Fiber Splicing Equipment

Large Diameter Splicing System LDX1.0 (XQ7230)

XQ7230 is a large diameter optical fiber splicing system that based on three electrodes ring of fire arc as heat source, and it is researched and developed by OSCOM independently. The splicing system can splicing fibers from 50-2500um with fast, accurate

Product Description

      XQ7230 is a large diameter optical fiber splicing system that based on three electrodes ring of fire arc as heat source, and it is researched and developed by OSCOM independently. The splicing system can splicing fibers from 50-2500um with fast, accurate and stable way, OSCOM large diameter splicing system is suitable for making high power combiner, fiber end-caps and single taper fiber. The system is stable and reliable, easy to use, and the application is flexible.


Features

· Three electrocdes ring of fire arc heat source

· Fabrication of Nx1(6+1)X1 optical fiber combiner

· Tapering single fiber, producing MFA

· Manufacture high power laser cable, such as QBHSMAQ

· Splicing 50~2500µm fiber and glass

· Splicing cylinder and cone end cap

· Splicing Single mode fiber, multi mode fiber, double cladding fiber, and sapphire

· Splicing photonic crystal fibers with no collapse

· In-line cleave fiber and fiber bundle 







Technical Specifications

End cap

Splicing End Cap

Round End caplarge end face diameter≤20mmsmall end face diameter≤2.5mm
Cylinder end capend face diameter≤2.5mm

 

End Cap Clamp

Quartz Capillary Vacuum Adsorption Clamping and Special Fixture Clamping

The function of three electrodes and optical fiber splicing

Three electrodes

Three electrodes arc ring of fire technical
Motor with low cost, easy to clean and maintain

 

Motor gas protection

No need

 

Temperature field

Lowest 800°CHighest 1800°C

 

Area of temperature field

Three electrodes surrounded an equilateral triangle, the cross-sectional area is nearly a hundred times that of the traditional two electrodes

 

Stability of temperature field

±5°C

 

Cladding diameter

50~2500mm

 

Splice PM optical fibers

No

 

Splicing photonic crystal fiber

The length of porosity collapse is less than 50%, and the outside diameter of the fiber can realize no collapse fusion

 

Silicone carbide and sapphire fibers welding

High Temperature Splicing

 

Adjust the veidoo

Ten Veidoos of dynamic adjustment and feedback alignmentLeft/Right Fibers X/Y/Z/ Depression Angle and Elevation Alignment,

Left/Right Declination Alignment

 

Depression angle elevation alignment and Left/Right declination alignment

±15°Adjustable Range

0.01°Adjust the Resolution1 Rad/S

Optical fiber alignment and imaging functions

Z-Axis travel

Distance : 86mm

Resolution 1um

 

X/Y-Axis travel

Distance : 12mm

Resolution 0.1um

 

Three electrodes arc

Distance : 40mm

Resolution 6um

 

X/Y-Axis Side Imaging

Independent X/Y-Axis Side Imaging

 

Optical imaging system

2 Times /3 Times Telecentric Lens/Other Multiple Lenses are Available

 

Tapering length

150mm

 

Tapering ratio

Standard Taper Ratio 10:1

The function of fiber taper and fiber combiner

Bidirectional tapering

Scanning of circular arc Z
Tapering ratio 50:1500μm diameter optical fibers tapered to 10μm diameter

 

Tapering needle

10um Diameter Fiber NeedleOriginal Fiber Diameter125um

 

Fiber combiner

Manufacture of 3x17x1、(6+1)x1 or 19x1 fiber combiner

In line cleave

Function of in line cleave

The cladding diameter of optical fibers or pyramidal quartz is 40~500μm

 

In line cleave precision

Axial cleave position is controlled by +-50um

Power supply

Voltage

AC100~240V/50~60Hz/5A

Dimension

L * W * H

740x540x630mm

Weight

KG

80



Copyright © 2017 SHENZHEN OSCOM TECHNOLOGY CO., LTD.  SZWEB