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Uhf Catalogreduced.Pdf Ant Freq Ant Enviro Freq PIM Elec Tune Misc. Spec Sinclair Config Pattern Conn ( Mount Gain Sturct Finish ) Proto Typ Range Series - Rating Split Rating Elev Freq - - Options - Assembly Environmental Rating PIM Rating Electrical Elevation X=Prototype S=Sinclair S=Standard duty L=Enhanced PIM rating Dnn=Electrical downtilt in Miscellaneuos Options H=Heavy duty S=Standard PIM rating degrees where nn = (00 - 10) BC= Bird cap Antenna Type U=Ultra duty Unn=Electrical uptilt in Cx= Where x = (0 - 99) designating cable length C=Collinear omni degrees where nn = (00 - 10) (in feet) if other than standard. This code must not D= Exposed dipole Configuration been used for ordering jumper cables. E=Enclosed dipole 2=Dual bay. Single input cable Connector Gain CG= Coast guard G=Ground plane 4=Four bay. Single input cable BF=BNC female G3 = 3 dB HP= High-power version (special assembly: should I=In-building D=Dual array. Two separate input cables BM=BNC female G5 = 5 dB be assigned an E-number instead?) M=Mobile L=Low profile DF=7/16 DIN female G6 = 6 dB IC= Integrated ice-guard version (special assembly: P=Single polarity panel M=Marine version (gen. 156-162.5 MHz) DM=7/16 DIN male G8 = 8 dB should be assigned an E-number instead?) R=Radome-encl, yagi/l.p./etc. Q=Quad array. Four separate input cables NF=N female LM= Less mast T=Transport, low profile (excal) R=Radome NM=N male LS= Integrated lightening spike version V=Corner or circular reflector T=Triple array. Three separate input cables SF=SMA female Structure LV= Low-VSWR version (Note: special assembly: X=Dual polarity "slant 45" panel X= Cross Polarized (Pannel Antenna) SM=SMA male should be assigned an E-number instead?) Y=Yagi C= Circularly Polarized (Pannel Antenna) TF=TNC female W = Welded SSC= Staneless Steel Clamps V= Vertically Polarized (Pannel Antenna) TM=TNC male UF=UHF female Freq. Range (MHz) UM=UHF male Finishing Options 1=0 - 100 ABK= Color finish – black anodizing 2=100 - 299 ABU= Color finish - blue anodizing 3=300 - 599 Frequency Split AGO= Color finish - gold anodizing 4=600 - 999 FX=No frequency splits exist or anticipated Pattern or Wavelength CCC= Chromate Conversion Coating 5=1000 - 2000 Fn=Where n=(1-99) designating the freq. split code nn=Azimuth beamwidth in degrees where nn=(30-99). CGO= Color finish - gold chromate 6=2400 - 2500 T1=Tetra band 1. Covers at least 380-400MHz Panels and other sectored ant's only. EBK= Color finish – black epoxy paint 8=4900 - 5000 T2=Tetra band 2. Covers at least 410-430MHz P2=1/2 W (fixed-pattern exposed dipoles and whips only EBU= Color finish – blue epoxy paint TB=Covers both Tetra bands, 380-430MHz P3=3/8 W (fixed-pattern exposed dipoles only EWH= Color finish – white epoxy paint P4=1/4 W (fixed-pattern exposed dipoles only EGR= Color finish – gray epoxy paint Antenna Series P5=5/8 W (mobile whip antennas only) MABK= Color finish- Military type III black anodizing 01=ground plane (101, 201, 301, 401) 28=corner reflector (228) PA=Field adjustable pattern, or beamwidth PBK= Color finish – black polyurethane paint 02=corner reflector (302, 402) 29=coil collinear omni (229, 329) PC=Circular polarized PBU= Color finish – blue polyurethane paint 03=3 element yagi (203, 303) 30=tetra panel (330) PS=Cross polarized, or Slant PWH= Color finish – white polyurethane paint 06=6 element yagi (206, 406) 32=2 phasor element, 3 dBd gain PGR= Color finish – gray polyurethane paint 07=7 element yagi (307) 33=phasor collinear omni (233) PSB= Color finish – shadow bronze paint 10=1-bay exposed dipole (210, 310) 35=2-bay exposed dipole (235, 335) TBK= Color finish - black teflon 11=2-bay enclosed dipole (411) 38=omni (238) Tune Frequency TWH= Color finish – white teflon 12=2-bay exposed dipole (212, 312) 40=data antenna (440) F0=Untuned. To be tuned by the Customer. TBU= Color finish – blue teflon 14=4-bay exposed dipole (214, 314) 41=data antenna (441) Ff=Where f = (0300 - 9995), designating the centre frequency TGR= Color finish – gray teflon 14=4-bay enclosed dipole (414) 50=yagi (250, 350) (1/2MHz increments) in MHz with 1 decimal point. Example: CWH= Radome material color – white 15=yagi (415) 60=radaflector (260, 360, 460) For a SC229 antenna ordered with centre frequency of 138.5 CGR= Radome material color – gray 17=low-gain omni-directional (217) 69=collinear omni (369) MHz, the "Ff" designator will be: F1385 18=8-bay exposed dipole (218, 318) 70=cellular/panel (470) Special Assembly Identifier 19=9-bay enclosed dipole (419) 72=civil aviation Mounting Configuration Five alphanumeric characters, "E" followed by 20=collinear omni (320, 420) 79= 9 dBd gain, 7 phasor collinear omni B=Bottom mount (a.k.a. Top Mount). four digits. Presence of an "E-number" indicates 21=excaliber mobiles (221, 321) 80=phasor collinear omni (480) C=Centre mount that the product is a "special assembly". 21=collinear omni (421) 81=corporate feed collinear omni (481) E=End mount Occasionally the customer supplied unique 22=2-bay exposed dipole (222) 82=mobile 1/2wave I=Inverted drawing number or part number may be used in 23=coil collinear omni (323) 83=mobile 5/8wave S=Side mount place of the E number. See "Special Assemblies" 24=4-bay exp. dipole (224) 88=phasor collinear omni (488) U=Universal (Could be mounted in more than one of the for details. 25=marine omni (225) 89=short phasor collinear omni (489) above-mentioned configuration, depending on the type of This portion of the name will (of course) be 26=economy yagi 90=wide-band collinear omni (490) antenna). omitted for all standard/stocked and standard/ 27=corner reflector (227) 97=phasor collinear omni (497) non-stocked products 00=excaliber mobiles (500) Issued Date: 06-28-2007 Revision 3 RM2(AA-W)(BB)(X)(Y)(C) Non-Expandable Receiver Multicoupler (100-299 MHz) Option Description Code (C) Output Connector Option B BNC Female * note that input connectors are always N female (Y) Power Supply Option 1 115 VAC 2 220 VAC 3 12 VDC 4 24 VDC 5 48 VDC 6 115 VAC CE 7 220 VAC CE 8 220 VAC option 9 220 VAC & 24 DC Stdby option 10 12 VDC termination block (X) Amplifier Option S Silicon Amplifier G GasFet Amplifier V 118-137 GaAsFet Option G 225-400 GaAsFet Option HP Performance OBA Amp (BB) Number of Receiver Multicoupler Channels 02 2 Channels 04 4 Channels 08 8 Channels 12 12 Channels 16 16 Channels (AA-W) Preselector Option (BW - Frequency Sub-band): 01-1 1 MHz BW / 138-150 MHz 01-2 1 MHz BW / 150-160 MHz 01-3 1 MHz BW / 160-174 MHz 01-4 1 MHz BW / 220-222 MHz 19-5 19 MHz BW / 118-137 MHz 32-6 32 MHz BW / 118-150 MHz 02-2 2.5 MHz BW / 150-160 MHz 00-0 NO PRESELECTOR ORDERED 09-9 Custom Preselector RM3(AA-W)(BB)(X)(Y)(C) Non-Expandable Receiver Multicoupler (300-599 MHz) Model # Description (C) Output Connector Option B BNC Female This is a special assembly that’s available on non-expandable versions of the RM's only. Expandable versions all use BNC N N Female female only. * note that input connectors are always N female (Y) Power Supply Option 1 115 VAC 2 220 VAC 3 12 VDC 4 24 VDC 5 48 VDC 6 115 VAC CE 7 220 VAC CE 8 DC Termination Block (X) Amplifier Option S Silicon Amplifier G GasFet Amplifier (BB) Number of Receiver Multicoupler Channels 02 2 Channels 04 4 Channels 08 8 Channels 16 16 Channels (AA-W) Preselector Option (BW - Frequency Sub-band): 01-1 1 MHz BW / 406-430 MHz 03-1 3 MHz BW / 406-440 MHz 05-1 5 MHz BW / 406-450 MHz 01-2 1 MHz BW / 440-470 MHz 03-2 3 MHz BW / 440-480 MHz 05-2 5 MHz BW / 450-480 MHz 01-3 1 MHz BW / 470-512 MHz 03-3 3 MHz BW / 480-512 MHz 05-3 5 MHz BW / 480-512 MHz 17-5 175 MHz BW / 225-400 MHz 09-9 Custom Preselector RM4(AA-W)E(BB)(X)(Y)(C) Expandable/Non-Expanbable Rx Multicoupler (600-999 MHz) Configuration # / Part Model # Description Number (C) Output Connector Option B BNC Female This is a special assembly that’s available on non- expandable versions of the RM's only. Expandable versions all use BNC female N N Female only. * note that input connectors are always N female (Y) Power Supply Option 1 115 VAC 2 220 VAC 3 12 VDC 4 24 VDC 5 48 VDC 6 115 VAC CE 7 220 VAC CE 8 DC Termination Block 9 Less Power Supply (X) Amplifier Option G GasFet Amplifier (BB) Number of Receiver Multicoupler Channels 02 2 Channels 04 4 Channels 08 8 Channels 16 16 Channels * 12 channel not available, must use 16 with termiation loads E Expandable Unit (available only for more than 20 channels) (AA-W) Preselector Option (BW - Frequency Sub-band): 15-1 15 MHz BW / 806-821 MHz 15-2 15 MHz BW / 821-849 MHz 15-3 15 MHz BW / 850-865MHz 15-4 15 MHz BW / 865-880 MHz 10-1 9.6 MHz BW / 896-901 MHz 09-9 Custom Preselector TM3(AA-W)(D)(BB)(X)(Y)(C) Non-Expandable TTA Multicoupler (300-599 MHz) Model # Description (C) Output Connector Option B BNC Female N N Female * note that input connectors are always N female (Y) Power Supply Option 1 115 VAC 2 220 VAC 3 12 VDC 4 24 VDC 5 48 VDC 6 115 VAC CE 7 220 VAC CE (X) Amplifier Option S Silicon Amplifier G GasFet Amplifier (BB) Number of Receiver Multicoupler Channels 02 2 Channels 04 4 Channels 08 8 Channels 16 16 Channels (D) Tower Mounted Unit Configuration Option A Standard Single Amplifier configuration B Single Amplifier with relay bypass configuration C Redundant aplifier with relay bypass configuration (AA-W) Preselector Option (BW - Frequency Sub-band): 01-1 1 MHz BW / 406-430 MHz 03-1 3 MHz BW / 406-440 MHz 05-1 5 MHz BW / 406-450 MHz 01-2 1 MHz BW / 440-470 MHz 03-2 3 MHz BW / 440-480 MHz 05-2 5 MHz BW / 450-480 MHz 01-3 1 MHz BW / 470-512 MHz 03-3 3 MHz BW / 480-512 MHz 05-3 5 MHz BW / 480-512 MHz 09-9 Custom Preselector TM4(AA-W)(D)(BB)(X)(Y)(C)
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