Fusion splicer pt-650
Features
Equel to fujikura fsm-50s, sumitomo type-37 etc
Core to core alignment by pas technology
( pas:profile alignment system)
Digital fusion splicer with automatic focus function
Fiber core can be display clearly
Single x or y view and x & y view simultaneously
Auto detect cleaved endface fault
Display fiber cleaved and offset angle
Display core and clad offset
5.6 inch tft color lcd monitor with clear digital image display
Usb & vga interface
Software upgrade via usb interfac
Specefication
Model Pt-650
Applicable fibers Sm (itu-t g.652), mm (itu-t g.651), ds (itu-t g.653), nzds (itu-t g.655)
Fiber cleaved length 12~16mmú¿coating diameterú¦250ª8mú¬
16mmú¿coating diameter: 250 ~ 1000ª8mú¬
Fiber diameter Cladding diameterú¦80 ~150ª8m
Coating diameterú¦100~ 1000ª8m
Fiber count Single
Fiber aligning method Core or clad aligning
Image processing method Digital
Actual average splice loss 0.02db ú¿smú¬, 0.01db (mm),
0.04db (ds), 0.04db( nzds)
Splicing time Typical 9 secú¼with standard sm fiber
Splicing mode 53(templet), 40(user)
Splice loss estimate More accurate
Return loss ú+60db
Storage of splice result 4000 resultsú¼20 parameter per result
Fiber display and magnification 300xú¿x or y viewú¬, 150xú¿x and y viewú¬
Tube heating time Typical 30 sec
Tube heating mode 9(templet), 24(user)
Tube heating temperature Can be adjusted
Applicable protection sleeve length 60mm, 40mm and a series of micro sleeves
Tension test 2n
Electrode life 2500
Fusion splicer pt-660
Features
Color lcd monitor and 256x magnification
Compact and lightweight
Reversible monitor with control panel on each side
Maximum wind velocity: 15m/s
8sec splice time, 40sec tube-heat time
Simultaneous x and y views
Large capacity internal battery
System test: ensures the best working condition
User programmable
Auto check fiber end face
Auto calibrate parameters
Store 8, 000 groups of splice results
Multiple language options
Specification
Model Pt-660
Applicable fibers Sm (itu-t g.652), mm (itu-t g.651), ds (itu-t g.653), nzds (itu-t g.655)
Fiber cleaved length 12~16mmú¿coating diameterú¦250ª8mú¬
16mmú¿coating diameter: 250 ~ 1000ª8mú¬
Fiber diameter Cladding diameterú¦80 ~150ª8m
Coating diameterú¦100~ 1000ª8m
Fiber count Single
Fiber aligning method Core or clad aligning
Image processing method Digital
Actual average splice loss 0.02db ú¿smú¬, 0.01db (mm),
0.04db (ds), 0.04db( nzds)
Splicing time Typical 8 secú¼with standard sm fiber
Splicing mode 53(templet), 40(user)
Splice loss estimate More accurate
Return loss ú+60db
Storage of splice result 4000 resultsú¼20 parameter per result
Fiber display and magnification 300xú¿x or y viewú¬, 150xú¿x and y viewú¬
Tube heating time Typical 30 sec
Tube heating mode 8(templet), 24(user)
Tube heating temperature Can be adjusted
Applicable protection sleeve length 60mm, 40mm and a series of micro sleeves
Tension test 2n
Electrode life 2500
No.Of splice/heating with battery Typical 150 cycles (splice/tube heat) with inner li-battery
Display screen 5 inch color lcd monitor
Image change over The fiber image is turned upside down
Terminals Usb 1.1 and vga
Operating condition 0 ~ 5000m above sea level, 0 ~ 95%rh and -10í½50íµ, respectively, max. Wind velocity of 15m/s
Power supply Ac 100-240v with ac adapter; inner li-battery(6600mah)
Dimensions 170mm(l) x170mm (w) x140mm (h)
Weight 2.7 kg excluding battery, 3.3 kg including battery
Fusion splicer pt-630
Features
Fiber core can be display clearly
Singlex or y view and x & y view simultaneously
Auto check quality of cleaved end face
Auto select best splicing program
9 seconds splice time and 30 seconds heat time
Small bulk and light weigh
5 inch color lcd monitor with clear digital image display
Simple operation menu
Software upgrade via usb interface
Specification
Model Pt-630
Applicable fibers Sm (itu-t g.652), mm (itu-t g.651), ds (itu-t g.653), nzds (itu-t g.655)
Fiber cleaved length 12~16mmú¿coating diameterú¦250ª8mú¬
16mmú¿coating diameter: 250 ~ 1000ª8mú¬
Fiber diameter Cladding diameterú¦80 ~150ª8m
Coating diameterú¦100~ 1000ª8m
Fiber count Single
Fiber aligning method Core aligning
Image processing method Digital
Actual average splice loss 0.02db ú¿smú¬, 0.01db (mm),
0.04db (ds), 0.04db( nzds)
Splicing time Typical 9 secú¼with standard sm fiber
Splicing mode 53(templet), 40(user)
Splice loss estimate More accurate
Return loss ú+60db
Storage of splice result 5000 resultsú¼3 parameter per result
Fiber display and magnification 400xú¿x or y viewú¬, 200xú¿x and y viewú¬
Tube heating time Typical 30 sec
Tube heating mode 9(templet), 24(user)
Tube heating temperature Can be adjusted
Applicable protection sleeve length 60mm, 40mm and a series of micro sleeves
Tension test 2n
Electrode life 2500
No.Of splice/heating with battery Typical 130 cycles (splice/tube heat) with inner li-battery
Display screen 5 inch color lcd monitor
Image change over The fiber image is turned upside down
Terminals Rs 232
Operating condition 0 ~ 5000m above sea level, 0 ~ 95%rh and -10í½50íµ, respectively, max. Wind velocity of 15m/s
Power supply Ac 100-240v with ac adapter; inner li-battery(6600mah)
Dimensions 150mm(l) x150mm (w) x150mm (h)
Weight 2.7 kg excluding battery, 3.2 kg including battery
