Name: dome type/horizontal type 24cores fiber optic splice closure
Brand: TINCAM, TINCAM
Availability: InStock

Product Details

dome type/horizontal type 24cores fiber optic splice closure

Description of fiber closure:

The fiber optic splice closure casing is made of quality engineering plastics, and of good performance of anti-erosion against acid and alkali salt, anti-aging, as well as smooth appearance and reliable mechanical structure. The mechanical structure is reliable and has the performance of resisting wild environment and intensive climate changes and serious working environment. The protection grade reaches IP66.
The fiber optic splice closures are applicable to ribbon type optical cable and common optical cable. The splice trays inside the closure are turn-able like booklets, and have adequate curvature radius and space for winding optical fiber to make sure the curvature radius for optical winding 40mm.Each optical cable and fiber can be operated individually.
The fiber optic splice closure is of small volume, big capacity and convenient maintenance.
The elastic rubber seal rings inside the closure are of good sealing and sweat-proof performance. The casing can be opened repeatedly without air leakage. No special tools are required. The operation is easy and simple. The air valve is provided for the closure and used to check the sealing performance.`

Operation conditions:

Technical Specifications:

Seal performance: after the box is sealed, inflate to 100kPa inwards (inflation only apply to the models with the air hole), and then soak it in the water of normal temperature, after 15 minutes of steady observation, there is no bubble to overflow.
Insulation resistance: the insulation resistance between the metal work piece and the earth is greater than 20kMΩ.
Pressurization: there is no breakdown or flashover under 15kVdc/1min between the metal work piece and the earth.
The curvature radius of the fiber 40mm, without extra loss inside the splice tray.
It can bear the axial tensile strength no less than 1000N.
Lifetime: 25 years.
Other performances are all in accordance with the requirement of standard YD/T814-1998.

Testing Reports of fiber closure

Tests	Requirements	Results
Tightness testing	Follow the standards: IEC 61300-2-38 Method A IEC 60068-2-17 Test Qc No leakage under testing condition: Pressures: (40 ± 2) kPa Temperature: (23 ± 3)℃ Testing duration: 15 minutes Testing deepness: place the whole closure into water.	Qualification
Hoarfrost testing	Follow the standards: IEC 61300-2-26 Method A IEC 60068-2-11 Test Ka Ensuring no leakage and the cover of closure is not broken, color is not changed, eroded under testing condition: Pressures: 0 kPa Temperature: (35 ± 2)℃ Testing duration: 5 days Place closure in the water environment with NaCl’s concentration of 5%.	Qualification
Drop testing	Follow the standards: IEC 61300-2-10 Method A Ensuring no leakage under testing condition: Drop length: 75cm Temperature: (45 ± 2)℃ Drop count: 1 time	Qualification
Vibration testing	Follow the standards: IEC 61300-2-1 IEC 60068-2-6 Test Fc Ensuring no leakage under testing condition: Vibration frequency: 10 Hz. Amplitude: ≥ 6 mm (peak to peak) Testing duration: 28 hours	Qualification
Other requirement	Can install splitters to the closure (if there is special requirement). For some small capacity closure (under 48 cores) used for Branching to subscribers can require for ODF mini and integrate splitters inside. The closure cover can sustain affect of ultraviolet ray without broken or changing color. Working temperature: (0 – 60)℃ Humidity: 100%	Qualification

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