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1  General information

  This manual contains complete performance and operation for uses the high-speed image process technology and special exact orientation technology, so that the whole process of fiber’s fusion can be finished in 20 seconds automatically. LCD monitor makes each process of fiber fusion clear. Because of small bulk, light weight and AC、DC power supply, it is the same with the project and maintenance of telecommunications, cable TV, railway, petrochemistry, electric power, army, police and scientific research organizations.

1.1               Applicable range  

       SM (Single-mode), MM (Multi-mode) silex-fiber

       125µm outer diameter (standard)

       0.2～1.5mm outer coating diameter

       Fiber cleaved length: 16mm(standard)

1.2               Specifications:

       · Appearance:   172mm(length) x200Amm (width) x150mm (height)

       · Weight:       4.5 Kg

       · Screen:       5 inches LCD Monitor

       · Environment:  Temperature:     -10～40℃

                       Storage:         -40～60℃

                       Humidity:       <95%RH (without dew)

                       Storage humidity:  no dew

       · Average fusion loss:   0.02dB (SMF), 0.01dB(MMF)

       · Average fusion time:   10sec.

       · Average heat time:     1 minute. (setting heat time optionally)

       · Fusion program:      20 kinds (SMF: 10 MMF: 10)

       · Power check real time  (start optionally)

· Chinese operation

· Internal light(setting fiber)

       · Internal heater

· Setting the parameters: Testing end-face angle, Push distance, Pre-fusion current,

                      Pre-fusion time, Fusion current, Fusion time etc.

       · Power supply(average):  Alternating Current: 220V+15% 50Hz  30W

                               Direct current:     10～13V   25W 

       · Alarming low pressure(under 10V)

2            Terms about Fusion Splicer

   During operating the fusion splicer by menu, you will find some terms,

the meanings are as follows:

Heat time:   sets up heat time. (Unit: 30 Seconds)

Surface angle: Allowed maximum cleaved slope angle when  checking the end-face.

Push:        Process that electromotor drives fiber to move forward during splicing.

Push speed:  The electromotor controls delay of unit during arc splicing, while push speed

            slower, the moving speed of fiber becomes faster.

Pre-fusion:   Process that  arcs little current while doesn’t push fiber during splicing.

Fusion:      Process that  arcs proper current and pushes fiber during splicing.    

Current deflection:  The whole departure degree of arc current in arc program (1~10).

Fusion push:  The quantity of pushing fiber during splicing.

Gap:        Space between left and right fibers’ end-face that set up by  before splicing.

Calibration:   Process that  adjusts the warp between left and right fiber to make  

            them are collinear during splicing.

Test:         arcs to revise arc position and arc current automatically.         

Cleaning electrode: Part high temperature gasifies the impurity on electrode’s surface during arc.

Arc position: The opposite position between arc and fiber during arcing. (Eyeballing optionally)