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Sumitomo Fusion Splicer

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Image of Tye-36 

TYPE 36 SINGLE FIBER
FUSION SPLICER
 
 
  •  25 second average splice cycle 
  •  Mirror-free fiber observation system. Eliminates mirror cleaning and replacement. 
  •  Easy to use menus and keypad 
  •  New fiber chuck system for improved fiber clamping 
  •  Automatic splice loss estimation 
  •  Multi-position 4" color monitor system 
  •  PCMCIA port allows for increased data memory and splice image storing 
  • Operation menus in 12 languages 
  •  Compact and lightweight for portability 
  •  Splicer Remote Intaractive Maintanance (SRIM) System, reduces downtinme     and  keeps your splicer on the job. Allows software upgrades over the telephone network.
 

The TYPE-36 is a portable, self-contained instrument for creating low-loss optical fiber splices in both field and factory environments. Our innovative dual microscope fiber observation system eliminates the need for mirrors providing faster operation and reduced damage potential. It is one of the smallest and fastest core alignment fusion splicers available today. 

The splicer automatically aligns a pair of fibers in both the X and Y (horizontal and vertical) planes and then fuses them together with heat from an electric arc to form a low-loss splice. HDCM (high resolution direct core monitoring) image processing software in the splicer is used to perform core alignment and estimates the splice loss based on the degree of alignment of the fiber cores at the splice point. The fusion operation requires less than 25 seconds, and the average splice loss is 0.02 decibels (dB). The splicer accepts a variety of silica-glass fibers with cladding diameters ranging from 80 to 150 um.

 

Alignment Method Core Alignment - High Resolution Direct Core Monitoring (HDCM)
Fiber Material Silica glass 
Profile Type SMF, MMF, DSF, CSF, Er-doped fiber
Coating Diameter 250 - 900 um
Cleave Length 9 to 16 mm
Splice Loss, Identical Fibers SMF: 0.02 dB 
MMF: 0.01 dB 
DSF: 0.05dB
No.of Fusion Condition Settings 35 Total (5 fiber categories with 7 Program Selections)
Splice Criteria Parameters 5 Adjustable Parameters
Languages 12
Arc Test Compensation Automatic
Menu Selection User friendly 'Drop-Down' menus
Protection Sleeve Types 4 available styles: 32, 40, 60 mm and Custom
Typical Splice Cycle Time 25 seconds (set to loss estimate)
Typical Heater Cycle Time 90 seconds
Proof Test Standard - 200 grams (0.44 lb) or 453 grams (1 lb)
Splice Data Storage 1,000 splices (Built-in memory) 
30,000 splices (with PC memory card, as an option)
Power Requirement: Input 100 - 265 V AC 50/60 Hz 
12 V DC
Size 190W x 190D x 175H mm (7.4W x 7.4D x 6.8H inches)
Weight 6.5 kg (14.3 lb)
Display 4 inch Color LCD Monitor, 3 possible locations, 280X magnification
Splier Remote Interactive Maintenance(SRIM)System 
(optional)		 Modem Card: Transmit/receive data via telecommunications lines allowing factory trained technicians to perform remote software upgrades, trouble shooting and maintenance functions. 
PC Memory Card: 2 MB Data Storage and Local Software upgrade with splice image storing capabilities.

 

 

Fluke DSP-4100

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Product Capabilities

The DSP-4100, the newest member of Fluke Networks' family of Digital CableAnalyzers, offers the same superior diagnostics and digital test accuracy of the DSP-4000, with the addition of comprehensive management capabilities.
Like the DSP-4000, the DSP-4100 certifies copper and fiber cabling installations to all current industry and application standards, as well as proposed TIA Cat 6 and ISO/IEC Class E performance standards.

If you own a DSP-4000, you can upgrade to a DSP-4100 with the DSP-4100E Upgrade Kit. The kit contains instructions for contacting Fluke Networks to schedule your upgrade with an authorized Fluke Service Center. A technician will upgrade your DSP-4000 main and remote units and return them with a removable 16-MB memory card, PC reader for the card, Fluke's CableManager™ Software, version 4.0 and a user manual.
Fluke Networks keeps its eye on the future - so you don't have to.
From superior diagnostics and extendible digital platform to extensive reporting capabilities, the DSP-4100 provides you with everything you need to test, certify and document copper and fiber installations - today and tomorrow.

 

 

PCI   Frequency Generator

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Model: TSG-4000-FP: 1-4 carriers

Dimensions: 8"W x 4"H x 10"D
Field Portable with optional carrying case.

technical specifications:
Available Frequencies:
Number of Carriers:		 Any frequency from 5 MHz to 1GHz
1 to 4 (TSG-1000-R 1 carrier only)
Maximum Output Level: 1 carrier +60 dBmV
2 carriers +57 dBmV
3-4 carriers +55 dBmV
Output Spurious:
RF Level Adjustment:
Output Level Accuracy:
Frequency Stability:
Connectors (RF):
Connectors (DC):
Impedance:		 >-65 dBc
20 dB
± 0.25 dB
± 200 kHz
“F” type
Screw 4 40 terminal block (TSG-4000-R only)
75 Ohms
Powering:
TSG-4000-R:
110 Vac 50/60 Hz fused with +24 or -48 Vdc fused
(must be specified when ordering)
TSG-4000-FP:
TSG-1000-R:		 Internal battery pack with external AC adaptor
External AC adaptor

 

 

Riser-Bond   TDR

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Model 1270A

 

Power Time Domain Reflectometer
Cable Fault Locator

Find faults fast on live, low voltage power distribution cable.


Specification Sheet
  • Maintain low voltage power distribution cable by isolating bad splices, connections and cable sections.
  • Protect lost revenue by locating illegal cable connections, even on very short lengths of cable.
  • Document cable plant for more systematic and accurate plant maintenance.
  • Live waveform testing.
  • Automatic fault severity calculation.
  • Exclusive SUPER-STORE™ waveform data storage.
  • RS-232 Port with WAVE-VIEW™ Software for Windows® 3.1, 3.11, Windows® 95 or Windows® 98 standard.
  • Intermittent Fault Detection mode detects and displays intermittent faults and allows the operator to manipulate and reposition the waveform without affecting the IFD function.
  • Rugged, weatherproof packaging.
  • Compact, lightweight, portable.

 

 

GN Nettest  OTDR

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  CMA4000 OTDR

CMA4000 OTDR

The fastest, smartest and easiest

 OTDR in the world.


Features

Description

When it comes to fiber optic testing, time is money. That's why we designed the CMA4000. It offers all the features of a mainframe OTDR in a rugged, economical, field-portable unit and its unique features make it better than other OTDRs. Intelligent software minimizes necessary steps to perform frequent functions, its multi-tasking ability allows the CMA4000 to test, analyze and display data faster than any other OTDR available. Plus, it has incredible deadzone, dynamic range performance, tri and quad-wavelength optics and is fully configurable. In other words, it?s the only piece of equipment you'll need for all your basic fiber optic testing - whether for installation, maintenance or fault location.

Easy documentation makes it simpler for you.
The programmable autosave lets you save test results on the hard drive or floppy in a format that makes sense for your network. These features virtually eliminate typing mistakes while saving time in the field. When used in conjunction with our GN NetWorks' Software, the CMA4000 can perform a variety of trace manipulations, such as trace overlay, graphing, batch printing and bi-directional averaging reports.

Incredible dynamic range and short deadzones.
The CMA4000 offers a test range of 21 to 46 dB, the highest dynamic range in the world. That means you can test longer lengths of fiber with greater resolution and less averaging time. Plus, with deadzones as short as 2.5 m, you can be sure you're getting complete and accurate data for your entire length of cable.

The best value for your money.
The CMA4000 is the one piece of equipment that can meet virtually all your basic fiber optic testing needs. If you choose to incorporate a standard power meter, optical return loss test set, light source and visual fault locator, it?s the only piece of equipment you'll need. You can also customize your unit with optional languages, power cords, connectors, keyboard layouts, and date and time formats. The built-in keyboard lets you enter important text data, and the large 8.4" display with optional VGA color and flexible configuration makes the screen easy to read under any testing condition. Plus, the environmentally sealed modules and buttons - along with its rugged casework - protect the CMA4000 from dust, rain and impact.