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2.2  Specifications of the model SCB107-110: 

 

Electrical Performance 

Rx 

10700 to 12750 MHz 

Frequency Range 

Tx 

13750 to 14800 MHz 

Polarization 

Linear  

Rx 

61,1 dBi (@ 12,00 GHz) 

Gain  

(Including Losses) 

Tx 

62,4 dBi (@ 14,00 GHz) 

Rx 

0,14º (@ 12,00 GHz) 

Half-power Beamwidth 

Tx 

0,12º (@ 14,00 GHz) 

10º El 

60 K (@ 12,00 GHz) 

20º El 

50 K (@ 12,00 GHz) 

Noise Temperature 

30º El 

46 K (@ 12,00 GHz) 

Typical G/T, 20º elevation at clear Sky            

with C Band LNA, 60 K 

40,5 dB/K (@ 12,00 GHz) 

Anatel Resolution 572 

FCC regulation 25.209 

Radiation Pattern Envelope 

ITU-RS580 

Rx 

35 dB 

Cross Polarization Discrimination 

Tx 

35 dB 

Rx 

1.3 (17.7 dB) 

VSWR (Return Loss) 

Tx 

1.3 (17.7 dB) 

TX/RX 

75 dB 

Port to Port Isolation 

RX/TX 

55 dB 

Rx 

WR 75 

Feed Termination (flange) 

Tx 

WR 75 

Input Maximum Power 

1000 W 

 

Mechanical Characteristics 

Diameter 

11 meters 

Antenna Geometry 

Cassegrain 

Motion 

Elevation over azimuth 

Azimuth 

± 90º 

Elevation 

0 a 90º 

Motion Adjustment 

Polarization 

± 50º 

Reflector Material 

Aluminum 

Mount Material 

Steel 

Reflector 

White painting 

Finishing 

Mount 

Hot dip galvanized 

Surface Precision 

0.5mm (RMS)  

 
 

Environmental Characteristics 

Operational Wind 

130 km/h 

Survival Wind 

198 km/h 

Shock and Vibration 

Typical in sea, air and terrestrial shipments 

Atmosphere 

Found in seashore and industrial areas 

 

 

 

 

Summary of Contents for SCB107-110

Page 1: ...I MANUAL FOR MODELS SCB37 110 SCB107 110 SCB107E 110 11 METERS CASSEGRAIN EARTH STATION ANTENNAS...

Page 2: ...ons of the model SCB107E 110 5 3 Structural Character and Operational Principle 6 3 1 System Structural Character 6 3 1 1 Antenna Structural Character 7 3 1 2 Antenna Pedestal Structure 12 3 1 3 Feed...

Page 3: ...h as high efficiency low sidelobe low cross polarization low Voltage standing waves ratio VSWR high G T value but also with excellent characters including appropriate structural design strong wind res...

Page 4: ...ar Configuration Tx 1 06 0 5 dB Rx 35 dB Cross Polarization Discrimination Linear Configuration Tx 35 dB Rx 1 3 17 7 dB VSWR Return Loss Tx 1 3 17 7 dB TX RX 75 dB Port to Port Isolation RX TX 55 dB R...

Page 5: ...Rx 35 dB Cross Polarization Discrimination Tx 35 dB Rx 1 3 17 7 dB VSWR Return Loss Tx 1 3 17 7 dB TX RX 75 dB Port to Port Isolation RX TX 55 dB Rx WR 75 Feed Termination flange Tx WR 75 Input Maximu...

Page 6: ...Rx 35 dB Cross Polarization Discrimination Tx 35 dB Rx 1 3 17 7 dB VSWR Return Loss Tx 1 3 17 7 dB TX RX 75 dB Port to Port Isolation RX TX 55 dB Rx WR 75 Feed Termination flange Tx WR 75 Input Maxim...

Page 7: ...stem The antenna feed subsystem contains feed and main reflector and subreflector curves The structure subsystem contains main reflector and subreflector polarization rotation device pedestal and ante...

Page 8: ...1 1 Antenna Reflector Assembly The antenna reflector is mainly composed of main reflector subreflector backups subreflector supporting device feed sleeve etc The three dimensional forming diagram is...

Page 9: ...ove the strength of individual plate and reduce the number of rivets and thus decrease the local deformation of plate caused by riveting points The high precision mould and tool set up process are use...

Page 10: ...on uniform stress favorable manufacture and installation etc and are widely applied because of the higher rigidity weight ratio The backups consist of the HUB radiating beams and hoop stress bars and...

Page 11: ...ative plates for installation of general equipment and high frequency receiving components of which minimum available volume is 2800 1200 and which has larger and comfortable environment space In orde...

Page 12: ...tion for the reflector framework The material is 20 steel 3 1 1 5 Feed Sleeve The feed sleeve is the supporting component of feed network which is divided into two segment such as upper segment and lo...

Page 13: ...a pedestal is mainly used to provide the support for the antenna and make the antenna perform the azimuth and elevation rotation and align the satellite accurately under the control of servo equipment...

Page 14: ...The annular contact thrust spherical roller bearing 9069332 is installed in azimuth lower bearing pedestal the knuckle sliding bearing is installed in azimuth upper bearing pedestal The upper and low...

Page 15: ...number is NGW11 9 horizontal type deceleration ratio i 7 1 Azimuth decelerator cycloid pin wheel decelerator the type number is XW5 5 5 1 9 deceleration ratio i 9 Worm gear worm pair SG 71 type plane...

Page 16: ...x and Tx bands with rotary symmetry and low cross polarization radiation pattern and low VSWA characteristic The corrugated horn consists of input taper section mode converter section transition secti...

Page 17: ...16 Fig 3 1 10 Corrugated Horn Block Diagram Fig 3 1 11 Structural figure of corrugated horn in C band Fig 3 1 12 Structural figure of corrugated horn in Ku band...

Page 18: ...tracking mode optional is used to make the antenna be able to align the satellite 4 Maintenance As outdoor equipment the antenna is exposed to natural environment such as wind rain and sun The life of...

Page 19: ...ceed Grade 3 4 at most The position where the section is changed should enable the AZ leading screw to pass the position of the front support rod of the tripod that is at AZ 100 or 260 Generally 4 5 p...

Page 20: ...nce every three years Clean the original lacquer coat before painting then paint it with zinc chromate primer as required once to twice and white polyurethane enamel twice to three times as required l...

Page 21: ...axles Lubricate the planetary reducer and the cycloid pinwheel reducer The method is to fill the grease hole with heavy duty gear oil 4 2 Operation and Maintenance of Servo Equipment a Don t turn on...

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