KOMSHINE T49-25

KOMSHINE ORIENTEK T49 FTTx Mini Fusion Splicer User Manual

Eredua: T49-25

1. Sarrera

This manual provides comprehensive instructions for the safe and efficient operation, maintenance, and troubleshooting of the KOMSHINE ORIENTEK T49 FTTx Mini Fusion Splicer. This device is designed for precise fiber optic splicing in various applications, including FTTx, security monitoring, and general installation and maintenance.

The ORIENTEK T49 features active clad-alignment, a 3.5-inch display, fast splicing (8 seconds) and heating (18 seconds) capabilities, and tool-less electrode replacement. Its compact and lightweight design makes it suitable for both field and aerial work.

2. Segurtasun informazioa

Please read and understand all safety warnings and instructions before operating the fusion splicer. Failure to do so may result in injury or damage to the equipment.

3. Produktua amaitu daview eta Osagaiak

The KOMSHINE ORIENTEK T49 FTTx Mini Fusion Splicer is a robust and efficient tool for fiber optic installations. Below are its key features and included components.

3.1 Ezaugarri nagusiak

KOMSHINE ORIENTEK T49 FTTx Mini Fusion Splicer and accessories

Figure 1: The KOMSHINE ORIENTEK T49 FTTx Mini Fusion Splicer with its complete set of accessories, including a carrying bag, fiber cleaver, and various tools.

Key features of the ORIENTEK T49 Fusion Splicer

Figure 2: Visual representation of the splicer's key features, highlighting 8s fast splicing, 18s fast heating, 3.5-inch LCD, 0.01dB average splice loss, 5000 electrode service life, automatic fiber propulsion, and tool-less electrode replacement.

3.2 Barne dauden osagaiak

Diagram of included components for the T49 Fusion Splicer

3. irudia: Lehertutako bat view showing all components included with the T49 Fusion Splicer, numbered for easy identification.

  1. Zuntz optikoko garbigailua
  2. Carry Bag (including suspenders & belts)
  3. Cleaning Wipes (box)
  4. Splicing Protector Sleeves (piece)
  5. Alcohol Bottle
  6. Zuntz kentzeko
  7. Kable laua kentzeko FTS-01
  8. Fusion Splicer (main unit)
  9. Potentzia kargagailua
  10. Hozteko erretilua

4. Konfigurazioa

Before beginning splicing operations, ensure the splicer is properly set up and all necessary tools are at hand.

4.1 Hasierako Ikuskapena

4.2 Piztea

4.3 Fiber Cleaver Operating Platform

The T49 features a rich practical extensibility with a fiber cleaver operating platform.

Video 1: This video demonstrates the features of the ORIENTEK T49 Fiber Fusion Splicer, including its tool-less electrode replacement, fast splicing and heating, and the integrated fiber cleaver operating platform. It also shows the splicer's anti-dust, anti-rain, and anti-shock capabilities, and its handheld design for high-altitude operations.

As shown in Video 1, the fiber cleaver can be securely attached to the splicer, creating a stable platform for precise fiber preparation.

5. Funtzionamendua

Follow these steps for successful fiber optic splicing.

5.1 Fiber Preparation

  1. Strip the Fiber: Use the fiber stripper to remove the outer jacket and coating, exposing the bare fiber.
  2. Clean the Fiber: Clean the bare fiber with alcohol and a lint-free wipe.
  3. Cleave the Fiber: Place the cleaned fiber into the fiber cleaver and perform a precise cleave. A good cleave is crucial for low splice loss.

5.2 Splicing Procedure

  1. Open the Lids: Open the top lid and the heating oven lid of the splicer.
  2. Place Fibers: Carefully place the prepared fibers into the V-grooves of the splicer, ensuring the cleaved ends are positioned correctly between the electrodes. The 3-in-1 fiber holder accommodates various fiber types.
  3. 3-in-1 fiber holder for various fiber types

    Figure 4: The versatile 3-in-1 fiber holder, designed to securely hold bare fiber, pigtail fiber, jump fiber, and flat fiber for splicing.

  4. Tapak itxi: Close the top lid. The splicer will automatically align the fibers and initiate the splicing process.
  5. 8-second fast splicing process on the T49

    Figure 5: The splicer performing an 8-second fast splice, showing the arc discharge between the electrodes.

  6. Splicing Completion: The display will show the splice loss after the 8-second splicing process.
  7. Splicing and heating display on the T49

    Figure 6: The T49's display showing fiber alignment and estimated splice loss, alongside indicators for fast splicing and heating functions.

  8. Bero-uzkurduraren aurkako babesa: Place a splice protection sleeve over the spliced joint and move it into the heating oven.
  9. Berogailua: Close the heating oven lid. The splicer will automatically heat the sleeve for 18 seconds to protect the splice.
  10. 18-second fast heating process on the T49

    Figure 7: The heating oven in action, rapidly shrinking the protection sleeve around the spliced fiber in 18 seconds.

  11. Hoztea: Once heating is complete, carefully remove the protected splice and place it on the cooling tray.

6. Mantentzea

Regular maintenance ensures optimal performance and extends the lifespan of your fusion splicer.

6.1 Garbiketa

6.2 Elektrodoen ordezkapena

The electrodes have a lifespan of approximately 5000 splices. Replace them when prompted by the device or if splicing quality degrades.

  1. Itzali: Turn off the splicer and disconnect from power.
  2. Remove Old Electrodes: The T49 features an innovative tool-less design for electrode replacement. Gently twist and pull the old electrodes upwards to remove them.
  3. Tool-less electrode replacement on the T49

    8. irudia: Gertuko planoa view demonstrating the simple, tool-less method for replacing electrodes by gently twisting and lifting them from their sockets.

  4. Install New Electrodes: Insert the new electrodes into their respective slots and gently twist to secure them.
  5. Arc Calibration: After replacing electrodes, perform an arc calibration as per the device's menu instructions to ensure optimal performance.

7. Arazoak

This section addresses common issues you might encounter with the ORIENTEK T49 Fusion Splicer.

ArazoaKausa posibleaIrtenbidea
High Splice LossDirty V-grooves or electrodes, poor fiber cleave, worn electrodes, incorrect fiber type settings.Clean V-grooves and electrodes. Re-cleave fibers. Replace electrodes if worn. Verify fiber type settings.
Splicer Fails to ArcDirty or worn electrodes, low battery, environmental factors (humidity).Clean or replace electrodes. Charge battery. Move to a drier environment.
Fiber Not AlignedDirty V-grooves, improper fiber placement, damaged fiber holder.Clean V-grooves. Re-position fibers correctly. Inspect fiber holders for damage.
Heating Oven Not WorkingLid not fully closed, internal fault.Ensure lid is securely closed. If problem persists, contact support.

8. Zehaztapenak

Technical specifications for the KOMSHINE ORIENTEK T49 FTTx Mini Fusion Splicer.

EzaugarriZehaztapena
MarkaKOMSHINE
Modelo zenbakiaT49-25
Splicing Denbora8 seconds (automatic)
Berotze Denbora18 seconds (automatic)
Bistaratzea3.5 hazbeteko LCDa
Elektrodoaren bizitzaApprox. 5000 times (replaceable)
Zuntz euskarria3-in-1 (Bare Fiber, 3.0mm Jump Fiber/Pigtail, Fiber/Rubber-insulated cable)
Bateria EdukieraSupports 120 splices + heating cycles
Neurriak (L x W x H)14.96 x 10.63 x 11.02 hazbete
Elementuaren pisua5 kilogramo (gutxi gorabehera 11 libera)
Ingurumena babesteaAnti-dust, anti-rain, anti-shock
UPC635412290260

9. Bermea eta Laguntza

For warranty information, technical support, or service inquiries, please refer to the documentation included with your product or contact KOMSHINE customer service. Protection plans are also available for extended coverage.

Bisitatu ofiziala KOMSHINE Store produktu eta laguntza-baliabide gehiago lortzeko.

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