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Number of Fiber |
Single |
Applicable Fibers |
SM(ITU-T G.652 & G.651 &
G.655) |
Compatible Fiber/Cable |
0.25–3.0mm/Indoor Cable |
Cleaved Length |
Diameter: 0.125–1 mm / Cleave Length:
5–16 mm |
Diameter |
Cladding: 80–150 µm; Coating: 100–3000
µm |
Splicing Mode |
Pre-set 41 splicing modes, max 100
modes |
Heating Mode |
Pre-set 5 heating modes
(20/30/40/50/60mm), max. 1.00 modes |
Typical Splice Loss |
SM: 0.02dB dB; MM: 0.01 dB; DS: 0.04dB
dB; NZDS: 0.04 dB; G.657: 0.02 dB |
Return Loss |
60dB |
Lighting |
3 White LEDs |
Splicing Time |
Quick mode: 6s |
Estimated Splice Loss |
Available / Accuracy: < 0.1 dB |
Heating Sleeve Length |
20 - 60 mm |
Heating Time |
Quick heating time: 13s; typical
heating time: 30s |
Results Storage |
20,000 latest records & 200 images |
Storage Condition |
0 – 95% relative humidity, -40°C |
Display |
900 bi-directional view, 5.0"
Color high-resolution Resolution Display |
Electrode Life |
5000 arcs |
Optical fiber accessories
and fusion splicing machines are essential components in the field of fiber
optic communication and network infrastructure. Let's explore each of them in
more detail:
Connectors and Adapters: These are used to terminate and connect optical
fibers. Common connector types include SC, LC, ST, and MTP/MPO. Adapters are
used to join connectors of different types.
Patch Cables and Pigtails: Patch
cables are short lengths of fiber with connectors on both ends, while pigtails
have a connector on one end and bare fiber on the other. They are used for
connecting devices to the network.
Splice Trays and Enclosures: These
provide protection and organization for fiber splices. Splice trays hold fusion
or mechanical splices securely in place.
Cable Management: Includes
cable ties, racks, and enclosures to organize and secure fiber optic cables in
a neat and efficient manner.
Fusion Splicing: Fusion splicing is a technique used to join two optical
fibers by melting or fusing them together. This process ensures low insertion
loss and high mechanical strength at the splice point.
Fusion Splicing Machine (Splicer): This
machine is used for precisely aligning and fusing optical fibers. There are two
main types of fusion splicers: single-fiber splicers and ribbon splicers for
multi-fiber cables.
Alignment Methods: Fusion
splicing machines use different alignment methods, such as core alignment and
cladding alignment, to achieve optimal splice performance.
Cleaving Tools: Proper
cleaving of the fiber ends is crucial for successful fusion splicing. Cleaving
tools are used to create a flat and smooth surface for the fusion process.
Splice Protection: After
fusion splicing, the exposed splice point needs protection. Heat-shrink sleeves
or mechanical splice protectors are commonly used to provide protection against
environmental factors.
Having high-quality accessories and fusion splicing equipment is essential for
building reliable and efficient fiber optic networks. Proper installation and
maintenance using these tools ensure optimal performance and longevity of the
optical fiber infrastructure.
The Tumtec V9+ is a specific
model of fusion splicer manufactured by Tumtec, a company specializing in fiber
optic fusion splicing technology. Here are some key features and specifications
of the Tumtec V9+ fusion splicer:
High Precision Fusion Splicing: The Tumtec V9+ is designed for high
precision fusion splicing of optical fibers, ensuring low splice loss and high
splice quality.
It utilizes advanced fusion splicing technology to achieve consistent and
reliable splices.
Core Alignment Technology: The V9+ model likely utilizes core
alignment technology, which aligns the cores of the optical fibers for optimal
splicing performance.
Core alignment ensures accurate alignment of the fiber cores, resulting in low
splice loss and high splice strength.
Fast Splicing and Heating: The Tumtec V9+ is capable of fast
splicing and heating, allowing for efficient fusion splicing in various
environments.
It is equipped with fast splicing and heating modes to expedite the splicing
process while maintaining quality.
User-Friendly Interface: The fusion splicer is designed with a
user-friendly interface, featuring an intuitive touchscreen display for easy
operation.
It may have built-in software for managing splice data, performing splice
quality evaluations, and configuring splicing parameters.
Durability and Portability: The Tumtec V9+ is likely built to
withstand harsh environments and rugged conditions, making it suitable for
field use.
It may feature a compact and lightweight design for portability and ease of
transport.
Battery Operation: It may be equipped with a rechargeable battery for
cordless operation, allowing users to perform splicing tasks in locations where
power sources are limited or unavailable.
Splice Protection and Management:
The fusion splicer likely
includes features for splice protection, such as splice sleeves or splice
trays, to ensure the longevity and reliability of spliced fibers.
It may offer options for managing splice data, such as storing splice records
and generating splice reports.
Overall, the Tumtec V9+ fusion splicer is designed to provide high-performance
fusion splicing capabilities with user-friendly operation, making it suitable
for various applications in fiber optic network installation, maintenance, and
repair.
Youtube Link: https://www.youtube.com/watch?v=-xETd-liPb8
Hear some related Tumtec Fusion Splicer links below:
Visit our Social : D-TECH Facebook || D-TECH TikTok || D-TECH Youtube || D-TECH LinkLink || D-TECH Instagram
Number of Fiber |
Single |
Applicable Fibers |
SM(ITU-T G.652 & G.651 &
G.655) |
Compatible Fiber/Cable |
0.25–3.0mm/Indoor Cable |
Cleaved Length |
Diameter: 0.125–1 mm / Cleave Length:
5–16 mm |
Diameter |
Cladding: 80–150 µm; Coating: 100–3000
µm |
Splicing Mode |
Pre-set 41 splicing modes, max 100
modes |
Heating Mode |
Pre-set 5 heating modes
(20/30/40/50/60mm), max. 1.00 modes |
Typical Splice Loss |
SM: 0.02dB dB; MM: 0.01 dB; DS: 0.04dB
dB; NZDS: 0.04 dB; G.657: 0.02 dB |
Return Loss |
60dB |
Lighting |
3 White LEDs |
Splicing Time |
Quick mode: 6s |
Estimated Splice Loss |
Available / Accuracy: < 0.1 dB |
Heating Sleeve Length |
20 - 60 mm |
Heating Time |
Quick heating time: 13s; typical
heating time: 30s |
Results Storage |
20,000 latest records & 200 images |
Storage Condition |
0 – 95% relative humidity, -40°C |
Display |
900 bi-directional view, 5.0"
Color high-resolution Resolution Display |
Electrode Life |
5000 arcs |
Optical fiber accessories
and fusion splicing machines are essential components in the field of fiber
optic communication and network infrastructure. Let's explore each of them in
more detail:
Connectors and Adapters: These are used to terminate and connect optical
fibers. Common connector types include SC, LC, ST, and MTP/MPO. Adapters are
used to join connectors of different types.
Patch Cables and Pigtails: Patch
cables are short lengths of fiber with connectors on both ends, while pigtails
have a connector on one end and bare fiber on the other. They are used for
connecting devices to the network.
Splice Trays and Enclosures: These
provide protection and organization for fiber splices. Splice trays hold fusion
or mechanical splices securely in place.
Cable Management: Includes
cable ties, racks, and enclosures to organize and secure fiber optic cables in
a neat and efficient manner.
Fusion Splicing: Fusion splicing is a technique used to join two optical
fibers by melting or fusing them together. This process ensures low insertion
loss and high mechanical strength at the splice point.
Fusion Splicing Machine (Splicer): This
machine is used for precisely aligning and fusing optical fibers. There are two
main types of fusion splicers: single-fiber splicers and ribbon splicers for
multi-fiber cables.
Alignment Methods: Fusion
splicing machines use different alignment methods, such as core alignment and
cladding alignment, to achieve optimal splice performance.
Cleaving Tools: Proper
cleaving of the fiber ends is crucial for successful fusion splicing. Cleaving
tools are used to create a flat and smooth surface for the fusion process.
Splice Protection: After
fusion splicing, the exposed splice point needs protection. Heat-shrink sleeves
or mechanical splice protectors are commonly used to provide protection against
environmental factors.
Having high-quality accessories and fusion splicing equipment is essential for
building reliable and efficient fiber optic networks. Proper installation and
maintenance using these tools ensure optimal performance and longevity of the
optical fiber infrastructure.
The Tumtec V9+ is a specific
model of fusion splicer manufactured by Tumtec, a company specializing in fiber
optic fusion splicing technology. Here are some key features and specifications
of the Tumtec V9+ fusion splicer:
High Precision Fusion Splicing: The Tumtec V9+ is designed for high
precision fusion splicing of optical fibers, ensuring low splice loss and high
splice quality.
It utilizes advanced fusion splicing technology to achieve consistent and
reliable splices.
Core Alignment Technology: The V9+ model likely utilizes core
alignment technology, which aligns the cores of the optical fibers for optimal
splicing performance.
Core alignment ensures accurate alignment of the fiber cores, resulting in low
splice loss and high splice strength.
Fast Splicing and Heating: The Tumtec V9+ is capable of fast
splicing and heating, allowing for efficient fusion splicing in various
environments.
It is equipped with fast splicing and heating modes to expedite the splicing
process while maintaining quality.
User-Friendly Interface: The fusion splicer is designed with a
user-friendly interface, featuring an intuitive touchscreen display for easy
operation.
It may have built-in software for managing splice data, performing splice
quality evaluations, and configuring splicing parameters.
Durability and Portability: The Tumtec V9+ is likely built to
withstand harsh environments and rugged conditions, making it suitable for
field use.
It may feature a compact and lightweight design for portability and ease of
transport.
Battery Operation: It may be equipped with a rechargeable battery for
cordless operation, allowing users to perform splicing tasks in locations where
power sources are limited or unavailable.
Splice Protection and Management:
The fusion splicer likely
includes features for splice protection, such as splice sleeves or splice
trays, to ensure the longevity and reliability of spliced fibers.
It may offer options for managing splice data, such as storing splice records
and generating splice reports.
Overall, the Tumtec V9+ fusion splicer is designed to provide high-performance
fusion splicing capabilities with user-friendly operation, making it suitable
for various applications in fiber optic network installation, maintenance, and
repair.
Youtube Link: https://www.youtube.com/watch?v=-xETd-liPb8
Hear some related Tumtec Fusion Splicer links below:
Visit our Social : D-TECH Facebook || D-TECH TikTok || D-TECH Youtube || D-TECH LinkLink || D-TECH Instagram
Base Unit | Set(1) |
---|---|
Category | Optical Fusion Splicer & accessories |
SKU | |
Product Code | 22 |
Trackable | Yes |
Taxable | Yes |
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