海上卫星电视C和KU波段天线系统 SEA TEL ST88

FBB150是新加坡创值通讯和国际海事卫星组织针对中、小型商业船只、渔船和休闲船，联合推出了最新、最先进的海事卫星通讯技术——船用宽带技术（FleetBroadband）。这种船用宽带产品具有强竞争力的价格以及高服务水平，超过了目前市场上的其他同类产品。基于覆盖全球的通讯卫星网络，FBB150 为船长以及船员提供了与远在陆地以及海洋其他地方沟通的渠道 四/FBB150功能优点      FBB150 可以提供卫星电话、收发文字信息以及电子邮件，在工作时，人们需要各种实时更新的信息来提高工作效率。 150 提供150kbps 的数率，为用户提供彩色天气图；导航资料；以及维修信息；可以轻松的上网浏览网页。在你接受各种新闻、信息、并与对方通话的同时，可以及时地发送各种信息，如报告、操作调整信息、管理信息、咨询以及图片资料等等。   150一款具有2英寸彩色屏幕的手机，手机的数字键盘与普通的手机相类似，可以进行文字输入编辑。通过一个附加的RJ11 电话接口，还可以外接一个普通的有线电话，便于用户在甲板或船舱都可以拨打接听电话。 150 具有路由器功能。用户可以通过RJ45 以太网接口，连接船上的计算机网络或作为WIFI无线路由器连接船上的无线网络浏览互联网。基于MAC地址过滤、NAT 和DHCP 功能, 150 可以提供单一用户和多用户路由模式。用户可以通过150内置GPS接收器接收精确数据，并可通过符合NMEA 0183 输出标准的GPS输出接口连接到其他船用设备上，如海图仪等。  150 采用了基于IP 的技术，数据费用的计算是基于流量的。由于采用了数字通信方式，商务通话以及私人通话的私密性得到了保护。 在价格、性能以及便于操作等方面，150为海事通讯带来了无可比拟的优越性。当你航行在大海中时，150 是你必不可少的伙伴。她不仅满足你所有的商务以及休闲的通讯需求，更让你放心的是她的基于GPS 定位技术的紧急求救、通讯功能。 五 技术指标 符合或超过目前及预计Inmarsat运营BGAN业务的相关指标。 项目       认证 国际海事卫星组织FleetBroadband批准 符合RTTE、CE 标志、FCC； 联邦通讯委员会经过测试，在FCC第25   频率 发射 1626.5MHz～1660.5MHz， 接收 1525.0MHz～1559.0MHz； 天线电缆： 12dB at 1.6Ghz and 4ohm； DC loop resistance 尺寸和重量： 甲板上单元 天线：直径294 mm高 221mm重量 2.5kg ； 甲板下单元 287X229.6X69.7mm重量 2.8kg ； 手柄 显示 2 in,220 X 176像素 TFT 尺寸 145 X 6 5 X 25mm 重量 180克 防尘/水等级 IP66 工作温度 -25 - +55℃ 储存温度 -30 - +70℃ 接口 RJ-11电话接口  RJ45网络接口  NMEA 0183接口     全球业务  语音 4kbps AMBE+2 ，3.1KHz 音频；  数据 151kbps ；  SMS 最多160个字符； 路由功能 单用户模式和多用户模式 电源和功耗 直流输入范围 10.8～31.2V DC ； 最大功耗 100W 环境条件： 主机   运行温度 －25℃～ 55℃ ；       储存温度 －40℃～ 85℃ ；       达到85℃ PCB温度，自动热感监测器关闭终端；    操作相对湿度 95％非冷凝 （在40℃）；   防尘/水等级 IP44； 天线  工作温度 -25 - +55℃      储存温度 -40 - +85℃    操作相对湿度 95％非冷凝 （在40℃）；   防尘/水等级 IP66 ； 电话功能 电话簿； 信息指示； 限制拨号；　通信记录；  

        船载卫星电视接收系统可实现船舶在移动中稳定实时地接收、播放卫星发射的电视信号。产品按卫星信号频率分Ku波段和C波段等型号。船载卫星电视接收系统可根据需要改变成船载卫星云图信号接收系统。根据船舶航行条件设计的三轴稳定平台可消除船的晃动对天线的影响，从而保证了天线在船舶的各类不同条件下均能够正常地接收卫星信号。

  1.1 SOLAS RULES   The new IMO/SOLAS rules, compulsory for new vessels built after 1st July 1998,specify strictly rules to be follow for General Alarm / Public Address System. M.S.C. ( Maritime Safety Committee )66/24/ Add. 1 General Emergency Alarm system - The General Alarm system shall be capable of sounding the generalemergency alarm signal consisting of seven or more short blasts followed by onelong blast. - The system shall be capable of operation from the navigation bridgeand also from other strategic points.   1.2 The system shall be audible throughout all the accommodation and normal crew working spaces. - The alarm shall continue to function after its has been triggereduntil it is manually turned off or it is temporarily interrupted by a messageon the public address system. - The minimum Sound Pressure Levels for the Emergency Alarm tone ininterior and exterior spaces shall be 80 dB (A) and at least 10 dB (A) above the ambient noise levels duringnormal equipment operation with the ship underway in moderate weather. 1.3 The Sound Pressure levels at the sleeping position in cabins and incabin bathroom shall be at least 75 dB (A) and at least 10 dB (A) above ambientnoise levels. M.S.C. ( Maritime Safety Committee ) 66/24/ Add. 1 Public Address system - The Public Address system shall be a loudspeaker installationenabling the broadcast of messages into all spaces where crewmembers orpassengers, or both, are normallypresent and to muster stations. - It shall allow for the broadcast of messages from the navigationbridge and such places on board the ship the Administration deems necessary. - It shall be installed with regards to acoustically marginalcondition and not require any action from the addressee. - With the ship underway in normal conditions, the minimum SoundPressure Level for broadcasting Emergency Announcements shall be: * In interiorspaces 75 dB (A) and at least 20 dB (A) above the speech interference level. * In exteriorspaces 80 dB (A) and at least 15 dB (A) above speech interference level.   1.4 Sound Pressure Level All loudspeaker data sheet should quotethe sound pressure level of the loudspeaker measured in decibels. Increase ofSPL The basic rule is that each time thepoints of diffusion aredoubled the S.P.L. increase by 3 dB (A). Sample: N. 10 Loudspeakers with SPL of 70 dB (A) N. 20 Loudspeakers SPL will become 73 dB(A) N. 40 Loudspeakers SPL will become 76 dB(A)   Increaseof SoundPressure Level 1.5 Decrease of SPL The basic rule is that each time thedistance is doubled the S.P.L. decrease by 6 dB (A). ( in open space ) Loudspeakers with SPL of 90 dB (A) at 1 meter will become 84 dB (A) at 2 meters will become 78 dB (A) at 4 meters will become 72 dB (A) at 8 meters will become 66 dB (A) at 16 meters will become 60 dB (A) at 32 meters will become 54 dB (A) at 64 meters will become ONLY 48 dB (A) at 128 meters        

“PHONTECH” COMMAND INTERCOM SYSTEM Command Intercom System CIS 3100 is especially designed for important communication links onboard ships and boats. The new design is very compact, and the performance is extended by use of microprocessor technics. System CIS 3100 consists of a line of 3 different master stations; type 3100 (5 ext.), type 3101 (10 ext.) and type 3102 (20 ext.), together with various quantities of substations of 9000 series. System CIS 3130 consists of 1 master station type 3130, 1-4 remote stations type 3131/3132, and up to 15 substations selected from the standard range.  

“PHONTECH” PUBLIC ADDRESS SYSTEM The MPA 1600 is a marine and offshore Public Address system, especially designed to meet the requirements for PA/GA and entertainment distribution onboard ships and mobile offshore units. The system conforms to SOLAS, IMO and IEC regulations. Based on Modular design and flexible configuration, the system covers a wide range of installation complexities from smalls single loop to fully duplicated systems utilizing total redundancy.   

“PHONTECH” INTEGRATED COMMUNICATION SYSTEM The new ICS 6200 Integrated Communication System is a digital communication system meeting all aspects of internal and external communication, information exchange onboard vessels, offshore installations and to/from onshore operation centres. Based on the latest computer technology, it’s flexible configuration is a cost effective solution for Intercom, Telephone, Public Address, alarm, Loud hailing and Entertainment. The modern architecture allows for network connection including cascading, remote service and interface to/from other IP based systems an components.  

“PHONTECH” BATTERYLESS TELEPHONE SYSTEM   System BTS 4000 is an emergency telephone system without the requirement for any external power supply. All energy required for 4-6 minutes of continuous operation iss produced by the call generator. The system is equipped with a sophisticated, extremely low power amplifier with hight power and low distortion output. The amplifier is sintegrated in one of the telephone units to reduce the installation cabling. The system may also be connected to 24VDC power supply to ensure continuous operation under normal conditions. The system automatically switches to batteryless and emergency operation in case of mains failure.   Thd syste is based on three types of units: 4050-single line (direct call), 4060-12 lines version and 4040-24 lines version. Any configuration needs one master telephone with a built-in amplifier, either 4051 – single line or 4060 – 12 lines version. For the 24 lines version a separate speech amplifier type 4000 is needed.  

“JRC” VHF RADIOTELEPHONE Available as semi-duplex or full-duplex, this class A VHF radiotelephone incorporates advanced modular design that allows for maximum installation flexibility. The JHS-7 is a hand-held portable VHF radiotelephone for on-scene, life-saving two-way communication between ships, which is in accordance with the SOLAS convention. The JHS-7 is robustly designed to survive in the harshest marine conditions. The JHS-7 comes standard with 13 single-frequency voice channels including Channel 16 (156.800 MHz), using only 0.25 to 1 Watt of transmitted power. It can also be used for onboard communication.    

“JRC” MH/HF RADIOTELEPHONE The JSS-2150/2250/2500 MF/HF Class A DSC radio equipment features an intuitive user interface and advanced modular design that allows for a flexible installation approach. The MF/HF has Digital Selective Calling (DSC) as standard with a built-in 6-channel DSC watch-keeping receiver. You can transmit and receive digital selective calls for quick and efficient establishment of distress, urgency, safety and routine communication with other ships and coast stations. In distress situations, the MF/HF sends an alert once you press the distress button. The integrated DSC watch-keeping receiver monitors distress alarms through continuous scanning of distress frequencies