Applicable fibers SM MM DS NZDS
Fiber cleaved length 8-16mm (Coating diameter: 250¦Ìm)
Fiber diameter Cladding diameter: 80-150¦Ìm Coating diameter: 100-1000¦Ìm
Fiber Count Single
Splicing mode Auto Calibrate Normal Special
Fiber aligning method Core aligning¡¢clad aligning¡¢manual aligning
Image processing method Digital
Actual average splice loss 0.02dB(SM), 0.01dB(MM), 0.04dB(DS), 0.04dB(NZDS)
Typical splicing time 9 sec (standard SM fiber)
Splicing mode 53(templet), 40(user)
Splice loss estimate More accurate
Return loss £¾60dB
Storage of splice result 4000 results, 20 parameter per result
Fiber magnification 300X (X or Y view) 150X (X and Y view)
Tube typical heating time 30 sec
Tube heating mode 9(templet), 24(user)
Tube heating temperature Adjustable
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 160 cycles (splice/tube heat with inner Li-battery)
Display screen 5.6 inch TFT color LCD monitor
Image change over The fiber image can be turned upside down
Terminal USB 1.1 and VGA
Operating condition 0-5000m above sea level,0-95%RH and -10-50¡ãrespectively, Max wind velocity of 15m/s
Power supply AC 100-240V with AC adapter inner Li-battery (6600mAH)
Dimension 150mm(L)¡Á150mm(W)¡Á150mm(H)
Weight 2.7Kg excluding battery, 3.2Kg including battery.
Plastic bag outside,strong foams inside.
Features
• Rugged construction providing shock, dust and moisture resistance
• Dual monitor position with automatic image orientation
• Automatic arc calibration and fiber identification
• User-selectable fiber clamping method – sheath clamp or fiber holders
• Auto-start tube heater feature
• Color LCD display with anti-reflective coating for excellent visibility in bright sunlight
• Simultaneous battery charge and splicer operation
• Long life battery (up to 160 splice/heat cycles per charge)
• Detachable work table incorporated into the transit case
• Data and video download software and splicer upgrade software included; software
upgrades through PC application via the internet
• Green friendly – RoHS & WEEE compliant.
Plastic box outside, strong foams inside.
Applicable fibers SM MM DS NZDS
Fiber cleaved length 8-16mm
Fiber diameter Cladding diameter: 80-150¦Ìm;Coating diameter:100-1000¦Ìm
Fiber Count Single
Fiber aligning method Core aligning
Return loss £¾60dB
Actual average splice loss 0.02dB(SM), 0.01dB(MM), 0.04dB(DS), 0.04dB(NZDS)
Splicing mode Auto
Typical splicing time 9 sec, with standard SM fiber
Splicing mode 12 (templet), 188(user)
Tube typical heating time 30 sec
Protection sleeve length 60mm, 40mm
Storage of splice result 5000 results, 3 parameter per result
Tension test 2N
Fiber magnification 400X (X or Y view), 200X (X and Y view)
Electrode life 2500
No. of splice/heating with battery Typical 130 cycles
Image change over The fiber image can be turned over
Display screen 5 inch color LCD monitor
Terminal RS232
Power supply AC 100-240V with AC adapter inner Li-battery (6600mAH)
Operating condition 0-5000m above sea level, -10-50¡ã Max wind velocity of 15m/s
Dimension 150mm(L)¡,150mm(W)¡,160mm(H)
Weight 3.52Kg including battery.
Plastic box outside,strong foam inside.
Applicable fibers SM MM DS NZDS
Fiber cleaved length 8-16mm
Fiber diameter Cladding diameter: 80-150¦Ìm;Coating diameter:100-1000¦Ìm
Fiber Count Single
Fiber aligning method Core aligning
Return loss £¾60dB
Actual average splice loss 0.02dB(SM), 0.01dB(MM), 0.04dB(DS), 0.04dB(NZDS)
Splicing mode Auto
Typical splicing time 9 sec, with standard SM fiber
Splicing mode 12 (templet), 188(user)
Tube typical heating time 30 sec
Protection sleeve length 60mm, 40mm
Storage of splice result 5000 results, 3 parameter per result
Tension test 2N
Fiber magnification 400X (X or Y view), 200X (X and Y view)
Electrode life 2500
No. of splice/heating with battery Typical 130 cycles
Image change over The fiber image can be turned over
Display screen 5 inch color LCD monitor
Terminal RS232
Power supply AC 100-240V with AC adapter inner Li-battery (6600mAH)
Operating condition 0-5000m above sea level, -10-50¡ã Max wind velocity of 15m/s
Dimension 150mm(L)¡Á150mm(W)¡Á160mm(H)
Weight 3.52Kg including battery.
Plastic bag outside,strong foams inside.
RoHS Compliant
Fiber Requirement Silica Glass
Coating Diameter Coating Diameter 100 to 1000 ¦Ìm
Cladding Diameter Cladding Diameter 80 to 150 ¦Ìm
Cleave Length 8 to 16 mm (under 250 ¦Ìm coated fiber) 16mm (except for 250¦Ìm coated fiber)
Typical Splice Loss,Identical Fibers SMF: 0.02dB MMF: 0.01dB DSF: 0.04dB NZ-DSF: 0.04dB
Number of Fiber Profiles 48 Customizable
Typical Splice Time Approx. 9 Seconds (Quick mode)
Heaters Dual Independent type.Each Heater: Approx. 35 seconds
Number of Pre-Installed Heater Profile 20 Customizable
Internal Splice Data Storage and pictures 10,000
Arc Test Automatically Compensates for Environmental Conditions
Proof Test Internal 200g (Std.)
Loss Estimation Process High-resolution Direct Core Monitoring (HDCM)
Interface USB Port for PC Interface RCA Jack for External Monitor DC input for Car Battery Operation
Menu Selection User Friendly Menus
Image Display Dual or Single Fiber Imaging X/Y 5.6 Inch TFT Anti-Glare High Resolution Color Monitor
Size 150W x 150D x 150H mm
Weight 2.8 kg (with PS-66)
Power Requirement Input: 100 to 240V AC;50/60Hz, 12V DC
Battery Operation BU-66S: 100 Splices & Heater Cycles BU-66L: 200 Splices & Heater Cycles.
Plastic bag outside, strong foams inside.
