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Sarah WadeSep 7, 2025
What does DEVICE ERROR mean on Sumitomo TYPE-66M12?
- RRobert FranklinSep 7, 2025
This error indicates that the controlboard has a problem. Please contact our maintenance service center.
What does DEVICE ERROR mean on Sumitomo TYPE-66M12?
This error indicates that the controlboard has a problem. Please contact our maintenance service center.
What to do if my Sumitomo TYPE-66M12 Industrial Electrical splicer does not power up?
If your splicer isn't powering up, ensure the power supply or battery module is correctly installed. Check that the power plug is properly connected to the power supply module and that the power supply module's LED is lit. If using battery power, make sure the battery is fully charged.
What should I do if my Sumitomo TYPE-66M12 displays CAMERA ERROR?
Turn off the power and turn it on again. If the error still persists, contact our maintenance service center.
How to clear Brightness Error Brightness Various Error LED error on Sumitomo Industrial Electrical?
This error indicates the splicer failed in LED brightness adjustment. Clean the LED, the mirror protection glass, and the microscope lens.
How to address Cut Error (Projection) (L)(R)(LR) on Sumitomo Industrial Electrical?
This error means the splicer detected a projection in an end-face inspection. The solution is to re-cleave the fiber.
What does Cut Error (LIP) (L)(R)(LR) mean on Sumitomo TYPE-66M12 Industrial Electrical, and how can I fix it?
This error indicates the splicer detected a lip in an end-face inspection. Re-cleave the fiber to resolve this issue.
What causes Cut Error (Crack) (L)(R)(LR) on Sumitomo TYPE-66M12 Industrial Electrical?
If the splicer detects a crack in an end-face inspection, resulting in a cut error, re-cleave the fiber.
How to resolve Cut Error (Angle) (L)(R)(LR) on Sumitomo Industrial Electrical?
If you encounter a cut error due to the cleave angle exceeding the allowable level, re-cleave the fiber.
How often do Sumitomo Industrial Electrical electrodes need replacement?
The electrodes typically need replacement after 1000 splices. Some common symptoms that indicate the electrodes need replacing are: Fluttering or unstable arc observed on the monitor, Sizzling noise while arcing, Bubbles in the fibers after splicing, Fiber burned in half, Diameter faults, High or inconsistent splice losses.
What to do if I see Splice Error (Splice) (Thin) (Thick) (Neck) (Bubble) on Sumitomo TYPE-66M12 Industrial Electrical?
This error could be due to several reasons: Thin splices can be caused by high fiber end irregularity, low Overlap value, or strong arc power. Thick splices may result from high fiber end irregularity, high Overlap value, or weak arc power. Bubble or Neck errors often indicate fiber irregularity or end face problems. Perform an arc test again to adjust arc power. Check that the arc parameters such as Fusion time, Prefusion time, Overlap, and etc. have correct values. Re-arcing will sometimes resolve the problem.
Explains symbols used for warnings and cautions on the product and in the manual.
Provides critical warnings for setup, usage, and handling of the splicer to prevent hazards.
Details about the TYPE-66 splicer, its functions, and capabilities for splicing optical fibers.
Specifies the types of optical fibers (material, profile, diameter) the TYPE-66 can splice.
Highlights the key features of the TYPE-66, such as dual heat shrink ovens and auto start.
Lists the items included in the standard package of the TYPE-66 fusion splicer.
Lists available optional accessories for the TYPE-66, such as batteries and fiber tools.
Details the consumables like fiber protection sleeves, electrodes, and monitor protection glass.
Identifies and describes the main components of the TYPE-66 fusion splicer.
Explains the function of each key on the splicer's keypad for operation.
Details V-grooves, electrodes, fiber holder stage, and other internal parts.
Describes the heat shrink oven and the input/output panel of the splicer.
Lists necessary equipment and initial steps before splicing optical fibers.
Provides an overview of the splicing process steps with page references.
Details how to install and remove the power supply module for AC operation.
Explains how to install the battery module and select power source.
Describes how to check the remaining battery charge using the indicator.
Outlines the steps for connecting and charging the battery module.
Covers DC operation via car battery and the battery refreshing process to extend life.
Advises on proper storage, usage, and replacement of the battery module.
Step-by-step guide on how to power on the TYPE-66 fusion splicer.
Describes the startup sequence and how to set fiber type and protection sleeve.
Details the process of stripping fiber coating and cleaning the bare fiber.
Explains the procedure for cleaving optical fibers using a cleaver.
Guides on how to properly place the prepared fibers into the splicer.
Details the steps for conducting an arc test for splice quality adjustment.
Covers final steps like applying protection sleeves and cleaving fibers before splicing.
Explains how to initiate the automatic splicing process.
Describes how to view and analyze the recorded splice results.
Provides guidance on interpreting splice results and identifying issues.
Details the steps for applying a protection sleeve after splicing.
Labels and identifies the main parts of the fusion splicer for maintenance.
Explains the importance of daily cleaning and general guidelines for maintaining performance.
Guides on cleaning V-grooves, LEDs, and mirror protection glass for clear images.
Details cleaning procedures for bare fiber pads and microscope lenses.
Covers cleaning the heat shrink oven and fiber holders to maintain performance.
Step-by-step instructions for replacing worn-out electrodes.
Guidance on how to replace the protective panel for the splicer's monitor.
Instructions for properly packing and storing the TYPE-66 splicer and accessories.
Explains how to adjust splice and heater parameters for different fiber types.
Details how to change specific splice and heating parameters on the splicer.
Describes various configurable functions like language, display, and buzzer settings.
Explains how to access and use maintenance functions like conditioning arc and self-inspection.
Covers alternative monitor views and the dual heat shrink oven feature.
Explains detachable fiber pads and the auto start splicing function.
Details how to record and retrieve splice loss information.
Describes the screw holes for mounting the splicer on a tripod for stability.
Addresses common issues like unstable arcs, fiber breaking, and electrode replacement.
Outlines the product warranty, service terms, and conditions for repairs.
Lists common error messages and their corresponding troubleshooting measures.
Lists detailed specifications for fiber compatibility, splice loss, and cycle times.
General| Fiber Count | Single |
|---|---|
| Manufacturer | Sumitomo |
| Applicable Fibers | SM, MM, DS, NZDSF |
| Cladding Diameter | 80-150 µm |
| Coating Diameter | 100-1000 µm |
| Splicing Mode | Automatic |
| Typical Splice Loss | SMF: 0.02 dB, MMF: 0.01 dB, DSF: 0.04 dB, NZDSF: 0.04 dB |
| Return Loss | ≥ 60 dB |
| Operating Condition | -10°C to 50°C, 0 to 95% RH |
| Storage Condition | 0 to 95% RH |
| Power Source | AC 100-240V, 50/60Hz or Li-ion battery |
| Applicable Sleeves | 60 mm |