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Fusion splicers come in two models — the X60 and the X76.
Fusion Splicer X60

The Fusion Splicer X60 is perfect for splicing all common single- and multi-mode silica glass fibres as well as special fibre types like, titan-coated, LS, CS, DS and NZDS fibres such as True Wave and LEAF fibres.

For networks where extremely low splice loss is required, splice loss typically less than 0.02 dB for identical standard single-mode fibres and typically less than 0.01 dB for multimode fibres.

The X60 provides reliable and reproducible splice results, regardless of fibre type, make, preparation or user skill.

The completely re-designed X60 offers the solution for all precision single-fibre splicing applications. With its new features, it is adapted to the requirements for a modern work environment with high user-friendliness and independence. Although a new design, the X60 retains the core design that has made it known as the premier unit for precise, reliable and robust field fusion splicing.

Features of the X60

• Precise core to core alignment with the 1300 nm LID system
• Optimisation of each individual splice process to achieve the lowest possible splice loss with automatic fusion time control (AFC)
• High-resolution video image evaluation, L-PAS, for fast fibre pre-alignment, fibre position and end-face evaluation as well as contamination detection
• Real splice loss measurement
• Fully automatic splice process with one-button operation
• Splice process modes for fast or precise operation
• Automatic detection of various fibre types
• High-contrast 5.5-inch LCD color monitor, magnification (approximately 100X)
• Fibre insertion area is brightly illuminated
• 13 fixed programs for all common fibre types
• 50 user-defined programmes
• Attenuation splice function for producing in-line attenuators from 0.1 to 10 dB
• Erbium-doped fibre splicing capability
• Tensile test facility
• Integral universal pigtail adapter for splicing tight-buffered pigtails with LID system
• Slot for two re-chargeable 2.3 Ah batteries
• Splice data memory for up to 1000 splice results
• Two power outlets for additional accessories
• Altitude compensation up to 4000 metres (13,000 feet) above sea level
• Data interface for download of the splice loss values and programme parameters as well as for software update.

Technical Specifications

Fibre requirements	Single and multi mode silica glass fibres with cladding Dia 125 µm and coating Dia 250 µm to 900 µm
Fibre Clamping	On 125 µm cladding
Splice loss (with identical fibre)	Multi-mode fibres: Typically < 0.01 dB Standard Single-mode fibres: Typically < 0.02 dB Dispersion-shifted fibres: Typically < 0.05 dB
Splicing Operation	Fully automatic (one-button operation) or manual
Splice process control	Core to core alignment and automatic fusion time control (AFC) with LID system
Splice analysis	Splice loss measurement or estimation (depending on fusion process mode); tensile test with 2.5N
End-face evaluation	Cleave angle detection, end-face quality evaluation, fibre position detection, contamination detection
Fibre display	High-contrast 5.5 inch color LCD monitor, magnification: about 100X brightness selectable
Splice cycle time	Mode “Fast”: 10-20 seconds Mode “Precise”: 30-40 seconds Including alignment, fusion and analysis
Operating range	Operating temp: -5?C to +45?C; relative humidity = 93%; storage temperature: -20oC to 70oC
Dimensions LxWxH	240x265x156 mm
Weight of basic unit	without batteries = 7 kg (15.4 lb) with two 2.3 Ah batteries: 8.5 kg (18.7 lb)
Power supply	90 to 260 V AC 50/60 Hz by integral 100 VA power supply 12 V DC nominal, 14.5V maximum, (example — from car battery) Internal 12 V DC from two optional 2.3 Ah batteries
Interface	RS 232/V24 serial via D-Sub 9-pin jack, baud rate selectable for downloading the splice loss values and splice parameter sets; video signal (CCIR/PAL) via RCA jack (75 Ohms impedence); PCMCIA slot for future upgrades
Additional software functions	13 fixed programmes 50 user-defined programmes automatic selection of best suitable splice process control Automatic compensation for bad cleave angles up to 2.5? and poor fibre position Selectable fusion process mode Attenuation splice function for wavelength of 1,300 and 1,550 mm with 0.1 to 10 dB Automatic fibre type detection Altitude compensation up to 4000 m (13,0000 feet) above sea level Selectable power save function in battery operation Splice data memory for up to 1000 splice loss values Initial self test Electrode condition test features Operating hours and total splice counter Electrode maintenance indication at selectable intervals Real-time clock and date indication Service support by special analysis program

Fusion Splicer X76

The Fusion Splicer X76 is a mid range model of X7 series with 3-axis cladding alignment and is particularly suitable for multi-mode and single-mode fibre applications and for medium sized telecommunication networks with short lengths. Due to its compact design, the wide range of accessories and power options, the X76 can be adapted to all common requirements. If lower splice losses (less than 0.05 dB) are necessary, especially when splicing NZDS fibres.

Application: The X76 is suitable for splicing all common single-mode and multi-mode silica glass fibres as well as special fibres (example DS and LS fibres).

This model is mostly used in MANs, LANs, distribution networks, premises cabling systems, CATV networks and short distance telecommunication networks.

It is useful for networks with adequate loss budget and where medium splice loss is sufficient and ideal for applications with limited space and demand for low weight (example, Taursheet or fibre-to-desk application).

Features of the X76

• Alignment by 3-axis cladding alignment by the use of Piezo-ceramic actuators
• High-resolution video image evaluation L-PAS for fast fibre alignment, end-face evaluation and contamination detection as well as simultaneous fibre display in two views
• Splice loss estimation
• Fully automatic splice process with one button operation and tensile test capability
• Splice data memory for up to 250 splice results
• Altitude compensation up to 4000 m above sea level.

Technical Specifications

Fibre requirements	Single and multi mode silica glass fibres with cladding Dia 125 µm and coating Dia 250 µm to 900 µm
Fibre Clamping	On 125 µm cladding
Splice loss (with identical fibre)	Multi-mode fibres: Typically < 0.01 dB Standard Single-mode fibres: Typically < 0.03 dB Dispersion-shifted fibres: Typically < 0.01 dB NZDS fibres: Typically 0.12 dB
Splicing Operation	Fully automatic or manual
Splice process control	3-axis cladding alignment and fusion process by video image evaluation L-PAS
Splice analysis	Splice loss estimation; tensile test with 2.5N (controlled by Piezo)
End-face evaluation	Cleave angle detection, end-face quality evaluation, dirt detection
Fibre display	Big, high-contrast 5.5 inch color LCD monitor, magnification: about 100X brightness selectable
Splice cycle time	Typically 10-20 seconds Including alignment, fusion and analysis
Operating range	Operating temp: -5oC to +50oC; relative humidity = 93%; storage temperature: -40oC to 70oC
Dimensions LxWxH	230x185x100 mm Fusion Splicer case 2: 500x420x200 mm
Weight of basic unit	2 Kg Fully equipped Fusion Splicer case: about 9 Kg
Power supply	2 V nominal, max 13.8 V Possible power supplies: External 12 V DC from car battery or generator Internal 12 V DC from two optional 2.3 Ah battery in 100 VA attachment power supply AC supply 90 to 260 V AC, 50/60 Hz, by 100 VA attachment power supply.
Interface	RS 232/V24 serial via D-Sub 9-pin jack, baud rate selectable up to 9600; video signal (CCIR) via clinch jack (75 Ohms impedence)
Additional software functions	7 fixed programmes 10 user-defined programmes Automatic compensation for bad cleave angles up to 2.5? Altitude compensation up to 4000 m (13,0000 feet) above sea level Selectable power save function in battery operation Splice data memory for up to 250 splice results Initial self test and status report Electrode maintenance indication at selectable intervals Internal heat-shrink oven control

Fibre Optic Cleaver A8

The fibre optic cleaver is suitable for precision cleaving of all common silica glass fibres with a cladding diameter of 125 µm even under harsh on-site conditions. It is provided with a universal fibre guide as a standard equipment.

Features

• Cleave angle deviation typically < 0.5? under on-site conditions
• Easy one step cleaving operation: Fibre clamping bending, scractching and cleaving with one single action
• Diamond blade for high cleave quality and long life (typically 10,000 cleaves)
• Interchangeable fibre guides
• The design provides low susceptibility to interference and dirt facilitates easy cleaning

Fibre Optic Cleaver D6

The D6 Fibre Optic Cleaver is suitable for precision cleaving of all common single silica glass fibres even under harsh on-site conditions. Special cleaver designs for applications in research, measurement technology and production of optical components are available.

Features

• Cleave angle deviation typically < 0.5? with highest reliability and low scattering under on-site conditions
• Easy one-step cleaving operation: Fibre clamping, bending, scratching and cleaving with one single action
• Diamond blade for highest cleave quality and long life (typically > 10,000 cleaves)
• Fibre cleave length: 3.5 to 15 mm
• Fibre diameter 125 µm nominal
• Coating diameter: up to 900 µ m
• Adjustable for cleaving fibres with increased tensile strength (example titanium-coated fibres)
• Low susceptibility to interference and dirt
• Sliding table for easy insertion, position and removal of fibre without risk or damage.