KOMSHINE FX39, KIP-600V

Buku Panduan Pangguna Komshine FX39 Fiber Fusion Splicer sareng KIP-600V Fiber Inspection Probe

Model: FX39, KIP-600V

1. Bubuka

This manual provides detailed instructions for the safe and efficient operation, maintenance, and troubleshooting of the Komshine FX39 Fiber Fusion Splicer and the Komshine KIP-600V Fiber Inspection Probe. Please read this manual thoroughly before using the equipment to ensure optimal performance and longevity.

The Komshine FX39 is a high-performance fiber fusion splicer designed for precise optical fiber splicing. The Komshine KIP-600V is a fiber inspection probe used for examining fiber end-faces.

2. Émbaran Kasalametan

WARNING: Always follow safety precautions to prevent injury or damage to the equipment.

3. Eusi Paket

Verify that all items are present in the package. If any items are missing or damaged, contact your supplier immediately.

Komshine FX39 Fiber Fusion Splicer and KIP-600V Fiber Inspection Probe complete kit

Figure 3.1: Complete package contents including the FX39 Splicer, KIP-600V Probe, and accessories.

Paket biasana kalebet:

4. Setélan

4.1. Ngecas Batré

Before initial use, fully charge the device batteries. The FX39 Splicer uses a 7800mAh battery, and the KIP-600V Probe uses a 4000mAh battery.

  1. Sambungkeun adaptor kakuatan ka alat sareng stopkontak.
  2. Indikator ngecas bakal hurung.
  3. A full charge for the FX39 typically takes approximately 3.5 hours.
Komshine FX39 Splicer with 7800mAh high capacity Li-battery being charged

Figure 4.1: The FX39 Splicer's 7800mAh battery provides up to 400 splice and heat cycles per charge.

4.2. Installing Electrodes (FX39 Splicer)

The FX39 Splicer features a tool-less electrode replacement design.

  1. Ensure the splicer is powered off.
  2. Gently unscrew the electrode covers.
  3. Leupaskeun éléktroda heubeul.
  4. Insert new electrodes, ensuring they are seated correctly.
  5. Screw the electrode covers back into place.
Komshine FX39 Splicer showing tool-less electrode replacement

Figure 4.2: Tool-less electrode replacement for convenience and efficiency.

4.3. Preparing the Work Area

Set up the splicer on a stable, clean, and level surface. Ensure adequate lighting and ventilation. Keep all necessary tools and consumables within reach.

5. Parentah Operasi

5.1. Komshine FX39 Fiber Fusion Splicer Operation

The FX39 Splicer features 6-motor core alignment and a 4.3-inch capacitive touch screen for intuitive operation.

Komshine FX39 Splicer with 6-motor positioning system

Figure 5.1: The 6-motor positioning system ensures precise fiber alignment for optimal splicing.

5.1.1. Fiber Preparation

  1. Strip the Fiber: Use a fiber stripper to remove the protective coating from the fiber, exposing the bare fiber.
  2. Clean the Fiber: Clean the bare fiber with a lint-free wipe soaked in 99% isopropyl alcohol.
  3. Cleave the Fiber: Use a high-precision fiber cleaver to achieve a clean, perpendicular fiber end-face. The cleave length should be appropriate for the splicer's fiber holders.

5.1.2. Placing Fiber in Splicer

The FX39 supports a 3-in-1 fiber holder design.

  1. Open the splicer's wind cover and fiber clamps.
  2. Carefully place the prepared fibers into the V-grooves of the fiber holders. Ensure the fiber end-faces are positioned correctly near the electrodes.
  3. Tutup serat clamps and then the wind cover.
Komshine FX39 Splicer with 3-in-1 fiber holder

Figure 5.2: The 3-in-1 fiber holder accommodates various fiber types and sizes.

5.1.3. Splicing Process

  1. The splicer will automatically begin the alignment process. The 6 motors will precisely align the fiber cores.
  2. Once aligned, the splicer will initiate the fusion arc. The splicing process takes approximately 6 seconds.
  3. After splicing, the estimated splice loss will be displayed on the screen.
  4. Open the wind cover and carefully remove the spliced fiber.

5.1.4. Heat Shrink Protection

  1. Slide a heat shrink sleeve over the splice point.
  2. Lebetkeun serat sareng selongsongna kana oven pemanas.
  3. Close the oven lid. The heating process takes approximately 16 seconds.
  4. Once complete, carefully remove the protected splice and allow it to cool on the integrated cooling tray.
Komshine FX39 Splicer with 2-layer cooling tanks

Figure 5.3: The 2-layer cooling tanks provide a safe place for spliced fibers to cool after heating.

5.2. Komshine KIP-600V Fiber Inspection Probe Operation

The KIP-600V probe is used to inspect the end-face of fiber optic connectors for dirt, scratches, or other defects that can degrade signal quality.

Komshine KIP-600V Fiber Inspection Probe in use

Figure 5.4: The KIP-600V probe connected to its display unit, showing a fiber end-face for inspection.

5.2.1. Connecting and Powering On

  1. Connect the KIP-600V probe to its display unit.
  2. Press the power button on the display unit to turn it on.
  3. Ensure the battery is sufficiently charged (4000mAh battery provides up to 20 hours of operation).

5.2.2. Inspecting Fiber End-Faces

  1. Select the appropriate adapter tip for the fiber connector type (SC, FC, ST, LC, MU, etc.).
  2. Insert the fiber connector into the probe tip.
  3. Observe the fiber end-face image on the display unit. The KIP-600V provides 400x magnification.
  4. Use the focus wheel on the probe to achieve a clear image.
  5. Evaluate the end-face cleanliness and quality according to industry standards.
Komshine KIP-600V Fiber Inspection Probe showing compatibility with various connector types

Figure 5.5: The KIP-600V is compatible with SC, FC, ST, LC, and MU connectors, including female versions.

The KIP-600V also supports real-time video recording and TF card expansion for data storage and playback.

6. Pangropéa

6.1. Cleaning the FX39 Splicer

6.2. Cleaning the KIP-600V Probe

6.3. Kaperawatan batré

6.4. Kaperawatan Umum

Komshine KIP-600V Fiber Inspection Probe with removable silicone case

Figure 6.1: The KIP-600V probe with its protective silicone case, designed to reduce damage from impacts.

7. Cara ngungkulan

This section provides solutions to common issues encountered during operation. For problems not listed here, contact customer support.

MasalahMungkin Cukang lantarananaSolusi
Leungitna Sambungan Anu Luhur
  • Dirty fiber end-faces
  • Poor fiber cleave
  • Worn or dirty electrodes
  • Incorrect fiber placement
  • Environmental factors (dust, humidity)
  • Clean fiber end-faces thoroughly.
  • Re-cleave the fiber.
  • Clean or replace electrodes.
  • Re-position fibers correctly in V-grooves.
  • Mastikeun lingkungan gawé bersih.
Splicer Fails to Arc
  • Electrodes are worn out or broken
  • batré lemah
  • Éléktroda kacemar
  • Replace electrodes.
  • Ngecas batré.
  • Clean electrodes.
KIP-600V Display is Unclear
  • Dirty probe tip or fiber end-face
  • Teu fokus
  • Clean the probe tip and fiber end-face.
  • Adjust the focus wheel on the probe.
Alat Teu Dihurungkeun
  • Batré discharged
  • Batré teu dipasang leres
  • Power button issue
  • Ngecas batré.
  • Pasang deui batréna.
  • Kontak rojongan customer.

8. Spésifikasi

8.1. Komshine FX39 Fiber Fusion Splicer

8.2. Komshine KIP-600V Fiber Inspection Probe

9. Garansi jeung Rojongan

Komshine products are designed for reliability and performance. For warranty information, please refer to the warranty card included with your product or visit the official Komshine websitus.

For technical support, service, or inquiries, please contact Komshine customer service through the details provided on the product packaging or the official website. When contacting support, please have your product model and serial number available.

Sumberdaya Online: For additional resources, FAQs, and software updates, please visit the KOMSHINE Store on Amazon.

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