Opto Engineering® - 20 years
主页 光源 LED光源
LTCLHP CORE PLUS 系列
概述
型号
下载
相关的
技术信息
资源
Telecentric light
准直聚焦

核心优势

  • 在超紧凑结构中实现较大照明面积
    LTCLHP CORE PLUS 体积小巧,其长度与市面上其他远心光源相比可缩短 40%。
  • 缩小您的视觉系统尺寸
    LTCLHP CORE PLUS 远心照明器的工作距离经过优化。
  • 提升您测量系统的性能
    可以使用 LTCLHP CORE PLUS 照明器来代替平面背光源,以提升系统的性能。
  • 智能济的集成方
    LTCLHP CORE PLUS 照明器集成了安装法兰,无需额外的夹具即可轻松安装。
  • 系统的紧凑性堪称一大竞争优势
    小型的视觉系统或测量机器已成为业内首选。
发现更多

Advantages

Save more

• Lower manufacturing cost due to less material employed
• Cost of mounting is reduced as no addictional clamps are needed
• Less space required for storage and use
• Lower shipment expenses due to smaller size
• Lower transportation risks

Sell more

• Compactness brings a competitive advantage

Comparison of precision measurement systems with “classic” telecentric lens and light vs. CORE PLUS telecentric lens and light
Comparison of precision measurement systems with “classic” telecentric lens and light vs. CORE PLUS telecentric lens and light
请稍等
无法处理您的请求
返回型号
过滤器
关闭
重置过滤器
选择2个或更多型号来比较规格
开始比较
清除所选内容

最后更新: 03 8月 2023

展开表格

注释

  1. 光束形状呈非圆形。如需了解最小光束尺寸,请参阅技术信息。
  2. Opto Engineering®推荐在高精度测量应用中使用绿光。
  3. 公差± 10%。
  4. 在最大正向电流下。正向电压测量公差为± 0.06V。
  5. 在连续(非脉冲)模式下使用。
  6. 在脉冲宽度<= 10 ms、占空比<= 10%的条件下。必须绕过内置电路板(请参见技术信息)。
  7. 夹紧法兰的最大尺寸。
  8. 标称数值,无垫片。
返回型号

技术文档

Product user guide
LTCLHP manual

参数

Application cases

参数

TC CORE PLUS telecentric lens.
TC CORE PLUS telecentric lens.

Setup instructions 1

To build a telecentric measurement setup it’s necessary to position a LTCLHP CORE telecentric illuminator upside down with respect to the TC CORE PLUS telecentric lens.

LTCLHP CORE PLUS telecentric illuminator
LTCLHP CORE PLUS telecentric illuminator

Setup instructions 2

LTCLHP CORE PLUS telecentric illuminator is also a perfect solution when coupled with classic telecentric lenses (e.g. TC series).

Application cases

Integrated extruded aluminum profiles with M5 T-slot nuts allow for easy and cost-effective mounting.
Integrated extruded aluminum profiles with M5 T-slot nuts allow for easy and cost-effective mounting.
The width of the beam rectangle is aligned along the A axis. The height of the beam rectangle is aligned along the B axis.
The width of the beam rectangle is aligned along the A axis. The height of the beam rectangle is aligned along the B axis.
A, B an C indicate the mechanical dimensions of the illuminator.
A, B an C indicate the mechanical dimensions of the illuminator.