Yamasaki Fibre Fusion Splicer | Y90

Yamasaki - Fibre Fusion Splicer | Y90

Fibre Fusion Splicer | Y90

The Yamasaki Y90 Fusion Splicer is the latest in fiber optic splicing technology from Yamasaki.

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It’s smaller and more portable design makes it ideal for use in FTTH applications as well as improving the ease of operation for everyday use.

Features of this product

Designed to be easy to use in the factory or field – with minimal fuss, 150mm (L) x 150mm (W) x 135mm (H) and only 3.13kg!
9 second splice time and 30 second heat time
Interactive menu available in 4 languages: English, Spanish, Portuguese and French
User is able to see how much power remains at the press of a button. Battery can last for up to 180 Heat/Splice cycles per charge

Specifications of this product

Applicable fibers: SM MM DS NZDS
Fiber diameter: Cladding diameter: 80-150um; Coating diameter: 100-1000um
Fiber count: Single
Fiber cleaved length: 8-16mm (Coating diameter: 250um)
Actual average splice loss: 02dB (SM), 0.01dB (MM), 0.04dB (DS), 0.04dB (NZDS)
Typical splicing time: Typical 9 sec (standard SM ber)
Return loss: >60dB
Splicing mode: Auto Calibrate Normal Special
Fiber aligning method: Fine, Core, Clad, Manual
Splicing program: 53 (templet), 40 (user)
Tube heating program: 9 (templet), 24 (user)
Tube typical heating time: Typical 30 sec
protection sleeve length: 60mm, 40mm
Storage of splice result: 4000 results, 20 parameter per result
Fiber image magnication: 300X (X or Y view), 150X (X and Y view)
Battery capacity: Typical 180 cycles (splice/tube heat with inner Li-battery)
Monitor: 7 inch TFT color LCD monitor
Tension test: 2N
Electrode life: 2500
Terminal: USB
Power supply: AC 100-240V with AC adapter inner Li-battery (7800mAH)
Operating condition: 0-5000m above sea level, -10-50o
Dimension: 150mm (L) x 150mm (W) x 135mm (H)
Weight: 7Kg excluding battery, 3.13Kg including battery

To contact Anderson Corporation about Yamasaki Fibre Fusion Splicer | Y90 use Get a quote.

It’s smaller and more portable design makes it ideal for use in FTTH applications as well as improving the ease of operation for everyday use.

Features of this product

Designed to be easy to use in the factory or field – with minimal fuss, 150mm (L) x 150mm (W) x 135mm (H) and only 3.13kg!
9 second splice time and 30 second heat time
Interactive menu available in 4 languages: English, Spanish, Portuguese and French
User is able to see how much power remains at the press of a button. Battery can last for up to 180 Heat/Splice cycles per charge

Specifications of this product

Applicable fibers: SM MM DS NZDS
Fiber diameter: Cladding diameter: 80-150um; Coating diameter: 100-1000um
Fiber count: Single
Fiber cleaved length: 8-16mm (Coating diameter: 250um)
Actual average splice loss: 02dB (SM), 0.01dB (MM), 0.04dB (DS), 0.04dB (NZDS)
Typical splicing time: Typical 9 sec (standard SM ber)
Return loss: >60dB
Splicing mode: Auto Calibrate Normal Special
Fiber aligning method: Fine, Core, Clad, Manual
Splicing program: 53 (templet), 40 (user)
Tube heating program: 9 (templet), 24 (user)
Tube typical heating time: Typical 30 sec
protection sleeve length: 60mm, 40mm
Storage of splice result: 4000 results, 20 parameter per result
Fiber image magnication: 300X (X or Y view), 150X (X and Y view)
Battery capacity: Typical 180 cycles (splice/tube heat with inner Li-battery)
Monitor: 7 inch TFT color LCD monitor
Tension test: 2N
Electrode life: 2500
Terminal: USB
Power supply: AC 100-240V with AC adapter inner Li-battery (7800mAH)
Operating condition: 0-5000m above sea level, -10-50o
Dimension: 150mm (L) x 150mm (W) x 135mm (H)
Weight: 7Kg excluding battery, 3.13Kg including battery

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To contact Anderson Corporation about Yamasaki Fibre Fusion Splicer | Y90 use Get a quote.

Anderson_Fibre Fusion Splicer Y90_Brochure(1.18MB)

AI Overview BETA

The Yamasaki Y90 is a single-fibre fusion splicer that joins fibre ends together to create a finished splice. Its interactive menu offers English, Spanish, Portuguese and French, so operators can use the controls in one of those four languages. For FTTH applications, its smaller, portable design makes splicing easier for operators during everyday field work.