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Obtaining 16 patents of invention and 5 technical innovations, a brand-new product-4106S Optical Fiber Fusion Splicer is launched, thanks to 5 years of painstaking research of 28 engineers.ZY4106S implements industrial-grade CPU+FPGA structure of high-performance, completely fresh HD optical fiber microscope, imported high-speed motor and aluminum-magnesium alloy materials extensively. Compared with ZY4106, our start product, ZY4106s lowers the size by 38%, the weight by 52%, the power consumption by 57%, but improves the speed by 60%, the environment adaptability by 80% and the reliability (MTBF) y 200%. You can get unprecedented fusion splicing experience.
Obtaining 16 patents of invention and 5 technical innovations, a brand-new product-4106S Optical Fiber Fusion Splicer is launched, thanks to 5 years of painstaking research of 28 engineers.ZY4106S implements industrial-grade CPU+FPGA structure of high-performance, completely fresh HD optical fiber microscope, imported high-speed motor and aluminum-magnesium alloy materials extensively. Compared with ZY4106, our start product, ZY4106s lowers the size by 38%, the weight by 52%, the power consumption by 57%, but improves the speed by 60%, the environment adaptability by 80% and the reliability (MTBF) y 200%. You can get unprecedented fusion splicing experience.
The fiber fusion splicer is used for joining or splicing optical fibers together. It is a crucial tool in the telecommunications industry for creating reliable and low-loss connections between fiber optic cables. The splicer aligns the fiber ends and fuses them together using an electric arc, ensuring a seamless and efficient connection for transmitting data over long distances.
The fiber fusion splicer is used for joining or splicing optical fibers together. It is a crucial tool in the telecommunications industry for creating reliable and low-loss connections between fiber optic cables. The splicer aligns the fiber ends and fuses them together using an electric arc, ensuring a seamless and efficient connection for transmitting data over long distances.
Model | ZY4106S |
Alignment method | Precise core alignment and cladding alignment |
Applicable fibers | Any common optical fibers, rubber-insulated fibers and jumpers that meet requirements of ITU-TG.651-653, ITU-TG.655 and ITU-TG.657. |
Optical fiber diameter | Cladding: 80—150p m, coating layer: 0.1—3mm |
Cutting length | 5—16mm (coated optical fiber diameter<250p m) 10mm (coated optical fiber diameter: 0.25—3mm) |
Fusion splicing consumption (typical value) | O.02dB (SMF) ; O.01dB (MMF) ; O.04dB (DSF) ; |
Return loss | (NZDSF) Better than 60dB |
Fusion splicing time (typical value) | 7s |
Heating time (typical value | 18s |
Pulling force test | 1.96—2.25N |
Thermal shrinkage tube | 60mm, 40mm and a series of thermal shrinkage tubes |
Graphical display | High-performance 4.3 inch LCD |
Magnification time | 320 times/88 times |
Fusion splicing record | 10000 groups |
Battery capacity Battery service life | IV, 6400mAh, typical value of fusion splicing and thermal cycle is 220 times Cycle charging times reach 300—500, can be replaced by customers |
Electrode service life | Typical value is 4000 times, can be replaced by customers |
Construction lighting | Built-in lights with high-brightness and wide lighting area |
Working environment | Temp:-10~50℃;hum: 0~95%RH height above sea level:0 6000m |
Operation interfaces | GUI graphical operation interfaces |
External power | ACIOO 240V, 60Hz, O ISA; DC: DCIO |
External port | USB SD |
Dimensions | 120mm (W) x 130mm (H) x 154mm (D) (without rubber anti-vibration pad) |
Weight | 1.59kg (host engine) , 0.37kg (battery) |
Model | ZY4106S |
Alignment method | Precise core alignment and cladding alignment |
Applicable fibers | Any common optical fibers, rubber-insulated fibers and jumpers that meet requirements of ITU-TG.651-653, ITU-TG.655 and ITU-TG.657. |
Optical fiber diameter | Cladding: 80—150p m, coating layer: 0.1—3mm |
Cutting length | 5—16mm (coated optical fiber diameter<250p m) 10mm (coated optical fiber diameter: 0.25—3mm) |
Fusion splicing consumption (typical value) | O.02dB (SMF) ; O.01dB (MMF) ; O.04dB (DSF) ; |
Return loss | (NZDSF) Better than 60dB |
Fusion splicing time (typical value) | 7s |
Heating time (typical value | 18s |
Pulling force test | 1.96—2.25N |
Thermal shrinkage tube | 60mm, 40mm and a series of thermal shrinkage tubes |
Graphical display | High-performance 4.3 inch LCD |
Magnification time | 320 times/88 times |
Fusion splicing record | 10000 groups |
Battery capacity Battery service life | IV, 6400mAh, typical value of fusion splicing and thermal cycle is 220 times Cycle charging times reach 300—500, can be replaced by customers |
Electrode service life | Typical value is 4000 times, can be replaced by customers |
Construction lighting | Built-in lights with high-brightness and wide lighting area |
Working environment | Temp:-10~50℃;hum: 0~95%RH height above sea level:0 6000m |
Operation interfaces | GUI graphical operation interfaces |
External power | ACIOO 240V, 60Hz, O ISA; DC: DCIO |
External port | USB SD |
Dimensions | 120mm (W) x 130mm (H) x 154mm (D) (without rubber anti-vibration pad) |
Weight | 1.59kg (host engine) , 0.37kg (battery) |
When you ordering a fiber fusion splicer, it is important to consider the following:
1. Compatibility: Ensure that the splicer is compatible with the types and sizes of optical fibers you will be working with.
2. Features: Consider the specific features you need, such as automatic alignment, splice programs, and cleaving options.
3. Brand and Quality: Choose a reputable brand known for producing high-quality fusion splicers to ensure reliability and accuracy.
4. Support and Training: Check if the supplier offers technical support, training, and maintenance services to assist you in using the splicer effectively.
5. Price and Budget: Compare prices from different suppliers and consider your budget constraints when making a purchase decision.
When you ordering a fiber fusion splicer, it is important to consider the following:
1. Compatibility: Ensure that the splicer is compatible with the types and sizes of optical fibers you will be working with.
2. Features: Consider the specific features you need, such as automatic alignment, splice programs, and cleaving options.
3. Brand and Quality: Choose a reputable brand known for producing high-quality fusion splicers to ensure reliability and accuracy.
4. Support and Training: Check if the supplier offers technical support, training, and maintenance services to assist you in using the splicer effectively.
5. Price and Budget: Compare prices from different suppliers and consider your budget constraints when making a purchase decision.
Q: How long is the warranty period for a fiber fusion splicer ZY-4106S?
A: The warranty period typically 3 years.
Q: What is not covered by the warranty ?
A: The warranty usually does not cover damage caused by misuse, accidents, or unauthorized repairs.
Q: How does a fiber fusion splicer work?
A: A fiber fusion splicer aligns the fiber ends and fuses them together using an electric arc, ensuring a seamless and low-loss connection.
Q: What factors should be considered when choosing a fiber fusion splicer?
A: Factors to consider include compatibility with fiber types, features like automatic alignment, brand reputation, support services, and budget constraints.
Q: How can I maintain a fiber fusion splicer?
A: Regular cleaning, calibration, and maintenance checks are essential to ensure the splicer's optimal performance and longevity.
Q: How long is the warranty period for a fiber fusion splicer ZY-4106S?
A: The warranty period typically 3 years.
Q: What is not covered by the warranty ?
A: The warranty usually does not cover damage caused by misuse, accidents, or unauthorized repairs.
Q: How does a fiber fusion splicer work?
A: A fiber fusion splicer aligns the fiber ends and fuses them together using an electric arc, ensuring a seamless and low-loss connection.
Q: What factors should be considered when choosing a fiber fusion splicer?
A: Factors to consider include compatibility with fiber types, features like automatic alignment, brand reputation, support services, and budget constraints.
Q: How can I maintain a fiber fusion splicer?
A: Regular cleaning, calibration, and maintenance checks are essential to ensure the splicer's optimal performance and longevity.