Condition: Used

This INNO Instrument View 5 core-alignment fusion splicer is in good working condition. The system information screen confirms serial number 01802035323, software version 1.35, FPGA 1.40, a total arc count of 8,912, only 530 arcs since the last service (dated 2022-09-22), and a production date of 2018-04-03. Supplied complete with the INNO V7 fibre cleaver (S/N B714059) and carry case as pictured.

Included in the sale:
• INNO Instrument View 5 arc fusion splicer (S/N 01802035323)
• INNO V7 high-precision fibre cleaver (S/N B714059)
• AC mains adapter/charger
• USB cable
• Hard carry case with custom foam insert
• Additional accessories visible in case (heat shrink sleeves tray area)

The images provided are of the actual item you will receive. Please review them carefully for the cosmetic condition and what is included in the sale.

The INNO Instrument View 5 is a core-alignment arc fusion splicer designed for splicing single-mode and multimode optical fibres in telecommunications, FTTx, and data centre applications. Using INNO's DACAS (Digital Analysis Core Alignment System), it delivers highly accurate core-to-core alignment and industry-leading splice loss performance. The 5-inch high-resolution colour LCD touchscreen supports double-tap zoom to 520x magnification — the world's highest for a fusion splicer — enabling clear fibre end-face inspection. The mirrorless design improves work efficiency, and three built-in white LEDs illuminate the splice area for use in dark environments. The View 5 supports SOC (Splice-On-Connector) compatibility via a detachable heating oven, making it well-suited to FTTx field installations.

The INNO V7 is a high-precision single and ribbon fibre cleaver supplied as part of the View 5 kit. It features a simple 2-step operation and a blade life of over 48,000 cleaves, with typical cleave angle of less than 0.5 degrees. It accepts a universal holder for 250 µm, 900 µm, and 3.0 mm fibre cables, and ribbon holders for up to 12 fibres.

INNO View 5 — Key Specifications:
Model: View 5
Splicing Method: Core Alignment (DACAS)
Applicable Fibres: SM (ITU-T G.652 & G.657) / MM (ITU-T G.651) / DS (ITU-T G.653) / NZDS (ITU-T G.655)
Compatible Fibre/Cable: 0.25–3.0 mm / Indoor Cable
Fibre Count: Single
Cladding Diameter: 80–150 µm
Fibre Cleave Length: 8–16 mm
Typical Splice Loss — SM: 0.02 dB / MM: 0.01 dB / DS: 0.04 dB / NZDS: 0.04 dB / G.657: 0.02 dB (ITU-T Standard)
Return Loss: >60 dB
Splicing Time: Auto mode: 9 sec / Quick mode: 7 sec
Splice Modes: Max 128 modes (preset 17)
Heating Time: Typical 30 sec (FP-03 sleeve); SOC/13 mm sleeve: 13 sec
Heat Modes: Max 32 modes
Protection Sleeve Lengths: 20 mm, 30 mm, 40 mm, 50 mm, 60 mm
Results Storage: Last 2,000 splice records and 2,000 splice result images
Tension Test: 1.96–2.25 N
Display: 5-inch colour LCD touch screen, 520x magnification
Lighting: 3 white LEDs
Electrode Life: Approx. 5,500 arcs (extendable with electrode grinder)
Battery Life: Approx. 170 splice + heat cycles
Dimensions: 147H × 130W × 155D mm
Weight: 2.21 kg (with battery) / 1.85 kg (without battery)
Operating Conditions: Altitude 0–5,000 m, Humidity 0–95%, Temperature -10 to +50°C, Max wind 15 m/s
Storage Conditions: Humidity 0–95%, Temperature -40 to +80°C
AC Input: 100–240 V, 50/60 Hz
Origin: Designed and made in Korea

INNO V7 Fibre Cleaver — Key Specifications:
Type: High Precision Single & Ribbon Fibre Cleaver
Cladding Diameter: 125 µm
Cleave Length — Single fibre: 8–20 mm / Ribbon fibre: 10 mm
Applicable Cable: 250 µm, 900 µm, 3.0 mm fibre cable and flat cable
Ribbon Capacity: Up to 12 fibres
Blade Life: Over 48,000 cleaves (1,000 fibres × 16 positions × 3 heights)
Typical Cleave Angle: <0.5 degrees
Operation Steps: 2 steps
Origin: Designed and made in Korea

INNO View 5 fusion splicer specification sheet — technical specifications and key features: Download PDF

INNO View 5 user manual — full operating instructions, specifications and maintenance guidance: Download PDF

INNO V7 High Precision Cleaver specification sheet — technical specifications and features: Download PDF