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Product Details:
Payment & Shipping Terms:
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| IP: | 68 | Max Capacity: | 96 Single Fibers |
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| Dimension: | 400*250*150 Mm | Material: | PC |
| Highlight: | fiber optic equipments,fiber optic splice closure |
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Horizontal PC material Fiber Optic Splice Closure , optical splice closure
►Features
►Applications
►Specification
| Characteristics | Value/Performance | Methods and Conditions |
| Mechanical | ||
| Air Tightness | No air bubble seen | Put closure under water for 15min with closure's internal air pressure set at 100kPa±5kPa. |
| Remains100kPa±5kPa | Measure the internal pressure 24 hours later | |
| Air Tightness after re-installation |
No air bubble seen and pressure remains unchanged |
Do re-entry and re-installation 3 times and repeat above Air Tightness Tests. |
| Axial Pulling |
Pressure remains unchanged |
Pulling force: 1000N Time: 1min Internal air pressure: 60kPa±5kPa |
| Compression |
Pressure remains unchanged |
Applied pressure: 2000N/100mm Time: 1min Internal air pressure: 60kPa±5kPa |
| Impact |
Pressure remains unchanged |
Impact energy: 16N.m No. of impacts: 3 Internal air pressure: 60±5kPa |
| Bending |
Pressure remains unchanged |
Bending angle±45°(in two opposite directions) Tension: 150N No. of bending: 10 Internal air pressure: 60kPa±5kPa |
| Twisting |
Pressure remains unchanged |
Twisting angle: ±90° Torque: 50N No. of twisting: 10 Internal air pressure: 60kPa±5kPa |
| Thermal | ||
| Temperature Cycling | Pressure drop ≤5kPa |
Cycling range: -40 ~ +60°C Cycling time: 2hrs at -40°C, then 2hrs at +60°C No. of cycling: 3 Internal air pressure: 60kPa±5kPa |
| Electrical | ||
| Insulation |
Resistance between metal parts:2.0x105MΩ |
Soak closure into water in 1.5m-depth for 24hrs,and measure the insulation resistance after taking it out of water. |
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Resistance between each metal part and ground:2.0x105MΩ |
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| High Voltage |
No voltage break-downs and sparks |
Soak closure into water in 1.5m-depth for 24hrs, then apply 15kV DC to the metal parts inside |
Contact Person: Ms. Lena Liu
Tel: +86-13689534519
Fax: 86-769-86001869