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HomeMy WebLinkAboutA10-0039 Bi-directional antennaTOWN OF VAIL FIRE DEPARTMENT VAIL FIRE DEPARTMENT 75 S. FRONTAGE ROAD VAIL, CO 81657 970-479-2135 NOTE: THIS PERMIT MUST BE POSTED ON JOBSITE AT ALL TIMES ALARM PERMIT Job Address: 600 W LIONSHEAD CIR VAIL Location.....: FIRST CHAIR Parcel No...: 210106308004 Project No OWNER VAIL CORP 06/16/2010 PO BOX 7 VAIL CO 81658 APPLICANT MOUNTAIN COMMUNICATIONS & EL 06/16/2010 DRAWER 5150 Permit #: A10 -0039 Status ...: ISSUED Applied..: 06/16/2010 Issued . .: 08/24/2010 Expires. .: 02/20/2011 Phone: (970) 949 -6702 AVON CO 81620 License: 772 -S CONTRACTOR MOUNTAIN COMMUNICATIONS & EL 06/16/2010 Phone: (970) 949 -6702 DRAWER 5150 AVON CO 81620 License: 772 -S Desciption: NEW COMMERCIAL BUILDING (FIRST CHAIR): INSTALL BI- DIRECTIONAL AMPLIFICATION SYSTEM Valuation: $25,000.00 FEE SUMMARY Electrical--- - - - - -> $0.00 Total Calculated Fees - -> $ 1,225.50 DR-13 Fee- - - - - -> $0.00 Additional Fees ---------- > $ 55.00 Investigation ---- > $0.00 Total Permit Fee — ------ > $ 1,280.50 Will Call ----- — -- > $0.00 Payments------------------ > $ 1,280.50 TOTAL FEES - -> $ 1,225.50 BALANCE DUE--- - - - - -> $0.00 Approvals: Item: 05600 FIRE DEPARTMENT 08/09/2010 mcgee Action: AP CONDITIONS OF APPROVAL DECLARATIONS I hereby acknowledge that I have read this application, filled out in full the information required, completed an accurate plot plan, and state that all the information as required is correct. I agree to comply with the information and plot plan, to comply with all Town ordinances and state laws, and to build this structure according to the towns zoning and subdivision codes, design review approved, International Building and Residential Codes and other ordinances of the Town applicable thereto. REQUESTS FOR INSPECTION SHALL BE MADE TWENTY -FOUR HOURS IN ADVANCE BV TELEPHONE AT 970 - 479 -2252 FROM 8:00 AM - 5 PM. SIGNATURE OF OWNER OR CONTRACTOR FOR HIMSELF AND OWNER TOWN OF VAIL, COLORADO Statement #*****###***###*#####**##*##################*****######**#### # * * * # # # # # # # # # # * # # # # # # # # * * * * * * ** Statement Number: R100001147 Amount: $1,280.50 08/24/201003:02 PM Payment Method: Check Init: LC Notation: #11866 /MOUNTAIN COMMUNICATIONS ----------------------------------------------------------------------------- Permit No: A10 -0039 Type: ALARM PERMIT Parcel No: 2101 - 063 - 0800 -4 Site Address: 600 W LIONSHEAD CIR VAIL Location: FIRST CHAIR Total Fees: $1,280.50 This Payment: $1,280.50 Total ALL Pmts: $1,280.50 Balance: $0.00 ACCOUNT ITEM LIST: Account Code Description Current Pmts -------------- - - - - -- ------------------------ - - - - -- ------ - - - - -- BP 00100003111100 FIRE ALARM PERMIT FEES 937.50 CL 00100003123000 CONTRACTOR LICENSES 55.00 PF 00100003112300 PLAN CHECK FEES 288.00 Department of Community Development 75 South Frontage Road 4� Vail, Colorado 81657'` Tel: 970- 479 -2128 ry Fax: 970 -479 -2452 Web: www.vailgov.co j ' o Ment Review Coordinato FIRE ALARM PERMIT Commercial and Residential Fire Alarm shop drawings are required at the time of application submittal and must included information listed on the 2nd page of this form. Application will not be accepted without this information. Project Street Address: _i& (, (Number) (Street) (Suite #) Building /Complex Name: Contractor Information: M6cuvifj1^ �onssTvv��/}Ti�t Company: Company Address: City: / L " 5n/ State: �� Zip: Contact Name: Contact Phone: E -Mail T`,����u�` /� L(Gd�'i?3 /��C��^f/�(. e4 Town of Vail Contractor Registration No.: % v �A Contractor Signature (required) Property Information Parcel # (For parcel #. contact Eagle County Assessors Office at 970 - 328 -8640 or visit www.eaglecounty.us /patie) Tenant Name: Owner Name: `IO ( 1z -e SCf - S Complete Valuation for Fire Alarm Permit: Fire Alarm $: �S. DOa end Office Use: ,/J Project #: r p I z) /' , U z Q v Building Permit #: IF — 0 Alarm Permit #: Lot #: Block # Subdivision: Detailed Description of Work: T SG )/s a; - A t cf c- 1 a►tc I - (use additional sheet if necessary) Does a Fire Alarm Exis ? Yes ( ) No ( ) Doe prinkler System Exist? Yes( ) No( ) Work Class New ( Addition( ) Remodel( ) Repair ( ) Retro -Fit ( ) Other ( ) Type of Building: Single-Family( ) Duplex( ) Multi - Family( Commercial( ) Restaurant( ) Other( ) Date Rece q e; - z, — r&t&Wa + �ee added o ta _� ( evil,0,W7 F1.e-a C'C p*A,a� 1 '3 e+q - JUN 15 2010 TOWN OF VAILY I 29- May -09 Fire Department Guidelines For Preventing Non - Emergency Fire Alarms In order to prevent a non - emergency response from the Vail Fire Department Suppression crews to the con- struction location you may be working on, we ask that you perform the following tasks: Determine what kind of fire alarm system exists within the structure you are working in with the owner or the manager of the property involved or by contact- ing the Vail Fire Department. Determine with the owner or manager of the property, which alarm company services the system for them Become familiar with the different components that are associated with the fire alarm system and how they operate before the DEMO begins. Never paint a smoke detector, thermal detector, or any other component of the fire alarm system and never paint a sprinkler head. For larger projects, please contact the Vail Fire Department so that we can work with you in determining what needs to be done to alter or "Zone Out' spe- cific areas of the alarm system for the structure. Please contact the Vail Fire Department at 479 -2252. I have read and understand the above listed submittal requirements: Project /Street Address: Contractor Signature: Date Signed: 29- May -09 Fire Department Guidelines Pre -Plan Information Sheet BUILDING INFORMATION: Building Name: Street Address & Phone #: D elGS� Knox Box Location: Alarm Panel Location: Alarm Silence & Rest Codes: RPS': Names & Phone Numbers (Work & Home) Owner: Property Manager: Property Maintenance Mgr: Alarm Service Company: BUILDING UTILITIES: Gas: Main Location: Other Locations: Electric: Main Location: Other Locations: Water: Main Valve Location: Main Fire Valve Location: Secondary Fire Valve Loc: 29- May -09 Mountain Communications And Electronics. Inc. Submittal For 800 Mhz. Public Safety Radio Amplification System North Day Lot .......... .......... . ........................... .. .. . - Mountain Communications And Electronics. Inc. Submittal Information 800 Mhz. Public Safety Radio Amplification System June 14, 2010 Project: North Day Lot Contractor: R.A. NELSON & ASSOC. 51 EAGLE ROAD 42 P.O. DRAWER 5400 AVON, CO 81620 VOICE: 970.949.5152 FAX: 970.949.4379 Subcontractor: New Electric 41199 U.S. 6 & 24 Avon, CO 81620 Contact: Jay VanVoorst (970) 949 -4651 Vendor: Mountain Communications And Electronics, Inc. 41149 Highways 6 & 24 Drawer 5150 Avon, CO 81620 Contact: Michael Thompson 970 - 949 -6702 Table of Contents Section 1 ................... System Testing Section 2 ................... Battery Backup Calculations Attachment A............ Equipment List Attachment B ...........Equipment Specifications Section #1 - System Testing Part #1— Outdoor Antenna Testing Two measurement will be taken from the outside donor antenna, on for the receive signal from the nearest donor site, and another for the noise level. These two readings will need to meet the following requirements: - Signal level between -60 dB and -70 dB - Signal to noise ratio of 25 dB or better Part #2 — Indoor Testing Each floor plan will be divided into 50' by 50' foot grids, in the middle of each grid will be a test point. For Areas such as basements, parking structures, and other high hazard areas the grid will be reduced to 25' by 25' Each grid point will be measured with an Anritsu 332D site master spectrum analyzer. Two measurements will be taken at each point, one for the actual signal reading, and on for the signal noise reading. These measurements will then be saved and printed for evaluation. In order for the test point to pass it must meet the following requirements: - Signal level of -95 dB or better - Signal to noise ratio of 25dB or better Part #3 — Documentation of testing 1. All signal readings will be saved and documented as printed screen shots from the spectrum analyzer. (See Appendix B for Sample Screen Shots) 2. Two screen shots will be provided for each test point, one for the actual signal reading, and one for the noise level reading. 3. Signal measurements will also be recorded a spreadsheet showing the test point, signal level, noise level, and signal to noise ratio. 4. Gain levels of the amplification system will be documented for future reference. Section #2 — Battery Back Up Calculations Component Current Draw 800 MHz BDA 3.2 Amps Total Draw 3.2 Amps # of Batteries Battery Voltage Amp Hour Rating Total system Amp hours 2 12 95 95 Attachment A — Equipment List Equipment list report Project name: North Day Lot Project creation date: 3/19/2010 Design company: Mountain Communications Designer: Michael Thompson Created on 6/14/2010 Page 1 / 1 Antenna Cellular Specialties, CSI -AY /806 -960/1 Yagi Antenna / 800 & 900 MHz / 14 dBi CS03 -003- I Inc 4 (14dB YAGI 090 806 -960 Antenna Andrew CELLMAX -0 -25 Omnidirectional Source - Building Antenna N/A I 0 BDA Cellular Specialties, CSI- DSP85 -PSS8 In- Building Amplifier Model DSP2, 1:1, N/A I Inc Public Safety 800 MHz Cable Andrew AL4RPV50 HELIAX® Plenum Rated Air Dielectric N A 1038.80 feet Coaxial Cable - Corrugated Aluminum - 1/2 in Off White PVC Jacket Connector Andrew L4TNM -PS N Male Positive Stop for LDF4 -50A Low N A 42 Density Foam Dielectric Cable Misc PolyPhaser DSXL 700 -2700 MHz Lightning DC Blocked Filter A I Protectors - N Female Connectors Splitter Cellular Specialties, CSI -DC15 /700 -2.5 15 dB Directional Coupler N/A _ Inc K/N Splitter Cellular Specialties, CSI -SPD2 /700 -2.5 2 -Way Divider N/A Inc K/N Splitter Microlab/FXR CK -63N Directional Coupler (8.5 dB), Low Cost, 800 -2500 MHz, Type N Connectors Splitter Cellular Specialties, CSI -DC6 /700 -2.5K 6dB Directional Coupler N A I Inc IN Created on 6/14/2010 Page 1 / 1 Attachment B —Equipment Specifications TM Building Wireless Solutions 800 -900 MHz Yagi Antenna (14 dBi) Specifications Gain 14 dBi VSWR <1.5:1 Horizontal Beamwidth 34 Vertical Beamwidth 30 Polarization Vertical Maximum Input Power 100 Watts Electrical Downtilt 0° Front -back Ratio >16 dB Number of Elements 13 Connector N- Female Lightning Protection Direct Ground Rated Wind Speed 134 mph (60 m /s) Max. Dimensions of Antenna 2.2 x 7.3 x 54.3 in. (55.8 x 185.72 x 1379.22 mm) Weight of Antenna 2.2 lb (0.998 Kg) Mounting Hardware U -Bolt Included Mounting Hardware fits 1 7/8" CID Pipe Specifications subject to change without notice. Radiation Patterns Horizontal Cs, { �tY1Yf (FIttlSlf Nt, AfM ". • CSI -AY /806- 960/14 • 806 -960 MHz • 14 dBi Gain • 13 Elements • Hermetically Sealed Driven Element • Rugged Lightweight Design • Stainless Steel Hardware 1.877.844.4CSI (4274) www.cellularspecialties.com © 2009 CELLULAR SPECIALTIES INC. ECO 2211 021 - 0006 -001 REV E Product Specifications C E LLMAX-O -C PUS E Omnidirectional In- building Antenna, 698 -960 MHz and 1710 -2700 MHz CHARACTERISTICS Electrical Specifications Beamwidth, Horizontal Beamwidth, Vertical Gain at Frequency Band Impedance Input Power, maximum Operating Frequency Band Polarization Return Loss VSWR ANDREW® A CommScope Company This product is part of the CommScope Wired for Wireless Solution 360 omnidirectional 80 nominal 1.5 dBi @ 698 -800 MHz 50 ohm 50 W 698 - 800 MHz Vertical 10.9 dB 1.8:1 Electrical Specifications (Band 2) Beamwidth, Horizontal Beamwidth, Vertical Gain at Frequency Band Operating Frequency Band Return Loss at Frequency I VSWR 360 omnidirectional 65 nominal 1.5 dBi @ 800 -960 MHz 1 5.0 dBi @ 1710 -2700 MHz 1710 - 2700 MHz 1 800 - 960 MHz Sand 13.9 dB 1.5:1 General Specifications Antenna Type Operating Frequency Band Brand Color Interface Package Quantity Pigtail Cable Radome Color Omnidirectional 1710 - 2700 MHz 1 698 - 960 MHz Cell- Max "m White N Female 1 KSR195, plenum rated White www.commscope.com /andrew Join the Evolution • �. @2010 CommScope, Inc. All rights reserved. All trademarks identified by @ or TM are registered trademarks or trademarks, respectively, of CommScope.All specifications are subject to change. page 1 of 2 See www.commscope.com /andrew for the most current information. 5/3/2010 Product Specifications CELLMAX- O -CPUSE Radome Material ABS, UV resistant Mechanical Specifications Mounting Thru -hole ceiling mount (optional) Pigtail Length 315.0 mm 1 12.4 in Environmental Specifications Application Indoor Operating Temperature -40 °C to +60 °C ( -40 OF to +140 °F) Relative Humidity Up to 100% Dimensions Diameter, maximum Height Length Net Weight Width Packed Dimensions Height Length Shipping Weight Volume Width 186.00 mm 1 7.32 in 85.00 mm 1 3.35 in 186.00 mm 1 7.32 in 0.30 kg 1 0.66 lb 186.00 mm ( 7.32 in 135.0 mm 1 5.3 in 195.0 mm 1 7.7 in 0.41 kg 1 0.90 lb 5133.3000 cc 195.0 mm 1 7.7 in Regulatory Compliance /Certifications Agency RoHS 2002/95/EC Classification ANDREW® A CommScope Company www.commscope.com /ondrew Join the Evolution • 0 0 0 0 . ©2010 CommScope, Inc. All rights reserved. All trademarks identified by ® or Tm are registered trademarks or trademarks, respectively, of CommScope.All specifications are subject to change. page 2 of 2 See www.commscope.com /andrew for the most current information. 5/3/2010 TM Building Wireless Solutions DSP85: Public Safety Technology Innovation DSP (Digital Signal Processing) technology is utilized to achieve the highest level of performance and spectrum agility. DSP filtering provides unmatched selectivity and can be finely tuned to help overcome difficult RF problems such as adjacent channel interference. The CSI Digital Repeater permits re- tuning of multiple passband configurations, locally or remotely, with virtually no downtime. The Graphical User Model Numbers Interface allows for effortless set up and monitoring via a standard web browser. • CSI - DSP85 -PS7 Product Features Public Safety 700 MHz • CSI - DSP85 -PSS8 Software Defined Filters Public Safety 800 MHz High Selectivity • CSI - DSP85N -PS7 • DSP (Digital Signal Processing) technology provides a higher standard Public Safety 700 MHz of filter characteristics NEMA -4 enclosure •CSI - DSP85N -PSS8 Spectrum Agility Public Safety 800 MHz • Change filters locally or remotely NEMA -4 enclosure • Up to 6 non - contiguous passbands • Band edges are user - defined Change Filters on Demand Access Modem Kits: • Change filter configurations on demand • CSI - DSPMOD -D -EK /CDMA • Up to 6 non - contiguous passbands CDMA Ethernet Interface • Install new filters to meet changing spectrum requirements • CSI - DSPMOD -D -EK /GSM Network Protection GSM Ethernet Interface UPS: • Oscillation detection • CS4 • Automatic Gain Control Battery backup, 2 hours • Overload Shutdown single band, 1 hour dual band • CS48- 985 -601 Remote Monitoring and Control Battery backup, 4 hours • Remote query of power output, AGC status, gain, and amplifier single band, 2 hours dual band • Filter configuration remotely selectable Mounting kit: • Security control for remote and local access • CSI -RWM -DSP85 • Major and minor alarms 19" rack or wall mountable • Shutdown /restart control • CDMA or GPRS modem compatible • SNMP capable (tp CS' ortli�r yuciatrin, inc. Page 1 of 2 1.877.844.4CSI (4274) © 2009 CELLULAR SPECIALTIES INC. www.cellularspecialties.com ECO2274 021 - 0065 -001 REVD Building Wireless Soluti TM Frequency Agility Allows operator to change filter configurations to support virtually any passband combination within designated wireless frequencies. Filters are easily changed in the field or remotely, minimizing the need for forklift repeater upgrades. Passband filters can have independent gain settings within contiguous or non - contiguous frequency sets. Filter Selectivity Filter bandwidth and guard bands are designed to optimize signal quality and unwanted signal rejection. Exceptional adjacent channel rejection performance is realized with the digital filtering, greater than 40 dB signal rejection can be obtained in as little as 350 kHz from passband edge. Adjacent Channel Interference Mitigation CSI DSP permits fine tuning of band edges to eliminate or mitigate adjacent band interferers. Model Number / Frequency Ranges Band Uplink Public Safety 700 794 -806 MHz Public Safety 800 806 -824 MHz Specifications Frequency Uplink Downlink Passband (s) Passband Options Gain Linear Output Power (typical) Noise Figure AGC Dynamic Range Propagation Delay Gain Adjustment Range Power Requirements Dimensions DSP in NEMA Enclosure Weight DSP in NEMA Enclosure Connectors Public Safety 700 Downlink Model 764 -776 MHz CSI- DSP85-PS7 (NEMA: CSI - DSP85N -PS7) 851 -869 MHz CSI -DSP85 -PSS8 (NEMA: CSI - DSP85N -PSS8) Public Safety 800 794 -806 MHz 764 -776 MHz 1 -6 non - contiguous 1 -12 MHz in 1 MHz increments 85 dB 27 dBm 5.0 dB 31 dB <2.5 55 -85 dB 100 -240 VAC @ 1.7 A -3.2 A 18.62 x 11.24 x 4.68 in. 20x16x6in. 21 Ibs 40 Ibs N- Female Specifications subject to change without notice. ( tp csi aDulsr �prialtics, inF 806 -824 MHz 851 -869 MHz 1 -6 non - contiguous 1 -17 MHz in 1 MHz increments 85 dB 27 dBm 5.0 d6 31 dB <2.5 55 -85 dB 100 -240 VAC @ 1.7 A -3.2 A 18.62 x 11.24 x 4.68 in. 20x16x6in. 21 Ibs 40 Ibs N- Female Page 2 of 2 1.877.844.4CSI (4274) www.cellularspecialties.com © 2009 CELLULAR SPECIALTIES INC. ECO 2274 021 -0065 -001 REV D Product S ANDREW A CommScope Company A L4 R PV -5 0 AL4RPV -50, HELIAX® Plenum Rated Air Dielectric Coaxial Cable, corrugated aluminum, 1/2 in, off white PVC jacket = k » "a. _ . _. This product is part of the CommScope Wired for Wireless'" Solution CHARACTERISTICS Construction Materials Jacket Material PVC Dielectric Material PE spline Flexibility Standard Inner Conductor Material Copper -clad aluminum wire Jacket Color Off white Outer Conductor Material Corrugated aluminum Dimensions Nominal Size 1/2 in Capacitance Cable Weight 0.21 kg /m 1 0.14 lb/ft Diameter Over Jacket 15.926 mm 1 0.627 in Inner Conductor OD 4.5720 mm i 0.1800 in Outer Conductor OD 14.046 mm 1 0.553 in Electrical Specifications Cable Impedance 50 ohm t2 ohm Capacitance 76.0 pF /m i 23.0 pF /ft do Resistance, Inner Conductor 1.570 ohms /km 1 0.480 ohms /kft do Resistance, Outer Conductor 1.570 ohms /km i 0.480 ohms /kft do Test Voltage 4000 V Inductance 0.190 pH /m 1 0.058 pH /ft Insulation Resistance 100000 MOhm Jacket Spark Test Voltage (rms) 5000 V Operating Frequency Band 1 - 8800 MHz Peak Power 40.0 kW Power Attenuation 2.325 Pulse Reflection 0.5% Velocity 86.5% Environmental Specifications Installation Temperature -20 °C to +60 °C ( -4 OF to +140 °F) www.commscope.com /ondrew Join the Evolution • �. ©2010 CommScope, Inc. All rights reserved. All trademarks identified by ® or 'm are registered trademarks or trademarks, respectively, of CommScope.All specifications are subject to change. page 1 of 3 See www.commscope.com /andrew for the most current information. 5/3/2010 Product S ANDREW® A CommScope Company AL4RPV -50 Operating Temperature -20 °C to +85 °C ( -4 IF to +185 °F) Storage Temperature -20 °C to +85 °C ( -4 OF to +185 °F) General Specifications Brand HELIAX@ Mechanical Specifications Bending Moment 6.8 N -m 1 5.0 ft lb Flat Plate Crush Strength 1.4 kg /mm 1 80.0 lb/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 159 kg 1 350 lb Standard Conditions Attenuation, Ambient Temperature 20 °C 1 68 IF Average Power, Ambient Temperature 40 °C I 104 IF Average Power, Inner Conductor Temperature 100 °C I 212 OF Return Loss Frequency Band VSWR Return Loss (dB) 806 -960 MHz 1.25 19.00 1700 -2200 MHz 1.25 19.00 Attenuation Frequency (MHz) Attenuation (dB /100 m) Attenuation (dB /100 ft) Average Power (kW) 0.5 0.152 0.046 40.00 1 0.215 0.066 35.41 1.5 0.264 0.081 28.88 2 0.305 0.093 24.99 10 0.688 0.21 11.08 20 0.98 0.299 7.79 30 1.206 0.367 6.33 50 1.568 0.478 4.86 88 2.104 0.641 3.63 100 2.249 0.685 3.39 108 2.341 0.714 3.26 150 2.783 0.848 2.74 174 3.011 0.918 2.53 200 3.242 0.988 2.35 300 4.029 1.228 1.89 400 4.709 1.435 1.62 450 5.021 1.53 1.52 500 5.32 1.621 1.43 512 5.39 1.643 1.42 600 5.883 1.793 1.30 www.commscope.com /andrew Join the Evolution • �. ©2010 CommScope, Inc. All rights reserved. All trademarks identified by 0 or TM are registered trademarks or trademarks, respectively, of CommScope.All specifications are subject to change. page 2 of 3 See www.commscope.com /andrew for the most current information. 5/3/2010 Product Specifications AL4RPV -50 700 6.409 1.953 1.19 800 6.906 2.105 1.10 824 7.021 2.14 1.09 894 7.351 2.24 1.04 960 7.653 2.332 1.00 1000 7.832 2.387 0.97 1250 8.895 2.711 0.86 1500 9.882 3.012 0.77 1700 10.629 3.24 0.72 1800 10.99 3.35 0.69 2000 11.693 3.564 0.65 2100 12.035 3.668 0.63 2200 12.372 3.771 0.62 2300 12.703 3.872 0.60 2500 13.351 4.069 0.57 2700 13.982 4.262 0.55 3000 14.901 4.542 0.51 3400 16.08 4.901 0.47 3700 16.936 5.162 0.45 4000 17.77 5.416 0.43 5000 20.424 6.225 0.37 6000 22.924 6.987 0.33 8000 27.599 8.412 0.28 8800 29.377 8.954 0.26 Regulatory Compliance /Certifications Agency Classification UL /ETL Certification CATVP RoHS 2002/95/EC Compliant Rollti ANDREW® A CommScope Company www.commscope.com /andrew ,Join the Evolution • 0 0 �. ©2010 CommScope, Inc. All rights reserved. All trademarks identified by O or TM are registered trademarks or trademarks, respectively, of CommScope.All specifications are subject to change. page 3 of 3 See www.commscope.com /andrew for the most current information. 5/3/2010 Product S ANDREW® A CommScope Company L4TNM -PSA Type N Male Positive StopTm for 1/2 in AL4RPV -50, LDF4 -50A cable This product is part of the CommScope Wired for WirelessTm Solution EM CHARACTERISTICS General Specifications Interface N Male Body Style Straight Brand HELIAX@ I Positive Stop'" Mounting Angle Straight Electrical Specifications Connector Impedance 50 ohm Operating Frequency Band 0 - 8800 MHz Cable Impedance 50 ohm 3rd Order IMD -116 dBm @ 910 MHz 3rd Order IMD Test Method Two +43 dBm carriers RF Operating Voltage, maximum (vrms) 707.00 V do Test Voltage 2000 V Outer Contact Resistance, maximum 0.30 mOhm Inner Contact Resistance, maximum 2.00 mOhm Insulation Resistance, minimum 5000 MOhm Average Power 0.6 kW @ 900 MHz Peak Power, maximum 10.00 kW Insertion Loss, typical 0.05 dB Shielding Effectiveness -130 dB www.commscope.com /ondrew ,Join the Evolution • �. @2010 CommScope, Inc. All rights reserved. All trademarks identified by ® or TM are registered trademarks or trademarks, respectively, of CommScope.All specifications are subject to change. page 1 of 3 See www.commscope.com /andrew for the most current information. 5/3/2010 Product Specifications L4TNM -PSA Outline Drawing (.z 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 Nominal Size Diameter Length Weight Ring -flare Captivated Trimetal Silver 25 cycles 500 cycles IEC 61169 - 16:9.5 890 N 1 200 Ibf 5.42 N -m 1 48.00 in lb 66.72 N 1 15.00 Ibf MIL- C- 39012C -3.12, 4.6.9 176.26 N -m 1 1560.00 in lb 444.82 N 1 100.00 Ibf MIL- C- 39012C -3.25, 4.6.22 1/2 in 22.35 mm 1 0.88 in 76.70 mm 1 3.02 in 94.71 g 1 0.21 lb Irn) ANDREW® A CommScope Company www.commscope.com /andrew Join the Evolution • �. ©2010 CommScope, Inc. All rights reserved. All trademarks identified by O or TM are registered trademarks or trademarks, respectively, of CommScope.All specifications are subject to change. page 2 of 3 See www.commscope.com /andrew for the most current information. 5/3/2010 MAIES M WL -STD-348. Product Specifications L4TNM -PSA Environmental Specifications Operating Temperature Storage Temperature Immersion Depth Immersion Test Mating Immersion Test Method Moisture Resistance Test Method Mechanical Shock Test Method Thermal Shock Test Method Vibration Test Method Water Jetting Test Mating Water Jetting Test Method Corrosion Test Method Return Loss Frequency Band 45 -1000 MHz 1010 -2200 MHz 2210 -3000 MHz 3010 -4000 MHz 4010 -6000 MHz 6010 -8000 MHz -55 °C to +85 °C ( -67 OF to +185 °F) -55 °C to +85 °C ( -67 OF to +185 °F) 1m Unmated ANDREW® A CommScope Company IEC 60529:2001,IP68 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 Unmated IEC 60529:2001,IP66 MIL - STD- 1344A, Method 1001.1, Test Condition A Regulatory Compliance /Certifications Agency RoHS 2002/95/EC China RoHS SJ /T 11364 -2006 RoliS * Footnotes VSWR Return Loss (dB) 1.02 39.00 1.03 37.00 1.05 33.00 1.07 29.00 1.12 25.00 1.15 23.00 Classification Compliant by Exemption Above Maximum Concentration Value (MCV) Immersion Depth Immersion at specified depth for 24 hours Insertion Loss, typical 0.05V (GHz) (not applicable for elliptical waveguide) www.commscope.com /ondrew join the Evolution • ©2010 CommScope, Inc. All rights reserved. All trademarks identified by ® or T" are registered trademarks or trademarks, respectively, of CommScope.All specifications are subject to change. page 3 of 3 See www.commscope.com /ondrew for the most current information. 5/3/2010 Ih0s0 Com orlllle8 or IecnrmlOpy ale expoded In— me U.S. er accwdance wdli I Export Admmrslratioa RegWsoons. Dfvelmon contrary to U S, law prorxbaao 2.72 (69.1) r .53 [,3.5) _ _ - 1.00 [25.4] - IA6 [29.5] 5/8 -24 UNEF -2A MA70MUM CHARACTERISTICS APPUCATON: BULKHEAD MOUNT WEATHERPROOF WHEN INSTALLED SURGE I NTIECIUENCY r VsvvR: IEC 61000 -4 -5 6 /20ps WAVEFORM 20kA O 800MHz TO 2.OGHz O 51.1:1 VSWR 18kA O BOOMHz TO 2.3GHz O 51.1:1 VSWR 1814A 0 70OMHz TO 2.7GHz O 51.2:1 VSWR INSERTION LOSS: <O.1 d B CONTINUOUS POWER: 50OW O 920MNz (75OW O SCYC) LET THROUGH VOLTAGE: <t3 VOLTS FOR 3kA O 8 /20ps WAVEFORM THROUGHPUT ENERGY: SO.5yJ FOR 3kA O 8 120ps WAVEFORM TEMPERATURE: -40'C TO +85'C STORAGE /OPERATING VIBRATION: IG O 5HZ TO IOOHZ ENVIRONMENTAL• MEETS IEC 60529 IP65 MEETS BELLCORE /TA- NWT - 000487 PROCEDURE 4.11, WIND DRIVEN (12OMPH) RAIN INTRUSION TEST e � 5/8 -24 UNEF -2A 01.12 [028.3] CVSraAER A"NOVAL: ._..- _ -.__ PATE: _ ALL OMENSIONS SHOWN ABOVE ARE FOR REFERENCE ONLY. I BENNETT 10/18/02 f� R DUNNING 10/21/02 Ah e aim J. JONES 10/21/02 DSXL 9 DOTTER 10/21/02 CUSTOMER PRINT un Nn L. JACOUES — 10/21/02 um lt 61114 r -CI t t 1 OF 1 -t TM Building Wireless Solutions Directional Couplers General Information These standard coaxial directional couplers feature a low insertion loss and power handling capability of 100 watts average power. Standard connectors are type N with other types and higher power levels available upon request. Specifications Standard Coupling (dB) 6 10 15 20 30 Insertion Loss (dB) 1.5 0.7 0.5 0.4 0.4 Coupling Variation (dB) 0.8 1.0 1.0 1.0 1.5 VSWR (:1) 1.25 1.25 1.25 1.25 1.25 Directivity (dB) (Min Value) 20 20 20 20 18 Dimensions 3.94 x 0.98 x 0.98 in. Specifications subject to change without notice. ( to csi ccu'JA, %ecialria, im- °`wa~ pe • CSI -DC6 /700- 2.5K /N • CSI -DC10 /700- 2.5K /N • CSI -DC15 /700- 2.5K /N • CSI -DC20 /700- 2.5K /N • CSI -DC30 /700- 2.5K /N • 700 -2500 MHz • Low Insertion Loss • High Directivity • Dual Directional • 100 Watts Average Power • Optional Integrated Terminations 1.877.844.4CSI (4274) www.cellularspecialties.com © 2009 CELLULAR SPECIALTIES INC. ECO 2211 021 - 0046 -001 REV D ;i Building Wireless Solutions TN Power Dividers / Combiners General Information Our standard units are offered with N connectors and are capable of handling 10 watts of power into a matched load. These units are ideal for in- builiding applications that require the combining or dividing of RF to accommodate multiple antenna locations. Specifications Channel 2 3 4 • CSI -SPD2 /700- 2.SK /N Isolation >20 dB >20 dB >20 dB 2 way divider Insertion Loss 0.55 dB 0.8 dB 0.8 dB . CSI -SPD3 /700- 2.5K /N Total Loss 3.5 dB 5.27 dB 6.5 dB 3 way divider Amplitude Balance 0.2 dB 0.3 dB 0.3 dB •CSI -SPD4 /700- 2.5K /N Phase Balance 5 0 5 0 5 0 4 way divider VSWR In 1.35:1 1.35:1 1.35:1 Out 1.20:1 1.20:1 1.20:1 Dimensions 3.8 x 2.2 x 0.98 in. 4.7 x 2.2 x 0.98 in. 6.3 x 2.1 x 0.98 in. Specifications subject to change without notice. ( !,111,6r im • 700 -2500 MHz • Low Insertion Loss • High Isolation • Available in 2,3 or 4 channels • Low VSWR • Amplitude and phase balance 1.877.844.4CSI (4274) www.cellularspecialties.com © 2009 CELLULAR SPECIALTIES INC. ECO 2211 021 - 0045 -001 REV C t 4, -�# Microlab ♦ 5 to 30 dB Coupling Values 800 to 2,500 MHz ♦ Good Directivity 5, 6. 7dB 8.5 & above ♦ Low VSWR and Loss <1.3:1 <1.3:1 ♦ Wideband Cellular to Wil'i <1.4:1 <1.3:1 ♦ 100 Watt Average Power 18 d6 minimum ♦ ROHS Compliant <0.45 dB (Main Line) ♦ Effective as Tappers for DAS excludes Coupled Loss In- Building Systems 100 W avg.* Microlab CK -60 series of N and SMA Directional Couplers, is a two section, quarter wave, air -line design for indoor applications cov- ering all wireless bands to 2,500 MHz. Units cou- ple off a defined fraction of signal from 5 to 30 dB with minimal reflections or loss. The wide frequency range allows use with multiband antennas and leaky cable systems and in wireless base stations. With minimal sol- der joints and an air dielectric, the dissipative loss has been minimized and reliability enhanced. These Directional Couplers may also be used as Unequal Dividers or Tappers, which are usual- ly specified by the power ratio between outputs. For convenience these are shown in the table. (8/08) Frequency Range: 800 to 2,500 MHz VSWR Coupler Values: 5, 6. 7dB 8.5 & above Main line: <1.3:1 <1.3:1 Coupled port: <1.4:1 <1.3:1 Directivity: 18 d6 minimum Dissipative Loss: <0.45 dB (Main Line) CK -66F excludes Coupled Loss Power Handling: 100 W avg.* Impedance: 5052 nominal Environment: -25 - +55 °C, Indoor Finish: Passivated aluminum Weight: N conn. 8.8 oz., 247 g nom. SMA 6.3 oz., 177 g nom. Connectors: N (f), triplate t 0.8 SMA (f), gold plating *Power may also be limited by feeding into poorly matched loads overloading the internal 2W termination. Directional Coupler, CK -60 series Dual Section, Wideband, Air -line Coupler 800 - 2500 MHz, N or SMA connectors .` . ,. -. MOT c �P7��H P ©,M i ,! -;A<T � 7 ,j CpaLAe r! © Mi.o "' n 0, "r �j. I� Model No. N conn SMA Coupling nom. Flatness Coupled d6 Loss, dB *Power Ratio /dB between Outputs CK -61N CK -61F 5 d6 t 0.8 1.65 7:3 3.35 d6 CK -66N CK -66F 6 dB t 0.8 1.25 3:1 4.75 d6 CK -62N CK -62F 7 d6 t 0.8 0.97 4:1 6 dB CK -63N CK -63F 8.5 dB t 0.8 0.67 6:1 7.8 d6 CK -67N CK -67F 10 dB f 1.0 0.45 9:1 9.55 d6 CK -64N CK -64F 13.2 dB t 1.0 0.21 20:1 13 d6 CK -65N CK -65F 15 dB t 1.0 0.140 30:1 14.7 d6 CK -68N CK -68F 20 dB t 1.0 0.045 100:1 19.9 dB CK -69N CK -69F 30 dB t 1.0 0.004 1000:1 30 dB *Power Ratio /dB between outputs is approximate .70 [17.8] TYPE N FEMALE CONNECTORS .66 [16.9] 1.26 1.50 [32.0] [38.1] 0.12 4.90 [03.0] [124.5] .67 [17.1] .59 [15.0] .67 2.32 [58.9] TYPE SMA FEMALE CONNECTORS 0.12 - [03.0] 4.65 [118.1] � F 1.26 1.50 [32.0] [38.1] 67 [16.9] Microlab, A Wireless Telecom Group Company, 25 Eastmans Road, Parsippany, NJ 07054 Tel: (973) 386 -9696 - sales @microlab.fxr.com - www.microlab.fxr.com - Fax: (973) 386 -9191 J I0110 3JCd c A I- C7 I [J1 ca (D IV n ro @ m m f a• It P) n co O rA In r� I-JVJn NI iNIAObN Er 2 G c � � o n rA C ro � O' U•1 y �wyy rA 0 CD P) C7 t0 @ n p, N eb f0 tl , z t N. 0 . �o on �1. 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