光电星象仪使用说明书
213星象仪制作说明

213星象仪制作说明
1.安灯泡:把安装了小灯泡的灯泡座连接在电池盒上,然后把灯泡座的另一头连接上导线。
2.连开关:分别将鳄鱼夹与曲别针连接在导线的两头,然后把电池放进电池盒里。
3.扎孔洞:把星座卡纸平铺在KD板上,用大头针在印有红色圆点的部分扎孔。
4.粘底座:在纸杯口上粘一圈双面胶,把星座卡纸粘贴在杯口上,并且把支架粘贴在KD板
的一侧。
5.装电路:将电池盒粘贴在KD板上,然后在纸杯底部扎一个小洞,把小灯泡塞进去,最后
把纸杯托固定在KD板上。
6.看现象:连接鳄鱼夹和曲别针,电路接通,小灯泡亮了,光线透过星座卡纸上的小洞,投射到墙上,可以看见三个星座啦!尤其是在黑暗的环境中观察效果更好!。
影像测量仪操作说明书

机器设备操作指导书
制订 审核
2D影像测量仪
图示 1 2
文件编号
RQ-QA-07/B
注意事项
操作步骤
操作方法
1.开机
打开仪器电源开关 (图1)和电脑桌面 的软件(图2)
将样品用夹具固定后 2.放置样品 放置到测试台上,通过 到测试台并 图3转轮调整图像的清 调试清晰 晰度
3
样品必须要放置平整
(1)图4手柄可对仪 器平台进行“前后” 调整 (2)图5按盘可对仪 3.位置调整 器平台进行“上下” 调整 (3)图6手柄可对仪 器平台进行“左右” 调整
6 4 5
3.测量
如图按X、Y测试样品 横向和纵向尺寸
先按归零键
4.记录
将测量数值在表格上 记录完整
尚德 SN-LGM3 林格曼光电测烟望远镜使用说明书

SN-LGM3V0.10SN-LGM3林格曼光电测烟望远镜使用说明书目录第一章主要用途及适用范围 (2)1.1主要用途及适用范围 (2)1.2主要技术指标 (2)第二章安装 (2)2.1验收 (2)2.2仪器适用的工作环境 (2)2.3组装 (2)第三章基本原理 (3)3.1基本原理 (3)3.2光电系统原理 (4)第四章仪器的使用方法 (4)4.1仪器结构 (4)4.2测量方法 (4)4.3使用注意事项 (5)第五章单片机控制软件操作说明 (6)5.1电路原理及组成 (6)5.2主菜单组成 (6)5.3每个功能模块介绍 (6)第六章维护保养 (9)6.1简单的调试和维护 (9)6.2电池充电 (10)6.2保修期 (10)第一章概述1.1主要用途及适用范围SN-LGM3林格曼光电测烟望远镜可对烟气黑度进行监测并记录。
内带电子数据保存空间,能把测试数据保存下来,回室内再做处理。
所有数据通过单片机作初步处理,数据直读。
LCD液晶显示屏显示处理后的数据,打印出的记录数据即可证实被测烟气的林格曼黑度等级。
因此它可对烟气的排放按规定要求进行监测。
1.2主要技术指标:1.望远镜视角放大率10倍2.望远镜观测距离10~500米3.物镜通光孔径50毫米4.电子林格曼黑度等级0~5级5.电源镍氢电池/电源DC9V.300mA6.采样时间连续、1、5、10分均测可选第二章安装2.1验收开箱后,请核对仪器的备件和附件与装箱单是否相符,如有损坏或缺件请立即与厂方联系。
2.2仪器适用的工作环境(1)仪器应在干燥、清洁场所使用和保存。
(2)避免灰尘,潮湿和腐蚀性气体。
(3)尽量避免雨天使用。
(4)使用温度范围:-15~+35℃。
(5)相对湿度:≤80%。
2.3组装2.3.1仪器的组成1.仪器电源由三部分组成。
内部充电电池,主机电源(9V/500mA)。
2.光电测烟望远镜主体。
3.PC软件,数据线。
注意:任何连接之前一定要断电或关上开关,否则损坏仪器。
对星及寻星仪使用说明7

一.接收天线面对星说明:1.首先通过计算或查找资料确定天线的仰角和方位角;2.确认天线面正确安装,并且把LNB和馈源连接完好。
3.旋调仰角调节杆两个M20螺母改变天线仰角,可以用量角仪或罗盘来帮助调整仰角(先把量角仪设置到已查好的仰角值,再把量角仪贴到天线面盘背部的适宜位置。
)4.仰角调好后,松开方位套筒上六只M12×25螺栓,先手动初调,用手旋转天线面同时看寻星仪的S,Q值以找到星的大概位置。
然后用管夹上的M12的螺栓进行微调,反复调仰角和方位角,将信号调至最佳(S,Q值最大,一般Q可达90%以上)。
5.信号到最佳后,拧紧天线所有调整用的紧固件。
(注意此时要看着寻星仪,保证S,Q的值不变小)二.简单寻星仪操作说明POWER键开机以后,直接点击LOAD,就可以看到已经设置好的CMACast参数,然后选择一个点击F4,就可以开始寻星了,在寻星的过程中,按照S和Q的值调整天线面的仰角和方位角使S和Q的值达到最高。
(C/S键可以关闭/打开声音)三.寻星仪显示参数:Sat:卫星名称S:信号强度Q:信号质量BER:误码率C/N:载噪比附表:可用卫星资源参数:亚洲4号卫星C波段资源本振频率卫星下行频率符码率极化方式供电电压5150M 4038M 6666 水平18V四.详细寻星仪使用说明:1)首先点击F1(CONFIG),进入设置界面开始设置。
:设置卫星名称b.Lo:设置LNB的本振频率(默认单位是Mhz,本振频率输入范围是0,4500-5500,9500-11500)c.F:设置卫星下行频率(默认单位是Mhz)d.SR:设置符码率(默认单位是Mb/s)e.设置LNB供电方式:可以在0V,13V(垂直极化,右旋极化),18V(水平极化,左旋极化)之间切换f.L:设置卫星方位经度(一般可以不用设置)g.22KHz 状态开关(可设置“ON”或“OFF”)h.Mode模式选择(Auto,DVB,DTV三种模式可选)i.FEC参数选择(Auto,1/2,2/3,3/4,5/6,6/7,7/8七种参数可选)2)设置好参数后可点击C/S键进行参数存储,点击LOAD或F2键可以调出已经存储过的设置;也可以直接点击F4(SIGNAL)立即开始寻星。
EV3020影像测量仪操作指导书1

EV3020影像测量仪操作指导书1一、目的:便于操作员能熟练操作二次元,提高检测准确度和效率,以及延长仪器的使用寿命二、适用范围:品质实验室的投影仪。
三、职责:3.1 操作员:仪器之使用与日常保养,仪器之测试与管理。
四、作业内容:4.1仪器介绍1)LED光源5)焦距调节手柄2)倍数调节钮6)软件控制界面3)样品放置台7)X 轴转动手柄4)Y轴转动手柄8)电源开关A 日期:2011-8-15東莞利港達實業有限公司编写部门:品质部文件编号: 页次:第1頁共3頁東莞利港達實業有限公司EV-3020投影仪操作指导书版本:编写部门:品质部文件编号:157234684.2仪器测量方法:影响测量分为三种方式:轮廓测量,表面测量,Z轴测量。
4.2.1轮廓测量:就是测量工件的轮廓边缘,一般采用底部的轮廓光源,需要时可加表面光做辅助照明,让被测边线更加清晰,有利于测量。
4.2.2表面测量:表面测量是影响测量的主要功能,凡是能看到的物体表面圆形尺寸,在表面光源照明下,影响测量仪几乎全部能测量。
4.2.3轴测量:当配上高倍物镜、有足够瞄准与定位精度时,影响测量仪就可以作Z轴测量如测量工件的台阶高度、暗孔深度,测量时使用表面光照明。
4.3软件的运用4.3.1打开运用软件Easson2D4.3.2点测量:按点量测按钮“点”或菜单<量测>之<点量测>,开始采点:方法:按软件控制界面键采点,用鼠标按左键确认。
说明:量测一个点可采(1-300)个点,所采点数由自行调整。
按“▲”和“▼”键弹出对话框,操作者可自行修改。
4.3.3线量测:点击量测按钮“线”或菜单<量测>之<线量测>,通过采点来量测直线,采点方法与点量测时介绍的一样。
4.3.4圆量测:点击量测按钮“圆”或菜单<量测>之<圆量测>,通过采点来量测直线,采点方法同上。
4.3.5弧量测:点击量测按钮“弧”或菜单<量测>之<弧量测>,通过采点来量测直线,采点方法同上。
FY-2010 影像测量仪使用说明书

影像測量儀使用說明書東莞市億輝光電科技有限公司Dongguan Yihui Optoelectronices Technology Co.,LTD目錄一. 儀器的用途 (1)二. 儀器的規格參數 (2)三. 儀器的工作原理 (3)四. 儀器的結構與功能 (4)五. 儀器的開箱與安裝 (6)六. 儀器的測量方法 (7)七. 儀器的維護與保養 (8)八. 儀器的成套性 (9)一、儀器的用途非接觸影像測量儀是一種由高解析度CCD彩色攝像機、連續變倍物鏡、彩色顯示器、視頻十字線發生器、精密光柵尺、多功能數據處理器、2D測量軟體與高精度工作臺等精密機械結構組成的高精度、高效率光電測量儀器,以二維測量為主,也能作三維測量。
它被廣泛應用於各種不同的精密工業中,如電子元件、精密模具、精密刀具、彈簧、螺絲加工、塑膠、橡膠、油封止閥、照相機零件、腳踏車零件、汽車零件、導電橡膠、PCB加工等各種精密加工業,是機械、電子、儀錶、鐘錶、輕工、塑膠等行業、院校、研究所和計量檢定部門的計量室、試驗室以及生產車間不可缺少的計量檢測設備之一。
二、儀器的規格參數長度單位:mm三、儀器的工作原理光電影像測量儀是目前較為先進的精密高效測量儀器之一,其工作原理見圖1。
被測工件(置於工作臺上)由LED表面光或輪廓光(在底座內)照明俊,經變焦距物鏡、彩色CCD攝影機(罩殼1內)攝取影像,連接電腦通過十字線對其進行瞄準測量,通過工作臺(12)帶動光學尺在X、Y方向上移動,完成量測工作。
影像系統工作原理見圖2。
圖1.影像測量儀結構圖○1:外罩○2:立柱○3:Z向手輪○4:大理石底座○5:Y向光柵尺○6:搬運手柄○7:可調式底腳○8:X向手輪○9:操作面板○10:X向快速運動手柄○11:Y向手輪○12:工作臺○13:Y向快速運動手柄○14:玻璃○15:變焦距鏡頭四、儀器的結構與功能儀器總體結構可分為三大部分(圖1):1.儀器結構主體包括:儀器底座(4),立柱(2),Z軸傳動機構(3),工作臺(12)及X、Y光杆傳動機構(8,11),操作面板(9)如圖3所示,電源板如圖4所示。
Meade 星光 ST-402ME 全帧CCD 天文摄像机说明书

ST-402MECCD Imaging CameraSimple, Powerful, and Low Cost.These were the design goals for the ST-402ME camera: We wanted something simple andeasy to use yet powerful enough to carry the “ST” model prefix. The new ST-402ME isseen at right equipped with the optional T-thread to C-mount adapter ring and lens. Foruse at the telescope, a 1.25” nosepiece screws into the T-threads of the front plate.The ST-402ME uses the same Microlensed, Blue Enhanced, Full Frame KAF-0402ME CCD as the ST-7XME camera. The array is 765 x 510 pixels at 9 microns square. The same technology that is used to achieve such high quantum efficiency in the KAF-3200ME CCD is also used with the same effectiveness in the KAF-0402ME CCD. With a peak QE of nearly 85%, this camera bows its head to no other when it comes to recording faint detail in dim objects.A full frame download takes less than a second with the new USB 2.0 electronics. Focus mode updates the computer screen about 2X per second. The small size and light weight makes this camera very easy to handle and set up. A custom internal filter wheel and shutter lets you take dark frames and tri-color images automatically. Best of all, the low noise and extraordinary QE of the KAF-0402ME CCD makes this one of the most sensitive CCD cameras available to amateurs at any price. Simply put, there is nothing that can touch it in its class, except of course the dual sensor, self-guiding ST-7XME camera.The ST-402ME camera comes with more additional software than any introductory camera from any manufacturer. CCDOPS Version 5SBIG’s own complete camera control software, with image analysis, processing functions, autoguiding, automated image acquisition, filter wheel control, and much more.EquinoxBy Microprojects is for Mac users. It is a planetarium program that includes SBIG Camera control. This will control all SBIG cameras, including older parallel cameras with our E2P adapter. For Mac OS-X only. Send SBIG a copy of your invoice and camera serial number and we will send you a CD at no charge.Image or AutoguideThe ST-402ME is so sensitive one is virtually guaranteed to find a guide star in the field of view no matter where it is pointed using our small eFinder accessory lens (1” f/4). The ST-402ME can autoguide or image, but like the ST-237A, it cannot do both at the same time. However, using SBIG’s patented Track & Accumulate feature, a sequence of images can be captured and automatically aligned and stacked (co-added) as you go. The ST-402ME’s internal relays allow the camera to autoguide almost any commercial telescope with an autoguider port. It will also control an external Relay Adapter Box for unusual telescope drives or older ones that need to be isolated electrically from the autoguider.Quantum EfficiencyST-7XMESimilarities to the ST-237ALike the ST-237A, this single sensor camera is designed for light weight, low cost and high performance. The camera uses a monochrome CCD with an optional internal filter wheel and custom filters enabling it to do both high sensitivity B&W imaging and RGB/LRGB color imaging with the same camera. The CCD is centered in the camera body and is correctly spaced for Celestron telescopes having Fastar or Hyperstar optics. The camera body is all metal construction (black hard anodized aluminum). Single stage, regulated, thermoelectric cooling with fan assist is provided on the standard astronomical model. At 4 x 5 inches, the camera head is somewhat wider than the ST-237A, but it is not as deep and has all electrical connections on the side. This gives the camera the shortest possible protrusion from the rear of the telescope to allow maximum clearance when imaging objects in the north with a fork mounted telescope. This size and shape also makes it possible to put the filter wheel inside the camera, eventhough the KAF-0402ME CCD requires larger filters than the ST-237A. Electronic relays provide typical autoguider output from the RJ-11 jack, so the camera can be used as a highly sensitive autoguider with a larger field of view than most other autoguiders.Differences from the ST-237AThe KAF-0402ME Imaging CCD is about 75% larger than the TC-237. It also has better read noise, lower dark current, significantly greater dynamic range and higher QE than the TC-237. All of these factors combine to make a more sensitive camera with greater field of view. The KAF-0402E/ME CCD is available only in NABG. For fast systems such as the Faster, the KAF-0401LE (ABG) version is also available as an option. All new electronics are contained entirely in the camera head. There is no separate CPU box. The computer interface is USB 2.0 (USB 1.1 compatible). The high speed readout rate is approximately 2 Megapixels pixels per second. With some overhead, a full frame, high resolution image will download in approximately 0.8 seconds using USB2.A regulated power supply is built into the camera so you can operate directly from a 12V battery or other unregulated 12VDC source. A wall transformer is also supplied for operation in North America from 110VAC.Comparison of ST-237A to ST-402MERelative Size of TC-237 and KAF-0402ME. Enhanced Cooling Beginning in March 2006 we made the enhanced cooling package standard on the ST-402ME cameras.TC-237KAF-0402Camera Pixel Array Number ofPixelsPixel Size CCD Size(mm)ST-402ME765 x 510390,0009u 4.6 x 6.9 ST-237A657 x 495325,0007.4u 3.7 x 4.9 Camera CCD Area(mm2)Diag FOV11” Fastar(544mm FL)DarkCurrent at0°CReadNoiseST-402ME3252 arcmin1e-/p/s17e-ST-237A1838 arcmin5e-/p/s15e-Camera Full WellCapacityPeak QE ComputerInterfaceFull FrameTransfer ST-402ME100,000e-83%USB 2.00.8 sec ST-237A20,000e-75%Parallel15 secColor ImagingAn internal filter wheel withcustom RGB+C color filtersis available as an optionfor RGB or LRGB colorimaging with the ST-402ME.This filter wheel uses thesame custom designed highquality dichroic filters thatwe developed for the ST-7/8/9/10 “E” and “ME” cameras. The filtersare designed specifically to yield a properbalance of both OIII and H-alpha emission lineintensity from planetary nebula while at theST-402ME Enhanced Cooling Datasame time giving an accurate while balance from continuum light from solar type stars in the same field. The Mars image above showing a violet haze over the north pole (south is up) and a diffuse yellow dust storm in the southern hemisphere was taken by Ed Grafton of Houston, Texas on October 23, 2005, using an C14 telescope and ST-402ME camera. See more of Ed’s work at /egrafton/PhotometryCarrying and Storage Case Beginning November 2007, the ST-402ME cameras will come in its own blow-molded black plastic with a custom cut foam insert for the camera, power supply and accessories. The case dimensions are 13.5 x 10 x 5.5 inches. The case may also be purchased separately.Optional Attachments for the ST-402ME:•1.25” nosepiece with t-threads is included •Internal RGB+C Filter Wheel in optionalC-mount to 35mm camera lens adapterT-thread to C-mount Adapter35mm Camera LensC-mount Lens1.25” Nosepiece2” NosepieceT-threads on camera face plateCFW402 RGB Filter Transmission Characteristics(AR coatedandIR blockedto 1100nm)BVI Filter Characteristics•Class 2 CCD with no column defects•Female t-threads on front cover of camera body •1.25” t-thread nosepiece • I nternal shutter • 12V power supply •USB cable •Relay cable•Operating software402072011W e also offer custom photometric filters for the ST-402ME cameras.SBIG Astronomical Instruments , A Division of Diffraction Limited. | 59 Grenfell Crescent, Unit B, Ottawa, ON Canada, k2G 0G3 Tel:613.225.2732|Fax:225.225.9688|E-mail:*****************|© 2015 Diffraction Limited. All rights reserved. The SBIG wordmark and logo are trademarks of Diffraction Limited, All other trademarks, service marks and tradenames appearing in this brochure are the property of their respective owners.。
AstroMaster 天文望远镜用户手册

AstroMaster 天文望远镜用户手册
AstroMaster 90 EQ # 21064,AstroMaster 130 EQ # 31045 AstroMaster 70 EQ # 21062,AstroMaster 76 EQ # 31035 AstroMaster 114 EQ # 31042,AstroMaster 70 AZ # 21061 AstroMaster 90 AZ # 21063,AstroMaster 114 AZ # 31............................................................................................................................................... 4 组装 .................................................................................................................................................. 9 安装三角架............................................................................................................................... 9 安装赤道仪..............................................................
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光电星象仪使用说明书
1.星座显示采用LED发光技术,且可显示多种颜色星座,显示清晰准确且形象。
2.面板星盘直径为3米,由减速电机带动缓缓转动;不锈钢边框,钢骨支架;彩色喷绘图案;透明PC板地平圈;电脑及手动控制,分春、夏、秋、冬四季及12个月份,每月份在不同纬度的显示的星座。
观看四季或某一月份星座时,星盘自动转动到当地纬度的地平圈内,自动停止,星座闪亮发光,并作同步语音解说。
同时配有自动全天星座循环语音解说。
课标知识要点:拓展活动和实践新编初中地理配备标准中增加、调整了开展地理实践活动的仪器品种、标本、和活动器材。
如进行天文观测、校园测绘、气象观测、环境检测(空气质量观测、水质分析、土质分析)的仪器。
——教育部教学仪器研究所刘强,“初中地理教学仪器配备标准解析”。
教学运用:1通过演示和解说传播关于太空、星座等的科普知识,使用交互式演示方法让学生参与其中,在吸取知识的同时提高学生的学习兴趣。
2激发学生对太空、宇宙探索的兴趣,使其进一步了解我们生存的地球在浩瀚的宇宙中是一个微小但又奇特的存在,同时为天文观测等学生小组的探究性学习打下基础。
基本参数:星盘直径3米,采用复合材料加工而成;不锈钢边框;钢骨支架;透明PC板地平圈。
电气性能参数,电源:交流220V/5A。
主电机参数:220V/50HZ 功率60W/0.6A(直径3000mm)。
控制系统参数发。