3G / 4G
UMTS
LoRa
W-LAN 2.4
GSM DUAL
W-LAN 5.4
LTE
TETRA
HIGH -TECHNOLOGY ANTENNAS
DESIGNED AND MANUFACTURED IN ITALY
2019
2020
HIGH-TECHNOLOGY ANTENNAS DESIGED AND MANUFACTURED IN ITALY
COMPANY PROFILE
1
QUALITY SYSTEM
SIRIO antenne is a qualified ISO9001:2015
company since February 2004
Certification issued by international company
DNV-GL
Here Giuseppe Grazioli began his activity and founded Sirio Antenne. He firmly believed in the future of WIRELESS' communication, at that time used only by the
military, and decided to dedicate himself to the development of wider applications for civil use, contributing to a NEW form of communication now in common everyday use.
a small town a few kilometres from Lake Garda, characterized by its ancient medieval castle. The company’s location is logistically strategic for the development of its business and also
easily reachable from the nearby Verona airport, which is only 35km away.
Sirio Antenne was established in 1972 in Volta Mantovana,
RF & Microwave lab. Microwave anechoic camber.
Main office
HIGH-TECHNOLOGY ANTENNAS DESIGED AND MANUFACTURED IN ITALY
PHOTO GALLERY
2
Sliding headstock CNC-lathe machines view
MACHINES SHOP
Mobile antennas production department
PRODUCTION DEPT
Final test with network analyzerCNC winding machine
CNC machining centre view
Ultrasonic welding machine
Coaxial cable cutting machines
CAD 2D & 3D for mechanical design
RESEARCH & DEVELOPMENT DEPARTMENT
RF & Microwave lab.
HIGH-TECHNOLOGY ANTENNAS DESIGED AND MANUFACTURED IN ITALY
GENERAL INFORMATIONS
3
All products have a FIXED band and no tuning is required. The corresponding frequency range is covered within a SWR limit indicated in the product's electrical data.
ADDITIONAL INFORMATION
3) CHOOSE THE PRODUCT. Follow the vertical line of the chosen frequency band till you find the coloured squares that show the frequency bands covered. The name of the product and its corresponding data page is on the left side. You can easily find the page of your selected product.
2) CHOOSE THE FREQUENCY BAND. At the top of the table you can choose your preferired frequency band or the nearest one.
1) CHOOSE THE TYPE OF INSTALLATIO. BASE station or vehicular MOBILE antennas .
Here below you'll find table A that will help you to easily find out the most suitable product for your purpose.
REFERENCE TABLE
VHF (very high frequency)UHF (ultra high frequency)SHF (super high frequency)
30 300 3000 30000
2) SCELTA BANDA DI LAVORO. Individuare nella riga superiore delle tabella la banda di lavoro desiderata. Se non fosse riportata individuare quella che possiede banda di lavoro più simile.
1) SCELTA TIPO DI INSTALLAZIONE. La parte superiore della tabella riporta i modelli per stazione BASE, le antenne MOBILE per installazione su veicoli sono riportati nella parte inferiore.
3) SCELTA PRODOTTO. Scorrere la riga verticale corrispondente alla banda di lavoro voluta fino ad incrociare i rettangoli colorati che indicano le bande di frequenze coperte. Pagina e modello sono riportati sulla stessa riga alla sinistra dei rettangoli così individuati. Consultare quindi la pagina del prodotto per conoscere tutte le particolarità.
Di seguito è riportata la tabella A con lo scopo di facilitare la ricerca dei prodotti. La procedura di ricerca consiste in:
TABELLA DI RICERCA
Tutti i prodotti hanno una banda FISSA non modificabile. Non occorre tarare nulla e tutta la banda dichiarata è coperta entro un limite di SWR specificato.
INFORMAZIONI AGGIUNTIVE
Toute antenne a une bande de fréquences FIXE et qu'on ne peut pas la modifier. Aucun réglage n'est nécessaire et la limite de SWR de la bande de fréquences couverte est indiquée dans les spécification du produit.
INFORMATIONS COMPLEMENTAIRES
3) CHOISIR LE PRODUIT. Suivez la ligne verticale de la gamme de fréquences choisie jusqu'à ce que vous trouviez les emplacements colorés qui désignent les bandes de fréquences couvertes. Le nom du produit et la page correspondante dans le catalogue sont sur le côté gauche. Vous trouverez ainsi plus facilement la page du produit sélectionné.
2) CHOISIR LA FREQUENCE. En haut du tableau, choisissez la bande de fréquences désirée. Si elle n'est pas mentionnée, veuillez choisir celle qui s'en rapproche le plus.
1) CHOISIR LE TYPE D'INSTALLATION. Les antennes de stations FIXES sont dans le partie supérieure de tableau. Les antennes MOBILES sont dans la partie basse du tableau.
Vous trouverez ci-dessous un tableaux qui va faciliter la recherche d'un produit dans le catalogue. La procédure de recherche est la suivante:
TABLEAUX DE REFERENCES TABLA DE REFERENCIA
2) ELECCION DE LA FRECUENCIA. Seleccione en la línea superior de la tabla, el rango de frecuencia deseado. Si la frecuencia de trabajo no aparece, seleccionaremos la más próxima.
Encontraremos la tabla A para facilitar la búsqueda de los productos. El procedimiento consiste en:
Las antenas no son modificables en su rango de frecuencia. No precisan ningún ajuste y cubren toda la banda especificada con el nivel de ROE.
INFORMACION ADICIONAL
3) ELECCION DEL PRODUCTO. Siga la línea vertical correspondiente al rango de frecuencia deseado hasta que encontraremos los cuadrados coloreados que muestran el rango de frecuencia para cada modelo. El nombre del producto y los datos correspondientes a la página están en el lado izquierdo. De esta manera, localizaremos el producto y la página con facilidad.
1) SELECCIONE EL TIPO DE INSTALACIÓN. Las antenas para BASE están situadas en la parte superior, las antenas MOVILES los encontraremos en la parte inferior de la tabla.
The frequencies table for the most common systems / Tabella delle bande di frequenze dei sistemi più utilizzati
Band Designation Frequency MHz
UHF 380 - 440 MHz TETRA
UHF 868 - 870 MHz ISMUHF 902 - 928 MHz ISMUHF 880 - 960 MHz GSM 900, LTE band 8
VHF 87.5 -108 MHz FM radioBand Frequency System / Name
UHF 890 - 960 MHz NMT 900, Natel C
UHF 698 - 790 MHz LTE 700: bands 12, 13, 17, 28, 44, 68, 71....UHF 790 - 824 MHz LTE 800: bands 20, 27.....
UHF 810 - 958 MHz DoCoMoUHF 824 - 894 MHz AMPS, LTE bands 5, 6
SHF 3.3 - 3.8 GHz Wi-MAX
UHF 2.4 - 2.485 GHz W-LAN IEEE 802.11bUHF 2.3 - 2.7 GHz Wi-MAX
UHF 1.92 - 2.17 GHz UMTSUHF 1.85 - 1.99 GHz PCS, DCS 1900 / GSM 1900UHF 1.71 - 1.88 GHz PCN / GSM 1800, DCS 1800UHF 1575.42 MHz GPSBand Frequency System / Name
SHF 5.15 - 5.35 GHz W-LAN IEEE 802.11a (UNI1, UNI2)
SHF 5.855-5.925 GHz V2X, W-LAN IEEE 802.11pSHF 5.47 - 5.875 GHz W-LAN IEEE 802.11a (UNI3)
HIGH-TECHNOLOGY ANTENNAS DESIGED AND MANUFACTURED IN ITALY
TABLE SEARCH
Table A
Page
Model
Typ
e
BA
SE
IN
STA
LLA
TIO
N
In
sta
llatio
nM
OB
ILE
IN
STA
L.
MA
G
4
AD
.H
OLE
5, 6788999999
101010
11, 1211, 1211, 1211, 1211, 1211, 1211, 1211, 12
131314151516
17, 1819, 2019, 2019, 20
21222323242526272727272728282930
SPO UHF seriesSO 4GHGO 433-868HGO 4G LTEGP 868 CGP 900 CGP 901 CCX 840CX 868CX 900SO 868-915SCO-868-4SPO 868-915/6 (new)SCO-1.93-6SCO-2-6SCO-2.4-6SCO-2.4-9SCO-3.3-7SCO-3.3-10SCO-5.47-10SCO-2451SO-918-2SO-918-2 M1SCM-918-2PA-2.4-2 TNCPA-2.4-2 SMASLP 4G-LTE (new)WY UHF seriesSMP 4G LTESMP 4G LTE MIMOSMP 24-33SLP-1.7 2.5-11¸SPH-1.5 6-17¸SY 906SY 910SDC-2.4-15LPA 380, LPA 420CELLFLEXSKA 900 1/4SKA 901 CSKA 900 1/4 MAGSKA 901 C MAGMICROMAG 918INGLASS MultibandINGLASS Lte & Wlanaccessoriesconnectors, adaptors
OM
NID
IRE
CT
ION
AL
DIR
EC
TIO
NA
L
TE
TR
A
(380
-470
MH
z)
CD
MA
(4
10-4
70 M
Hz)
TE
TR
A-3
50
(350
-370
MH
z)
ISM
/SIG
FO
X/L
oR
a (4
33 M
Hz)
70cm
HA
M
(430
-450
MH
z)
LTE
-450
(4
51-4
68 M
Hz)
LTE
-700
(6
98-7
98 M
Hz)
ISM
/SIG
FO
X/L
oR
a (8
68-8
70 M
Hz)
ISM
/SIG
FO
X/L
oR
a (9
15 M
Hz)
GS
M-R
(8
76-9
24 M
Hz)
GS
M-9
00
(880
-960
MH
z)
GS
M-1
800
(1.7
1-1.
88 G
Hz)
DE
CT
(1
.88-
1.99
GH
z)
UM
TS
(1
.92-
2.17
GH
z)
2G-G
SM
/GP
RS
/ED
GE
(8
80-9
60 &
171
0-18
80 M
Hz)
3G-U
MT
S
(880
-960
& 1
710-
2170
MH
z)
4G-L
TE
(7
90-9
60 &
171
0-27
00 M
Hz)
WiF
i-2.
4 G
Hz,
ZIG
BE
E (2
.4-2
.485
GH
z)
LTE
3.4
(3
.4-3
.8 G
Hz)
WiF
i-5
GH
z
(5
.15-
5.87
5 G
Hz)
V2X
(5
.85-
5.92
5 G
Hz)
SPO series
SPO 380-2Dipole
SPO 350-5SPO 380-5SPO 420-5Colinear
SPO 380-8SPO 400-8SPO 420-8SPO 440-8Colinear
Mounting instructions
Easy and robust installation onvertical mast
Sirio Professional Omni 350-470 MHz
Installation mast sizes
35/54 mmÆ
Fiberglass dipole and colinear
WIDE-BAND
Horizontal mast
BASE ANTENNAS
HIGH-TECHNOLOGY ANTENNAS DESIGED AND MANUFACTURED IN ITALY5
Weight: 220 gr, 0.5 lb 3.1x3x1 in
"FT-5" standard
Mast: Æ35-54mm, Æ1.4-2.1 inHardware: stainless steel
Dimensions : 80x76x25mm,
Spare parts: p/n 2519613.00 fixing brackets:
Materials: extruded aluminum
2m / 6.5ft MAX) P/N 2519913.00
Materials: extruded aluminum
"FT-6" optional bracket:(antenna height
Weight: 460 gr, 1 lb
Hardware: stainless steel
Dimensions : 80x76x65mm,Mast: Æ35-52mm, Æ1.4-2.0 in
3.1x3x2.3 in
HIGH-TECHNOLOGY ANTENNAS DESIGED AND MANUFACTURED IN ITALY
BASE ANTENNAS
SPO series Sirio Professional Omni 350-470 MHz
6
Materials
Connector
Wind Surface
Polarization
Operating temperature
Weight (approx.)
Mechanical Data
Grounding Protection
Wind Load @ 150 km/h
Gain
Max Power (CW) @ 30° C
Mounting Mast
Height (approx.)
Wind Resistance
Frequency Range @ SWR 1.5£
Radiation (H-plane)
Type
Impedance
Radiation (E-plane) beamwidth @ -3 dB
Electrical Data
P/N
Colinear
50 W
360° Omnidirectional
Linear Vertical
75 Watts
All metal parts are DC-grounded, the inner conductor shows a DC short
N-female with rubber protection cap
White cilindrical fiberglass radome 28.6 mm, anodized 6063-T5 aluminium, brass, stainless steel, copper, EPDM rubberÆ
-40° C to +80° C
Side vertical mast whit “V” bolt 35 - 54 mm, 1.4 - 2.1 inÆ Æ
SPO 380-2
Dipole
380-470 MHz
78°
0 dBd - 2.15 dBi
33 N
200Km/h,124mi/h2 20.027m , 0.29ft
780 mm, 2.55 ft
890 gr, 2 lb
2115020/380
SPO 380-5
380-430 MHz
40°
3 dBd - 5.15 dBi
53 N
180Km/h,112mi/h2 20.044m , 0.47ft
1380 mm, 4.5 ft
1215 gr, 2.7 lb
2115120/380
SPO 380-8
380-406 MHz
14°
6 dBd - 8.15 dBi
104 N
150Km/h, 93mi/h2 20.089m , 0.95ft
2940 mm, 9.6 ft
2040 gr, 4.5 lb
2115320/3802115120/420
53 N
1380 mm, 4.5 ft
1200 gr, 2.6 lb
180Km/h,112mi/h2 20.044m , 0.47ft
420-470 MHz
3 dBd - 5.15 dBi
40°
SPO 420-5 SPO 400-8
400-430 MHz
14°
6 dBd - 8.15 dBi
104 N
150Km/h, 93mi/h2 20.089m , 0.95ft
2940 mm, 9.6 ft
2020 gr, 4.5 lb
2115320/400
SPO 420-8
420-450 MHz
14°
6 dBd - 8.15 dBi
98 N
150Km/h, 93mi/h2 20.083m , 0.88ft
2740 mm, 9 ft
1935 gr, 4.3 lb
2115320/420 2115320/440
2590 mm, 6 ft
150Km/h, 93mi/h
1850 gr, 4.1 lb
93 N
2 20.079m , 0.84ft
6 dBd - 8.15 dBi
440-470 MHz
14°
SPO 440-8
f.(MHz)
# Designed to work without Ground Plane; Stainless steel hardware# Perfect protection against the worst weather conditions; Protection from static discharges DC-Ground
Features:# Fiberglass wide-band omnidirectional base station antenna. No tuning required# SPO 380-2: Unity-gain; SPO 350/380/420-5: Medium-gain; SPO 380/400/420/440-8: High-gain
SPO ...-5 series
SPO 380-2
SPO ...-8 series
File: E-03-05190°
0
3
10
dB
20
60°120°
30°
0°
-30°
-60°
-90°
-120°
-150°
180°
150°
Scale: logarithmic
TYPICAL RADIATION PATTERN in E-plane at mid-band TYPICAL RADIATION PATTERN in E-plane at mid-band
File: E-03-05290°
0
3
10
dB
20
60°120°
30°
0°
-30°
-60°
-90°
-120°
-150°
180°
150°
Scale: logarithmic90°
0
3
10
dB
20
60°120°
30°
0°
-30°
-60°
-90°
-120°
-150°
180°
150°
Scale: logarithmic
TYPICAL RADIATION PATTERN in E-plane at mid-band
File: E-03-057
3 dBd - 5.15 dBi
53 N
180Km/h,112mi/h2 20.044m , 0.47ft
1380 mm, 4.5 ft
1240 gr, 2.73 lb
2115120/350
40°
350-400 MHz
SPO 350-5
TYPICAL S.W.R. RESPONSE
Model: SPO-350-5 S.W.R.
1.01.2
1.8
1.4
2.2
1.6
2.0
2.42.62.83.0
335 415
f.(MHz)
File: F-03-060
375
350-400 MHz band
HIGH-TECHNOLOGY ANTENNAS DESIGED AND MANUFACTURED IN ITALY
BASE ANTENNAS
7
SO 4G LTE
Features:# Base station antenna, REAL OMNIDIRECTIONAL PATTERN# High quality PCB radiator protected by fiberglass tube# For LTE 800, ISM 868 & 915, AMPS, GSM dual, UMTS, WLAN, LTE systems
Sirio Omnidirectional 4G LTE bands
SO 4G LTEw/cable
SO 4G LTE
TYPICAL RADIATION PATTERN at 2045 MHz
File: E-04-02490°
0
3
10
dB
20
60°120°
30°
0°
-30°
-60°
-90°
-120°
-150°
180°
150°
Scale: logarithmic
E-plane
HPBW: 50°
H-plane
TYPICAL RADIATION PATTERN at 2500 MHz
File: E-04-02490°
0
3
10
dB
20
60°120°
30°
0°
-30°
-60°
-90°
-120°
-150°
180°
150°
Scale: logarithmic
E-plane
HPBW: 38°
H-plane
TYPICAL RADIATION PATTERN at 875 MHz
File: E-04-02490°
0
3
10
dB
20
60°120°
30°
0°
-30°
-60°
-90°
-120°
-150°
180°
150°
Scale: logarithmic
E-plane
HPBW: 66°
H-plane
TYPICAL RADIATION PATTERN at 1800 MHz
File: E-04-02490°
0
3
10
dB
20
60°120°
30°
0°
-30°
-60°
-90°
-120°
-150°
180°
150°
Scale: logarithmic
E-plane
HPBW: 54°
H-plane
Mast notsupplied
Æ 35-54 mm
Wall installation(screws notincluded) Colinear Dipole Array
790 - 960 MHz (LTE, ISM, GSM 900) &
1.71 - 2.7 GHz (GSM 1.8, PCN, DECT, UMTS, WLAN, LTE)
50 W
360° omnidirectional
Beamwidth @ -3 dB: see diagrams
see diagrams
Linear Vertical
2 dBi @ 790-960 MHz; 4 dBi @ 1.71-2.7 GHz
25 Watts
Fiberglass, Anodized aluminium, Chromed Brass
14 N @ 150 Km/h,93 mi/h / 200 Km/h, 124 mi/h2 20.011 m ; 0.12 ft
300 mm, 1 ft
-30 °C to +70 °C
SO 4G LTE
/
N-female, gold plated central pin
Aluminium, Stainless steel
230 gr, 0.5 lb
Mast: 35-54 mm, 1.4-2.1 inÆ Æ
with V-bolt
2111520.00
Electrical Data
Type
Frequency Range @ SWR 2.2£
Impedance
Radiation (H-plane)
Radiation (E-plane)
Radiation angle deg.
Polarization
Gain
Max Power (CW) @ 30° C
Cable Type / Length
Connector
Mechanical Data
Housing & Radome Material
Bracket & Hardware Material
Wind Load / Resistance
Wind Surface
Height (approx.)
Weight (without bracket, approx.)
Operating Temperature
Installation type
P/N
SO 4G LTE cable version
SMA-male, other type on request
495 gr, 1.1 lb
Galvanized steel
Mast: 35-42mm, 1.4-1.65 in with U-boltÆ Æ
Low Loss cable / 5m, 16.4 ft
"M3" bracket:
2111520.80
Wall: with screws (not included)
SO 4G LTE w/cable
Mastinstallation
Mast notsupplied
Æ35-42mm
HIGH-TECHNOLOGY ANTENNAS DESIGED AND MANUFACTURED IN ITALY
BASE ANTENNAS
Features:# Flat Design and very compact base station antenna# Omnidirectional, Multi-band, High-gain, no tuning required# High quality PCB radiator protected by UV stabilized thermoplastic cover# HGO 433-868: For ISM 433 & 868 HGO 4G LTE: For GSM 900 & 1800, PCS, DECT, UMTS and W-LAN 2.4 systems, LTE
8
HGO 4G LTE HGO 433-868
Multi Band Dipole Array
50 W
360° omnidirectional
Beamwidth @ -3 dB: see diagrams
0°
Linear Vertical
White Low Loss / 50cm, 1.6 ft or 5m, 16.4 ft / SMA-male, other type on request
RAL 7035 Light Grey thermoplastic UV stabilized
Galvanized Steel
36 N @ 150 Km/h / 200 Km/h, 124 mi/h2 20.02 m , 0.21 ft
335 x 166 x 144 mm, 13.2 x 6.5 x 5.7 in with bracket
350 gr, 0.77 lb
-20 °C to +80 °C
Mast: 25-42mm, 1-1.65in with U-bolt. Wall: with mounting screws (not included)Æ Æ
UPALTO
144 mm
40 mm
45
mm
compact High Gain Omnidirectional
Mast notsupplied
335 mm
166 mm
Æ25-42mm
8 mm
Mast: mountingwith U-bolt
OmnidirectionalMULTI-BAND
LTE 800 and GSM 900 GSM 1800 UMTS WLAN LTE 2600
TYPICAL RADIATION PATTERN in E-plane at 875 MHz
File: E-04-015
E-plane
90°0
3
10
dB
20
60°120°
30°
0°
-30°
-60°
-90°
-120°
-150°
180°
150°
Scale: logarithmic
HPBW: 55°
TYPICAL RADIATION PATTERN in E-plane at 1795 MHz
File: E-04-015
E-plane
90°0
3
10
dB
20
60°120°
30°
0°
-30°
-60°
-90°
-120°
-150°
180°
150°
Scale: logarithmic
HPBW: 25°
TYPICAL RADIATION PATTERN in E-plane at 2045 MHz
File: E-04-015
E-plane
90°0
3
10
dB
20
60°120°
30°
0°
-30°
-60°
-90°
-120°
-150°
180°
150°
Scale: logarithmic
HPBW: 20°
TYPICAL RADIATION PATTERN in E-plane at 2442.5 MHz
File: E-04-015
E-plane
90°0
3
10
dB
20
60°120°
30°
0°
-30°
-60°
-90°
-120°
-150°
180°
150°
Scale: logarithmic
HPBW: 16°
TYPICAL RADIATION PATTERN in E-plane at 2600 MHz
File: E-04-015
E-plane
90°0
3
10
dB
20
60°120°
30°
0°
-30°
-60°
-90°
-120°
-150°
180°
150°
Scale: logarithmic
HPBW: 16°
Weight (approx.)
Operating Temperature
Installation type
P/N 50cm, 1.6 ft cable
P/N 5m, 16.4 ft cable
Impedance
Gain
Mechanical Data
Max Power (CW) @ 30° C
Cable Type/Length/Connector
Dimensions (approx.)
Housing & Radome Material
Bracket & Hardware Material
Wind Load / Resistance
Wind Surface
Radiation angle deg.
Electrical Data
Radiation (E-plane)
Polarization
Radiation (H-plane)
Frequency Range @ SWR 2£
Type
2153904/5CO
2153904/05CO
6 dBi @ 1.9 - 2.17 GHz
HGO 4G LTE Improved
790-960 MHz (GSM 900, LTE 800) &
1.71-2.17GHz (GSM 1.8,PCN,DECT,UMTS)
& 2.4-2.7 GHz (W-LAN 2.4, LTE 2.6)
5 dBi @ 790-960 MHz & 1.7-1.9 GHz,
5¸6 dBi @ 2.4-2.6 GHz
20 Watts @ 790 - 960 MHz
10 Watts @ 1.9 - 2.17 GHz
6 Watt @ 2.4 - 2.6 GHz
HGO 433-868
415-465 MHz (ISM 433 MHz) &
815-890 MHz (ISM 868 MHz)
2154104/05CO
2154104/5CO
2 dBi @ 433 MHz,
4 dBi @ 868 MHz
20 Watts
50 W
Linear Vertical
360° omnidirectional
2107006.00
13N/180Km/h,112mi/h2 20.01 m , 0.11 ft
Aluminium, Stainless Steel
Mast: 35-54 mm, 1.4-2.1 mm with V-boltÆ Æ
550 mm, 1.8 ft
Aluminium, Chromed Brass, Stainless Steel 17/7 PH
75 mm, 3 in
-40 °C to +80 °C
650 gr, 1.4 lb
40° @ 920 MHz
GP 900 C
1/4 l + 1/2 l Colinear
870-960MHz @
SWR 2.6 (GSM 900)£
N-female, gold plated central pin
7°
5.14 dBi
50 Watts
HIGH-TECHNOLOGY ANTENNAS DESIGED AND MANUFACTURED IN ITALY
BASE ANTENNAS
GP series
GP 868 C
GP 900 C
Ground Plane Base Station
Mast notsupplied
Æ 35-54mm
"GP series" Features:# Base station antenna, Omnidirectional, Mono-band, # High-gain, no tuning required# Made of chromed brass, stainless steel whip, radials and hardaware# Equipped with anodized aluminium bracket for an easy side mast installation# For ISM or GSM 900
Aluminiumbracket
P/N
Installation type
Operating Temperature
Height (approx.)
Grounding Protection
Connector
Type
Radiation angle deg.
Gain
Max Power (CW) @ 30° C
Polarization
Wind Surface
Radiation (E-plane) Beamwidth @ -3 dB
Electrical Data
Frequency Range
Wind Load @ 150Km/h / Resistance
Impedance
Mechanical Data
Radiation (H-plane)
Housing & Radome Material
Radial length (approx.)
Weight (approx.)
Bracket & Hardware Material
GP 901 C
9
GP 901 C
1/4l+2x1/2l Colinear
870-960MHz @
SWR 2.8 (GSM 900)£
25° @ 920 MHz
6°
8.14 dBi
50 Watts
23N/150Km/h,93 mi/h2 20.02 m , 0.21 ft
800 mm, 2.6 ft
75 mm, 3in
2107606.00
GP 868 C
1/4 l+1/2 l Colinear
835-900MHz @
SWR 2.0 (ISM)£
40° @ 868 MHz
7°
5.14 dBi
50 Watts
13N/180Km/h,112 mi/h2 20.015 m , 0.16 ft
600 mm, 2 ft
90 mm, 3.5 in
2107006.00/868
«CX series" Features:# Base station antenna, Omnidirectional# Mono-band, no tuning required# Protection from static discharges DC-ground# Made of aluminium alloy6063 T-832# CX 840: for AMPS system CX 868: for ISM system CX 900: for GSM 900 system
CX 840
CX 868
CX 900
CoaXial J-pole
Mast notsupplied
Æ35-42 mm
CX series
10°
3/4 l Coax J-pole
845 - 885 MHz @
70° @ 920 MHz
CX 868
SWR 1.5 (868 ISM)£
4.15 dBi
100 Watts
All metal parts are DC-grounded, the inner conductor shows a DC-short
N-female
Aluminium, Zamac, Brass
Galvanized Steel
17N/180Km/h,112mi/h2 20.01 m , 0.1 ft
380 mm, 1.24 ft
/
470 gr, 1 lb
-40 °C to +80 °C
Mast: 35-42 mm, 1.4-1.65 inÆ Æ
2107501.00
CX 840
3/4 l Coax J-pole
824 - 894 MHz @
SWR 2.8 (AMPS)£
70° @ 920 MHz
10°
4.15 dBi
100 Watts
17N/180Km/h,112mi/h2 20.01 m , 0.1 ft
390 mm, 1.28 ft
/
2107401.00
100 Watts
SWR 2.6 (GSM 900)£
CX 900
3/4 l Coax J-pole
880 - 960 MHz @
17N/180Km/h,112mi/h2 20.01 m , 0.1 ft
70° @ 920 MHz
10°
370 mm, 1.2 ft
2106601.00
/
4.15 dBi
HIGH-TECHNOLOGY ANTENNAS DESIGED AND MANUFACTURED IN ITALY
BASE ANTENNAS
10
SO 868-915
Features:# Base station antenna, Omnidirectional, no tuning required# High quality PCB radiator protected by fiberglass tube# SO 868-915: for ISM 868 & 915 system SCO-868-4: for ISM 868 SPO 868-915/6: for ISM 868 & 915 system
Sirio Omni Sirio Colinear Omni
SCO-868-4
SCO-868-4
50 W
360° omnidirectional
0°
Linear Vertical
20 Watts
Fiberglass, PCB, Chromed Brass
Galvanized steel
-40 °C to +80 °C
"M-3" bracket: Mast: 35-42 mm, 1.4-1.65 inch with U-boltÆ Æ
Wall: with screws (not included)
Mast: 35-52 mm, 1.4-2.0 inch with U-boltÆ Æ
Wind Surface
Height (approx.)
Weight (without bracket, approx.)
Operating Temperature
Installation type
P/N
Wind Resistance
Wind Load @ 150 Km/h,93 mi/h
Bracket & Hardware Material
Housing & Radome Material
Mechanical Data
Connector
Cable Type / Length
Max Power (CW) @ 30° C
Gain
Polarization
Radiation angle deg.
Radiation (E-plane) Beamwidth @ -3 dB:
Radiation (H-plane)
Detection DC resistance
Impedance
Frequency Range @ SWR 1.5£
Type
Electrical Data
2111620.80
380 gr, 0.84 lb
500 mm, 1.65 ft
2 20.0243 m ; 0.25 ft
140 Km/h, 87 mi/h
35 N
2.2 dBd, 4.3 dBi
SMA-male, other on request
Low Loss cable / 5m,16.4 ft
SCO-868-4 cable
2 x 1/2 l Colinear
868 - 870 MHz
/
32°
868 - 915 MHz
3 x 1/2 l Colinear
23°
3.7 dBd, 5.8 dBi
/
N-female, gold plated pin
36 N
140 Km/h, 87 mi/h2 20.028 m ; 0.3 ft
840 mm, 2.75 ft
850 gr, 1.9 lb
on request
available on request
SPO 868-915/6 N-fSPO 868-915/6 cable
3 x 1/2 l Colinear
868 - 915 MHz
on request
23°
3.7 dBd, 5.8 dBi
Low Loss cable / 5m,16.4 ft
SMA-male, other on request
36 N
140 Km/h, 87 mi/h2 20.028 m ; 0.3 ft
840 mm, 2.7 ft
950 gr, 2.1 lb
available on request
SCO-868-4:Version with
N-female connector
SCO-868-4:Version with
cable
SCO-868-4 N-f
2 x 1/2 l Colinear
868 - 870 MHz
/
32°
2.2 dBd, 4.3 dBi
/
N-female, gold plated pin
35 N
140 Km/h, 87 mi/h2 20.0243 m ; 0.25 ft
500 mm, 1.65 ft
280 gr, 0.6 lb
2111620.00
Low Loss cable / 5m,16.4 ft
0 dBd, 2.15 dBi
88°
SO 868-915
SMA-male, other on request
10 KW (other on request)
1/2 l Dipole
868 - 915 MHz
34 N
200 Km/h, 124 mi/h2 20.023 m ; 0.24 ft
290 mm, 0.95 ft
380 gr, 0.84 lb
available on request
Mast notsupplied
Æ35-42mm
"M-3" Wall installation
(screws not included)
"M-3" Mast installation
SO 868-915N
EW
MO
DE
L
SPO 868-915/6 Sirio Professional Omni
SPO 868-915/6
SPO 868-915/6:Version with
N-female connector
SPO 868-915/6:Version with
cable
HIGH-TECHNOLOGY ANTENNAS DESIGED AND MANUFACTURED IN ITALY
BASE ANTENNAS
11
SCO series
SCO-1.93-6 DECT
SCO-2-6 UMTS
SCO-2.4-6 W-LAN 2.4
SCO-3.3-7 LTE 3.4
SCO-5.47-10 W-LAN 5.47
SCO-2451 W-LAN 2.4 & 5 GHz
SCO-2.4-9 W-LAN 2.4
SCO-3.3-10 LTE 3.4
Hardware: stainlessDimensions : 80 x 76 x 25 mm
Weight: 110 gr
Materials: extruded aluminumSpare parts: p/n SA161
Fixing bracket:
Mounting instructions
Sirio Colinear Omnidirectional
N-female connector
Mast notsupplied
OmnidirectionalHIGH-GAIN
Æ 35 - 54 mm
High resistancefiberglass
Aluminiumbracket
High resistancefiberglass
Aluminiumbracket
HIGH-TECHNOLOGY ANTENNAS DESIGED AND MANUFACTURED IN ITALY
BASE ANTENNAS
12
SCO series
50 W
360° omnidirectional
0°
Linear Vertical
All metal parts are DC-grounded, the innner conductor show a DC-short
N-female, gold plated central pin
Fiberglass, Aluminium, Chromed Brass, PCB
Aluminium, Stainless Steel
-40 °C to +80 °C
Mast: 35-54 mm, 1.4-2.1 in with V-boltÆ Æ
27° @ 1.93 GHz
6 dBi
20 Watts
11 N
200Km/h,124mi/h2 20.01 m , 0.11 ft
400 mm, 1.3 ft
360 gr, 0.8 lb
2110620.00
1.88-1.98 GHz @
SWR 1.5 £
(DECT)
SCO-1.93-6
3 x 1/2 l
Gain
Bracket & Hardware Material
Impedance
Grounding Protection
Housing & Radome Material
Operating Temperature
Weight (approx.)
Connector
P/N
Radiation (E-plane) Bw @-3dB
Polarization
Radiation angle deg.
Radiation (H-plane)
Installation type
Height (approx.)
Wind Surface
Max Power (CW) @ 30° C
Mechanical Data
Wind Load @ 150 Km/h
Wind Resistance
Frequency Range
Type: Dipole Array
Electrical Data SCO-2-6
3 x 1/2 l
1.92-2.17 GHz @
SWR 2.6£
(UMTS)
27° @ 2.045 GHz
6 dBi
20 Watts
11 N
200Km/h,124mi/h2 20.01 m , 0.11 ft
400 mm, 1.3 ft
360 gr, 0.8 lb
2110520.00
SCO-2.4-6
3 x 1/2 l
2.3 - 2.5 GHz @
SWR 1.5 £
(W-LAN 2.4)
22° @ 2.442 GHz
6 dBi
20 Watts
10 N
200Km/h,124mi/h2 20.01 m , 0.11 ft
325 mm, 1.07 ft
350 gr, 0.77 lb
2130220.00
SCO-2.4-9
7 x 1/2 l
2.4-2.485 GHz @
SWR 1.5 £
(W-LAN 2.4)
10° @ 2.442 GHz
9 dBi
20 Watts
20 N
200Km/h,124mi/h2 20.02 m , 0.21 ft
630 mm, 2.1 ft
415 gr, 0.9 lb
2130320.00
(LTE 3.4 GHz)
17° @ 3.55 GHz
3.3 - 3.8 GHz @
SWR 1.5 £
3 x 1/2 l
SCO-3.3-7
10 N
325 mm, 1.07 ft
200Km/h,124mi/h2 20.01 m , 0.11 ft
7 dBi
10 Watts
350 gr, 0.77 lb
2132520.00
(LTE 3.4 GHz)
10° @ 3.55 GHz
10 dBi
3.3 - 3.8 GHz @
SWR 1.5 £
7 x 1/2 l
SCO-3.3-10
2132620.00
630 mm, 2.1 ft
410 gr, 0.9 lb
10 Watts
200Km/h,124mi/h2 20.02 m , 0.21 ft
20 N
400 mm, 1.3 ft
365 gr, 0.8 lb
2 20.01 m , 0.11 ft
11 N
200Km/h,124mi/h
2132020.00
(W-LAN)
10° @ 5.672 GHz
5.47- 5.875 GHz
@ SWR 1.5 £
SCO-5.47-10
10 dBi
20 Watts
7 x 1/2 l
SCO-1.93-690°
0
3
10
dB
20
60°120°
30°
0°
-30°
-60°
-90°
-120°
-150°
180°
150°
TYPICAL RADIATION PATTERN in E-plane at 1930 MHz
File: E-03-025 Scale: logarithmic90°
0
3
10
dB
20
60°120°
30°
0°
-30°
-60°
-90°
-120°
-150°
180°
150°
TYPICAL RADIATION PATTERN at 2045 MHz
File: E-03-034 Scale: logarithmicSCO-2-690°
0
3
10
dB
20
60°120°
30°
0°
-30°
-60°
-90°
-120°
-150°
180°
150°
TYPICAL RADIATION PATTERN in E-plane at 2442.5 MHz
File: E-03-019 Scale: logarithmicSCO-2.4-6TYPICAL RADIATION PATTERN IN E-PLANE at 2442.5 MHz
File: E-03-05090°
0
3
10
dB
20
60°120°
30°
0°
-30°
-60°
-90°
-120°
-150°
180°
150°
Scale: logarithmicSCO-2.4-9
TYPICAL RADIATION PATTERN IN E-PLANE at 3550 MHz
File: E-06-00290°
Scale: logarithmic
0
3
10
dB
20
60°120°
30°
0°
-30°
-60°
-90°
-120°
-150°
180°
150°
SCO-3.3-7TYPICAL RADIATION PATTERN IN E-PLANE at 3550 MHz
File: E-06-00390°
Scale: logarithmic
0
3
10
dB
20
60°120°
30°
0°
-30°
-60°
-90°
-120°
-150°
180°
150°
SCO-3.3-10TYPICAL RADIATION PATTERN IN E-PLANE at 5672.5 MHz
File: E-06-00190°
Scale: logarithmic
0
3
10
dB
20
60°120°
30°
0°
-30°
-60°
-90°
-120°
-150°
180°
150°
SCO-5.47-10
Features:# Base station antenna, Omnidirectional, Mono-band, High-gain, no tuning required# High quality PCB radiator protected by fiberglass tube# For DECT or UMTS or W-LAN 2.4 (IEEE 802.11b) or LTE 3.3 or W-LAN 5.15 (IEEE 802.11a)
Sirio Colinear Omnidirectional
SCO-2451
Colinear Array
2.4- 2.485 GHz &
5.15-5.875 GHz
(W-LAN 2.4 - 5)
30° & 20°
4 & 6 dBi
10 Watts
Open circuit
9 N
200Km/h,124mi/h2 20.007 m , 0.08 ft
255 mm, 0.83 ft
330 gr, 0.72 lb
2132120.00
TYPICAL RADIATION PATTERN in E-plane
File: E-04-01990°
0
3
10
dB
20
60°120°
30°
0°
-30°
-60°
-90°
-120°
-150°
180°
150°
Scale: logarithmic
5.515 GHz2.442 GHz
SCO-2451
HIGH-TECHNOLOGY ANTENNAS DESIGED AND MANUFACTURED IN ITALY
BASE ANTENNAS
Features:# Base station antenna, Omnidirectional, Multi-band, Unity-gain# High quality PCB radiator protected by fiberglass tube# Protection from static dischareges DC-ground, no tuning required# For ISM, GSM 900 & 1800, PCS, DECT and UMTS systems
13
SO-918-2, SO-918-2 M1
SO-918-2
Sirio Omnidirectional Antennas
Aluminiumbracket
M1 Stainless steelbracket
SO-918-2:N-female connector
SO-918-2 M1
90°03
10
dB
20
30
60°120°
30°
0°
-30°
-60°
-90°
-120°
-150°
180°
150°
TYPICAL RADIATION PATTERN in E-plane at 880 MHz
File: E-04-009 Scale: linear
90°03
10
dB
20
30
60°120°
30°
0°
-30°
-60°
-90°
-120°
-150°
180°
150°
TYPICAL RADIATION PATTERN in E-plane at 1710 MHz
File: E-04-009 Scale: linear
OmnidirectionalMULTI-BAND
Mast notsupplied
Æ 35 - 54 mm
2 20.01 m , 0.11 ft
-20 °C to +80 °C
360° omnidirectional
257 mm, 0.84 ft
350 gr, 0.77 lb
50 W
0°
Linear Vertical
2.15 dBi
20 Watts
All metal parts are DC-grounded, the inner conductor shows an open circuit
11 N / 200 Km/h, 124 mi/h
1/2 l Dipole
Fiberglass, Chromed Brass, PCB
50°
868 - 960 MHz (ISM, GSM 900) & 1.71 - 2.17 GHz (GSM 1.8, PCN, DECT, UMTS)
2110320.00
Mast: 35-54mm, 1.4-2.1in with V-boltÆ
Aluminium, Stainless steel
/
N-female, gold plated central pin
SO-918-2
Connector
Type
Frequency Range @ SWR 2.0£
Electrical Data
Cable Type / Length
Impedance
Grounding Protection
Max Power (CW) @ 30° C
Gain
Polarization
Radiation angle deg.
Radiation (E-plane) Beamwidth @ -3 dB
Radiation (H-plane)
Mechanical Data
Housing & Radome Material
Bracket & Hardware Material
Wind Load @ 150Km/h / Resistance
Wind Surface
Height (approx.)
Weight (approx.)
Operating Temperature
Installation type
P/N
SO-918-2 M1
White Low Loss / 5m, 16.4 ft
SMA-male, other type on request
Stainless steel M1 bracket
Wall: with mounting screws (not included)
2110920.80
SO-918-2 M1:bottom cable
High resistancefiberglass
High resistancefiberglass
HIGH-TECHNOLOGY ANTENNAS DESIGED AND MANUFACTURED IN ITALY
BASE ANTENNAS
Features:# Indoor Base station antenna, Omnidirectional, Multi-band, Unity-gain, no tuning required# Paintable high impact polystirol radome# Protection from static dischareges DC-ground# For GSM 900 & 1800, PCS, DECT and UMTS systems
14
SCM-918-2
90°0
3
10
dB
20
60°120°
30°
0°
-30°
-60°
-90°
-120°
-150°
180°
150°
TYPICAL RADIATION PATTERN in E-plane at 1920 MHz
File: E-04-010 Scale: logarithmic
90°0
3
10
dB
20
60°120°
30°
0°
-30°
-60°
-90°
-120°
-150°
180°
150°
TYPICAL RADIATION PATTERN in E-plane at 918 MHz
File: E-04-010 Scale: logarithmic
Sirio Ceiling Mount, Multi Band
Ceiling mountMULTI-BAND
1/4 l both bands
50 W
Linear Vertical
SCM-918-2
66° @ 918 MHz, 55° @ 1.8/1.92/2 GHz
1.71 - 2.17 GHz @ SWR 1.6 (GSM 1.8, PCN, DECT, UMTS)£
876 - 960 MHz @ SWR 1.8 (GSM 900, ISM 868, ISM 915) & £
360° omnidirectional
-20° @ 918 MHz, -45° @ 1.8/1.92/2 GHz
2.15 dBi
50 Watts
All metal parts are DC-grounded, the inner conductor shows a DC-schort
N-female Panel, gold plated central pin
Aluminium, Brass, High impact polystirol White (paintable) Radome
207 mm, 8.2 in
71 mm, 2.8 in (without connector)
340 gr, 0.75 lb
-40 °C to +80 °C
On celing (screws enclosed)
2110703.00
Weight (approx.)
P/N
Operating Temperature
Installation type
Gain
Polarization
Radiation angle deg.
Radiation (E-plane) Beamwidth @ -3 dB
Radiation (H-plane)
Impedance
Frequency Range
Type
Electrical Data
Height (approx.)
Diameter (approx.)
Grounding Protection
Max Power (CW) @ 30° C
Mechanical Data
Connector
Housing & Radome Material
71
Æ 207
Hole min 23 max 35Æ Æ
N-female connector
Alternativemounting screw
Auto-thread mounting screw
Screw cover plastic cap
13 mm out of axis
High impact polystirol radome white color
HIGH-TECHNOLOGY ANTENNAS DESIGED AND MANUFACTURED IN ITALY
BASE ANTENNAS
Features:# Base station internal use antenna, Omnidirectional, # Unity-gain, no tuning required# 90° inclination adjustable radiator# Hgh quality radiator protected by thermoplastic material# For W-LAN 2.4 system
15
PA-2.4-2
25 gr, 0.055 lb
-20 °C to +50 °C
Chromed Brass, Thermoplastic
Internal use only
50 W
2.15 dBi
1 Watt
2.4 - 2.485 GHz
Linear Vertical
360° omnidirectional
(W-LAN 2.4)
60° @ 2.4425 GHz
1/2 l Dipole
0°
TNC-male rev. pol.
90° inclination
Æ Æ 14.5x141 mm, 0.6x5.5 in
2450002.21RP
PA-2.4-2 TNC
Mechanical Data
Gain
Radiation (H-plane)
Connector
Radiation (E-plane) Beamwidth @ -3 dB
Frequency Range
Housing & Radome Material
Installation type
Impedance
P/N
Weight (approx.)
Polarization
Max Power (CW) @ 30° C
Radiation angle deg.
Operating Temperature
Dimensions (approx.)
Electrical Data
Type
PA-2.4-2 TNC
PA-2.4-2 SMA
SMA-male rev. pol.
90° inclination
Æ Æ 10x108 mm, 0.4x4.2 in
2450102.15RP
PA-2.4-2 SMA
TYPICAL S.W.R. RESPONSE
Model: PA-2.4-2S.W.R.
1.01.2
1.8
1.4
2.2
1.6
2.0
2.42.62.83.0
2392.5 2442.5 2492.5
f.(MHz)
File: F-13-042
2.4-2.485 GHz W-LAN band
Portable Antennas
90°03
10
dB
20
30
60°120°
30°
0°
-30°
-60°
-90°
-120°
-150°
180°
150°
TYPICAL RADIATION PATTERN in E-plane at 2442.5 MHz
File: E-13-042 Scale: linear
Omnidirectional90° Inclination
HIGH-TECHNOLOGY ANTENNAS DESIGED AND MANUFACTURED IN ITALY
BASE ANTENNAS
16
SLP 4G-LTE
Radiation (E-plane) Beamwidth @ -3 dB
Electrical Data
Type
Frequency Range @ SWR 2 £
Radiation (H-plane) Beamwidth @ -3 dB
Impedance
Radiation angle deg.
Front to back ratio
Polarization
Gain
Max Power (CW) @ 30° C
Grounding Protection
Cable / Connector
Mechanical Data
Housing & Radome Material
Bracket & Hardware Material
Wind Load / Resistance
Wind Surface
Dimensions (approx.)
Turning radius (approx.)
Weight (approx.)
Operating Temperature
Installation type
P/N
Sirio Log Periodic
Aluminium, Thermoplastic, Chromed Brass
2112001.00
Mast: 25-42 mm, 1-1.65 in with U-boltÆ Æ
Galvanized Steel
850 x 290 x 50 mm, 2.8 x 0.95 x 0.16 ft
2 20.07 m , 0.75 ft
820 mm, 2.7 ft
-40 °C to +70 °C
830 gr, 1.8 lb
92 N @ 130 Km/h / 130 Km/h, 81 mi/h
50cm Low-Loss / SMA-male (other on request)
All metal parts are DC-grounded, the inner
conductor shows a DC-short
10 Watts
9 ÷ 11 dBi
Linear Vertical or Horizontal
698-880MHz: 10 dB; 880-2700MHz: 20 dB ³ ³
0°
56° (approx. fre. dependent)
40° (approx. freq. dependent)
50 W
698 - 2700 MHz (2G-GSM/GPRS, 3G-UMTS,
4G-LTE, ISM/SIGFOX/LoRa, WiFi, W-Lan etc.)
Log Periodic Directional
SLP 4G/LTE
DirectionalWIDE-BAND
NEW MODEL
TYPICAL S.W.R. RESPONSEModel: SLP 4G-LTES.W.R.
1.01.2
1.8
1.4
2.2
1.6
2.0
2.42.62.83.0
f.(MHz)
File: F-03-070
698-2700 MHz band
500 1750 3000
TYPICAL GAIN DIAGRAM vs FREQUENCY
GAIN (dBi) File: D-03-070
MHz
450
7700
8
950
9
1200
10
1450
11
17001950
22002450
27002950
12
TYPICAL RADIATION PATTERN at 698 MHz
File: E-03-07090°
0
3
10
dB
20
60°120°
30°
0°
-30°
-60°
-90°
-120°
-150°
180°
150°
Scale: logarithmic
H-plane
HPBW=56°
E-plane
HPBW=40°
TYPICAL RADIATION PATTERN at 960 MHz
File: E-03-07090°
0
3
10
dB
20
60°120°
30°
0°
-30°
-60°
-90°
-120°
-150°
180°
150°
Scale: logarithmic
H-plane
HPBW=64°
E-plane
HPBW=43°
TYPICAL RADIATION PATTERN at 1710 MHz
File: E-03-07090°
0
3
10
dB
20
60°120°
30°
0°
-30°
-60°
-90°
-120°
-150°
180°
150°
Scale: logarithmic
H-plane
HPBW=57°
E-plane
HPBW=41°
TYPICAL RADIATION PATTERN at 2300 MHz
File: E-03-07090°
0
3
10
dB
20
60°120°
30°
0°
-30°
-60°
-90°
-120°
-150°
180°
150°
Scale: logarithmic
H-plane
HPBW=49°
E-plane
HPBW=40°
TYPICAL RADIATION PATTERN at 2700 MHz
File: E-03-07090°
0
3
10
dB
20
60°120°
30°
0°
-30°
-60°
-90°
-120°
-150°
180°
150°
Scale: logarithmic
H-plane
HPBW=53°
E-plane
HPBW=40°
TYPICAL RADIATION PATTERN at 1880 MHz
File: E-03-07090°
0
3
10
dB
20
60°120°
30°
0°
-30°
-60°
-90°
-120°
-150°
180°
150°
Scale: logarithmic
H-plane
HPBW=57°
E-plane
HPBW=40°
"M-4" OPTIONAL Bracket
for +45° or -45° Polarization
P/N 2503704.00
Enclosed
Brackets
Example of 2x MiMo
installation
Features:# Base station antenna, Directional, Wide-band, High-gain, no tuning required# 4G LTE multi systems (2G-GSM, 3G-UMTS, 4G-LTE, LTE 700, ISM/LoRa, WiFi, W-Lan etc)# Made of Aluminium and High quality materials# Vertical or Horizontal polarization. # Optional bracket +-45° polarization. Suitable for MiMo installation
PATENTED
HIGH-TECHNOLOGY ANTENNAS DESIGED AND MANUFACTURED IN ITALY
BASE ANTENNAS
17
WY series
WY 380-10N
WY 380-6N
Wide-band Yagi 300-500 MHz
TB-2Optional Tilting bracket
P/N 2519803.00
FT-6 Standard bracketP/N 2519913.00
Materials: extruded aluminumHardware: stainless steel
Mast: Æ35-52mm, Æ1.4-2.0 inDimensions:80x76x65mm,3.1x3x2.3in
Weight: 460 gr, 1 lb
Materials & Hardware: zinc plated steelDimensions: 110 x 150 x 6 mm. Weight: 800 gr
WY 380-3NWIDE-BAND YAGI
3D radiation pattern
WY-380-10N WY-380-6N WY-380-3N
WY 300-4N
WY-300-4N
New feed system forHigh simmetrical pattern
Completely computer designed for the
best performancesPatent pending
HIGH-TECHNOLOGY ANTENNAS DESIGED AND MANUFACTURED IN ITALY
BASE ANTENNAS
WY series Wide-band Yagi 300-500 MHz
18
Electrical Data
Type
Frequency Range
Impedance
Radiation (H-plane) beamwidth @ -3 dB
Radiation (E-plane) beamwidth @ -3 dB
Front to back ratio
Polarization
Gain
Max Power (CW) @30° C
Grounding Protection
Connector
Mechanical Data
Materials
Wind Load @ 150 km/h
Wind Resistance
Wind Surface
Dimensions W x H (approx.)
Turning radius (approx.)
Weight (approx.)
Operating temperature
Mounting Mast
Boom / Dipole / Element Diameter
P/N
50 W
Linear Vertical or Horizontal
150 Watts
All metal parts are DC-grounded, the inner conductor shows a DC short
N-female with rubber protection cap
Anodized 6063-T5 Aluminium, EPDM rubber, thermoplastic UV stabilized, Chromed Brass
-40° C to +60° C
Æ 35 - 52 mm, 1.4-2.0 in
Æ Æ Æ 32 mm, 1.3 in / 24 mm, 0.95 in / 12 mm, 0.5 in
WY 380-3N
3 elements Yagi
380-440 MHz @ SWR 1.5£
125°
65°
³ 17 dB
4.85 dBd - 7 dBi
65 N
180 Km/h, 112 mi/h2 20.048 m , 051 ft
565 x 400 mm, 1.9 x 1.3 ft
460 mm, 1.5 ft
1130 gr, 2.5 lb
2113501/380
WY 380-6N
6 elements Yagi
380-440 MHz @ SWR 1.5£
70°
55°
³ 17 dB
8.85 dBd - 11 dBi
100 N
150 Km/h, 93 mi/h2 20.078 m , 0.83 ft
1180 x 400 mm, 3.9 x 1.3 ft
1050 mm, 3.5 ft
1540 gr, 3.5 lb
2113601/380
50°
WY 380-10N
10 elemets Yagi
380-440 MHz @ SWR 1.5£
45°
³ 18 dB
11.85 dBd - 14 dBi
150 N
120 Km/h,75 mi /h2 20.121 m , 1.3 ft
2125 x 400 mm, 7.0 x 1.3 ft
1990 mm, 6.5 ft
2120 gr, 4.7 lb
2113701/380
WY 380-3N WY 380-6N WY 380-10N
Features:# Wide-band directional base station antenna. No tuning required# Exclusive feed system conceived for the highly symmetrical radiation pattern in both planes (E and H), patent pending applied# Completely computer designed to get the best performance of gain and front-to-back ratio in the band of interest# Made of anodized 6063-T5 aluminium, extruded aluminium bracket, rear mounting# N female connector protected by EPDM rubber cap for RG58 or RG213 cables# Stacked & bayed array for higher gain, Optional tilting bracket
TYPICAL GAIN DIAGRAM vs FREQUENCY
GAIN (dBi) File: D-03-044
MHz5.5
372.5
6
380
6.5
387.5
7
395
7.5
402.5
8
410417.5
425432.5
440447.5
TYPICAL GAIN DIAGRAM vs FREQUENCY
GAIN (dBi) File: D-03-045
MHz7
372.5
8
380
9
387.5
10
395
11
402.5
12
410417.5
425432.5
440447.5
TYPICAL GAIN DIAGRAM vs FREQUENCY
GAIN (dBi) File: D-03-046
MHz10
372.5
11
380
12
387.5
13
395
14
402.5
15
410417.5
425432.5
440447.5
470 mm, 1.54 ft
1300 gr, 2.87 lb
2113801/300
WY 300-4N
4 elements Yagi
300-500 MHz @ SWR 2.0£
150° @ 400 MHz
60° @ 400 MHz
³ 9 dB
5.85 dBd - 8 dBi
60 N
180 Km/h, 112 mi/h2 20.048 m , 051 ft
600 x 480 mm, 2 x 1.57 ft
WY 300-4N
TYPICAL GAIN DIAGRAM vs FREQUENCY
GAIN (dBi) File: D-03-063
MHz4
275
5
300
6
325
7
350
8
375
9
400425
450475
500525
TYPICAL S.W.R. RESPONSE
Model: WY300-4NS.W.R.
1.01.2
1.8
1.4
2.2
1.6
2.0
2.42.62.83.0
f.(MHz)
File: F-03-063
300 - 500 MHz band
250 400 550
TYPICAL RADIATION PATTERN at 400 MHz
File: E-03-063
H-planeE-plane
90°0
3
10
dB
20
60°120°
30°
0°
-30°
-60°
-90°
-120°
-150°
180°
150°
Scale: logarithmic
TYPICAL RADIATION PATTERN at 410 MHz
File: E-03-044
H-planeE-plane
90°0
3
10
dB
20
60°120°
30°
0°
-30°
-60°
-90°
-120°
-150°
180°
150°
Scale: logarithmic
TYPICAL RADIATION PATTERN at 410 MHz
File: E-03-046
H-planeE-plane
90°0
3
10
dB
20
60°120°
30°
0°
-30°
-60°
-90°
-120°
-150°
180°
150°
Scale: logarithmic
TYPICAL RADIATION PATTERN at 410 MHz
File: E-03-045
H-planeE-plane
90°0
3
10
dB
20
60°120°
30°
0°
-30°
-60°
-90°
-120°
-150°
180°
150°
Scale: logarithmic
HIGH-TECHNOLOGY ANTENNAS DESIGED AND MANUFACTURED IN ITALY
BASE ANTENNAS
19
TB-1 optional tilting bracketMast: Æ35-50mm, Æ1.4-2 in
with clamp includedWall: with mounting screws (not included)
P/N 2519703.00
High gain, Sirio Mini Panel
SMP series
ø 42 mm MAX ø 42 mm MAX
154 mm 66 mm46 mm 20
17
0 m
m
13
4 m
m
SMP Features:# Compact base station antenna, High-gain# Indoor-Outdoor, Directional, Multi-band# High quality PCB radiator protected by UV stabilized radome# SMP 4G LTE: For LTE 800, GSM 900&1800,DCS, UMTS, LTE & W-LAN 2.4 systems SMP 24-33: W-LAN 2.4 & LTE 2.3 & 3.4
SMP MiMo Features:# Compact base station antenna, High-gain# Indoor-Outdoor, Directional, Multi-band# 2x Wide band elements in single case conceived for MiMo sytems# High quality PCB radiator protected by UV stabilized radome# SMP 4G LTE MiMo: For LTE 800, GSM 900&1800, DCS, UMTS, LTE & W-LAN 2.4 systems# UP-GRADE: new Low-loss white cables
SMP 4G LTE
SMP 24-33
SMP 4G LTE
MIMO
UP-GRADED
HIGH-TECHNOLOGY ANTENNAS DESIGED AND MANUFACTURED IN ITALY
BASE ANTENNAS
Electrical Data
Type
Frequency Range @ SWR 2£
Impedance
Radiation Beamwidth @ -3 dB
Front to back ratio
Polarization
Gain
Max Power (CW) @ 30° C
Grounding Protection
Cable Type / Length
Connector
Mechanical Data
Housing & Radome Material
Bracket & Hardware Material
Wind Load / Resistance
Wind Surface
Dimensions (approx.)
Weight (approx.)
Operating Temperature
Installation type
P/N
20
SMP 24-33
SMP 24-33TYPICAL RADIATION PATTERN at 3550 MHz
File: E-04-01690°
0
3
10
dB
20
60°120°
30°
0°
-30°
-60°
-90°
-120°
-150°
180°
150°
Scale: logarithmic
H-planeE-plane
HPBW: 28°HPBW: 37°
TYPICAL RADIATION PATTERN at 2500 MHz
File: E-04-01690°
0
3
10
dB
20
60°120°
30°
0°
-30°
-60°
-90°
-120°
-150°
180°
150°
Scale: logarithmic
H-planeE-plane
HPBW: 35°HPBW: 60°
TYPICAL RADIATION PATTERN at 875 MHz
File: E-04-022 Scale: logarithmic
E-plane
HPBW: 86°HPBW: 74°
90°0
3
10
dB
20
60°120°
30°
0°
-30°
-60°
-90°
-120°
-150°
180°
150°
30
H-plane
TYPICAL RADIATION PATTERN at 1795 MHz
File: E-04-022 Scale: logarithmic
E-plane
HPBW: 55°HPBW: 58°
90°0
3
10
dB
20
60°120°
30°
0°
-30°
-60°
-90°
-120°
-150°
180°
150°
30
H-plane
TYPICAL RADIATION PATTERN at 2500 MHz
File: E-04-022 Scale: logarithmic
E-plane
HPBW: 49°HPBW: 52°
90°0
3
10
dB
20
60°120°
30°
0°
-30°
-60°
-90°
-120°
-150°
180°
150°
30
H-plane
TYPICAL RADIATION PATTERN at 2500 MHz
File: E-04-02090°
0
3
10
dB
20
60°120°
30°
0°
-30°
-60°
-90°
-120°
-150°
180°
150°
Scale: logarithmic
H-planeE-plane
HPBW: 48°HPBW: 50°
Left antennaRight antenna
Left & rightantenna
1.71 - 2.7 GHz (DCS, UMTS, LTE, WLAN
50 W
790 - 960 MHz (LTE 800, GSM 900) &
see Typical Radiation Pattern
³ 10 dB @ 790-960 MHz
³ 15 dB @ 1.71-2.7 GHz
SMP 4G LTE MiMo
Directional Mini Panel- 2 wideband elements
Linear vertical
5 dBi @ 790-960 MHz;
8 dBi @ 1.71-2.7 GHz
(each element)
20 Watts @ 790-960 MHz;
8 Watts @ 1.71-2.7 GHz
(each element)
All metal parts are DC-grounded, the inner
conductor shows a open-circuit
2 x White Low Loss / 30 cm, 1 ft
2 x SMA-male, other type on request
RAL 7035 Light Grey thermoplastic UV stabilized
Galvanized Steel
40 N @ 150 Km/h / 180 Km/h, 112 mi/h2 20.02 m , 0.21 ft
154 x 134 x 46 mm, 6 x 5.3 x 1.8 mm without bracket
500 gr, 1.1 lb
-40 °C to +80 °C
Mast: 25-42 mm, 1-1.6 in with U-bolt. Wall: with mounting screws (not included)Æ Æ
2111403.00
White Low Loss /30cm, 1ft; other length on request
SMA-male, other type on request
2111003.00
SMP 4G LTE
Mini Panel Antenna for Indoor or Outdoor use
790 - 960 MHz (LTE 800, GSM 900) &
1.71 - 2.7 GHz (DCS, UMTS, LTE, WLAN)
³ ³12 dB @ 790-960 MHz. 16 @1.71-1.88GHz
³ ³20 dB @ 1.92-2.17 GHz. 10 @ 2.3-2.7 GHz
6÷7 dBi @ 790-960 MHz
9 dBi @ 1.71-2.17 GHz
8÷9 dBi @ 2.3-2.7 GHz
30 Watts @ 790-960 MHz
15 Watts @ 1.71-1.88 GHz
10 Watts @ 1.92-2.17 & 2.3-2.7 GHz
All metal parts are DC-grounded, the inner
conductor shows a DC-short
SMP 24-33
2.3 - 2.7 GHz (W-LAN 2.4, LTE 2.3)
& 3.3 - 3.8 GHz (LTE 3.4)
³ 15 dB @ 2.3-2.7 GHz
³ 20 dB @ 3.3-3.8 GHz
10 dBi @ 2.3-2.7 GHz;
13 dBi @ 3.3-3.8 GHz
6 Watts
All metal parts are DC-grounded, the inner
conductor shows a open-circuit
White Low Loss / 30cm, 1 ft
SMA-male, other type on request
2111303.00
TYPICAL RADIATION PATTERN at 875 MHz
File: E-04-02090°
0
3
10
dB
20
60°120°
30°
0°
-30°
-60°
-90°
-120°
-150°
180°
150°
Scale: logarithmic
H-planeE-plane
HPBW: 115°HPBW: 63°
Left antennaRight antenna
Left & rightantenna
TYPICAL RADIATION PATTERN at 1940 MHz
File: E-04-02090°
0
3
10
dB
20
60°120°
30°
0°
-30°
-60°
-90°
-120°
-150°
180°
150°
Scale: logarithmic
H-planeE-plane
HPBW: 100°HPBW: 60°
Left antennaRight antenna
Left & rightantenna
SMP 4G LTE
SMP MiMo
SMP 4G LTE SMP 4G LTE
SMP MiMo SMP MiMo
High gain, Sirio Mini Panel
SMP series
HIGH-TECHNOLOGY ANTENNAS DESIGED AND MANUFACTURED IN ITALY
BASE ANTENNAS
Features:# Base station antenna, Directional, # Wide-band, High-gain, no tuning required# for DCS 1.8, PCS 1.8, DECT, UMTS and W-LAN 2.4 systems
21
SLP-1.7:2.5-11
P/N
Housing & Radome Material
Mechanical Data
Wind Surface
Bracket & Hardware Material
Operating Temperature
Turning radius (approx.)
Installation type
Connector
Weight (approx.)
Dimensions (approx.)
Wind Load / Resistance
Max Power (CW) @ 30° C
Frequency Range
Type
Radiation (E-plane) Beamwidth @ -3 dB
Radiation (H-plane) Beamwidth @ -3 dB
Electrical Data
Front to back ratio
Impedance
Polarization
Grounding Protection
Gain
Radiation angle deg.
Sirio Log Periodic
345 x 135 x 73 mm, 13.6 x 5.3 x 2.9 in
310 mm, 12.2 in
SMA-female panel
Galvanized Steel
2 20.04 m , 0.43 ft
61 N @ 150 Km/h / 180 Km/h, 112 mi/h
400 gr, 088 lb
Brass, Aluminium, White ABS UV stabilized
11.1 dBi
50 Watts
0°
Log Periodic Dipole array
1.71 - 2.5 GHz @ SWR 2 (GSM 1.8,£
All metal parts are DC-grounded, the inner
conductor shows a DC-short
Linear Vertical
46° frequency indipendent
58° frequency indipendent
³ 24 dB
SLP-1.7:2.5-11
50 W
PCN, DECT, UMTS, W-LAN 2.4)
-40 °C to +80 °C
Mast: 35-42 mm, 1.4-1.65 in with U-bolt; Æ Æ
Clamp: 25-70 mm, 1-2.75 in (optional);Æ Æ
Wall: with mounting screws (not included)
2130103.00
DirectionalWIDE-BAND
TYPICAL S.W.R. RESPONSE
Model: SLP-1.7 2.5-11¸S.W.R.
1.01.2
1.8
1.4
2.2
1.6
2.0
2.42.62.83.0
1600 2100 2600
f.(MHz)
File: F-03-024
1700-2500 MHz band
90°0
3
10
dB
20
60°120°
30°
0°
-30°
-60°
-90°
-120°
-150°
180°
150°
TYPICAL RADIATION PATTERN
File: E-03-024 Scale: logarithmic
H-planeE-plane
U-bolt (standard) Clamp (optional)
TYPICAL GAIN DIAGRAM vs FREQUENCY
GAIN (dBi) File: D-03-024
F (MHz)6.10
1600
6.60
1700
7.10
1800
7.60
1900
8.10
2000
8.60
2100
9.10
2200
9.60
2300
10.10
2400
10.60
2500
11.10
2600
HIGH-TECHNOLOGY ANTENNAS DESIGED AND MANUFACTURED IN ITALY
BASE ANTENNAS
Features:# Base station antenna, Directional, # Wide-band, High-gain, no tuning required# for DCS 1.8, PCS 1.8, DECT, UMTS, W-LAN 2.4 & 5.47
22
SPH-1.5:6-17
Max Power (CW) @ 30° C
Grounding Protection
Connector
Mechanical Data
Housing & Radome Material
Bracket & Hardware Material
Wind Load / Resistance
Wind Surface
Dimensions (approx.)
Turning radius (approx.)
Weight (approx.)
Operating Temperature
Installation type
P/N
Electrical Data
Type
Frequency Range
Impedance
Radiation (H-plane) Beamwidth @ -3 dB
Radiation (E-plane) Beamwidth @ -3 dB
Radiation angle deg.
Front to back ratio
Polarization
Gain
SPH-1.5:6-17
Wide Band PCB antenna
1.5-6 GHz @ SWR 1.8 (GSM 1.8, PCN, DECT, £
UMTS, W-LAN 2.4 & 5.47, WiMAX 2.3 & 3.3)
50 W
see diagram
see diagram
0°
³ 20 dB
Linear Vertical
17 dBi @ 6 GHz
15 Watts @ 1.5-4 GHz, 10 Watts @ 4-6 GHz
All metal parts are DC-grounded, the inner
conductor show an open circuit
SMA-female panel
PCB, Aluminium, White ABS UV stabilized
Galvanized Steel
61 N @ 150 Km/h / 180 Km/h, 112 mi/h2 20.04 m , 0.43 ft
345 x 135 x 73 mm, 13.6 x 5.3 x 2.9 in
310 mm, 12.2 i
450 gr, 1 lb
-40 °C to +80 °C
Mast: 35-42 mm, 1.4-1.65 in with U-bolt; Æ Æ
Clamp: 25-70 mm, 1-2.75 in (optional);Æ Æ
Wall: with mounting screws (not included)
2130003.00
Sirio Planar Horn
DirectionalWIDE-BAND
TYPICAL RADIATION PATTERN at 1795 MHz
File: E-05-00590°
0
3
10
dB
20
60°120°
30°
0°
-30°
-60°
-90°
-120°
-150°
180°
150°
Scale: logarithmic
H-planeE-plane
HPBW: 78°HPBW: 53°
TYPICAL GAIN DIAGRAM vs FREQUENCY
GAIN (dBi) File: D-05-005
MHz 7.0
1500
8.0
1950
9.0
2400
10.0
2850
11.0
3300
12.0
3750
13.0
4200
14.0
4650
15.0
5100
16.0
5550
17.0
6000
TYPICAL RADIATION PATTERN at 2045 MHz
File: E-05-00590°
0
3
10
dB
20
60°120°
30°
0°
-30°
-60°
-90°
-120°
-150°
180°
150°
Scale: logarithmic
H-planeE-plane
HPBW: 73°HPBW: 54°
TYPICAL RADIATION PATTERN at 2442.5 MHz
File: E-05-00590°
0
3
10
dB
20
60°120°
30°
0°
-30°
-60°
-90°
-120°
-150°
180°
150°
Scale: logarithmic
H-planeE-plane
HPBW:63°HPBW: 46°
TYPICAL RADIATION PATTERN at 5512.5 MHz
File: E-05-00590°
0
3
10
dB
20
60°120°
30°
0°
-30°
-60°
-90°
-120°
-150°
180°
150°
Scale: logarithmic
H-planeE-plane
HPBW: 27°HPBW: 22°
TYPICAL RADIATION PATTERN at 3550 MHz
File: E-05-00590°
0
3
10
dB
20
60°120°
30°
0°
-30°
-60°
-90°
-120°
-150°
180°
150°
Scale: logarithmic
H-planeE-plane
HPBW: 42°HPBW: 39°
HIGH-TECHNOLOGY ANTENNAS DESIGED AND MANUFACTURED IN ITALY
BASE ANTENNAS
23
SY 906, SY 910
SY 906
SY 910
SY 906
SY 910
Optional “FT-4” Fixing BracketTop Size for antenna fitting: 38x100mm, 3.1x3.9inÆ Æ
Bottom Size: 2x 9mm,0.35in wall fitting (screws not included)Æ
Weight (approx.): 780gr, 1.7 lb. Material: Galvanized Steel,FT-4 ................................................... 2513404.00
Sirio Yagi Antenna
Features:# Base station antenna, Directional # Mono-band, High-gain, no tuning required# Protection from static discharges DC-ground# Made of anodized aluminium alloy# For LTE 700, AMPS, ISM and GSM 900 systems# New "M-4" optional bracket available for MiMo installation
FT-4
120mm
DirectionalHIGH-GAIN
698 - 960 MHz (LTE 700, ISM, AMPS, GSM 900)
50 W
0°
³ ³ 12 dB @ 698 - 880 MHz; 15 dB @ 880 - 960 MHz
Linear Vertical
10 Watts
All metal parts are DC-grounded, the inner conductor shows a DC-short
FME-male
Aluminium, PCB, Thermoplastic
Galvanized Steel
-20 °C to +80 °C
Mast: 25-42 mm, 1-1.6 in with U-boltÆ
SY 906
6 elements yagi antenna
66° @ 880 MHz
53° @ 880 MHz
11.5 dBi
27 N / 180 Km/h, 112 mi/h2 20.02 m , 0.21 ft
210 x 595 x 60 mm, 8.3 x 23.4 x 2.4 in
580 mm, 22.8 in
410 gr, 0.9 lb
2109901.00
Electrical Data
Type
Frequency Range @ SWR 1.4£
Impedance
Radiation (H-plane) Beamwidth @ -3 dB
Radiation (E-plane) Beamwidth @ -3 dB
Radiation angle deg.
Front to back ratio
Polarization
Gain
Max Power (CW) @ 30° C
Grounding Protection
Connector
Mechanical Data
Housing & Radome Material
Bracket & Hardware Material
Wind Load @ 150 Km/h / Resistance
Wind Surface
Dimensions (approx.)
Turning radius (apporx.)
Weight (approx.)
Operating Temperature
Installation type
P/N
SY 910
10 elements yagi antenna
44° @ 890 MHz
38° @ 890 MHz
15 dBi
48 N / 150 Km/h, 93 mi/h2 20.03 m , 0.32 m
210 x 995 x 60 mm, 8.3 x 39.2 x 2.4 in
960 mm, 37.8 in
500 gr, 1.1 lb
2110001.00
90°0
3
10
dB
20
60°120°
30°
0°
-30°
-60°
-90°
-120°
-150°
180°
150°
TYPICAL RADIATION PATTERN at 880 MHz
File: E-03-017 Scale: logarithmic
E-plane H-plane
HPBW=53° HPBW=66°
90°0
3
10
dB
20
60°120°
30°
0°
-30°
-60°
-90°
-120°
-150°
180°
150°
TYPICAL RADIATION PATTERN at 880 MHz
File: E-03-018 Scale: logarithmic
E-plane H-plane
HPBW=38° HPBW=44°
Enclosed
Brackets
"M-4" OPTIONAL Bracket
for +45° or -45° Polarization
P/N 2503704.00
HIGH-TECHNOLOGY ANTENNAS DESIGED AND MANUFACTURED IN ITALY
BASE ANTENNAS
Features:# Base station antenna, Directional # Mono-band, High-gain, no tuning required# Protection from static discharges DC-ground# High quality brass radiator protected by thermoplastic UV stabilized radome# For W-LAN 2.4 system
24
SDC-2.4-15
³ 25 dB
50 W
33° @ 2442.5 GHz
2.4 - 2.485 GHz (W-LAN 2.4)
SMA-female
Mast: 35-50 mm, 1.4-2 in with clamp included. Wall: with mounting screws (not included)Æ Æ
Linear Vertical or Horizontal
-20 °C to +80 °C
0°, tiltable using enclosed tilting system
2 20.06 m , 0.64 ft
720 gr, 1.6 lb
Æ Æ 275 x 80 mm, 10.8 x 3.1 in without bracket
Aluminium, Stainless steel
20 Watts
104 N / 160 Km/h, 99 mi/h
All metal parts are DC-grounded, the inner conductor shows a DC-short
27° @ 2442.5 GHz
Cavity Backed
15 dBi
2111203.00
Case: aluminium grey RAL 9007, Radome: light grey RAL 7035 thermoplastic UV stabilized
SDC-2.4-15Electrical Data
Frequency Range @ SWR 1.6£
Impedance
Type
Radiation (H-plane) Beamwidth @ -3 dB
Radiation (E-plane) Beamwidth @ -3 dB
Polarization
Radiation angle deg.
Front to back ratio
Gain
Max Power (CW) @ 30° C
Grounding Protection
Connector
Mechanical Data
Housing & Radome Material
Bracket & Hardware Material
Wind Load @ 150Km/h / Resistance
Wind Surface
Dimensions (approx.)
Weight (approx.)
Operating Temperature
Installation type
P/N
Mounting on the mast
with clamp included
Mounting on the wall
with screws (not included)
Sirio Directional Cavity
TYPICAL RADIATION PATTERN at 2442.5 MHz
File: E-03-038
H-planeE-plane
90°0
3
10
dB
20
60°120°
30°
0°
-30°
-60°
-90°
-120°
-150°
180°
150°
Scale: logarithmic
HPBW: 27°HPBW: 33°
TYPICAL GAIN DIAGRAM vs FREQUENCY
GAIN (dBi) File: D-03-038
MHz10.0
2342.5
10.5
2362.5
11.0
2382.5
11.5
2402.5
12.0
2422.5
12.5
2442.5
13.0
2462.5
13.5
2482.5
14.0
2502.5
14.5
2522.5
15.0
2542.5
DirectionalHIGH-GAIN
HIGH-TECHNOLOGY ANTENNAS DESIGED AND MANUFACTURED IN ITALY
MOBILE ANTENNAS
25
LPA series
Features:# Low profile mobile antenna designed for use on vehicles operating under severe height limitations such as buses, trains, trams, etc# Unity-gain omnidirectional mono-band # Protection from static discharges DC-Ground# Tunable by acting on internal screw
P/N
Weight (approx.)
Mounting Hole
SWR @ res. freq.
Bandwidth @ SWR 2£
Max Power (CW) @30°C
Gain
Mechanical Data
Grounding Protection
Dimensions (approx.)
Polarization
Connector
Operating temperature
Materials
Cable Lenght / Type
Radiation (E-plane)
Radiation (H-plane)
Frequency Range
Impedance
Electrical Data
360° Omnidirectional
Beamwidth @ -3 dB = 78°
50 W
1m, 3.2 ft / RG 58 C/U
-40° C to +80°C
ABS UV stabilized, Aluminium, Brass
Linear Vertical
Typically 1.5 @ resonant freq.£
400 gr, 0.9 lb
Typically 2.5% @ center freq.
6x 4.5 mm, 0.18 in + 2x 16mm, 0.63 inÆ Æ
2 dBi (0 dB ref. to l/4 whip) @ resonant freq.
Æ 183 mm, 7.2 in / height 36 mm, 1.4 in
100 Watts
Standard: BNC-male, other on request
All metal parts are DC-grounded, the inner
conductor is coupled capacitively
tunable 380...430 MHz
LPA 380
2219003/380 2219003/420
tunable 420...470 MHz
LPA 420
Mounting and tuning instructions
LOW FREQ.
HIGH FREQ.
Remark: Optimum performance is achieved when the antenna is fitted on a metallic ground plane /2 squarel .
Ø 183mm, 7.2 in
36mm1.4 in
Tuning screw19mm, 0.75in max
Low Profile Antenna 380...470 MHz
90°0
3
10
dB
20
60°120°
30°
0°
-30°
-60°
-90°
-120°
-150°
180°
150°
TYPICAL RADIATION PATTERN in E-plane at mid band
File: E-03-042 Scale: logarithmic
HIGH-TECHNOLOGY ANTENNAS DESIGED AND MANUFACTURED IN ITALY
MOBILE ANTENNAS
Features:# Mobile antenna, Omnidirectional, Multi-band# Flexible whip, detachable for car-wash# Anti-noise wind system, no tuning required# For AM-FM and GSM 900 / 1800
26
CELLFLEX
CELLFLEX
AM-FM/900/1800
Anti-Noise System
OmnidirectionalMULTI-BAND
360° omnidirectional
AM: 0.15-1.6 MHz;; FM: 87.5-108 MHz &
870 - 960 MHz @ SWR 1.6 (GSM 900) &£
FM band:1/4 l helical loaded; GSM bands 900/1800: 1/4 l
20 Watts for GSM bands
Linear Vertical
AM-FM band: 150 ; GSM bands 900/1800: 50 W W
0 dB ref. to l/4 whip
³ 30 dB
1.71-1.88 GHz @ SWR 1.8 (GSM 1800)£
CELLFLEX AM-FM / 900 / 1800
Nylon, Chromed Brass, Copper, Aluminium
120 gr, 0.26 lb
450 mm, 1.5 ft
Æ 18 mm, 0.7 in or square 15 mm, 0.6 in
GSM: RG316 / 120mm, 4.7in / FME-male
AM-FM: RG316/165mm,6.5in/M10x0.75-male
12 mm, 0.5 in
2216115.00
Mounting Depth
P/N
Electrical Data
Type
Frequency Range
Impedance
Radiation (H-plane)
Polarization
Antenna Gain
Decoupling Phone plug to Radio plug
Max Power (CW) @ 30° C
Cable Type / Length / Connector
Mechanical Data
Materials
Height (approx.)
Weight (approx.)
Mounting Hole
HIGH-TECHNOLOGY ANTENNAS DESIGED AND MANUFACTURED IN ITALY
MOBILE ANTENNAS
27
l
“ML” mount / hole 14, 0.55in or 18 mm, 0.7 in Ø
Stainless Steel 17/7 PH,
Chromed Brass, Nylon
0 dB ref. to l/4 whip
RG 58 C/U / 5 m, 16.4 ft
30 Watts
90 mm, 3.5 in
2207130.26
260 gr, 0.57 lb
(AMPS, ISM, GSM 900)
SKA 900 1/4
1/4 l
824 - 960 MHz @ SWR 1.8 £
1/4 l + 5/8 l Colinear
(GSM 900)
880 - 960 MHz @ SWR 2.2£
RG 58 C/U / 5 m, 16.4 ft
3.5 dB ref. to l/4 whip
30 Watts
SKA 901 C
280 gr, 0.6 lb
2208906.26
Chromed Brass, Black
Chromed Stainless Steel
320 mm, 12.6 in
Base mounting
Features:# MICROMAG LTE: Magnetic antenna, Omnidirectional, Multi-band SKA, SKA MAG series: Hole or Magnetic, Omnidirectional, Mono-band# Ultra strenght neodinium magnet, No tuning required# MICROMAG LTE: for 2G-GSM, 3G-UMTS, 4G-LTE, ISM/LoRa, W-Lan etc# SKA, SKA MAG series: for AMPS, ISM, GSM 900 or GSM 900 systems
SKA, SKA MAG seriesMICROMAG LTE Dimensions
70mm
21mm
Ø 28mm
RG174/U
SKA 901 C MAG
(AMPS, ISM, GSM 900)
0 dB ref. to l/4 whip
Stainless Steel 17/7 PH,
Chromed Brass, Nylon
68 mm, 2.7 in
250 gr, 0.55 lb
2207130.75
1/4 l
SKA 900 1/4 MAG
824 - 960 MHz
@ SWR 1.8£
RG 58 C/U / 3 m, 10 ft
30 Watts
FME-female, other on request
Magnetic, with ultra strength Neodinium magnet
Electrical Data
Type
Frequency Range
Impedance
Radiation (H-plane)
Polarization
Gain
Max Power (CW) @ 30° C
Cable Type / Length
Connector
Mechanical Data
Materials
Height (approx.)
Weight (approx.)
Mounting
P/N
SKA 901 C MAG
1/4 l + 5/8 l Colinear
880 - 960 MHz
@ SWR 2.2£
(GSM 900)
3 dB ref. to l/4 whip
30 Watts
RG 58 C/U / 3 m, 10 ft
Chromed Brass, Black
Chromed Stainless Steel
295 mm, 11.6 in
280 gr, 0.6 lb
2208906.75
MICROMAG LTE
1/4 l both band
698-960 & 1710-2700 MHz
@ SWR 2.0 (2G, 3G-UMTS, £
4G-LTE, Wi-Fi, W-Lan etc)
50 W
360° omnidirectional
Linear Vertical
0 dB ref. to l/4 whip
20 Watts
RG 174/U / 3 m, 10 ft
Nylon, Chromed Brass,
Stainless Steel
90 mm, 3.5 in
80 gr, 0.2 lb
2217106/3FME
SKA 901 C
SKA 900 1/4
MICROMAG LTE
SKA 900 1/4 MAG
Dimensions
37m
m
Ø 41mm
RG 58 C/U
SKA 900 1/4SKA 901 C
Mounting from outside
UP-GRADED
HIGH-TECHNOLOGY ANTENNAS DESIGED AND MANUFACTURED IN ITALY
MOBILE ANTENNAS
Features:# In-doors antennas, Omnidirectional, Multi-band, Unity gain# No tuning required# Adhesive on not metallic surface mount, flat profile# INGLASS MULTIBAND: for ISM, GSM 900/1800, UMTS systems INGLASS LTE & WLAN: for LTE, GSM dual, UMTS, WLAN 2.4 &5GHz (IEEE 802.11b/g/h/p) V2X system
INGLASS series
Multi-band
Adhesiveinstallation
P/N SMA-m connector
P/N FME-f connector
Mounting
Frequency Range
Type
Electrical Data
Connector
Gain
Radiation (H-plane)
Materials
Weight (approx.)
Dimensions (approx.)
Cable Type / Length
Impedance
Max Power (CW) @ 30° C
Polarization
Mechanical Data
SMA-male
2216802/3SMA
/
6 Watts from 2.7 to 3.8 GHz
5 Watt from 3.8 to 5.925 GHz
10 Watts from 800 to 2700 MHz
WiFi IEEE 802.11b/g/h/p, V2X system
(LTE, GSM dual, UMTS,WiMAX,
IN-GLASS LTE & WLAN
800 - 810 MHz @ SWR 2.6 & £
1.71 - 5.925 GHz @ SWR 2.2£
810 - 960 MHz @ SWR 2.0 & £
868 - 960 MHz @ SWR 2.0 &£
INGLASS MULTIBAND
1.71 - 2.17 GHz @ SWR 2.0 £
2215902/3SMA
2215902/3FME
FME-female or SMA-male
10 Watts
(ISM 868, ISM 915, GSM dual, UMTS)
70 gr, 0.15 lb
57 x 77 x 10 mm, 2.2 x 3 x 0.4 in
PCB, Thermoplastic
RG 174 / 3 m, 10 ft
Adhesive tape, suitable for «not metallic» surfaces
360° omnidirectional
Linear Vertical
0 dBd, 2.15 dBi all bands
50 W
1/2 l dipole
Antenna Dimensions
57 mm
77
mm
Brick and concrete wall
Vehicles glass mount
Plastic boxes
28
HIGH-TECHNOLOGY ANTENNAS DESIGED AND MANUFACTURED IN ITALY
ACCESSORIES
29
Material: Zinc Plated Steel. Antenna fitting: 2 x 16 mm, 0.63 inÆ Dimension: 60 x 70 x 195 mm,2.4 x 2.75 x 7.7 in
“M-3” Fixing Bracket
Mounting on Wall: with screws (not included)
Mounting on Mast: 35-42 mm, 1.4-1.65 inch with U-boltÆ Æ
M-3 Bracket ........................................................................... 2503604.002 M-2 Marine Bracket ..................................................... 2503203.001 M-1 Marine Bracket ..................................................... 2503503.00Material: Stainless Steel. Mounting Hole: 2 x 16 mm, 0.63 inÆ
3 With Optional fixing set ................ 2503203.00/SA or 2503503.00/SA
Dimension: M1: 38 x 64 x 98 mm,1.5 x 2.5 x 3.8 in; “M-1”, “M-2” Marine Brackets
M2: 45 x 100 x 180 mm, 1.5 x 3.9 x 7 in
1
2
3
Overall Dimension W x H: 86 x 230 cm, 2.8 x 7.5 ft
Antenna's dispenser .................................................................. 32.0002
“Antennas’ Dispenser”
Material: Painted steel. Max weight capacity: 20 Kg, 44 lb
4.0 m, 13.1 ft RG 58 Cable 2 x FME-f .................................. 2510705.003.5 m, 11.5 ft RG 58 Cable 2 x FME-f ................................. 2510505.00
5.0 m, 16.4 ft RG 58 Cable 2 x FME-f .................................. 2510605.00
1.5 m, 4.9 ft RG 58 Cable 2 x FME-f ................................... 2510405.000.5 m, 1.6 ft RG 58 Cable 2 x FME-f ................................... 2510305.00Cable Type / Connectors: RG 58 / 2 x FME-female
Extention cable w/2x FME-f
Overall Size: 30 mm, 1.2 in ÆMounting Hole: 14mm, 0.55in or 18mm, 0.7 inÆ Material: Chromed Brass, Nylon, Siliconic RubberCable Type / Length / Connector: RG 58 C/U / 5m, 16.4 ft / FME-female
Frequency range: from DC to 1000 MHzBase “ML” w/cable/FME-f
ML mount w/cable ............................................................ 2509305.00
Mounting: Magnetic with ultra strenght neodinium magnet
Cable Type / Length / Connector: RG 58 C/U / 3m, 10ft / FME-female
Frequency range: from DC to 1000 MHz
CELLMAG magnetic mount .................................................. 2510202.06
“CELL MAG” Magnetic Mount
Material: Chromed Brass, Nylon, Siliconic Rubber
Overall Size: 41 mm, 1.6 inÆ wall with mounting screws (not included)
“TB-1” Tilting Bracket for SMP seriesMaterial: Stainless Steel.Installation: mast Æ 35-50 mm, 1.4-2 in with clamp included
TB-1 tilting bracket ......................................................... 2519703.00
5 SMA-male / FME-female ........................................... 2550206/5CO
3 SMA-male / SMA-male Reverse Polarity ...................... 2550506/5CO
Other lengths or connectors: on request, minimum quantity order 100pcs.
4 SMA-male / N-male ................................................. 2550706/5CO
2 SMA-male / SMA-female ........................................... 2550106/5CO1 SMA-male / SMA-male ............................................. 2550906/5CO
Extention cable w SMA-male / ......Cable Length / Type : 5m, 16.4 ft / Low Loss
1 2
3 4
5
Bottom Size: 2x 9 mm, 0.35 in wall fitting (screws not included).Æ
Top Size for antenna fitting: 38 x 100 mm, 1.5 x 3.9 inÆ Æ
“FT-4” Fixing Bracket
FT-4 .............................................................................. 2513404.00Weight (approx.): 780gr, 1.7 lb. Material: Galvanized Steel.
Dimension L x W x H (approx.) : 50 x 145 x 220 mm, 2 x 5.7 x 8.7 in
120mm
Ø38mm
145mm
50mm
37
mm
Ø 41mm
RG 58 C/U
Mast notsupplied
M-4 45° Bracket .................................................................... 2503704.00Mounting: need the bracket supplied with the antennas
Dimension: 80 x 111 mm, 3.1 x 4.4 in Material: Zinc Plated Steel. “M-4” 45° bracket for ”SLP-4G” & ”SY”
Wall mount
Mastmount
UP-GRADE:cable slot
Material: Extruded Aluminium, Hardware: Stainless Steel.Installation: mast Æ 35-52 mm, 1.4-2.0 in with clamp included
“FT-5” 2x Fixing brackets for ”SPO series”
Dimensions: (each) 80x76x25mm, 3.1x3x1 in. Weight 220 gr,0.5 lbFT-5 brackets ................................................................... 2519613.00
SLP-4G/SYAntenna’sBracket
Material: Extruded Aluminium, Hardware: Stainless Steel.
Dimensions: 80x76x65mm, 3.1x3x2.3 in. Weight 460 gr, 1 lbInstallation: mast Æ 35-52 mm, 1.4-2.0 in with clamp included
FT-6 bracket ................................................................... 2519913.00
“FT-6” Fixing bracket for ”WY series”
HIGH-TECHNOLOGY ANTENNAS DESIGED AND MANUFACTURED IN ITALY
CABLE & CONNECTORS
30
SMA-femaleFrequency: from DC to 9 GHz. Materials: Nickel plated brass, PTFE insulator, Gold plated pin.Crimp type for RG 58, CO 100 ...... 30.SMA003.00Crimp type for RG 174, RG 316 .... 30.SMA004.00
SMA-maleFrequency: from DC to 9 GHz. Materials: Nickel plated brass, PTFE insulator, Gold plated pin.Crimp type for RG 58, CO 100 ...... 30.SMA001.00Crimp type for RG 174, RG 316 .... 30.SMA002.00
N-maleFrequency: from DC to 6 GHz. Materials: Nickel plated brass, PTFE insulator, Gold plated pin.Crimp type for RG 58, CO 100 .......... 30.N001.00Clamp type for RG 8, RG 213 .......... 30.N003.00Crimp type for H155 ..................... 30.N005.00
N-femaleFrequency: from DC to 6 GHz. Materials: Nickel plated brass, PTFE insulator, Gold plated pin.Crimp type for RG 58, CO 100 .......... 30.N002.00 Clamp type for RG 8, RG 213 .......... 30.N004.00Crimp type for H155 ..................... 30.N006.00
FME-maleMaterials: Nickel plated brass, PTFE insulator, Gold plated central pin.Crimp type for RG 58, CO 100 ....... 30.FME001.00Crimp type for RG 174, RG 316 .... 30.FME005.00
FME-femaleMaterials: Nickel plated brass, Delrin insulator, Gold plated central pin.Crimp type for RG 58, CO 100 ....... 30.FME002.00Crimp type for RG 174, RG 316 .... 30.FME003.00
TNC-maleFrequency: from DC to 4 GHz. Materials: Nickel plated brass, PTFE insulator, Gold plated pin.Crimp type for RG 58, CO 100 ....... 30.TNC001.00
BNC-maleFrequency: from DC to 4 GHz. Materials: Nickel plated brass, Delrin insulator, Gold plated pin.Crimp type for RG 58, CO 100 ....... 30.BNC001.00
TNC-male Reverse PolarityFrequency: from DC to 4 GHz. Materials: Nickel plated brass, PTFE insulator, Gold plated pin.Crimp type for RG 58, CO 100 ....... 30.TNC002.00
SMA-female PanelFrequency: from DC to 9 GHz. Materials: Nickel plated brass, PTFE insulator, Gold plated pin.Crimp type for RG 58, CO 100 ...... 30.SMA008.00Crimp type for RG 174, RG 316 .... 30.SMA007.00
SMA-male Reverse PolarityFrequency: from DC to 9 GHz. Materials: Nickel plated brass, PTFE insulator, Gold plated pin.Crimp type for RG 58, CO 100 ...... 30.SMA005.00Crimp type for RG 174, RG 316 .... 30.SMA006.00
BNC-femaleFrequency: from DC to 4 GHz. Materials: Nickel plated brass, Delrin insulator, Gold plated pin.Crimp type for RG 58, CO 100 ....... 30.BNC002.00
Type RG 58 C/ULOW LOSS
RG 174RG 316/U
Impedance50 W50 W50 W50 W
External diameter 4.95 mm, 0.2 in4.95 mm, 0.2 in2.8 mm, 0.11 in2.5 mm, 0.1 in
ColourBlackWhiteBlackBrown
Freq. CableRG 58 C/U
LOW LOSS
RG 174
RG 316/U
25
MHz
7
5
13
12
50
MHz
10
7
18
17
100
MHz
15
10
27
26
200
MHz
21
14
39
38
300
MHz
26
17
48
47
400
MHz
30
20
56
55
500
MHz
34
23
64
62
800
MHz
44
29
84
80
1
GHz
50
33
95
91 118
42
124
1.6
GHz
66
1.8
GHz
70
45
133
126
2.0
GHz
76
48
141
134
2.2
GHz
78
141
50
150
86
53
159
GHz
2.4
149
54
162
152
2.5
GHz
87
3.0
GHz
98
60
184
169
COAXIAL CABLES Data
Attenuation dB for 100 m
PL 259 connectors Mounting: Twist on, central pin soldering1) PL 259/R for RG 58 .................. 2505600.00 2) PL 259/9 for RG 213 ................ 2505500.00 3) 6.5mm diameter reducer PL 259/9 to RG 59 ... .................................................. 30.AD024.00
(3)
(1) (2)
30.AD013.00 30.AD018.00
30.AD005.00 30.AD014.00 30.AD019.00 30.AD022.00
30.AD005.00 30.AD004.00 30.AD006.00 30.AD003.00 30.AD002.00
30.AD008.00 30.AD015.00 30.AD023.00
30.AD006.00 30.AD016.00 30.AD020.00 30.AD012.00
30.AD013.00 30.AD014.00 30.AD015.00 30.AD016.00 30.AD009.00 30.AD017.00
30.AD018.00 30.AD019.00 30.AD020.00 30.AD010.00 30.AD021.00
30.AD003.00
30.AD022.00 30.AD012.00 30.AD017.00 30.AD021.00 30.AD011.00
30.AD002.00 30.AD023.00
Side
B
Side A
BNC-f BNC-m FME-m mini UHF-m N-f N-m SMA-f SMA-m TNC-m UHF-f UHF-m
Coaxial ADAPTORS table
30.AD004.00
BNC-f
BNC-m
FME-m
N-f
N-m
SMA-f
SMA-m
TNC-m
UHF-f
UHF-m
mini UHF-m
Via Liguria, 1546049 Volta Mantovana (MN) - ITALY
Tel: +39.0376.801515Fax: +39.0376.801254
www.sirioantenne.it / [email protected]
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