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Type VS1004 satellite control system is a kind of antenna pointing system, can control antenna’s motion manually or automatically and keep the antenna point to satellite accurately. Type VS1004 satellite controller adopts industrial computer mainboard (Intel processor) to supply reliable assurance for the accuracy and stability of the antenna tracking system. The system provides standard RJ45 network port so to achieve remote control. The 7-inch color touch screen is used for human-computer interaction interface with generous design and simply system operation.The antenna controller provides multiple axis drive control interface for AZ, EL and POL, in which AZ and EL drive axle adopt three-phase asynchronous motor. The POL drive adopts single-phase AC motor and can provide multiple POL motor drives for the convenient application of multiple band of POL or circular-linear switchover. Both AZ and EL drive axis adopt frequency converter to achieve the high and low speed control. The control part in integrated into the 4U case ( ACU) and the driving part is integrated into the outdoor cabinet ( ADU)The outdoor cabinet is equipped with multiple function handy box for controlling flexibly the antenna motion outdoor.Optical fiber is used from indoor unit to outdoor unit for connection, which simplifies greatly the wiring number and improves interference resistance ability of the system.
9 M KU BAND ETER EARTH STATION ANTENNA
NEBULA TECH ‘s 9.0-meter antenna has perfect performance for transmit/ receive and receive only applications for S through Ka-band frequencies with its own technology. The reflector design of the antenna contains high precision-formed panels, truss radials and hub assembly. The feature of the antenna is to adopt Cassegrain feed and sub-reflector design, with such results as high gain, low noise temperature, high antenna efficiency and excellent rejection of noise and microwave interference.
9 M C BAND ETER EARTH STATION ANTENNA
NEBULA TECH ‘s 9.0-meter antenna has perfect performance for transmit/ receive and receive only applications for S through Ka-band frequencies with its own technology. The reflector design of the antenna contains high precision-formed panels, truss radials and hub assembly. The feature of the antenna is to adopt Cassegrain feed and sub-reflector design, with such results as high gain, low noise temperature, high antenna efficiency and excellent rejection of noise and microwave interference.
7.3M KU BAND ETER EARTH STATION ANTENNA
NEBULA TECH ‘s 7.3-meter antenna has perfect performance for transmit/ receive and receive only applications for S through Ka-band frequencies with its own technology. The reflector design of the antenna contains high precision-formed panels, truss radials and hub assembly. The feature of the antenna is to adopt Ring focus feed and sub-reflector design, with such results as high gain, low noise temperature, high antenna efficiency and excellent rejection of noise and microwave interference.
7.3M KU BAND ETER EARTH STATION ANTENNA
NEBULA TECH ‘s 7.3-meter antenna has perfect performance for transmit/ receive and receive only applications for S through Ka-band frequencies with its own technology. The reflector design of the antenna contains high precision-formed panels, truss radials and hub assembly. The feature of the antenna is to adopt Ring focus feed and sub-reflector design, with such results as high gain, low noise temperature, high antenna efficiency and excellent rejection of noise and microwave interference.
7.3M KA BAND ETER EARTH STATION ANTENNA
NEBULA TECH ‘s 7.3-meter antenna has perfect performance for transmit/ receive and receive only applications for S through Ka-band frequencies with its own technology. The reflector design of the antenna contains high precision-formed panels, truss radials and hub assembly. The feature of the antenna is to adopt Ring focus feed and sub-reflector design, with such results as high gain, low noise temperature, high antenna efficiency and excellent rejection of noise and microwave interference.
7.3M C BAND ETER EARTH STATION ANTENNA
NEBULA TECH ‘s 7.3-meter antenna has perfect performance for transmit/ receive and receive only applications for S through Ka-band frequencies with its own technology. The reflector design of the antenna contains high precision-formed panels, truss radials and hub assembly. The feature of the antenna is to adopt Ring focus feed and sub-reflector design, with such results as high gain, low noise temperature, high antenna efficiency and excellent rejection of noise and microwave interference.
6.2M Ku BAND ETER EARTH STATION ANTENNA
NEBULA TECH ‘s 6.2-meter antenna has perfect performance for transmit/ receive and receive only applications for S through Ka-band frequencies with its own technology. The reflector design of the antenna contains high precision-formed panels, truss radials and hub assembly. The feature of the antenna is to adopt Ring focus feed and sub-reflector design, with such results as high gain, low noise temperature, high antenna efficiency and excellent rejection of noise and microwave interference.
6.2M KA BAND ETER EARTH STATION ANTENNA
NEBULA TECH ‘s 6.2-meter antenna has perfect performance for transmit/ receive and receive only applications for S through Ka-band frequencies with its own technology. The reflector design of the antenna contains high precision-formed panels, truss radials and hub assembly. The feature of the antenna is to adopt Ring focus feed and sub-reflector design, with such results as high gain, low noise temperature, high antenna efficiency and excellent rejection of noise and microwave interference.
6.2M C BAND ETER EARTH STATION ANTENNA
NEBULA TECH ‘s 6.2-meter antenna has perfect performance for transmit/ receive and receive only applications for S through Ka-band frequencies with its own technology. The reflector design of the antenna contains high precision-formed panels, truss radials and hub assembly. The feature of the antenna is to adopt Ring focus feed and sub-reflector design, with such results as high gain, low noise temperature, high antenna efficiency and excellent rejection of noise and microwave interference.
4.5M Ku BAND ETER EARTH STATION ANTENNA
NEBULA TECH ‘s 4.5-meter antenna has perfect performance for transmit/ receive and receive only applications for S through Ka-band frequencies with its own technology. The reflector design of the antenna contains high precision-formed panels, truss radials and hub assembly. The feature of the antenna is to adopt Ring focus feed and sub-reflector design, with such results as high gain, low noise temperature, high antenna efficiency and excellent rejection of noise and microwave interference.
4.5M KA BAND ETER EARTH STATION ANTENNA
NEBULA TECH ‘s 4.5-meter antenna has perfect performance for transmit/ receive and receive only applications for S through Ka-band frequencies with its own technology. The reflector design of the antenna contains high precision-formed panels, truss radials and hub assembly. The feature of the antenna is to adopt Ring focus feed and sub-reflector design, with such results as high gain, low noise temperature, high antenna efficiency and excellent rejection of noise and microwave interference.
4.5M C BAND ETER EARTH STATION ANTENNA
NEBULA TECH ‘s 4.5-meter antenna has perfect performance for transmit/ receive and receive only applications for S through Ka-band frequencies with its own technology. The reflector design of the antenna contains high precision-formed panels, truss radials and hub assembly. The feature of the antenna is to adopt Ring focus feed and sub-reflector design, with such results as high gain, low noise temperature, high antenna efficiency and excellent rejection of noise and microwave interference.
3.7M KU BAND ETER EARTH STATION ANTENNA
NEBULA TECH 3.7M antenna reflector incorporates stretch-formed panels with matched radials and hub for ease of field alignment.It features an innovative Ring Focus feed and sub-reflector design which results in high gain, low noise temperature, high antenna efficiency and excellent rejection of noise and microwave interference. The standard designed azimuth over elevation pedestal provides a cost-effective solution for high stiffness and stability, full orbital arc coverage and fine drive performance, and ensures the pointing accuracy required for Ku-band and C band operation. Tianyi Satcom 3.7 M antenna RF specification can meet to FCC Regulation25.209, IESS and ITU-RS.580-5, INMARSAT, ASIASAT, INTELSAT, APT and CHINASAT, etc.
3.7M C BAND ETER EARTH STATION ANTENNA
NEBULA TECH 3.7M antenna reflector incorporates stretch-formed panels with matched radials and hub for ease of field alignment.It features an innovative Ring Focus feed and sub-reflector design which results in high gain, low noise temperature, high antenna efficiency and excellent rejection of noise and microwave interference. The standard designed azimuth over elevation pedestal provides a cost-effective solution for high stiffness and stability, full orbital arc coverage and fine drive performance, and ensures the pointing accuracy required for Ku-band and C band operation. Tianyi Satcom 3.7 M antenna RF specification can meet to FCC Regulation25.209, IESS and ITU-RS.580-5, INMARSAT, ASIASAT, INTELSAT, APT and CHINASAT, etc.
2.4M KU BAND ETER EARTH STATION ANTENNA
2.4M antenna reflector incorporates stretch-formed panels with matched radials and hub for ease of field alignment.It features an innovative Ring Focus feed and sub-reflector design which results in high gain, low noise temperature, high antenna efficiency and excellent rejection of noise and microwave interference. The standard designed azimuth over elevation pedestal provides a cost-effective solution for high stiffness and stability, full orbital arc coverage and fine drive performance, and ensures the pointing accuracy required for Ku-band and C band operation. 2.4 M antenna RF specification can meet to FCC Regulation25.209, IESS and ITU-RS.580-5, INMARSAT, ASIASAT, INTELSAT, APT and CHINASAT, etc.
2.4M KA BAND ETER EARTH STATION ANTENNA
2.4M antenna reflector incorporates stretch-formed panels with matched radials and hub for ease of field alignment.It features an innovative Ring Focus feed and sub-reflector design which results in high gain, low noise temperature, high antenna efficiency and excellent rejection of noise and microwave interference. The standard designed azimuth over elevation pedestal provides a cost-effective solution for high stiffness and stability, full orbital arc coverage and fine drive performance, and ensures the pointing accuracy required for Ku-band and C band operation. 2.4 M antenna RF specification can meet to FCC Regulation25.209, IESS and ITU-RS.580-5, INMARSAT, ASIASAT, INTELSAT, APT and CHINASAT, etc.
2.4M C BAND ETER EARTH STATION ANTENNA
2.4M antenna reflector incorporates stretch-formed panels with matched radials and hub for ease of field alignment.It features an innovative Ring Focus feed and sub-reflector design which results in high gain, low noise temperature, high antenna efficiency and excellent rejection of noise and microwave interference. The standard designed azimuth over elevation pedestal provides a cost-effective solution for high stiffness and stability, full orbital arc coverage and fine drive performance, and ensures the pointing accuracy required for Ku-band and C band operation. 2.4 M antenna RF specification can meet to FCC Regulation25.209, IESS and ITU-RS.580-5, INMARSAT, ASIASAT, INTELSAT, APT and CHINASAT, etc.
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