Loading...
HomeMy WebLinkAbout[02-56]Directional Yag I S- Superior Quality and Performance! This is undoubtedly the most fully featured internally matched "agi available. This design features an end -of -boom N connector 3d with an internal transmission line feeding the driven element. sternal matching achieves broad bandwidth and is highly weather resistant. There is no gamma match to ice up, corrode or detune. The fully welded ANTENEX °Yagi antenna features 360- degree welds around each element and is fully gold anodized for corrosion resistance. Our engineering staff has optimized this product design forforward gain by computer analysis and then field- tested each for conformance. Y8066 New Internal Matching on Gold Welded 400,800 & 900 MHz Yagi Models! Y8063 Technical Data - Product Features & Information • VSWR: <1.5:1 • Maximum Power: 500 watts - VHF 300 watts - UHF & 8001900 MHz • Impedance: 50 ohms • Mounting: VHF up to 2" mast. UHF and 8001900 MHz up to 1 -518" mast. • Tuning: All Yagi's are pre -tuned on a Network Analyzer to the lowest frequency for that model. • Elements Material: 318" diameter solid 6061 -T6 aluminum. • Boom Material: Heat treated 6061 -T6 aluminum tube. • Boom Diameter: UHF, 800/900 MHz - 7/8" VHF - 3dB7/8 ",5dB11W' • Finish: Protective gold or black anodized finish. Allow longer lead time for black finish models. Silver Series feature a bright finish. • Shipping: All models are FedEVUPS shippable. Welded VHF may require truck freight. • Assembly: VHF models require light assembly. All other models come fully assembled. • Mounting: Stainless steel brackets included. • Termination Type: N Female. S0239 (UHF female available upon request). Lightning Protection: DC ground Boom Length: VHF 3 Element - 41 -112" 5 Element - 72" UHF 3 Element - 20 -3116 5 Element - 37" 6 Element - 44" 12 Element - 72" 8 3 Element - 163r4" 6 Element - 27 -314" 12 Element - 49" 24 See http: / /www.antenex.com for product additions and more product details Item Number: 56 Ordering Guide - Clear, Easy & Sensible! Y4505 = Fully Welded Yagi in gold. 450 -470 MHz, 5 Elements. Y Antenna Style Y =Welded and Gold Anodized Yagi YB = Welded and Black Anodized Yagi YS = Silver Series Yagi Black finish is not available on the Silver Series. 450 Frequency Frequency component of part number in bold below: 136 -150 150 -174 220 -250 406 -430 430 -450 450 -470 470 -490 490 -512 806 -896 896 -970 5 Elements 3= 3 Elements 5= 5 Elements 6 = 6 Elements 12 = 12 Elements Mounting brackets included at no extra charge. Front -Back Model Frequency Elements Gain Ratio MSRP FULLY WELDED NON - ANODIZED VHF MODELS YXXX3W User Defined 3 7.1 dBd 17 dB 246.10 YXXX5W User Defined 5 9.2 dBd 20 dB 288.90 GOLD ANODIZED VHF MODELS Y1363 136 -150 MHz 3 7.1 dBd 17 dB 154.93 Y1365 136 -150 MHz 5 9.2 dBd 20 dB 210.52 Y1503 1 50-1 74 MHz 3 7.1 dBd 17 dB 155.07 Y1505 150 -174 MHz 5 9.2 dBd 20 dB 209.73 Y2203 220 -250 MHz 3 7.1 dBd 17 dB 155.21 Y2205 220 -250 MHz 5 9.2 dBd 20 dB 209.73 GOLD ANODIZED FULLY WELDED UHF MODELS Y4065 406 -430 MHz 5 9.2 dBd 20 dB 160.65 Y4066 406 -430 MHz 6 10.2 dBd 20 dB 171.52 Y4303 430450 MHz 3 7.1 dBd 17 dB 133.91 Y4305 430450 MHz 5 9.2 dBd 20 dB 160.73 Y4306 430 -450 MHz 6 10.2 dBd 20 dB 171.52 Y43012 430 -450 MHz 12 11 dBd 20 dB 240.98 Y4503 450 -470 MHz 3 7.1 dBd 17 dB 133.91 Y4505 450470 MHz 5 9.2 dBd 20 dB 160.73 Y4506 450 -470 MHz 6 10.2 dBd 20 dB 171.52 Y45012 450 -470 MHz 12 11 dBd 20 dB 240.98 Y4705 470 -490 MHz 5 9.2 dBd 20 dB 160.73 Y4706 470 -490 MHz 6 10.2 dBd 20 dB 171.52 GOLD ANODIZED FULLY WELDED 800/900 MHz MODELS Y8063 806 -896 MHz 3 6 dBd 15 dB 133.95 Y8066 806 -896 MHz 6 9 dBd 16 dB 160.73 Y80612 806 -896 MHz 12 11 dBd 20 dB 214.32 Y8963 896 -970 MHz 3 6 dBd 15 dB 133.95 Y8966 896 -970 MHz 6 9 dBd 16 dB 160.73 Y89612 896 -970 MHz 12 11 dBd 20 dB 214.32 REPLACEMENT MOUNTING KITS YM78 Yagi Mounting Kit for 7/8" Boom 13.50 YM190 HD Yagi Mounting Kit 7/8" to 41/2" 43.20 YM78HD HD Yagi Mounting Kit for 7/8" Boom 47.50 YM10OHD HD Yagi Mounting Kit for 1" Boom 47.50 YM125HD HD Yagi Mounting Kit 7/8" to 4 1/2" 47.50 jJ0 qP ih Mounting Kits YM78H D, YM100HD, YM125HD LAIL35ONN - Inline Lighting Arrestor N to N Don't forget, each Yagi is hand tuned on a network analyzer for 9st power match and lowest VSWR. This is your assurance of best possible performance every time. Each yagi also ships ,,omplete with a high quality cast aluminum cast mounting kit that includes stainless steel hardware and allows vertical or horizontal orientation during install. Whether your installation calls for the super high durability of a fully welded Yagi or the lower cost, yet very high durability of a silver series Yagi, ANTENEX® promises to be the correct choice for your demanding application. Front -Back Model Frequency Elements Gain Ratio MSRP SILVER SERIES VHF MODELS YS1363 136 -150 MHz 3 7.1 dBd 17 dB YS1503 150 -174 MHz 3 7.1 dBd 17 dB YS1505 150 -174 MHz 5 9.2 dBd 20 dB YS2165 216 -225 MHz 5 9.2 dBd 20 dB YS2203 220 -250 MHz 3 7.1 dBd 17 dB YS2205 220 -250 MHz 5 9.2 dBd 20 dB SILVER SERIES UHF MODELS YS3406 340 -360 MHz 6 10.2 dBd 20 dB YS4063 406 -430 MHz 3 7.1 dBd 17 dB YS4065 406 -430 MHz 5 9.2 dBd 20 dB YS4303 430 -450 MHz 3 7.1 dBd 17 dB YS4305 430 -450 MHz 5 9.2 dBd 20 dB YS4306 430 -450 MHz 6 10.2 dBd 20 dB YS43012 430 -450 MHz 12 11 dBd 20 dB YS4503 450 -470 MHz 3 7,1 dBd 17 dB YS4505 450 -470 MHz 5 9.2 dBd 20 dB YS4506 450 -470 MHz 6 10.2 dBd 20 dB YS45012 450 -470 MHz 12 11 dBd 20 dB YS47012 470 -490 MHz 12 11 dBd 20 dB YS4906 490 -512 MHz 6 10.2 dBd 20 dB 'LVER SERIES 800/900 MHz MODELS 8063 806 -896 MHz 3 6 dBd 15 d8 S8066 806 -896 MHz 6 9 dBd 16 dB YS80612 806 -896 MHz 12 11 dBd 20 dB YS8963 896 -970 MHz 3 6 dBd 15 dB YS8966 896 -970 MHz 6 9 dBd 16 dB YS89612 896 -970 MHz 12 11 dBd 20 dB ENCLOSED 2.4 GHz MODEL YE240015 2.4 -2.5 GHz 12.5 dBb 20 dB Model Description ANTENNA MASTS YMST4 4'x1 -1/4" OD x .065" wall alum. mast YMST8 8'x1 -1/4" OD x.065" wall alum. mast YMST18 18'x1 -1/4" OD x.065" wall alum. mast (2p) YAGI ACCESSORIES LAIL35ONN Inline Lightning Arrestor N to N LABH35NN Bulk Head Lightning Arrestor N to N CCT213 Crimp Tool For LMR400 CN400 N Connector For LMR400 R400100 100 ft. Roll of LMR400 R400500 500 ft. Roll of LMR400 Lm ANTENFIC(< 104.00 104.00 156.00 156.00 104.00 156.00 114.40 72.80 98.80 72.80 98.80 114.40 177.65 72.80 98.80 114.40 177.65 177.65 114.40 73.50 94.50 162.00 73.50 94.50 162.00 245.00 MSRP 30.15 90.00 187.50 79.16 79.16 71.95 8.00 140.00 650.00 YE 240015 Enclosed Yagi with U -bolts L�_ANTENEXs' VSWR Y1503 CENTEA AFL EF b or 0 00 MHZ N0.000 MHZ 880.000 MHz Y80612 ­,EA: �.�MH, .1 All swa ,FEF,.S Y4506 ism wEF" ,a ,wszs i.azoe sw.000 MH: z %,'.aoo MHz Y8966 Vertical Field Patterns Y1503 Y4506 Y8966 Close up of Traditional Gamma Match Silver SeriesYagi VHF Yagi antennas have bolted elements and require light assembly to maintain FedEx /UPS shippability. Welded, black anodized Yagi antennas are the same price as gold models. Allow extra delivery time for black models. The Silver Series Yagi antennas have the same great optimized designs and plated brass connectors as our welded gold anodized models. Gold welded 400, 800 and 900 models have internal direct feed matching. All other models have the traditional gamma match feed. See http: / /www.antenex.com for product additions and more product details 25 SIGNAL ANTENEX -== _ROPO S EMS 2000 -205 Bloomingdale Road • Glendale Heights, Illinois 60139 U.S.A. Phone: 630- 351 -9007 • Fax: 630- 351 -9009 • www.antenex.com SCADAYAGIT" Installation Guide Thank you for choosing the Antenex O SCADAYAGITM antenna. The SCADA YAGITM is fully welded and gold anodized for durability, corrosion protection and for an accurate radiation pattern. Safety Guidelines 1. The AntenexO SCADA YAGITM installations should only be performed by trained_ personnel. 2. Use extreme caution when installing this antenna. Electrocution and /or death can occur if this antenna comes in contact with or comes near electric power lines. 3. Do not secure the SCADA YAGITM mast to any structure unless the antenna is electrically bonded to the tower and the tower is well grounded for lightning protection. SCADAYAGITM Installation Instructions (See Reverse) copynght© MMI ANTENEX® SIGNAL X -=== -ROPO ANTENES EMS 2000 -205 Bloomingdale Road • Glendale Heights, Illinois 60139 U.S.A. Phone: 630- 351 -9007 Fax: 630- 351 -9009 • www.antenex.com SCADAYAGITM Installation Guide 1. Upon receipt of the SCADA YAGITM check the antenna and associated parts for damage or discrepancies. Notify carrier or manufacturer immediately. 2. Check the SCADA YAGIT^ VSWR and tuning frequency, prior to installation to verify tuning. Remember, surrounding objects, earth, ground and the tuning engineer all have a great effect on VSWR and resonant frequency. Obstacles in the pattern of the antenna can shift the resonant frequency lower by up to 1 MHz. 3. Then inspect the feed connector, ensuring that it is appropriate for the application. 4. Assemble the SCADA YAGITm as shown on the assembly sheet. 5.Clamp the antenna securely to the tower, ensuring that the mast points upwards with the feed -line down. 6. Ensure that the SCADAYAGI TM is solidly grounded. Do not rely on feed cable for a ground return. Secure feed line and transmission line to tower. 7. Always weatherproof the cable connection. Failure to do so will degrade the antenna signal over time. 8. Check that the drain hole on the dipole is facing the ground. The red sticker denotes "up." 9. Upon final installation, ensure that the antenna has been securely fixed, that the antenna is assembled correctly, and that all connections have been weatherproofed. WARNING! YOU CAN BE KILLED IF THIS ANTENNA COMES NEAR OR IN CONTACT WITH AN ELECTRIC POWER LINE. ALWAYS USE CAUTION WHEN INSTALLING THIS ANTENNA. STAY AWAY FROM ALL OVER- HEAD WIRES OF ANY KIND. copyright© MMI ANTENEX® Q) C- w c o c a N > 2 a s 0-0 a O m a) N o C :2 C OV @ O ' n c o N U m� o L a) �°a @ a m > \ O N V 220 O W a �i °pcEza) a?uu)) a) m o o W= a) >T 3 O w E L a to 'C 3 a) "' ° .N O O O L@ C L X .L.. � °c'U0 mo a c -- °) L o 0 o o a) Via) E d w.a)° m a) L_63a� 2 W m m c m a' c m o c m ° O No °� o N d °- Zi m a�0.. o Y t a E o) 3 a) Ne o L) .S .o T o m a LL C m 3 Ln N -O N° p 0 C C @ = '� O 8- a o m o C Q) - 0 O p co: m 3 c m o 0 Q m E c L E a �o 2 a=i O -oo a (� m m 3 a E 3 O c oma) =o -° O m �U c a�ci Y Cr (U Nm3 _co O = ° m C ° E N m o no "5) C E �p n N= -O m O » O.L. -. L N > c °) ° �, 0 C C m O n O O C f6 m e m LL a o 3 C m C c a) .N. c .% a) N O) X Q) o �? E O= U o a ` m U a) -o o° y ate+ L -- o al T -° 7. L Q E a) i Q 0 h ti c m Q) N 7 I� L= n o 7 a c a 3 m° L W y i m f- O a) a) ._ a c (U m n o .) m a) o Q) cu w ' ..-. Y a) C O Y L fta L) m -o � = G c c aa) In a) a) m Q o L o r a° o> a aEi .S _° F o E c LU-. m H x 75 '�" N 2 ° O@ a= m O m C y Q) LC m `° E= .N. X fn 0 O. LL = 2 V= o II O T o U @ .� a) C p U m N L 7- a) 0 m a a o now U N o m } @ V 7 O) a) O E a) > o c m o m a) a) a) `O O M " W a) 7= .0 N a1 V a} C -o :.. ._ U O L_ m 0° m W O LL @ O I i m Q o o E 7 Lu .=0-. .LU-. C m Y L O) C IIIIIIIillllll O N 1/�) i o a 7 7 U a Ca)u(uo m me O T C LL Q `O @L U a o N °�- C . IIIIIIIIQIII � N O w a) U EY- � �° °JL E N �o �° m -° C a) _ mao n. c� - a0 0 o N o oc a) m C O ._ -° @ U V O 0) 'N c m 3 >T T n Q) 3 o a c T w° m= 1] E C CM wo = n E N coo o T L m0) o> c c 7 N L) o o E N a :E- aci ��omo Foy .S o o aiS=2Zc�o BUT a) CN 3 Q) m O Ym "cc moa_Nic O L y G a N m N N= Q) L m O a) a) U L_ O m () 7 o > o C 0 tZ a) m E O) L o E ... L O C U a) o n a) ca Q L a) -m a) E p f- L m +� o C 3 0 o N E h .0 m 3 C U Q C E` ay U p m@ O N f6 n_ C _� U` .0. LL a�N> C = N U N ar •G .0 3 E� naw _ 1= a) Y a) >, N .0 3 a 0L N II p ac a) «m. o N o)-6 C N Q) c c =a �' c C N O E �� m a) y o a' G: N° O @ C (n `° 2 a) a) � m ai L ma o M I E Q C L m C m a7 `O �' .Lm.• N �- c W N m a): x a N a)a >, � o � o c E m U(D o> o a)r m a N o E C no m a� w 3 E air U O O c', m U U= s a E m ) m a) a) o o d N ,� "' @ p m C 9 L "' m m C° to Q) a) m o o �, N C a) N a) a) Lo mm�C m o } O _ T N a) —a) -o 'o W G d G V W L a L L a L w a) C 3 U C O N� o� a>i v o m° O� C O � v C O E O_ U1 c^, o n o o N C Q) '.' O o° o O O a) a) T a) d m o o s Q .N. E E w c a) m a > m = -o > 3 N 07 = O ° Ea)3o Q) ` co W Y m E m. N v. a) C O o E a) o ._ o. @U L Ln �c� LU m @ a`)o a`)o)m0 c a) a) C !{ = c E m n c Q O) a) ak) y v w > p a o O m a "O - N .L... a m a`) w° a) - N m m m o a N .a O O o w L N a) � E_ t 3 L N m m E C o > O ul O a) O 0@ r, > w= L L Cu = �!+'L-' E O] Y m m C C a o Cl E y E L O E 2° , V U N c o a ° m 0 -° a C a1 O .r- - d r C U o a) fn L Y U o O) m U C> > N 3 O `-' .Y ° O E C m E I= E N cn o T a) a U U U U m (u d +L-• C N a) a a) a 7` C a) a) O Q O' m N L U C O O a) O) a) O> y a) +' L .N 3 O 3 a) L n .� w U _ O LL n 0' C = O m 0 m ° C O Q) O O- a C L .'G.. C O U 0 0 a) N ) a) C V a .°. `° a—) m@ m O~ N a N w N in n a m O = LL = N D m M C� N F > W 7 LL E@ jC Q) O N N '> L a O - I i = W m@ E m U m .N E 'T 5i L '-' o m $ E m > a N w CJ m y V a) o N m O n m Q) C- w c o C O T m 3 Y E a) L > U O a o O ' n c o O 2> U a O o o L o o° a) X m U U Cm (D� a) N m °cv�E N p a@ �°a @ m m @ °a°)m c' 220 O W a �i °pcEza) a?uu)) a) m o o W= a) >T 3 ) (D a) a) 00 a) w E j a O W W @ w L 3 a) Z N E m Z@ .n a c -- °) L o 0 o (0 o -o > -x L) a) o) 2 W m- -p a '- o a LLI U .� '° @ N d °- Zi m a�0.. c n 3° E c o m a) o L) .S .o o@ aci �_ m a o' a) 2 2 ¢ — o 0 3 @ a°i -o N c n p E L 3 0 m 3 m > � Y O` (u 'E 2 a=i O o Z a a) N 3 N n n a) 3 E C a) .� `) ° y ° (� m @ Q' a E 3 o 7 .-. N m a) -E 2 O' O W m C E X O c o W ° o a o Y o o N _U o F n N @ a) ; U a O C N; O » E s a"? o N Z w o ... L) p o = ? L_ -c O C_ U m C O a@ ca N a) LO. ° O (7 O G m m F- @ u) @ N@ a) a) E @° C O E° v `o E C .0 a ono C a c N .N 0o a) p a) o o. o a i Q 0 h ti C T Q @ N E@ X m ac) 0 O p 3 -p D o a v° o n o c >O Q N N o Z o W a) a) a @ m N c) L ° Q) r ..-. Y a) a) @ .L-. n N .N U p O N@ N n m W L/) Q) L a C Q) T o H N O N H o C 'E f O n m o w6 C) L N L N V T T d' C L m > y E @ m o U O U m '�" N 2 N -O a -o LL N Q o (0 m° m c T- o m a) c °' o o �.� �� a) c j� �� E maY ° UO ti o a) m @'� amid N m� 3 0 m a a o now E o c —aoi T H o m a) o ° a= a E �@ o c m o W L- c v n L V 3= N°`— o c m n m 3a co m c 30 ) 0 v '> m W O LL @ 3 0 m o c° o o E o- a) a m ° m Q o o @ > m m> c o oLO-. c c c.: L 3 @ a) o a) m T W= a) N N c c no n 0 E m a C 2T:,- E C C LL Q `O @L U -' O m= L 3 N N V C a p ° N Z W N ~ G °) L= N C Q E n U a) a) o N 0 OU E Z L a) O o o w c o N � N c °n t° C a) w C Y 3 .= m N C �) a) c° w O Q@ 2 W L U ,� o o o m. o- - n a o 3 o o x O ._ -° @ U V = m a O O m @ o .C. @ N U n� O @° 0 U O Y °v Q)L. O�'O_. OOo -. E 0 a) C -UO Ya ° a.L-. ° W =L o mLc.�� ocj,:E :E- KEEN= a) o mw a) Q °�nw a) )c- LL, � N 3 a) @ X O o O C E O Q) O O Q N m O) a) E '.' L ) � C C a O o a N U w Z a) U O U N N oa J -p C N C nN C LL a) O) a) O a o ,�0 II1 a) C L7) (n CL-. «0. -,, O N yQ i (6 C U >` m m 3 a) n a �' m N a) N U =a C .L.., E O N E @ E L° C N @ o EL..L N a) C N a) L' h .0 m -3 O L (h Q _ .L. 3 a) o U C Q) N@ n E C _� U` .0. LL @ N N U M- Qi N n cn O E -o "' o = O n~ 3 0 J n L..i N U N O) p O C U >i j c a)mL La.° o o C7 _ m o o �m c =a �' c o� @ @E m a) 3 v c ai ara� c) W O5Q¢ = z w N LNm T. -o E o-6:E 2 o= �° > o a) E w C@ a) C c o L Q) a) a) @ Q y N U- m ` W o i W L m C 3 3 m a a) L L) a c o N C O a) a) a) L a C F- F- w o o _ LL z E x m o 3 m a) U N W W U .� a U n o c c a N L6 Z N a N wN., a) C O @ o).- m a J N U Cn m a "' a) (d 0 0) L Q m U O ..O„ m F- OU y N i o cn L Y L O N Q) ° N a) a) Lo mm�C W a) U D I�.��'wo N a) LLmw o O Z a) �L-. �2 3 W 2 @ _ �WO� Z T C 7 :.i O T �a-oo m °.N »? o o m ° o. 0 C W 3 W Q Q FlQ. F N JU 3z FZ V F~ z Z a V N 00 z S J Z = N Z W2 Q OWz z Y La F Q Lu at 4 aao �VW 4113 o U) -W+ 3 x -q@ Y Q W 11z� V C Q X30 >n°" 04 0 N N J N W LO W tY W Y r 0 LL W - C.� W LL O LO O (D O v m r LO N Z U � Q °v Q Q Q Q C) Lil Z O 7ma J Q si W >, O N W LO W tY W Y 2 D 0 LL W - C.� W LL O W m O (D n v m r I z Z U � Q °v Q Q Q Q C) Lil Z O 7ma W LO W W Y 2 D W Q C.� W LL W m CC U z m n Z) F" W Z J H I z Z D °v Q Q Q Q C) Lil Z O J Q W >, O C3 0 O m Z �= Z a O y I I — UH _ Z Ln� W r m 0 J o �y U m W 'm2 ° EE z � E N > O1 ECC nC7Q °Q m e 1¢ m a o a o N m C �If q M � O Q M N N LL n 0 0 m M csi co a