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The 99-52-1 from Allen Bradley is a glass fiber-optic cable designed for photoelectric sensing applications. It supports a transmitted beam and individual fiber setup for precise sensing needs.
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| Manufacturer | Allen Bradley |
|---|---|
| Product Type | Glass Fiber-Optic Cable |
| Product Line | Photoswitch |
| Part Number | 99-52-1 |
| Weight | 0.19 lbs (0.09 kg) |
| Fiber Material | Glass |
| Sensing Configuration | Transmitted Beam and Individual Fiber |
| Application | Photoelectric Sensing |
| Continuous Flexing | Not Suitable |
| Cutting And Splicing | Not Permitted |
| Min. Operating Temperature | 40°C |
| Max. Operating Temperature | 93°C |
| Min. Storage Temperature | -40°C |
| Max. Storage Temperature | 96°C |
| Humidity Range | 5 to 95% (non-condensing) |
| Installation Height | 1000 m |
The Allen Bradley 99-52-1 is constructed as a glass fiber-optic cable specialized for applications in photoelectric sensing. With a fiber material made from glass, it delivers reliable performance in detecting light variations within specified environments.
This cable is designed to function in a temperature range starting at a minimum of 40°C and reaching a maximum of 93°C, catering to various industrial conditions. Storage capabilities extend from -40°C to 96°C, ensuring that it retains functionality across a broad spectrum of conditions.
The 99-52-1 is tailored for applications that utilize a transmitted beam and individual fiber configuration, enhancing its sensing capabilities for targeted detection tasks. However, it is important to note that this cable is not suitable for continuous flexing, which may compromise its integrity. Additionally, cutting and splicing of the cable are not permitted, preserving the optimal performance of the fiber throughout its life cycle.
Humidity compatibility ranges from 5% to 95%, which is crucial for maintaining performance without condensation impairing functionality. Furthermore, it is designed to be installed at heights up to 1000 meters, making it versatile for various applications in elevated environments.