigid Cade lleddS dcflees 670-1415XE, plenum rated 5.0 @ 698800 MHz 11.0 @ 698960MHz 8.0 @ 698800 MHz 6.0 @ 800960 MHz 11.0 @ 17112200MHz 8.0 @ 17102200MHz 6.0431710.2170 MHz 11.0 @ 2200.2700 MHz 8.0 0 22002700 MHz 6.0 @ 2202700 MHz ABS, W resslmt 85 30 60 80 Bemrrrddn, Hoi¢artd, degrees 33 58 75 30 60 85 - - - - 216 okm/h 1 134.2 mph 70.0 62.0 60.0 BeanvAddn,Mat 45.0 61.0 60.0 70.0 60.0 60.0 60.0 698-800 698.960 698-960 800-960 • Frequenc1710-2170 1710-2200 1710-2200 Y 2200-2700 2200-2700 2200-2700 Electrical Nom PUlspelna0ans are lass than a aqui m she stated vise SO atm Pole¢a0an _ Medi ted SpeFllefiea s45° Cale While - - . _ ._ - _. riga length 420.0mn 1 16.51 Radame Meted PVC ABS, W resslmt RF Connector hde[ue N Female 1-16 DDI Fande Wild logo& =bun 686.0 N@ 2161on/ln 1 154.2161421 216 km/h 294.0 N @ 216 km/h 1 66.16E @ 216 km/h Wind Speed, nwdramn- - - - - 216 okm/h 1 134.2 mph Ness Proem Test Method OPaN'ng Te Perolme Relate Ihmilly [EC 60529:2001,1165 -401 to+60 °C 4011+140 °F) UP to 100% Vinton Test Method treeessimes DePth length Net Weight 62A mn 1 2.41 127.0 mm 1 5.01 ASTM 04169 1 IEC 6006&26 1245 mn 1 4.91 A.� 262.0 nm 1 10.31 180.0 non i 7.11 840.0 g 1 1.9 6 609.6 mo 1 24.01 340.4mn113.41 6.6kg 1 1456 2991 min 1 11.81 299.7m 1 11.81 2.8kg 1 6.36 For more information, visit conitnsoope,00m 1S We're proud to be a part of your network's story Here at CommScope, we embrace our role as a trusted resource, partner and facilitator. We create the infrastructure that connects the world and evolves with every advance in technology. By investing all of our capabilities, resources, relationships and products into your toughest challenges, we continue our long history of solving problems together—paving the way for new ideas and fresh ways of thinking. We're a trusted resource and partner around the world because we're invested in you: your people, your networks, your success. It inspires us to build relationships and infrastructure...connect people and technologies across protocols, oceans and time zones...and share what we learn along the way. This is our promise to you. This is CommScope. COMMSCOPE® www.commscope.com Visit our website or contact your local CommScope representative for more information. ® 2014 CommScope, Inc. All rights reserved. All trademarks identified by® or TM are registered trademarks or trademarks, respectively, of CommScope, Inc. This document is for planning purposes only and is not intended to modify or supplement any specifications or warranties relating to CommScope products or services. BR-108070EN (08/14) 11/1/2018 City of Tukwila Department of Community Development BILL SILVERNAIL 3100 KITSAP WAY STE D BREMERTON, WA 98512 RE: Permit No. EL17-0867 TUKWILA VILLGE BUILDING E 4450 S 144TH ST Dear Permit Holder: Allan Ekberg, Mayor Jack Pace, Director In reviewing our current records, the above noted permit has not received a final inspection by the City of Tukwila Building Division. Per the International Building Code, International Mechanical Code, Uniform Plumbing Code and/or the National Electric Code, every permit issued by the Building Division under the provisions of these codes shall expire by limitation and become null and void if the building or work authorized by such permit has not begun within 180 days from the issuance date of such permit, or if the building or work authorized by such permit is suspended or abandoned at any time after the work has begun for a period of 180 days. Your permit will expire on 12/4/2018. Based on the above, you are hereby advised to: 1) Call the City of Tukwila Inspection Request Line at 206-438-9350 to schedule for the next or fmal inspection. Each inspection creates a new 180 day period, provided the inspection shows progress. -or- 2) Submit a written request for permit extension to the Permit Center at least seven(7) days before it is due to expire. Address your extension request to the Building Official and state your reason(s) for the need to extend your permit. The Building Code does allow the Building Official to approve one extension of up to 180 days. If it is determined that your extension request is granted, you will be notified by mail. In the event you do not call for an inspection and/or receive an extension prior to 12/4/2018, your permit will become null and void and any further work on the project will require a new permit and associated fees. Thank you for your cooperation in this matter. Sincerely, Bill Rambo Permit Technician File No: EL17-0867 6300 Southcenter Boulevard Suite #100 • Tukwila, Washington 98188 • Phone 206-431-3670 • Fax 206-431-3665 0 City of Tukwila Allan Ekberg, Mayor Department of Community Development - Jack Pace, Director May 18, 2018 Bill Silvernail 800 MHz Group 3100 Kitsap way — Suite D Bremerton, WA 98312 RE: Request for Extension #1 Permit Number EL17-0867 Dear Mr. Silvernail, This letter is in response to your written request for an extension to Permit EL17-0867. The Building Official, Jerry Hight, has reviewed your letter and considered your request to extend the above referenced permit. It has been determined that the City of Tukwila Building Division will be granting an extension to the permit through December 4, 2018. If you should have any questions, please contact our office at (206) 431-3670. Sincerely, Bill Rambo Permit Technician R.) File: Permit No. EL17-0867 Tukwila City Hall • 6200 Southcenter Boulevard • Tukwila, WA 98188 • 206-433-1800 • Website: TukwilaWA.gov TOTAL SATELLITE TV INC dba 5-14-18 800 MHz GROUP RK Engineers and Contractors Bill Rambo City of Tukwila Permit Center #100 6300 Southcenter Boulevard Tukwila WA, 98188 Mr. Rambo, o 3100 Kitsap Way, #D, Bremerton, WA 98312 This is our formal request to have Permit No. EL17-0867 extended an additional Six (6) months. The installation of our equipment is not complete at the present time. Due to the delays in the construction we find it necessary to make this request. Thank you.... - i4/ Bill Silvernail Vice President of Marketing 800 MHz Group Page 1 of 1 Request for Extension # 1 Current Expiration Date: 6 -2 -He Extension Request: Approved for 6t days L Denied (provide explanation) I Signature/Initials//f/ RECEIVED CITY OF 1 JKWILA MAY 18 2018 PERMIT CENTER 5/1/2018 City of Tukwila Department of Community Development BILL SILVERNAIL 3100 KITSAP WAY STE D BREMERTON, WA 98512 RE: Permit No. EL17-0867 TUKWILA VILLGE BUILDING E 4450 S 144TH ST Dear Permit Holder: Allan Ekberg, Mayor Jack Pace, Director In reviewing our current records, the above noted permit has not received a final inspection by the City of Tukwila Building Division. Per the International Building Code, International Mechanical Code, Uniform Plumbing Code and/or the National Electric Code, every permit issued by the Building Division under the provisions of these codes shall expire by limitation and become null and void if the building or work authorized by such permit has not begun within 180 days from the issuance date of such permit, or if the building or work authorized by such permit is suspended or abandoned at any time after the work has begun for a period of 180 days. Your permit will expire on 6/4/2018. Based on the above, you are hereby advised to: 1) Call the City of Tukwila Inspection Request Line at 206-438-9350 to schedule for the next or final inspection. Each inspection creates a new 180 day period, provided the inspection shows progress. -or- 2) Submit a written request for permit extension to the Permit Center at least seven(7) days before it is due to expire. Address your extension request to the Building Official and state your reason(s) for the need to extend your permit. The Building Code does allow the Building Official to approve one extension of up to 180 days. If it is determined that your extension request is granted, you will be notified by mail. In the event you do not call for an inspection and/or receive an extension prior to 6/4/2018, your permit will become null and void and any further work on the project will require a new permit and associated fees. Thank you for your cooperation in this matter. Sincerely, Bill Rambo Permit Technician File No: EL17-0867 6300 Southcenter Boulevard Suite #100 • Tukwila, Washington 98188 • Phone 206-431-3670 • Fax 206-431-3665 pERMIT COORQ COPY � PLANREVIEW/ROUTING SLIP PERMIT NUMBER: EL17-0867 DATE: 11/1/17 PROJECT NAME: TUKWILA VILLAGE BUILDING E SITE ADDRESS: 4450 S 144TH ST X Original Plan Submittal Revision # before Permit Issued Response to Correction Letter # Revision # after Permit Issued DEPARTMENTS: 9) p - 1�1a5 h Building Division Igo Public Works Fire Prevention Structural Planning Division n ❑ Permit Coordinator ❑ PRELIMINARY REVIEW: DATE: 11/02/17 Not Applicable ❑ Structural Review Required (no approval/review required) REVIEWERc6 INITIALS: DATE: APPROVALS OR CORRECTIONS: DUE DATE: 1 1/30/17 Approved Corrections Required ❑ Approved with Conditions ❑ ❑ Denied (corrections entered in Reviews) (ie: Zoning Issues) Notation: REVIEWERcS INITIALS: DATE: Permit Center Use Only CORRECTION LETTER MAILED: Departments issued corrections: Bldg ❑ Fire ❑ Ping ❑ PW ❑ Staff Initials: 12/18/2013 TOTAL SATELLITE TV INC Home Espanol Contact Safety & Health Claims & Insurance 10 Washington State Department of Labor & Industries [ earch L&I Page 1 of 3 :ARCH A -Z hldex Help My L&I Workplace Rights Trades & Licensing TOTAL SATELLITE TV INC Owner or tradesperson Principals LUNDY, GARY B, PRESIDENT Doing business as TOTAL SATELLITE TV INC WA UBI No. 600 523 479 3100 Kitsap Way Suite D BREMERTON, WA 98312 360-373-0400 KITSAP County Business type Corporation License Verify the contractor's active registration / license / certification (depending on trade) and any past violations. Electrical Contractor Active. Meets current requirements. License specialties GENERAL License no. TOTALST931 OQ Effective — expiration 09/18/2007— 09/18/2019 Designated administrator LUNDY, GARY B Active. Meets current requirements. License type License no. Electrical Administrator LUNDYGB932N6 Bond Western Surety Co Bond account no. 63172962 $4,000.00 Received by L&I Effective date 06/06/2017 06106/2017 Expiration date Until Canceled AMERICAN STATES INS CO Bond account no. 6344778 $4,000.00 Received by L&I Effective date 09/18/2007 0610612005 Expiration date Until Canceled Bond history Savings No savings accounts during the previous 6 year period. License Violations Help us improve https://secure.lni.wa.gov/verify/Detail.aspx?UBI=600523479&LIC=TOTALST931 OQ&SAW= 12/4/2017 TOTAL SATELLITE TV INC Infraction no. EJORP05488 Issue date 03120/2013 Violation city BREMERTON Type of violation ELECTRICAL CITATION Description Employing an individual for the purposes of chapter 19.28 RCW who does not possess a valid certificate of competency or training certificate to do electrical work. (WORK PERFORMED UNDER ELECTRICAL WORK PERMIT # EP2047762) LJ Infraction no. EJORP05484 Issue date 03120/2013 Violation city BREMERTON Type of violation ELECTRICAL CITATION Description Employing an individual for the purposes of chapter 19.28 RCW who does not possess a valid certificate of competency or training certificate to do electrical work. (WORK PERFORMED UNDER ELECTRICAL WORK PERMIT # 1997814P) Infraction no. EJORP05490 Issue date 03/20/2013 Violation city BREMERTON Type of violation ELECTRICAL CITATION Description Employing an individual for the purposes of chapter 19.28 RCW who does not possess a valid certificate of competency or training certificate to do electrical work. (WORK PERFORMED UNDER ELECTRICAL WORK PERMIT # 2107808P) Infraction no. EJORP05486 Issue date 03/20/2013 Violation city BREMERTON Type of violation ELECTRICAL CITATION Description Employing an individual for the purposes of chapter 19.28 RCW who does not possess a valid certificate of competency or training certificate to do electrical work. (WORK PERFORMED UNDER ELECTRICAL WORK PERMIT # EP2036423) Satisfied RCW/WAC 19.28.271 RCW Violation amount $250.00 Satisfied RCW/WAC 19.28.271 RCW Violation amount $250.00 Satisfied RCW/WAC 19.28.271 RCW Violation amount $250.00 Satisfied RCW/WAC 19.28.271 RCW Violation amount $250.00 �y Workers' comp Page 2 of 3 Help us improve https://secure.lni.wa.gov/verify/Detail.aspx?UBI=600523479&LIC=TOTALST931 OQ&SAW= 12/4/2017