288 Core Optical Cable Transfer Box Fiber Optic Connect Cabinet

Prod Model:	LK-09SMC288-1
Material:	Cold-Rolled Steel/SMC/Stainless Steel
Type:	Optical Fiber Distribution Box
Wiring Devices:	ODF
Certification:	ISO
Condition:	New

Product Description

LK-09SMC16
Fiber Optic Connect Cabinet
1 This product is used in FTTH access system terminal access session, especially suitable for outdoor wall or hoop-style conditions.
2 Features and Structure Description
2.1 Case material fiberglass (SMC) material, free paint appearance, good gloss. The service life of more than 20 years
2.2 Two-tier structure design, optical splitter upper wiring layer and the lower layer of fiber splicing.
2.3 Optical splitter module drawer modular design, with strong interchangeability and versatility.
3 The main technical parameters (in line with YD, T988-2007 communication cable transfer box on request)
3.1 Working temperature: -40 ºC + 60 ºC
3.2 Humidity: ≤95% (+ 40 ºC)
3.3 Atmospheric pressure: 70kPa ~ 106kPa
3.4 cable into the Number: 1 x 2 root (lower feed cable)
3.5 leather fibers enter the number: 8 x2 root (lower feed fiber)
3.6 Door opening angle: ≥180
3.7 Ground level discharge withstand voltage: ≥3000V (DC) / 10mA / 1min
3.8 Insulation resistance: ≥2 × 10MΩ × 500V
3.9 Dimensions: 400mm x 300mm x120mm
3.10 Weight: 5500g
4 Installation and Precautions:
4.1 Wall-mounted:
4.1.1 Installed on the wall, according to shown in Figure 2 (or under the cabinet in kind) of the size of three plastic expansion screw positions are marked;
4.1.2 embedded 3 M5 plastic expansion screw base;
4.1.3 With M5 × 40mm self-tapping screws fixed to the wall cabinet.
Open and close the door of 4.3
4.3.1 Door open: the key is inserted into the keyhole on the right side (notched up), clockwise rotation of about 10 ° to open;
4.3.2 Box closed door: the cabinet can slam the door homeopathy (considering prestressed box sealing structure).
 
LK-09SMC48-1
Overview
This product is used in optical fiber access network trunk cable and wiring cable connected device nodes can achieve optical fiber splice storage and scheduling functions. Technical standards with YD / T988-2007.
Features
1) Box of high-strength corrosion resistant unsaturated polyester SMC special synthetic material with high heat resistance, can withstand drastic changes in climate and poor working conditions.
2) Can interconnect cable, cross-connect and optical disk storage.
3) There is a reliable cable fixing and grounding protection devices.
4) Fiber distribution and scheduling are all front operation.
5) Static load capacity: ≥980N side surface of the enclosure door hinge ≥200N ≥500N
6) Insulation resistance: high-voltage protection with rack insulation resistance greater than 1000MΩ (500V / DC)
7) Withstand voltage strength: high-voltage protection with the chassis through the DC 3000V for 1 minute without breakdown and flashover occurred.
8) Chassis enclosure protection: GB4208 / IP65
Technical Specifications
1) Conditions
Ambient temperature: -20 ºC ~ + 60 ºC
Storage temperature: -25 ºC ~ + 55 ºC
Relative humidity: ≤95% (+ 40 ºC when)
Atmospheric pressure: 70Kpa ~ 106Kpa
2) Optical Properties
Connector insertion loss (including insert, swap, repeat) ≤0.2dB
Return loss: FC / PC≥45dB FC / UPC≥50 dB FC / APC≥60 dB
Plug durability life of more than 1000 times.
Specification
1) Product Dimensions: 480 * 385 * 135 mm (H * W * D)
2) Maximum Capacity: 72 cores.
The installation
1) Using 6 * 20cm screw, making housing and connected to the crosspiece.
2) In fixing the desired position, the 8 * 80 expansion screws, so that the rungs and wall fixed wall.
The use and operation
1) Box open
     Through a special key to open and close the door.
2) Fiber optic wiring principle
     Using fiber optic cable and fiber optic cross-connect mode. Namely cable and wiring pigtail into the office, out of the cable and other wiring pigtail were fused and into the side. Between cross-connect jumper pigtail.
3) Cable access and fixed
     Cable into the box from the bottom of the box. After the cable into the box with a cable stripping knife to the protective layer, stripping length decision based on the actual situation, the cable in place with a hose clamp stripping cable fixing plate fixed in the box; and the fiber optic cable to strengthen the core fixed to the mounting plate The cable core fixed shaft.
4) Fiber optic splicing
     Remove the cover plate fused with the module, fiber optic splice protection sleeves before penetrating the core, and then ends with the pigtail cable core core cable splicing process ends by welding, welding good pigtails, into the corresponding adapter.
5) Double pigtail (jumper) connections
     The weld fused with the module into the box good, the double pigtail (jumper) ends respectively inserted into the appropriate adapter, the remainder fiber plate line ring, complete a fiber optic link.
Case Interior Accessories Table

Name	Unit	Quantity	Remarks
Key	piece	1
Hose Clamps	piece	6
Heat Shrink Tubing	piece	48-72
Crosspiece	piece	2	Wall Mounted
Expansion Screw	piece	4
6*20cm Screw	piece	4	For Crosspiece
tape	Scroll	1

 
LK-09SMC144-1
The new 144-core optical cable transfer box
Features
1) Box of high-strength corrosion resistant unsaturated polyester SMC special synthetic material with high heat resistance, can withstand drastic changes in climate and poor working conditions.
2) Lock box with positioning, born long brand lock, safe and reliable.
3) Can interconnect cable, cross-connect and optical disk storage.
4) Reliable cable fixing and grounding protection devices.
5) Use welding wire integrated module for FC, SC fiber optic adapter card installed; and into the light distribution splitter.
6) Fiber distribution and scheduling are all front operation.
Technical specifications
1) Conditions
Ambient temperature: -20 ºC ~ + 60 ºC
Storage temperature: -25 ºC ~ + 55 ºC
Relative humidity: ≤95% (+ 40 ºC when)
Atmospheric pressure: 70Kpa ~ 106Kpa
2) Optical Properties
Connector insertion loss (including insert, swap, repeat) ≤0.2dB
Return loss: FC / PC≥45dB FC / UPC≥50 dB FC / APC≥60 dB
Plug durability life of more than 1000 times.
Box features
1) Chassis enclosure protection: GB4208 / IP65
2) Static load capacity: ≥980N side surface of the enclosure door hinge ≥200N ≥500N
3) Insulation resistance: high-voltage protection with rack insulation resistance greater than 1000MΩ (500V / DC)
4) Withstand voltage strength: high-voltage protection with the chassis through the DC 3000V for 1 minute without breakdown and flashover occurred.
 
Specification
1) Product Dimensions: 1035mm * 525mm * 310mm (H * W * D)
2) Maximum Capacity: 168 cores (typically 144 cores)
Installation
1) prefabricated cement base, pictures as follows
 
Cement base dimensions (length x width x height) of 590mm * 420mm * 300mm, ground center left into the hole line of 405mm * 170mm * 300mm.
2) Embedded foot screws ensure foot from the center of the screw is 438mm * 180mm, screw up the horizontal 50mm (or expansion bolt).
3) The cabinet on the cement base, and its fixing holes with embedded ground screw properly aligned, then the ground screw locked box should be installed so that the cement base and maintain the vertical level. In the case of existing cement base, with four M10 x 60 expansion screw can be fixed.
Usage and Operation
1) Box open
    Through a special key to open and close the door.
 2) Fiber optic wiring principle
    Using fiber optic cable and fiber optic cross-connect mode. Namely cable and wiring pigtail into the office, out of the cable and other wiring pigtail were fused and into the side. Between cross-connect jumper pigtail.
 3) Cable access and fixed
     Cable into the box from the bottom of the box. After the cable into the box with a cable stripping knife to the protective layer, stripping length decision based on the actual situation, the cable in place with a hose clamp stripping cable fixing plate fixed in the box; and the fiber optic cable to strengthen the core fixed to the mounting plate The cable core fixed shaft.
4) Fiber optic splicing
     Remove the fuse with the module cover, front fiber optic splice protection sleeves penetrate the core, and then ends with the pigtail cable core core cable splicing process ends by welding, and then the disc into the melt with one module of splice trays . Welding good pigtails, introduced into the melt with one module distribution panel, and inserted into the appropriate adapter.
5) Double pigtail (jumper) connections
     The weld fused with the module into the box good, the double pigtail (jumper) ends respectively inserted into the appropriate adapter, the remainder fiber plate line ring, complete a fiber optic link.
6) Disc fiber and connector PLC splitter
     The Micro PLC splitter 495 Used melt glue with integrated fixed internal tray, and then branch to introduce fiber winding disk tray. Then the input and output terminals PLC splitter screw on the corresponding model of the adapter card connected to the Fused with integration tray slot can be.
 
LK-09SMC288-1
The new 288-core optical cable transfer box Instructions
Overview
This product is used in optical fiber access network trunk cable and wiring cable connected device nodes can achieve optical fiber splice storage and scheduling functions. Technical standards with YD / T988-2007.
Features
1) Box of high-strength corrosion resistant unsaturated polyester SMC special synthetic material with high heat resistance, can withstand drastic changes in climate and poor working conditions.
2) Lock box with positioning, born long brand lock, safe and reliable.
3) Can interconnect cable, cross-connect and optical disk storage.
4) Reliable cable fixing and grounding protection devices.
5) Use welding wire integrated module for FC, SC fiber optic adapter card installed; and into the light distribution splitter.
6) Fiber distribution and scheduling are all front operation.
Technical specifications
1) Conditions
Ambient temperature: -20 ºC ~ + 60 ºC
Storage temperature: -25 ºC ~ + 55 ºC
Relative humidity: ≤95% (+ 40 ºC when)
Atmospheric pressure: 70Kpa ~ 106Kpa
2) Optical Properties
Connector insertion loss (including insert, swap, repeat) ≤0.2dB
Return loss: FC / PC≥45dB FC / UPC≥50 dB FC / APC≥60 dB
Plug durability life of more than 1000 times.
Box features
1) Chassis enclosure protection: GB4208 / IP65
2) static load capacity: ≥980N side surface of the enclosure door hinge ≥200N ≥500N
3) Insulation resistance: high-voltage protection with rack insulation resistance greater than 1000MΩ (500V / DC)
4) withstand voltage strength: high-voltage protection with the chassis through the DC 3000V for 1 minute without breakdown and flashover occurred.
Specification
1) Product Dimensions: 1455mm*750mm*320mm (H * W * D)
2) Maximum Capacity: 324 cores (typically 288 cores)
Installation
1) prefabricated cement base, pictures as follows
 
Cement base dimensions (length x width x height) of 810mm*410mm*400mm, ground center left into the hole line of 550mm*150mm*400mm.
2) Embedded foot screws ensure foot from the center of the screw 617*165mm, screw up the horizontal 50mm (or expansion bolt).
3) The cabinet on the cement base, and its fixing holes with embedded ground screw properly aligned, then the ground screw locked box should be installed so that the cement base and maintain the vertical level. In the case of existing cement base, with four M12 x 100 expansion screw can be fixed.
4) Wall Mounted installation: installing the wall bracket secured to the wall using screws and expansion to ensure that the wall bracket two expansion screw pitch of 61.5CM, namely from the red line on the picture, the last box on the wall bracket, 2 persons with screws (installation method and air conditioning unit similar)
Usage and operation
1) Box open
    Through a special key to open and close the door.
 2) Fiber optic wiring principle
    Using fiber optic cable and fiber optic cross-connect mode. Namely cable and wiring pigtail into the office, out of the cable and other wiring pigtail were fused and into the side. Between cross-connect jumper pigtail.
 3) Cable access and fixed
     Cable into the box from the bottom of the box. After the cable into the box with a cable stripping knife to the protective layer, stripping length decision based on the actual situation, the cable in place with a hose clamp stripping cable fixing plate fixed in the box; and the fiber optic cable to strengthen the core fixed to the mounting plate The cable core fixed shaft.
4) Fiber optic splicing
     Remove the fuse with the module cover, front fiber optic splice protection sleeves penetrate the core, and then ends with the pigtail cable core core cable splicing process ends by welding, and then the disc into the melt with one module of splice trays . Welding good pigtails, introduced into the melt with one module distribution panel, and inserted into the appropriate adapter.
5) Double pigtail (jumper) connections
     The weld fused with the module into the box good, the double pigtail (jumper) ends respectively inserted into the appropriate adapter, the remainder fiber plate line ring, complete a fiber optic link.
6) Disc fiber and connector PLC splitter
     The Micro PLC splitter 495 Used melt glue with integrated fixed internal tray, and then branch to introduce fiber winding disk tray. Then the input and output terminals PLC splitter screw on the corresponding model of the adapter card connected to the Fused with integration tray slot can be.