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Fujikura CT08
Robust single fibre cleaver
The new Fujikura CT08 is a robust single fibre cleaver that provides a simple single-step operation, with a blade that can deliver up to 48,000 cleaves.
Fujikura CT08 Single Fibre Cleaver
Product Description
Fujikura CT08 dedicated to single fibre cleaving
If you’re looking a single fibre cleaver that’s suitable for FTTH then the Fujikura CT08 could be what you are looking for as it is dedicated to single fibre cleaving. This robust single fibre cleaver is designed for simple, single-step operation. The Fujikura CT08 has a wide lever opening allowing for easier fibre placement and a blade that can deliver up to 48,000 cleaves with no tool necessary for blade rotation. Maintenance cost and time is reduced as the fibre clamps and cleaving blade can be replaced by the user.
Features & Benefits
- Robust single fibre cleaver.
- Dedicated for single fibre cleaving.
- Simple, single-step cleaver suitable for FTTH applications.
- Blade life up to 48,000 cleaves.
- No tool necessary for blade rotation.
- Wide lever opening allows for easy fibre placement.
- Fibre clamps and cleaving blade can be replaced the user.
Specifications
| Applicable Optical Fibre | Glass optical fibres | |
|---|---|---|
| Number of Fibres | Single | |
| Cladding Diameter | 125µm | |
| Coating Diameter | 160µm to 900µm (2mm / 3mm cord & drop cable) | |
| Cleaving Length | AD-50 | 5mm to 20mm (coating diameter = 250µm) 10mm to 20mm (coating diameter > 250µm) |
| FH-xx- | 10mm | |
| Cleaving Angle | Typical 0.5° | |
| Blade Life | 48,000 fibres (1,000 fibres x 3 heights x 16 positions) | |
| Dimensions | 110(W) x 95(D) x 45(H) | |
| Weight | 185g | |
| Operation Condition | Temperature: -10 to 50°C Humidity: 0 to 95% RH (Non-condensing) | |
| Storage Condition | Temperature: -40 to 80°C Humidity: 0 to 95% RH (Non-condensing) | |
| Resistance Feature* | Shock: 76cm (30”) all direction drop | |
| Dust resistance: Exposure to dust (0.1 to 500µm dia. Alumina Silicate) | ||
| Rain resistance: H=10mm/hr for 10min | ||
* Carried out in Fujikura labs in Japan. The shock resistance test does not guarantee the product will not be damaged under this condition.
