Sumitomo's Type- 39 FastCat™ Core Alignment Fusion splicer is the industry's first splicer to feature a Dual-Automatic Heater System featuring Auto Start Heater and Auto Start Splice functions _ making the FastCat the fastest splicer available today.

The Type-39 FastCat's advanced electronic design, which accomodates the built-in dual heating system and simultaneous operation, reduces the bottle neck of "heater wait time" by 88%. With an individual heater cycle time of only 30 seconds (60mm Fiber Protection Sleeves) and a splice cycle of only 9 seconds, the FastCat improves splicing efficiency by 70%.

The FastCat is a fully automatic, highly portable, self-contained instrument for creating
Quick and effortless low-loss optical fiber splices in any environment with a typical splice
Loss of only. 02(dB) for identical single-mode fiber. It is designed to work with virtually
All fiber types including single-mode, multimode, dispersion shifted and other specialty fibers.
The splicer utilizes precision High-resolution Direct Core Monitoring (HDCM) technology
To form repeatable low-loss splice results. HDCM and Dual Heater technologies, combined
With Sumitomo Electric's track record for reliability and customer support, make the FastCat
The industry's new standard for fusion splicers.

Features:
1. RoHS Compliant
2. Dual Independent Splice Protection Heaters
3.5.6" Switchable Color Monitor for Front to Back or Back to Front Operation
4 Automatic Splice Start
5. Automatic Heater Start
6. Automatic Fiber Profiling Detection
7. Complete Splice in Less than 40 Seconds
8. Built-In LED for V-Groove Illumination
9. User-Friendly Menu Selection System
10 24-Hour Technical Support via 888-SPLICER

TYPE-39
Optical fiber
Requirements Material Silica Glass
Profile types SMF, MMF, DSF, NZDSF
Fiber diameter 80 to 150 μ M
Fiber coating diameter 0.25mm Non-0.25mm
Cleave length 8~16mm 16mm
Standard
Performance Splice loss (typical) SMF: 0.02dB, MMF: 0.01dB, DSF: 0.04 dB,
NZ-DSF: 0.04dB (With Sumitomo identical fibers)
Splice cycle time Approx. 9 seconds (Quick Mode)
Heat cycle time 25 seconds 40mm sleeve, 30 seconds 60mm sleeve
Splice & heat cycles per battery Approx. 100 (with BU-66S), Approx. 200 (with BU-66L)
Programs Splice programs Max. 48
Heating programs Max. 20
Functions Loss estimation Provided
Splice data storage 10000 splices
Proof test 1.96N(200gf)
Automatic arc test Provided
V-groove white LED illumination Provided
Size/Weight Size 150(W) x 150(D) x 150(H) mm
Weight 2.9kg (including PS-66)
Monitor 5.6" TFT color monitor
Power supply Power requirement AC operation, Battery operation, Car battery operation (option)
Battery module NiMH (10.5 ~15V)
AC Input 100V ~ 240V (50/60Hz)
DC Input DC12V [for PC-V66 (option)]
Terminals DC output terminal DC-12V ( for JR-5/JR-5B)
USB port USB 1.1 type-B
Video output terminal RCA jack NTSC
Operating temperature -10 ~ +50