QPxxx-xx-SR / QPxxx-xx-SR-BX
Product Details
Customer Problem: UV radiation below 300 nm deteriorates signal transmission in standard silica fibers, leading to solarization. This increased UV light absorption can compromise measurement accuracy.
Our Solution: Solarization-resistant fiber assemblies incorporate polyimide or aluminum buffers to reduce the impact of UV degradation.
Product Overview
Resistance to UV Effects
Polyimide or aluminum buffers mitigate UV transmission degradation
Large Selection
Available in different core diameters and lengths
Jacketing Options
Stainless steel BX or silicone-coated steel monocoil with a Nomex braid
Durable and Sturdy
Ideal for fieldwork, industrial settings, and rough handling environments
Specifications
Wavelength Coverage
200-1100 nm
| Item | Core Diameter | Buffer/Coating | Length (meters) | Jacketing | Bend Radius |
| QP200-2-SR-BX | 200 μm | Polyimide | 2 | Stainless- steel BX | LTBR: 8 cm STBR: 2 cm |
| QP300-1-SR QP300-1-SR-BX | 300 μm | Polyimide | 1 | Silicone-coated steel monocoil Stainless- steel BX | LTBR: 12 cm STBR: 6 cm |
| QP400-025-SR QP400-025-SR-BX QP400-2-SR QP400-2-SR-BX | 400 μm | Polyimide | 0.25, 2 | Silicone-coated steel monocoil Stainless- steel BX | LTBR: 16 cm STBR: 8 cm |
| QP600-025-SR QP600-025-SR-BX QP600-1-SR QP600-1-SR-BX QP600-2-SR QP600-2-SR-BX | 600 μm | Polyimide | 0.25, 1, 2 | Silicone-coated steel monocoil Stainless- steel BX | LTBR: 24 cm STBR: 12 cm |
We Are Here to Help
Regulatory
Standards, Terms & Conditions, and More.
Contact Us
Product Info, Tech Support, Returns and More.
