产品首页光学罩壳
- Black Hardboard, Aluminum, or Plexiglass Versions
- Shield Experiments from Environmental Variations
- Mountable on Solid Aluminum Breadboards
XE25C10D
Plexiglass Panel Assembly with Sliding Doors
(Breadboard Sold Separately)
XE25C9
Black Hardboard Assembly (Breadboard Sold Separately)
XE25C11D
Aluminum Enclosure with Hinged Door
(Breadboard Sold Separately)
Please Wait
| Table 1.1 XE25 25 mm Construction Rail Accessories | ||||
|---|---|---|---|---|
 |  |  |  |  |
| Rails | Cubes and Brackets | Breadboard Mounting | Rail Joiners | Channel Insert |
 |  |  |  | |
| Construction Tools | T-Nuts and Screws | Enclosures | Enclosure Accessories | |
| Quick Links |
|---|
| Black Hardboard Enclosures |
| Plexiglass Enclosure |
| Aluminum Enclosure |
| Enclosures with Sliding Doors |
| Enclosure with Hinged L-Door |
| Enclosure with Top-Opening Door |
Click for Details
图1.3：可以用上面的25 mm导轨和配件搭建自定义罩壳。图中的罩壳完全是用库存标准产品组装而成。
Click to Enlarge
图1.2：将组装好的罩壳翻过来以安装合适的面包板
特性
- 罩壳可以防止装置受到外部因素影响
- 提供三种版本
- 黑色硬纸板罩壳，用于阻挡杂散光
- 树脂玻璃罩壳，用于对光不敏感的应用
- 铝质罩壳，用于阻挡杂散光，加强耐用性
- 提供多种尺寸
- 15英寸 x 9英寸 x 12英寸(375 mm x 225 mm x 300 mm)
- 21英寸 x 9英寸 x 12英寸(525 mm x 225 mm x 300 mm)
- 21英寸 x 15英寸 x 12英寸(525 mm x 375 mm x 300 mm)
- 可以安装在实心铝质面包板或光学平台上
- 可选用的集成门配件，以便操作内部组件
- 使用我们的构建工具和罩壳配件可以实现自定义配置
- 可根据需求定制罩壳
Thorlabs的光学罩壳给对光和声振动敏感的仪器提供了保护空间。我们的罩壳由25 mm导轨和通过黑色硬纸板、经过阳极氧化处理的铝板或有机玻璃制成的特殊面板构成，其中，面板固定在导轨槽中。我们也提供亚克力激光防护板，可以看到罩壳内部，同时不会影响安全性。每种罩壳的内部高度都为12英寸(300 mm)，长度和宽度范围从9英寸到21英寸(225 mm到525 mm)。它们以半组装的形式发货，可以使用1/8英寸(4 mm)的球头扳手或六角扳手(不附带)组装完整。与任何基于25 mm导轨构建的组件一样，我们的罩壳可完全用右表Construction Rail Accessories中的组件自定义组装。关于搭建罩壳的更多信息，请看自定义罩壳标签。
可安装在面包板上
如要安装尺寸合适的面包板，需先将组装好的罩壳翻过来，然后在面包板边角的沉头孔中拧入四个1/4"-20(M6)带帽螺丝(如图1.2所示)。库存标准罩壳的边角经过设计，其导轨末端的1/4"-20(M6)螺孔可与部分尺寸铝质面包板的沉头孔对准；请看下方Suggested Breadboards表格，以确认匹配的面包板。使用面包板安装配件，可将罩壳直接安装在光学平台上。如需匹配特定尺寸面包板的罩壳，我们建议联系技术支持techsupport-cn@thorlabs.com定制罩壳。
集成门选项
有些罩壳还带有集成门组件，便于操作罩壳内部组件。我们提供带重叠滑门的黑色硬纸板罩壳和树脂玻璃板罩壳，这些滑门位于底部导轨中，导轨可直接安装在面包板上。滑动面板顶部嵌在上方导轨槽中。带翻门的铝质罩壳可选双面板或仅顶板打开版本。滑门和翻门均随附塑料把手。滑门的导轨不可单独购买；如需在自定义罩壳中加滑动侧门，请联系技术支持techsupport-cn@thorlabs.com。
Thorlabs提供用于25 mm导轨组件的配件，包括转角立方和支架、T形螺母、低剖面通道螺丝、面包板安装配件、导轨连接件和通道插件。此外，我们还提供罩壳配件、激光防护布和DIY工具，比如丝锥、锥导钻导，用于基于XE25的自搭建配置。
Click to Enlarge图2.1：自搭建90°拐角
XE25构建技巧
Thorlabs的XE25导轨和组件是自定义罩壳等多种模块化系统的基本构建块。对于要求特别严格的应用，Thorlabs推荐“直接连接”技术，与导轨构建直角，详情如下。
步骤1：钻侧面孔
Click to Enlarge图2.2：钻出可通过球头起子的孔
Click to Enlarge
图2.3：用于球头起子的孔
如图2.3所示，一根导轨的末端需要一个Ø4.6 mm孔，以便能够使用1/8英寸(4 mm)球头起子 。
这一步会用到T119873 Ø4.6 mm钻头、XE25DG导钻、攻丝扳手或钻床、以及台钳。
XE25DG导钻通过顶部的锁定螺丝固定在导轨上。用于钻头的导孔距离导轨末端12.5 mm。然后就可以给导轨钻孔，如图2.2所示。
如图2.1所示，如果您的应用需要“三通拐角”，则必须在与所钻第一个孔成90°角的导轨末端位置再钻一个孔。
步骤2：如有需要，钻中心螺孔
Click to Enlarge
图2.4：用导锥和丝锥钻孔
所有库存标准和定制长度的阳极氧化XE25导轨的末端有一个1/4"-20(M6)螺孔。如需切断标准XE25导轨，或使用的是XE25RL2未加工导轨，则要在导轨末端钻一个螺孔。
这一步会用到71598 1/4"-20丝锥(或71498 M6丝锥)、XE25TG导锥和TW25攻丝扳手。
先将丝锥固定在攻丝扳手内。然后将导锥固定在导轨末端。导锥顶部的孔可保持丝锥与孔成直角，并最大限度地防止错纹。接着，转动丝锥钻孔，如图2.4所示。
步骤3：安装低剖面通道螺丝
Click to Enlarge
图2.5：螺丝部分拧入螺纹孔
这一步会用到SH25LP38 1/4"-20螺纹(SH6M10LP M6螺纹)低剖面通道螺丝和1/8英寸(4 mm)球头起子。
先将螺丝插入导轨末端的螺孔，用球头起子拧紧，如图2.5。如要构建三通连接，则需要在第二段导轨的末端也拧入一个通道螺丝。
步骤4：连接导轨
Click to Enlarge
图2.6：用球头起子拧紧通道螺丝
Click to Enlarge
图2.7：拧紧三通连接中的通道螺丝
先将通道螺丝滑入带钻孔导轨的通道中，让螺丝的六角头与小孔对准。再将球头起子插入小孔内，拧紧通道螺丝，如图2.6所示。如要构建三通连接，请对第三段导轨重复上述过程，如图2.7所示。
如需提高稳定性，可以使用XE25A90直角支架加固拐角。
利用Thorlabs组件设计自定义罩壳
Thorlabs的罩壳组件种类繁多，易于搭建DIY光学罩壳。我们所有的光学罩壳配件，从面板到光学导轨和转角立方，既可以单独购买，又可以根据应用需求定制合适的尺寸。例如，既可以构建小至1英尺 x 1英尺 x 1英尺(300 mm x 300 mm x 300 mm)的简易罩壳，又可以构建更大的罩壳，如包含便于实验操作的翻门。罩壳组件都可无缝配合使用，减少了组装所需的时间。
罩壳的任一侧面或尺寸都可以修改，以适应实验要求。黑色硬纸板可以裁切成恰当的尺寸或进行钻孔，以集成光机组件，比如透镜套管。另外，我们也提供经过黑色阳极氧化处理的铝质面板，并预先钻有孔槽以安装光纤和电连接面板，还具有一个SM1螺纹(1.035"-40)通孔。
如果您不打算构建DIY罩壳，我们也非常欢迎您与我们一起定制满足您特定实验需求的罩壳。可以定制的选项包括：罩壳尺寸，比如面板尺寸和光学导轨；面板材料，比如黑色硬纸板或黑色阳极氧化铝板；门的数量和配置。我们会确认定制组件的匹配性和功能。如果定制罩壳满足规格，我们就会发货，以便客户组装。请注意，定制罩壳不附带铝质面包板，且罩壳由客户组装。
如果您想咨询是否需要定制或需要购买哪个组件以构建DIY光学罩壳，请联系技术支持techsupport-cn@thorlabs.com。
Click for Details
图3.3：使用我们的25 mm导轨和配件可构建自定义罩壳。这种双门罩壳完全由库存标准产品构建而成。视频3.1提供了组装罩壳的详细指导。
Click to Enlarge
图3.2：两块TB4硬纸板(切成所需的高度)可用T743-2.0黑色遮光胶带粘在一起，形成外壳的背面板。
自定义罩壳实例
这个部分详细说明了使用黑色硬纸板构建双门罩壳的方法，图3.3展现的是组装好的样子。请看视频3.1，了解组装这种罩壳的详细步骤。此罩壳的尺寸为1200 mm x 600 mm x 525 mm(L x W x H)。完整的组件清单请参考下表。罩壳由公制组件搭成，但也可以使用等效的英制组件搭建。
这个罩壳在600 mm x 1200 mm的铝质面包板(英制组件的面包板尺寸为24英寸 x 48英寸)上组装而成，不过，其他面包板尺寸也是可以的。左边门和右边门的宽度分别为500 mm和600 mm(20英寸和24英寸)。每张门可以单独打开，便于操作罩壳内的面包板。我们建议先单独搭建罩壳的门和框架，然后再组装成完整的罩壳。门和框架的导轨通过带凹槽转角的构建立方(有助于防止罩壳边角处的漏光)连接，并用低剖面通道螺丝固定。另外，如果需要比较快速的解决方案，可以使用我们的快速连接转角立方。构成罩壳面板的TB4硬纸板可通过美工刀裁剪；它们可以直接插入25 mm导轨的插槽和立方的沉头孔中。将两块硬纸板切成所需的长度和高度，再用T743-2.0黑色遮光胶带粘在一起，就做成了外壳的背面板，如图3.2所示。请注意，对于英制罩壳，还需要使用黑色遮光胶带将24英寸 x 24英寸面板沿着外壳的侧面和背面连接在一起。
25 mm导轨沿着罩壳顶端安装，以安装门和铰链。通过给两根顶部框架导轨钻孔可安装此导轨；详情请看视频3.1。有关顶部框架导轨钻孔，以精确放置支撑导轨的详细信息，请看上面的构建方法标签。
罩壳的高度可以定制，以适应应用需求。给罩壳安装门时，为了获得最佳效果，带连接立方的门总高应与罩壳高度减去底部导轨的差相匹配；否则，门会与底部导轨重叠。我们建议针对门和罩壳分别使用长为500 mm(20英寸)和525 mm(21英寸)的导轨。
对于需要遮光罩壳的应用，可以使用BFP1黑色毛面自粘胶纸密封罩壳铰链处的空隙。
| Posted Comments: | |
Jaeyoung Hong
(posted 2024-03-23 12:10:33.917) Hi, I was wondering if an aluminum enclosure system can be used as a Faraday cage. Is aluminum panel conductive and are all panels in the enclosure system electrically connected? Thank you. jdelia
(posted 2024-04-12 01:14:28.0) Thank you for contacting Thorlabs. We have not tested our aluminum enclosures for this. I have reached out to you directly to discuss the requirements of your application. Jana Preclikova
(posted 2024-03-15 14:39:51.19) Hi,
please, can you recommend me an interlock component, which stops the laser driver KLD101, when the box gets open?
Thanks,
Jana spolineni
(posted 2024-03-21 06:51:31.0) Thank you for reaching out with your query about an interlock component for your laser driver KLD101. I will contact you to understand your specific needs and assist you in setting up the interlock for your laser driver. user
(posted 2024-01-05 13:19:57.227) As far as I can see, you don't offer components that would allow a enclosure (on three sides + top/lid) on a small breadboard such as MB2025/M, do you? jpolaris
(posted 2024-01-05 07:28:40.0) Thank you for contacting Thorlabs. Requests for enclosures with custom dimensions that match a particular breadboard can be made by reaching out to us at techsupport@thorlabs.com. If you choose to reach out, it would be helpful if you included in your email information such as desired enclosure material type (hardboard, plexiglass, aluminum, etc.), whether or not you need bottom rails, internal and external dimensions, any doors needed, any sides to be left often, and so on. Gerhard Gruber
(posted 2022-06-29 00:52:46.987) I need an enclosure similar to XE25C11D_M, but only about 9" high, and eighter w/o the black hardboard panels, or - better - w/ panels, made of laser safety window T1E02.
1. is that available?
2. what are the costs?
best regards
Gerhard Gruber jdelia
(posted 2022-07-05 03:45:09.0) Thank you for contacting Thorlabs. We are unfortunately not able to provide an optical enclosure with laser safety windows. I have contacted you directly to discuss alternative options for your application. René Bauer
(posted 2022-03-02 11:03:32.27) I wasn´t aware, that this Enclosure has no bottom, a simple bottom, same as the walls would be enough for me. However, to link a breadboard that fits would be helpfull. jdelia
(posted 2022-03-02 01:42:18.0) Thank you for contacting Thorlabs. For the XE25C11D/M enclosure, our suggested breadboard is MB4560/M. The suggested breadboards can be found by scrolling down the "Overview" section of our Optical Enclosures product family page. Katherine Wood
(posted 2021-04-15 11:31:25.45) Dear Thorlabs,
Your optical enclosure stuff is great but one thing that would make everything a LOT easier is if you were to sell your black hardboards at 24.5" x 24.5" instead of 24"x24". Your standard longest rail is 24 inches, however you actually need a board 24.5" long to fit between a 24 inch rail since the board should fit inside the indentation of the rails. Thus, if you use the 24" rail, you have to cut up the boards and stick the bits back together with the black tape to make it long enough! Even 25x25" would be better since it would only then necessitate trimming off a bit rather than cutting up the boards.
Thanks!
Kath YLohia
(posted 2021-04-15 11:56:56.0) Hello Kath, thank you for your feedback! We're always looking to add new products to our catalog to assist our customers quickly and efficiently with their applications. We will consider adding this to our catalog in the future. Marc HUBERT
(posted 2019-09-19 10:13:37.31) Hello,
The doors on the example with metric component can't be closed. Indeed there are 4 cubes whose dimensions are 25.4mmx25.4mmx25.4mm and 1 600mm rail and 1 300mm rail. If you assemble these elements, the total lenght is 1201,6mm which is greater than the 1200mm rail.
To be sure to open and close the door, it's mandatory to reduce one of rail in order to insure sufficient gap between the rails. llamb
(posted 2019-09-26 02:46:38.0) Hello, thank you for your feedback. The metric-sized enclosure is confirmed to assemble and function properly with the metric parts list provided. The 1.6 mm difference in size that you have pointed out is not a concern when fully assembled. I have reached out to you directly to address any further concerns you may have. Vasco Tenner
(posted 2019-07-05 14:57:42.343) How can I mount the XE25C11/M on the adviced breadboard? Do I have to acces the bottomside of the breadboard for this?
How is this breadboard then mounted on an optical table? YLohia
(posted 2019-07-09 09:28:21.0) Hello, thank you for contacting Thorlabs. The vertical rails of the XE25C11/M would be mounted via the counterbored M6 holes located on the four corners of the breadboard. You may mount the breadboard to your table using a few CL5A clamps along the borders of the breadboard. Since there is not much room to work with along the borders of the breadboard, we recommend mounting the enclosure directly to the table using the XE25A90 right angle brackets. carsten.weinhold
(posted 2018-12-28 16:21:01.46) The "example custom enclosure" cannot be assembled as shown using TB4 panels - being 24inx24in these panels will not engage the channels of the 4 uprights as shown … the panel width would have to be about 24.5in for the sides, and about 24.25in for each of the two panels used in the back. llamb
(posted 2019-01-02 02:36:28.0) Thank you for your feedback and for pointing this out. The original enclosure was physically built using the metric parts list, in which the construction rails are slightly shorter than those of the imperial parts list. You are correct that for the imperial dimensions, the enclosure would ideally have >24" hardboard panels to allow enough panel material to fit inside the construction rails' grooves. This can be rectified by using blackout tape to tape panels together, like what must be done for the 48" x 21" back section. We are updating this webpage to better point out the need for taping panels together in the imperial parts list, so thank you again for bringing this to our attention. tbaker1
(posted 2018-06-20 17:51:19.16) What is the part number for the door rails? The description says sold separately, but it doesn't appear to be on the components page. Searching for "track" does not get any relevant results either. Thanks! mmcclure
(posted 2018-06-21 08:14:18.0) Hello, thank you for contacting Thorlabs. These enclosures incorporate our 25 mm optical rails, which are located here: https://www.thorlabs.com/newgrouppage9.cfm?objectgroup_id=194. Each enclosure available on this page includes the necessary components, including the optical rails, to assemble the enclosure; only the breadboard is sold separately. However, if you are constructing a custom enclosure for a particular setup, then you will need to purchase the individual components suitable for your setup. For more information about constructing custom enclosures, including an animation that shows an example enclosure being assembled with all the necessary components, please refer to the Custom Enclosures tab. richard.skilling
(posted 2014-10-01 11:41:48.11) Do you have a convenient way to couple beams (e.g. in beam tubes) in/out of these enclosures? R. jlow
(posted 2014-10-01 03:45:51.0) Response from Jeremy at Thorlabs: You could possibly use something like our SM1F1 (http://www.thorlabs.com/newgrouppage9.cfm?objectgroup_id=6791) adapter flange and put SM1 lens tubes on the enclosure. I will contact you directly to discuss about your application. user
(posted 2013-07-02 10:28:37.27) I may have missed something here, but we have just purchased a XE25C5D/M and the 2 sliding doors don't seem to fit into the sliding door guide rail? cdaly
(posted 2013-07-02 13:49:00.0) Response from Chris at Thorlabs: Thank you for using our feedback tool. This enclosure comes with two rails which are 52.5cm long. One of these is a standard rail having all four sides with the same extrusion profile, while the guide rail has one side which is different. Rather than having the standard opening which is only 0.26" across, it will have a larger 0.425" cutout to accommodate the doors. Please make sure this is the side you are trying to fit over the doors. If this does not solve your issue, please contact us at techsupport@thorlabs.com to further troubleshoot. habibi_esstt
(posted 2013-01-23 16:02:50.703) hello;
I want to know if I can order a "Enclosure with Plexiglass" as that displayed on the
website "XE25C6D / M - (L x W x H) 52.5 cm x 37.5 cm x 30 cm Plexiglass Sliding Door
Enclosure $ 230.00", but with the following dimensions: - (L x W x H) 150 cm x 70 cm x 80
cm. if possible, I want to have an invoice. tcohen
(posted 2012-03-23 09:33:00.0) Response from Tim at Thorlabs to Rizia: Thank you for your feedback! We are certainly able to provide custom enclosures. We have contacted you directly to get the information for your desired enclosure. rbardhan
(posted 2012-03-22 20:43:19.0) I would like to know if you would be able to design a custom enclosure for me with the specific dimensions I need. I would really appreciate of someone can contact me ASAP regarding this. Thanks Rizia bdada
(posted 2011-10-25 10:43:00.0) Response from Buki at Thorlabs:
Thank you for using our Web Feedback tool. We have contacted you to get the specifications for the custom breadboard enclosure you want. Please cotnact TechSupport@thorlabs.com if you have any questions. pak8
(posted 2011-10-24 06:47:28.0) could you please contact me about a custom breadboard enclosure. Thank you. jikim
(posted 2011-06-03 14:53:35.0) Could you provide a custamized version of XE25C3/M with a plexiglass instead of a black hardboard and a height of 15 cm instead of 30 cm? Thanks in advance. jjurado
(posted 2011-05-03 16:58:00.0) Response from Javier at Thorlabs to ldraghi: We will contact you shortly to get the details of your requirements. ldraghi
(posted 2011-05-03 15:37:12.0) Hello,
Can I please get into contact with someone about designing a custom enclosure? Thanks so much. jjurado
(posted 2011-04-18 13:19:00.0) Response from Javier at Thorlabs to gmp1g09: Thank you for your interest in our products. We can certainly offer customized enclosure systems. I will contact you directly to get your requirements. gmp1g09
(posted 2011-04-18 07:00:41.0) Is it possible to have custumised enclosures systems? jjurado
(posted 2011-03-28 18:01:00.0) Response from Javier at Thorlabs to sfpeen: Thank you very much for contacting us. We have not developed a new way for interfacing electrical connections with our enclosures. I will contact you directly for discussing ways to modify our current enclosure products to suit your needs. sfpeen
(posted 2011-03-25 16:56:32.0) You used to offer RBX components. Is there a new way to interface cables with the enclosures? bdada
(posted 2011-03-08 11:03:00.0) Response from Buki:
Thank you for your request. We will contact you to verify the details of the custom sized enclosure you need. tuttle.michael
(posted 2011-03-08 07:45:40.0) Am interested in a custom sized enclosure to fit breadboard PBI11112 (4x2.5). Height would be around 18" and a door would be necessary. Thorlabs
(posted 2010-08-17 17:58:52.0) Response from Javier at Thorlabs to japagan: Thank you for your feedback. Our enclosures are not designed to hold water or any other liquids. Their purpose is to provide a shield from ambient light, and to protect sensitive equipment from acoustic noise and thermal gradients. We do not offer any other products designed for holding liquids. I will contact you directly to discuss your application. japagan
(posted 2010-08-17 16:44:02.0) Will this product be able to hold water or other liquids. And if not do you have other products? Greg
(posted 2010-04-22 11:18:06.0) A response from Greg at Thorlabs: We previously sold panels that the RBX components interfaced with, but we no longer offer these. I have thus removed the RBX components from this web page. user
(posted 2010-04-21 16:57:41.0) There are lots of RBX series components shown on this page but no indication of how they interface into the enclosure system; please clarify. Greg
(posted 2009-02-12 16:21:51.0) A response from Greg at Thorlabs to harringt.sean: Yes, we do custom enclosures. A member of our Technical Support department will be in contact with you shortly to discuss your options. They will also be able to prepare a quote for you. harringt.sean
(posted 2009-02-12 15:46:50.0) Are the Enclosures sizes customizable? For our purposes we would need one that is roughly 12" x 55" x 30". Laurie
(posted 2008-12-23 08:38:08.0) Response from Laurie at Thorlabs to mmmonto: Thank you for your inquiry concerning blackout materials. We do offer hardboard to use with the XE25 rails. You can find it at this link: http://www.thorlabs.com/newgrouppage9.cfm?objectgroup_id=190&pn=TB4. Although the standard size offered is 2’ x 2’ x 5 mm thick (and you can cut and tape multiple sheets together to form larger sizes), you can also have custom lengths cut for you by contacting our technical support team. At this time, we do not offer panels made from static dissipative materials, but I will insert that idea into our internal forum. Thank you for your interest in our products, and please let us know if you have additional questions.
If you have additional questions, please feel free to contact me or a member of our technical support staff by dialing 973-300-3000 and asking to speak to an applications engineer.
Thank you for your interest in our products. mmmonto
(posted 2008-12-22 17:25:57.0) I am buidling a large light trap enclosure from your standard 48" XE25 rails. Do you offer black harboard panels for this size enclosure? Do you offer panels made from static dissipative materials? If not, can you provide a drawing for how you panels are cut to properly fit a stanard enclosure (i.e. width, thickness, and corner cuts)?
Thanks,
Mike |
放大
Click to Enlarge
图G4.1：带滑门的罩壳具有可以直接安装在面包板上的滑槽。图示为XE25C10D。
Click to Enlarge
图G4.2：XE25C9D(/M)罩壳的滑门上有圆点标记，表示拓宽的通道。
| Table G4.3 Suggested Breadboards | |||
|---|---|---|---|
| Imperial Enclosure | Imperial Breadboard | Metric Enclosure | Metric Breadboard |
| XE25C9D | MB1824 | XE25C9D/M | MB4560/M |
| XE25C10D | MB1824 | XE25C10D/M | MB4560/M |
- 黑色硬纸板或者树脂玻璃面板
- 21英寸 x 15英寸 x 12英寸(525 mm x 375 mm x 300 mm)
- 带硬质塑料把手的滑动侧板
我们带滑门的罩壳包含黑色硬纸板或者树脂玻璃面板和一个滑门。滑门实际上是两个带塑料把手的重叠门，可以沿上方导轨通道滑动，而轨道通过螺栓固定到下方面包板。请注意，XE25C9D(/M)罩壳的滑门上有拓宽的通道，由圆点标记，以便面板相互贴着滑动；请看图G4.2。
这些罩壳带有构建所需的所有罩壳组件(请注意，面包板单独出售)。罩壳顶板在发货时已预先装好，但是请注意，需要一个1/8英寸(4 mm)六角扳手或球头起子(不包含)组装完整罩壳和一个9/64英寸六角扳手或球头起子(不包含)安装门把手。
我们库存标准罩壳的转角位置是固定的，以便将导轨端部的1/4"-20(M6)螺纹孔与铝质面包板(单独出售)的沉头孔对准。请参考表G4.3，确保匹配恰当。
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图G6.1：在导轨两端附近使用两个XE25LS盖挡可将门支撑在打开位置，无需手提即可操作罩壳内部。
Click to Enlarge图G6.2：安装的XE25LB锁定支架使XE25C11T罩壳保持打开状态
| Table G6.3 Suggested Breadboards | |||
|---|---|---|---|
| Imperial Enclosure | Imperial Breadboard | Metric Enclosure | Metric Breadboard |
| XE25C11T | MB1824 | XE25C11T/M | MB4560/M |
| Table G6.4 Damage Threshold Specificationsa | |
|---|---|
| Pulsed | 0.50 J/cm2 (532 nm, 10 ns, 10 Hz, Ø0.504 mm, 200 shots) 0.90 J/cm2 (1064 nm, 10 ns, 10 Hz, Ø1.00 mm, 200 shots) |
| CW | 23.6 W/cm (532 nm, Ø1.00 mm, 60 s exposure) |
这种经过黑色阳极氧化处理的铝质罩壳包含一个铰链边，以便打开顶板，从而操作罩壳内部。与上方出售的XE25C11(/M)罩壳一样，在较高功率的激光器应用中，铝质构造比树脂玻璃或硬纸板更坚固(请看表G6.4)。铝质罩壳并不能用作永久性光挡；如果您的装置需要光挡，请查看我们的光挡和光阱产品。
罩壳的内部体积为21英寸 x 15英寸 x 12英寸(525 mm x 375 mm x 300 mm)。带铰链的顶板在发货时已预先装好；安装四侧面板需要1/8英寸(4 mm)六角扳手或球头起子(不附带)。橡胶减振器(附带)应安装在每个罩壳面板的边缘，以提高耐用性和稳定性，消除罩壳移动时的晃动。
我们建议在顶板的背面导轨处安装两个XE25LS盖挡(单独出售)，以保持顶门打开在120°状态。可以使用T形螺母和低剖面螺丝将盖挡安装在导轨槽中。图G6.1展现的是靠近导轨一端安装的XE25LS盖挡。对于无需完全打开翻门的装置，我们推荐使用XE25GSK翻门支撑套件(单独出售)，可以使翻门保持90°打开。如果空间有限，我们推荐使用XE25LB支架(单独出售)，用于使外壳盖子保持在开放状态，如图G6.2所示。
此罩壳包含一个AEPU1(/M)实用面板，此面板有四个RBX-BLK1F空白连接板和一个SM1螺纹(1.035"-40)通孔，通孔由可拆卸的SM1CP2M端盖盖住。可以卸下空白连接面板，以便安装我们的光纤和电连接面板。SM1螺纹孔可安装一系列SM1兼容组件，例如Ø1英寸透镜套筒。
我们库存标准罩壳的转角位置是固定的，以便将导轨端部的1/4"-20(M6)螺纹孔与铝质面包板(单独出售)的沉头孔对准。请参考表G6.3，确保匹配恰当。
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图G5.1：在导轨两端附近使用两个XE25LS盖挡可将门支撑在打开位置，无需手提即可操作罩壳内部。
Click to Enlarge图G5.2：安装的XE25GSK翻门支撑套件使XE25C11D罩壳保持打开状态
| Table G5.3 Suggested Breadboards | |||
|---|---|---|---|
| Imperial Enclosure | Imperial Breadboard | Metric Enclosure | Metric Breadboard |
| XE25C11D | MB1824 | XE25C11D/M | MB4560/M |
| Table G5.4 Damage Threshold Specificationsa | |
|---|---|
| Pulsed | 0.50 J/cm2 (532 nm, 10 ns, 10 Hz, Ø0.504 mm, 200 shots) 0.90 J/cm2 (1064 nm, 10 ns, 10 Hz, Ø1.00 mm, 200 shots) |
| CW | 23.6 W/cm (532 nm, Ø1.00 mm, 60 s exposure) |
这种经过黑色阳极氧化处理的铝质罩壳包含一个铰链边，以便打开顶板和前板，从而操作罩壳内部。与下方出售的XE25C11(/M)罩壳一样，在较高功率的激光器应用中，铝质构造比树脂玻璃或硬纸板更坚固(请看表G5.4)。铝质罩壳并不能用作永久性光挡；如果您的装置需要光挡，请查看我们的光挡和光阱产品。
罩壳的内部体积为21英寸 x 15英寸 x 12英寸(525 mm x 375 mm x 300 mm)。除了支架，带铰链的顶板在发货时已预先装好；安装支架和四侧面板需要1/8英寸(4 mm)六角扳手或球头起子(不附带)。如图G5.1所示，支架(附带)应安装在顶板和背板的边角上，以便在彻底打开翻门时让罩壳保持稳定。橡胶减振器(附带)应安装在每个罩壳面板的边缘，以提高耐用性和稳定性，消除罩壳移动时的晃动。
我们建议在顶板的背面导轨处安装两个XE25LS盖挡(单独出售)，以保持翻门的打开状态。可以使用T形螺母和低剖面螺丝将盖挡安装在导轨槽中。图G5.1展现的是靠近导轨一端安装的XE25LS盖挡。对于空间有限或无需完全打开翻门的装置，我们推荐使用XE25GSK翻门支撑套件(单独出售)，可以使翻门保持90°打开，如图G5.2所示。如果空间有限，我们推荐使用XE25LB支架(单独出售)，用于使外壳盖子保持在开放状态。
此罩壳包含一个AEPU1(/M)实用面板，此面板有四个RBX-BLK1F空白连接板和一个SM1螺纹(1.035"-40)通孔，通孔由可拆卸的SM1CP2M端盖盖住。可以卸下空白连接面板，以便安装我们的光纤和电连接面板。SM1螺纹孔可安装一系列SM1兼容组件，例如Ø1英寸透镜套筒。
我们库存标准罩壳的转角位置是固定的，以便将导轨端部的1/4"-20(M6)螺纹孔与铝质面包板(单独出售)的沉头孔对准。请参考表G5.3，确保匹配恰当。
放大包含的部件列表a
| Table G1.1 Suggested Breadboards | |||
|---|---|---|---|
| Imperial Enclosure | Imperial Breadboard | Metric Enclosure | Metric Breadboard |
| XE25C7 | MB1218 | XE25C7/M | MB3045/M |
| XE25C8 | MB1224 | XE25C8/M | MB3060/M |
| XE25C9 | MB1824 | XE25C9/M | MB4560/M |
- TB4黑色硬纸板阻挡杂散光
- 提供三种尺寸
- 15英寸 x 9英寸 x 12英寸(375 mm x 225 mm x 300 mm)
- 21英寸 x 9英寸 x 12英寸(525 mm x 225 mm x 300 mm)
- 21英寸 x 15英寸 x 12英寸(525 mm x 375 mm x 300 mm)
我们的黑色硬纸板罩壳由TB4面板构成，可以阻挡杂散光。所有库存标准罩壳的内部高度都为12英寸(300 mm)。下方产品描述中的长 x 宽 x 高尺寸是指罩壳内部尺寸。发货时顶板已预组装好；构建完整罩壳需要一个1/8英寸(4 mm)球头起子或六角扳手(不附带)。
我们库存标准罩壳的转角位置是固定的，以便将导轨末端的1/4"-20(M6)螺孔与铝质面包板(单独出售)的沉头孔对准。请参考表G1.1，确保匹配恰当。
放大包含的部件列表a
| Table G2.1 Suggested Breadboards | |||
|---|---|---|---|
| Imperial Enclosure | Imperial Breadboard | Metric Enclosure | Metric Breadboard |
| XE25C10 | MB1824 | XE25C10/M | MB4560/M |
- 树脂玻璃，用于对光不敏感的应用
- 21英寸 x 15英寸 x 12英寸(525 mm x 375 mm x 300 mm)
我们的透明树脂玻璃罩壳适合对光不敏感的应用。罩壳的内部高度均为12英寸(300 mm)。下方产品描述中的长 x 宽 x 高尺寸是指罩壳内部尺寸。罩壳顶板在发货时已预先组装好，构建完整罩壳需要一个1/8英寸(4 mm)六角扳手或球头起子(不附带)。
我们库存标准罩壳的转角位置是固定的，以便将导轨端部的1/4英寸-20(M6)螺纹孔与铝质面包板(单独出售)的沉头孔对准。请参考表G2.1，确保匹配恰当。
罩壳的侧面板可由铝质罩壳面板代替。
放大包含的部件列表a
- XE25 25 mm导轨
- RM1S构建立方
- 铝质罩壳面板(包含一个AEPU1(/M)实用面板)
- 橡胶减振器
- 低剖面通道螺丝
| Table G3.1 Suggested Breadboards | |||
|---|---|---|---|
| Imperial Enclosure | Imperial Breadboard | Metric Enclosure | Metric Breadboard |
| XE25C11 | MB1824 | XE25C11/M | MB4560/M |
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图G3.2：侧视图显示了AEPU1实用面板。其中三个空白连接面板已由光纤连接面板替代。
| Table G3.3 Damage Threshold Specificationsa | |
|---|---|
| Pulsed | 0.50 J/cm2 (532 nm, 10 ns, 10 Hz, Ø0.504 mm, 200 shots) 0.90 J/cm2 (1064 nm, 10 ns, 10 Hz, Ø1.00 mm, 200 shots) |
| CW | 23.6 W/cm (532 nm, Ø1.00 mm, 60 s exposure) |
我们经过阳极氧化发黑处理的铝质罩壳比上方出售的树脂玻璃或硬纸板罩壳更为坚固，非常适合涉及较高功率激光器的应用(请看表G3.3)。但是，这些罩壳并不能用作永久性光挡。对于这类应用，Thorlabs提供光阱和光挡系列产品。
罩壳的内部高度为12英寸(300 mm)。下方产品描述中给出的长 x 宽 x 高尺寸是指罩壳的内部尺寸。罩壳顶板在发货时已预先组装好，构建完整罩壳需要一个1/8英寸(4 mm)六角扳手或球头起子(不附带)。每个罩壳面板周围有橡胶减振器，以加强耐用性和稳定性，并消除外壳移动时的晃动。
罩壳包含一块AEPU1(AEPU1/M)面板，面板上有四个RBX-BLK1F空白连接面板和一个SM1(1.035"-40)螺纹通孔，通孔由可拆卸的SM1CP2M端盖盖住。空白连接面板可以拆卸，以便安装光纤或电连接面板(请看图G3.2)。SM1螺纹孔可安装多种兼容SM1的组件，比如我们的透镜套管。
我们库存标准罩壳的转角位置是固定的，以便将导轨端部的1/4"-20(M6)螺纹孔与铝质面包板(单独出售)的沉头孔对准。请参考表G3.1，确保匹配恰当。
上方还提供带翻门的铝质罩壳版本，型号为XE25C11D(/M)。
光学罩壳