“SNP3109 Optical Light Source (OLS)” has been added to your cart. View cart

Please Call for price

INNO I4 FUSION SPLICER MACHINE

Order Now

Call for Price

Active V-Groove Alignment i4 is a high-precision fiber alignment technology used in fusion splicing equipment. It actively adjusts fiber positions using real-time optical feedback to ensure optimal core-to-core alignment, delivering low splice loss and high reliability—ideal for FTTH and single mode fiber applications.

FEATURES

Real-Time Core Alignment:
- Uses image processing and optical feedback to actively align fiber cores with high precision.
Low Splice Loss:
- Ensures minimal insertion loss, even with fibers that have slight geometric differences or core offsets.
Supports Multiple Fiber Types:
- Compatible with standard single-mode (SMF), bend-insensitive (G657A1), and multi-mode fibers.
Fast and Accurate Splicing:
- Optimized for speed and precision, reducing alignment and splicing time.
Enhanced Reliability:
- Delivers consistent performance across a variety of field conditions and fiber types.
User-Friendly Interface:
- Often integrated into intuitive fusion splicer systems for easy operation and monitoring.
Compact and Durable Design:
- Suitable for both field and lab environments, offering portability without compromising performance.
Automatic Fiber Detection:
- Identifies fiber type and adjusts alignment settings accordingly for optimal results.

INNO I4 FUSION SPLICER MACHINE

Is system is a precision fiber alignment mechanism commonly used in fusion splicing and optical fiber alignment equipment. Unlike passive alignment methods that rely solely on mechanical features, active V-groove alignment utilizes real-time feedback from optical power measurements to dynamically adjust the fiber position for optimal core-to-core alignment. This method ensures minimal splice loss by actively moving the fibers within the V-groove channels along the X and Y axes during the splicing process. The “I4” typically refers to a splicer model or series that supports active alignment technology, offering enhanced accuracy and reliability, especially for single-mode fibers or bend-insensitive fibers like G657A1.

TECHNICAL SPECIFICATION

Model: i4
Alignment Method: Active V-Groove Alignment
Number of Fiber: Single
Applicable Fiber: SM (G.652 & G.657) / MM (G.651) / DS (G.653) / NZDS (G.655) / CS (G.654) EDF
Coating Diameter: 100um – 3mm
Cladding Diameter: 80 – 150um
Cleave Length: 5 – 16mm
Typical Splice Loss: SM: 0.03DB / MM: 0.01DB / DS: 0.05DB / NZDS: 0.05DB / G.657: 0.03DB
Return Loss: >> 60db
Splice Time: Quick mode: Avg. 4 sec / SM mode: Avg. 5sec
Splice Programs: Max 300 modes
Automatic Calibration: Automatic Arc Calibration by air pressure & temperature
Electrode Life Span: 6000 Arc Discharges
Heating Programs: Max 100 modes
Heating time: 13 sec (45mm, 60mm slim)
Protection Sleeve: 20mm – 60mm
Data Output: USB-C
Splice Memory: 10,000 Splice data / 10,000 Splice image
Battery: Battery Capacity: 3500 mAh / Operation Cycle: 200 cycles (Splicing+Heating)
Power Supply: AC Input 100-240V, DC Input 9-19V

Monitor: 4.3″ Color LCD display, Full Touch Screen
Magnification: x130, x320
Size: 132 x 137 x 139mm
Weight: 1.384kg (1.164kg without battery)
Pull Test: 1.96 – 2.25N

WEIGHT AND DIMENSION
Height: 130mm
Width: 137mm
Depth: 132mm

Weight: 1384kg
: 1.164kg without battery

ENVIRONMENT CONDITION

Operating Condition: Altitude: 0 – 5000m
Humidity: 0 – 95%, non-dew
Temperature: -10 to 50’c
Wind: up to 15m/sec

Storage Conditions: Huminidity: 0 – 95%, non – dew
Temperature: -20 to 60’C

Resistance Tests: Shock Resistance: 76cm for bottom surface drop

Expose to Dust: 0.1 to 500um diameter aluminum silicate
Rain Resistance : 10 mm/h for 10 mins

– Water resistance (IPx2)
– Shock resistance (Drop torm 76cm)
– Dust resistance (IP5x)