T-327S
Introduce our six motors mini fusion splicer engineered for precision and efficiency in modern optical network installations. Our device integrates advanced alignment technology to deliver reliable low-loss connections across various fiber types. Network technicians require dependable tools to maintain broadband infrastructures globally. We supply our splicing instrument to meet stringent industry standards while ensuring operational simplicity. The compact structural design allows operators to handle complex field deployments seamlessly. Our solution empowers telecommunication professionals to achieve consistent performance during demanding operations.
Applicable Fibers | SM(ITU-T G.652), MM(ITU-T G.651), NZ-DS(ITU-T G.653), NZDS (ITU-T |
Average Splice Loss | 0.02dB(SM), 0.01dB(MM), 0.04dB(NZDS), 0.04dB(EDF) |
Return Loss | 60dB |
Tension Test | 2.0N(200gf)(Standard) |
Typical splicing time | 8 -9 seconds |
Typical heating time | 15-25 seconds |
Splicing Program | 50 groups |
Protection Sleeve Length | 20mm, 40mm, 60mm |
Operating Language | Chinese, English, French, Portuguese, Spanish |
Operating Conditions | -25~+50°C(operation temperature),0~95% RH(humidity), 0~5000m(altitude) |
Power Supply | AC adaptor: 100~240V input voltage, 50/60Hz; 12V, 5A output voltage(DC) |
Monitor | 4.3 inches high resolution colorful LCD display |
Fiber Image Magnification | X or Y axis Separately views 420 times magnification, or Simultaneously 220 times |
Storage of Splice Result | 6,000 groups of latest splice results |
Splicing Mode | Auto & Manual & Full Auto |
Dimensions | 120(W)*120(D)*130(H)mm |
Our touch screen fiber splicer reduces operational downtime effectively. It executes standard splicing in just 8 to 9 seconds. The integrated heating unit complements this rapid speed perfectly. It completes the tube shrinking process within 15 to 25 seconds. Field technicians can maximize their daily task completion rates. This matters greatly when handling large-scale deployments. Rapid cycle times ensure your teams remain productive under tight schedules. We configured the heating parameters to accommodate various standard protection sleeves.
Navigating complex splicing configurations becomes straightforward through the digital display. The device features a 4.3-inch high-resolution colorful LCD screen. Operators can view the X and Y axes simultaneously. This dual view provides up to 220 times magnification. Users can also inspect a single axis at 420 times magnification. Clear visual feedback allows users to verify core alignment accuracy securely. The intuitive interface supports multiple operating languages including English and Spanish. Our visual system minimizes user fatigue during prolonged inspection tasks.
Extended field operations demand robust power management systems daily. Our equipment incorporates a high-capacity 5.2AH inner lithium battery. This power source supports numerous splicing and heating cycles reliably. Users can rely on the internal memory to store data. It holds up to 6,000 groups of the latest splice results. This substantial storage eliminates immediate external data transfer needs. Technicians can review past connections for quality assurance auditing easily. The provided AC adaptor ensures flexible recharging options across global work sites.
Broadband service providers rely heavily on our FTTH fusion splicer daily. They deploy residential and commercial internet connections efficiently using our tool. The lightweight architecture enables installers to carry the device easily. They can transport it into confined spaces or elevated locations securely. Consistent low splice loss guarantees uninterrupted high-speed internet services. Field teams utilize the auto and manual splicing modes seamlessly. These modes adapt to varying environmental conditions quickly. Our solution directly supports the rapid expansion of optical infrastructures.
Maintaining backbone networks requires highly durable instruments in the field. Technicians need equipment that withstands rigorous daily usage across diverse climates. They deploy our splicer to repair damaged cables swiftly. The device restores critical communication lines with minimal delay. It accommodates multiple fiber categories including SM and MM variants. Reliable tension testing at 2.0N ensures structural integrity. Every repaired joint maintains its physical strength over time. Network operators trust our hardware to uphold strict transmission quality benchmarks.
Carrying heavy equipment slows down field technicians considerably. Excess weight increases physical strain during prolonged field assignments. We prioritize a highly compact structural design to maximize mobility. The unit measures just 120mm by 120mm by 130mm overall. Installers can easily transport our portable optical splicing machine everywhere. They move between remote sites without requiring specialized utility vehicles. The reduced weight factor translates into significantly faster setup times. Your teams will experience greater agility when navigating complex infrastructure layouts.
Achieving precise core alignment consistently is vital for network stability. High precision maintains low signal attenuation across modern optical networks. Our core alignment mechanism guarantees exceptional accuracy always. It delivers flawless results regardless of the technician's prior experience level. Average splice losses remain remarkably low during standard operations. We record 0.02dB for single-mode fibers and 0.01dB for multi-mode variants. This precision engineering reduces the pressing need for costly rework. Network planners can confidently deploy our solutions for long-term reliability.
Finding a dependable supplier is crucial for securing maintenance tools. We operate a sophisticated 3,000-square-meter production plant in Nanjing. Our facility focuses exclusively on optical fiber technology research and assembly. Our stringent quality control processes align completely with international standards. We maintain both ISO9000 and ISO14000 certifications proudly. A dedicated research team continuously innovates our product lines. They keep our fiber optic splicing equipment at the industry forefront. We deliver reliable tender project support to clients worldwide.
Our device supports SM, MM, NZ-DS, EDF, pigtail, and rubber-insulated wire cables.
The equipment functions reliably in temperatures ranging from -25 to 50 degrees Celsius and altitudes up to 5,000 meters.
The system securely stores up to 6,000 groups of your most recent splicing results.
The integrated heating unit accommodates 20mm, 40mm, and 60mm protection sleeves.
