ALK-T7 - Fiber fusion tool Vevor - Free user manual and instructions

USER MANUAL ALK-T7 Vevor

Technical Support and E-Warranty Certificate www.vevor.com/support

OPTICAL FIBER FUSION SPLICER MODEL:ALK-T7

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MODEL: ALK-T7

Black electronic device with visible ports and a battery cover, no text or symbols present

NEED HELP? CONTACT US!

Have product questions? Need technical support? Please feel free to contact us:

Technical Support and E-Warranty Certificate www.vevor.com/support

This is the original instruction, please read all manual instructions carefully before operating. VEVOR reserves a clear interpretation of our user manual. The appearance of the product shall be subject to the product you received. Please forgive us that we won't inform you again if

there are any technology or software updates on our product.

IMPORTANT SAFEGUARDS

Warning: This product is designed for splicing glass optical fibers used for communication and it is strictly forbidden to splice other substances. Miss-operation can cause electric shock, fire or personal injury. Please carefully read and observe the following rules for your own safety.

(1) Use the power supply unit provided by this product mix. Do not use other power adapter, battery or power line. Do not use this product under other voltages so as not to cause fire or electric shock.

(2) Don't let liquid such as water or metal material drop into the equipment, otherwise it may cause fire, electric shock or equipment breakdown. Stop using the equipment, unplug the battery socket and contact our maintenance staff once any of the above situation happens.

(3) Must not use the fusion splicer under combustible or explosive environment, otherwise it may cause fire or explosion.

(4) Do not touch the electrodes when the fusion splicer is operating which may cause injury by high voltage generated by arc of electrodes. Ensure that the power is off and the power line has been pulled out when replacing the electrodes.

(5) Once smoking, bad smell or abnormal noise occurs, stop using the fusion splicer immediately, unplug the power plug and contact our maintenance staff. Continue using may cause fire, electric shock or equipment breakdown.

(6) Disassembling or reassembling the fusion splicer, reassembling the battery or power adapter is prohibited to avoid over-heating, burst or fire.

(7) Please strictly follow the operation manual on how to use the battery. Wrong operations can cause battery over-heating, burst or explosion leading to fire or personal injury.

*Please don’t use other methods beyond this manual to charge battery;
*Please don’t throw the battery into fire;

*Please don't connect positive and negative electrodes with reverse

interfaces;

*Please don't charge or discharge under high temperature, fire or directly sunlight;

*Please don't throw or strike battery;

*If the battery electrolyte leaks out, handle it carefully. If the spill contacts skin or eyes inadvertently, you must thoroughly clean and immediately take medical treatment, at the same time inform repair department to process the battery.

(8) Optical fiber fusion splicer must be repaired and debugged by professional. Incorrect repair may cause fire or electrical shock. If a failure occurs, please contact our repair department.

CORRECT DISPOSAL

This product is subject to the provision of European Directive 2012/19/EC. The symbol showing a wheelie bin crossed through indicates that the product requires separate refuse collection in the European Union. This applies to the product and all

accessories marked with this symbol. Products marked as such may not be discarded with normal domestic waste, but must be taken to a collection point for recycling electrical and electronic devices

BATTERY DISPOSAL

To minimize hazards to health and the environment at the end of this product's life, laws dealing with Waste Electrical and Electronic Equipment (WEEE) and The Waste Battery Directive require you to dispose of this product at a suitable collection facility where it will be sent in order to remove the batteries and for appropriate recycling. Please contact your local authorities for more details on recycling and safe disposal of these in your area.

FCC INFORMATION

CAUTION: Changes or modifications not expressly approved by the party responsible for compliance could void the user's authority to operate the equipment!

This device complies with Part 15 of the FCC Rules. Operation is subject to

the following two conditions:

1) This product may cause harmful interference.
2) This product must accept any interference received, including interference that may cause undesired operation.

WARNING: Changes or modifications to this product not expressly approved by the party. Responsible for compliance could void the user's authority to operate the product.

Note: This product has been tested and found to comply with the limits for a Class B digital device pursuant to Part 15 of the FCC Rules, These limits are designed to provide reasonable protection against harmful interference in a residential installation.

This product generates, uses and can radiate radio frequency energy, and if not installed and used in accordance with the instructions, may cause harmful interference to radio communications. However, there is no guarantee that interference will not occur in a particular installation. If this product does cause harmful interference to radio or television reception, which can be determined by turning the product off and on, the user is encouraged to try to correct the interference by one or more of the following measures.

• Reorient or relocate the receiving antenna.
• Increase the distance between the product and receiver.
• Connect the product to an outlet on a circuit different from that to which the receiver is connected.
• Consult the dealer or an experienced radio/TV technician for assistance.

1. Working Environment

1.1 Cautions for use/storage of the splicer:

● Working Temperature: -10^ +45^
● Temperature Limitation: -20^ +55^
● Working Humidity: ≤95%RH (No condensation)
● Maximum Wind Speed: 15m / s

- Storage Conditions: - 10°C \~ + 45°C (With Battery, No Condensation) -20°C + 60°C (No Battery, No Condensation)

Don't use the splicer in environment vulnerable to fire, explosion in case any fire disaster or explosion caused.

Don't use or store the splicer in environment of high temperature or high humidity in case any damages to the machine caused. When the splicer is moved from low temperature environment to environment of higher temperature please take possible warming up measures to eliminate condensation.

Please take suitable dust-resistance measures when using the machine in dusty environment to prevent lots of dust getting into the machines and causing device malfunction.

2. Power Supply

Please use the matching accessories of the splicer and don't use any power adapter, battery or power cord that are not specified in the instruction.

Please don't use the splicer under the voltages that are not specified for the model in case any fire disasters or electric shock caused. The customized car charger power cord is only available for 12V power supply of gasoline cars. In any circumstances, users shall not use it on diesel car with 24V power supply.

3. Battery

Please strictly follow the instructions when using the battery. Improper use of battery may cause battery heating up, burst, explosion, fire disaster or injuries to users.

Please do not charge the battery with methods that are not specified in the manual.

Do not dispose the battery in fire.

Do not reverse the positive and negative poles.

Do not expose the discharging battery under sunshine or in environment with high temperature or in fire.

Do not throw or strike on the battery.

If the battery electrolyte leaks out, please handle it carefully. If user's skin or eyes are contaminated by electrolyte accidentally, please wash it thoroughly and look for medical help immediately. At the same time please inform the after-sales department to handle the battery.

4. Other Cautions

Please prevent any liquid or metal materials getting into the internal structure of the product, or possible fire, electric shock or product malfunction may be caused. Once water or any metal materials get into the product please stop using, cut the power supply, turn off the equipment and contact the maintenance service department.

Please do not touch the electrodes when the equipment is working in case getting hurt by the high voltage. Please do cut the power supply and turn off the equipment before changing electrodes.

Do not disassemble or demolish the splicer, its battery or its adapter in case overheating, burst or fire disaster caused.

Except the components that are allowed to be changed in this manual please do not try to demolish any parts of the splicer. The maintenance or repair of the equipment must be operated by professional technicians from our company, improper operations may cause fire or electric shock.

Do not touch the shrinkable tube in heating process or when it's just finished, as the shrinkable tube is very hot and may cause scald.

Do not touch the splicer, power cord or power plug with wet hands in case electric shock caused.

Do not clean the microscope lens, V groove, screen etc with any chemical materials except alcohol. Otherwise it may cause image blur or spots on screen, or may even cause corrosion or damage of the equipment.

Please prevent the equipment from strong shaking or crash, or the equipment may be damaged. Please transport or store the splicer by dedicated carrying box.

Please do entire machine maintenance once a year to maintain the performance of the splicer.

Production Introduction

This chapter introduces the fundamental parameters of the equipment in details. Reading through this section can help you understand this product and familiarize the product features and tech-environment.

Optical Fiber Fusion Splicer is mainly used for optical fiber cable maintenance and relative operations. Thus it is also called fiber cable splicer. It is a device that uses high precision propulsion structure to push two fibers to get closer to each other and uses an electric arc to melt two optical fibers together at their end faces, to form a single long fiber.

Optical fiber fusion splicers are mainly applied by : Telecom carriers, ISP, network project contractors, laboratories. And they're applied in : Fiber cable network maintenance, telecom projects, emergent repairing, optical experiments, manufacture and testing of optical devices, academic researches in colleges.

Features

(1) Based on the principle of PAS (Lateral Projection System), adopt advanced image detection algorithm;
(2) Double core alignment structure, higher success rate of fusion and lower loss;
(3) Reliability design to enhance the ability of shockproof and dust proof;
(4) Low-power design, many functions can be used at the same time, and can still work for a long time;
(5) Small size and light weight can greatly improve work efficiency;
(6) Adaptive environmental information such as air pressure, temperature and humidity, and automatic discharge compensation.

Technology Indexes

Main Technical Indexes
Applicable Optical Fiber Types	SM (G.652/G.657), MM (G.651), DS (G.653), NZDS (G.655), BI-1, UBI-1, EDF-1, G657B3-1
Applicable Optical Fiber Core Number	Single core
Motor Number 6 Motors, Auto focus
Alignment	Core alignment, Cladding alignment, Fine alignment
Applicable Fiber diameter	Cladding Diameter: 80-150μm,Coating diameter: 125~1000μm
Splice Mode Pre-store:18 groups, User	define: 982groups
Splice Way ARC Splice
Splice Function	Splice by step (semi-automatic and manual)、 automatic splice
Boot Time 6s
Average Fusion Splice Loss	0.02dB(SM), 0.01dB(MM), 0.02dB (CS), 0.04dB(DS), 0.04dB(NZ-DS)
Return Loss Better than 60dB
Splice Time	9SEC(Standard Mode) 7SEC (Fast Mode)
Splice Loss Estimation Yes
Tension Test ≥2N
Screen 5 inches TFT true color HD LCD
Language	English, Spanish, German, French, Portuguese, Italian.
human-computer interaction mode Button operation
Optical Fiber Magnification Times	X/Y:210 times, X or Y:320 times(Double-click to enlarge 1100 times)
Power Supply 10.9V Lithium battery, 13.5V/5A power adapter
Battery	Typically work 260 cycles (Splicing / Heating),Full charge 3 Hours, Recharge Cycle: 500 times,7800mAh Li-battery
Power Saving Function Automatic standby, automatic shutdown
Splice Result Save 100000 sets of splice record storage
Image Storage 10000 Image storage
Electrode Rod life ≤5000
Data Interface USB2.0 can support splicing data export
Operating Environment	Elevation:0~5000m, Relative humidity:0~95%,Temperature:-20°C~55°C,Maximum wind speed:15m/s
Storage Environment	Relative humidity:0~95%, Temperature:-30°C~60°C
Corrosion resistance	Equipment components, parts and materials used anti-corrosion requirements, and cannot be corroded by fluid contamination
Host Appearance	The surface of the host is coated to meet the anti-corrosion requirements. The surface of all painted (plastic) parts; smooth and flat, with consistent color and luster, without scratches, defects, sags, shedding and damage. The surface of the electro plated parts has a metallic luster without cracks, spots, burrs and defects.
Splicer Weight 1.43(Without Battery)	1.85 kg(With Battery)
Splicer Size 166D×144W×158H(mm)
Optical fiber Interface judgment standard	Moderate: general quality requirements
Applicable Sleeve diameter	2mm, 3mm, 4mm, 6mm
Applicable Sleeve Length	60mm, 45mm, 40mm, 25mm (FP-03)
Heating Time	2mm tube(10-15S adjustable), 4mm tube (14-19S adjustable), 6mm tube(17-23S adjustable)
Heating Temperature	10-260°C (custom)
Auto-Heat	Automatic identification of heating when cover close
Night Work Lighting LED Double lights
Aerial Work Optional aerial work platform
Arc Correction Yes
Movable Battery Yes
Energy Consumption Parameter Working power consumption 123W
Battery Safety Protection Overcharge, over discharge protection

Introduce of Fusion Splicer

1. Host of Fusion Splicer

windproof coverer Heater LCD Buttons Battery

2. Keyboard

X/Y HEAT ARC SET RESET

	Power key	Turn on/off		Exit Key /switch key of XY field of view	Return to previous menu, field X, Y switch in Optical fiber mode
	Menu/Confirm	Enter menu,Press an enter key on the menu		Sleeve heating Key	Start sleeve heating
	Up key	Menu cursor moves upward		ARC correction	Fast ARC correction
	Down key	Menu cursor moves downward		Reset key Equipment reset
	Left key	Menu cursor moves to the left, reset the current option		Start Key	Start alignment, Start fusion splicing
	Right key	Menu cursor moves to the right, reset the current option

3. Splicer

Electrode Electrode gland multi-functional fixture V-groose camare lens Windproof cover fiber presser pin

4. Heater

Heating Plate Heater Cover

5. Outside Interface

USB Interface Power Supply Input: 13.5-5A

Basic Operation

This chapter describes the fusion splicer's basic operation methods. Read this chapter in detail. It can help you use the splicer correctly, avoid damage and causing abnormal problems.

1. Power Supply

This product can be charged by the following two power supply modes:

(1) Internal lithium battery (with no external power adapter inserted).
(2) External power adapter (with external power adapter inserted).

Attention: Please use the supporting power adapter of this product. Using other adapters can cause anomaly of the equipment.

The power display and charging logo in the upper right corner of the display.

When the battery power is too low, the fusion splicer will display an alarm message on the display screen, and the user should charge the battery pack in time or use a power adapter to supply power.

2. Turn on /off

Short press the power button to turn it on, the power button indicator light turns red, the buzzer emits two beeps, and then the optical fiber observation interface is displayed. Press and hold the power button to shut down, and the shutdown interface will pop up. After clicking the shutdown button, you can observe that the display is turned off first, and then the power indicator is off, indicating that the fusion splicer has been shut down normally.

3. Initial Interface

◆ Language

Selection(English, French, German, Portuguese, Italian, Spanish)

Language Selection Selection:English English Français Cancel Confirm

◆ First time ARC Correction(ARC correction could enhance the splicing performance and stability)

In order to keep the best discharge current & splicing performance, please do the ARC Correction before the first splice. Press the Menu key to enter the discharge correction

◆ ARC Correction Interface(Cutting and placing the fiber via correct way)

Arc Correction RUN RESET Place Fiber, Press Key

◆ ARC Correction Success(After “success” shows on screen, ARC correction process is done, then using [Rest] button to quit the mode.)

Arc Correction RUN RESET Success, RESET

Function of Description

Fiber Observation Interface

14:23:14 53Hz RUN RESET Auto/SM-G652/1-40mm Place Fiber Sta

Splicer Function Introduction Interface

SplicePROG SplicePROG HeatPROG Function SpliceSet Maintain System 28.0°C 7.3% 104.2kPa

System and Shortcut function settings

System Set Menu

System Language Selection English Time Setup Device Info Help Info Restore Factory Settings

System set Explain
Language Selection	English,French,German,Portuguese,Italian,Spanish

Time Setup Setting system time

Device Info Current device related information

Help Info Instruction manual

Reset Factory Setting Settings are renewed to factory settings

Shortcut function Menu

Function
Tension Test	On
Auto Heating	On
Auto Starting	On
Auto Save Splice Image	On
Force Heat	On
Force Splice	On
Screen Rotation	Off
Fast Splice Mode	Off
Operation Beep	On

Function Explain
Tension Test	When it's on, the tension test will be executed automatically after splicing.
Auto Heating Put fiber into the heater, closing cover and automatic heating.
Auto Starting When it's on, automatically splicing once cover closed.
Auto Save Splice Image	When it's on, automatically saving splice picture.
Force Heat	When it's on, no fiber optic detected, pressing the heat button also heats it up.
Force Splice	When it's on, the user can press the start button to force the fusion splicing to continue, when the fusion splicing process detects an angle failure or fiber mismatch.
Screen Rotation	Screen interface rotated 180°
Fast Splice Mode	Can be set on or off, fusion time is reduced when fast mode is on.
Operation Beep Beeps can be set to be on or off.

1. Preparations Before Splice

Installing Fiber Sleeve

Close-up of a hand holding a small metallic object against a plain background (no text or symbols visible)

Install a sleeve on the fiber to protect the splice after splicing. Before installation, make sure that there is no dirt inside the sleeve, and hold the sleeve.

2. Stripping other protective layers except fiber coating

Stripping other protective and coating layer 40mm with a wire stripper.

Close-up of a hand holding a black pen tip with three circular buttons (no text or symbols visible)

Close-up of a finger holding a white cloth or paper, with no visible text or symbols.

Clean Fiber

After stripping the optical fiber, use dust-free paper dipping with 99 % purity alcohol to clean the coating layer in a circular direction. Starting from the interface between the coating and the bare fiber, rotate the paper in the direction of the bare fiber in a circular direction and get rid of the debris of coating layers.

3. Fiber Cutting

(1) Open the Cleaver cover and place the fiber with clamp into the cleaving slot and keep the optical fiber vertical with the cleaver surface.
(2) Press forward the fiber clamp and ensure the forefront of the clamp lies closely with the cleaving slot. If not, the fiber can be longer than expected.
(3) Press down the fiber cover to cleave.
(4) Open the cover and take away the cleaved fiber.
(5) Take out the scrap and put into scrap box.

Attention: When cutting head face is not qualified or the cleaving cannot be down, please adjust the blade of cleaver.

4. Fiber Placement

①Open the wind-proof cover and check if the V-groove is clean. If not please use air blow or blade to clean the V-groove.
②Put the cut fibers in the V-groove of the splicing modules and make sure the fibers are right in the V-groove.
③Check if the end-faces of the fibers are in the position between the electrode tips and the V-grooves. And make sure they're close to the electrodes tips. Or the fibers shall be re-placed.
④Close the wind-proof cover gently and start splicing.

5. Splicing and heating operations

Select the corresponding splicing program according to the type of fiber.

Splice Set Splice Operate Mode Auto Arc Cleaning Time 120 ms Surface Angle Threshold 1.5° Fiber Angle Threshold 0.8° Align Offset Threshold 0.4 um Fiber Alignment Mode Core Fiber Pass Mode Medium Reset Waiting Time 10 s

Splice set Explain
Splice Operate Mode	Automatic mode, semiautomatic mode, manual mode optional
Arc Cleaning Time	Clean discharge refers to the cleaning of fine dust adhering to the surface of an optical fiber by discharging the fiber prior to fusion splicing.
Surface Angle Threshold Limit	value of fiber end face angle
Fiber Angle Threshold	Angle limit after left and right fiber alignment
Alignment Offset Threshold	Limit of centre deviation after alignment of left and right fibers.
Fiber Alignment Mode	Core alignment, cladding alignment, and Fine alignment
Fiber Pass Mode Low, medium and high standards can be set.
Reset Waiting Time	When the tensile test is turned on, waiting time for motor reset after opening the windproof cover.

6. Splice program settings

SplicePROG Name Value Name Value PGM name SM-G652 Fiber Type G652 Pre-Splice Time ms 80 Pre-Arc Bits bits 700 Splice Time s 2 Splice Current bits 800 Overlap Len um 8 Propulsion Speed 10 Re-Arc Time s 1 Re-Arc Current bits 800 Select Revise Add Delete

Splice program Explain
PGN name Name of splicer program

Pre-Splice Time ms Pre-Splice time can be set from: 0-500 (ms)

Splice time s Splice time can be set from:0-5 (s)

Overlap Len um Overlap Len can be set from:0-50 (um)

Re-Arc Time s Re-Arc Time can be set from:0-5 (s)

Fiber type Set fiber type

Pre-Arc Bits bits Pre-Arc current can be set from:0-4000 (bits)

Splice Current bits Splice Current can be set from:0-4000 (bits)

Propulsion Speed Propulsion Speed can be set from:0-50 (um/s)

Re-Arc Current bits Re-Arc Current can be set from:0-4000 (bits)

7. Splice Process

Close the windproof cover, and the fiber enters the automatic alignment state. The system will automatically check the end faces of fiber, if the end faces are not qualified the splicing will not be started and there will be error notice on the screen. The fiber needs to be cut again. If the forced splicing switch is turned on, the user can press the start button to continue splicing. If set to semi-automatic splicing, the screen will display angle information after fiber alignment. At this time, you can press the start button for arc splicing. If the detected angles exceed the limited angle there will be error notice on the screen. The fibers will need to be re-cut

Displayed Images (X/Y Axis)	Explain Notice	Possible Reasons	Solutions

Abstract geometric pattern with black and white horizontal stripes on blue background (no text or symbols)

Angles of fiber, end-faces are not qualified

Problems with the fiber cutting process

Re-cut the fiber

8. Splice Loss Estimation and Quality Assessment

After the fiber splicing is completed, the evaluation value of the fiber splicing loss will be displayed on the right side of screen. The limit value of splice loss is set in the menu [splice set]. Note that the splice spot sometimes looks slightly thicker than the other fiber, which is a normal splicing situation and does not affect the splice loss.

Solutions of Abnormal Alignment Issues

Phenomena Reason	Solutions
Fiber core axis miss match	(1) Dust on V-groove or fiber pres ser foot(2) Image detection problem	(1) Clean V-groove and fiber presser foot(2) If it appears repeatedly, users need to do【Calibrate System】(3) Clean the lens and light source
Fiber core angle error	(1) Dust on V-groove or fiber pres ser foot	(1) Clean V-groove and fiber presser foot
	(2) Poor fiber head face angle	(2) Re-cleave fiber
	(3) Fiber is placed incorrectly	(3) Replace fiber

air bubble	(1) Poor fiber head face angle(2) Dust on Fiber head face(3) Low Pre-splice current or short-time Pre-splice(4) Low splice current or short-time arc	(1) Re-cleave fiber(2) Re-clean fiber(3) Increase【Pre-splice Current】or【Pre-splice Time】(4) Increase【Splice Current】or【Splice Time】
Fiber arc	(1) Splice propulsion force is not enough(2) Splice propulsion is too slow.(3) Spice current is too high or arc time is too long	(1) Do【Calibrate System】(2) Decrease【Pre-splice Current】or【Pre-splice Time】
Too thick	The splice propulsion force is excessive	Decrease【Overlap Length】,then do【Arc Calibration】test
meticulous	(1) The splice propulsion force is not enough(2) Splice current is excessive	(1) Increase【Overlap Length】,then do【Arc Calibration】test(2) Decrease【Splice Current】
Slit	Splice current is too small	Increase【Splice Current】

9. Tension Test

If "Tension Test" sets "ON", after splicing, tension test will automatically be performed and the pulling force is 2N.

Function Tension Test Auto Heating Auto Starting Auto Save Splice Image Force Heat Force Splice Screen Rotation Fast Splice Mode Operation Beep On On On On On Off Off On

10. Storage and query of splicing results

Splice Records No. Loss Type Time Image 1 0dB G652-G652 02-23 10:03 View 2 0.01dB G652-G652 02-23 10:02 View 3 0dB G652-G652 02-23 10:01 View 4 0.01dB G652-G652 02-23 10:00 View 5 0.02dB G652-G652 02-23 10:00 View 6 0.02dB G652-G652 02-23 09:59 View 7 0.01dB G652-G652 02-23 09:58 View Total: 35 Row Previous Next NO. 1 / 5 Page

Splice record Explain
No Sort by splicing time
Loss Fiber loss after splicing
Type Types of fiber for splicing
Time Splice time
Image Viewable image of the finished splice

11. Heater operation

Select [Heat Program] in the main menu, select the corresponding heating program according to the diameter and length of the heat shrink tube, and try to use the preset heating parameters. Because of the difference in environment, the heating temperature and time can be adjusted.

HeatPROG Name Value Name Value PGM name 1-40mm Sleeve Type 40mm Sleeve DIA mm 6 Heating TEMP °C 210 Heating Times 25 Pre-Heat TEMP °C 100 Pre-Heat Times 10 Select Revise Add Delete

Heat PROG	Explain
Heating PN	There are many heating programs for different shrinkable tubes stored in the system, also many self-set programs are offered to users.
Sleeve DIA	1-20mm
Heating Time	Heat shrink heating time.
Pre-Heat Time	Pre-heating time
Sleeve Type	10mm-60mm normal tube, FC, SC
Heating Temp	The temperature limit of heating process.

Pre-Heat Temp

The temperature limit of preheating process.

-30 -20 -10 0 10 20 30

1.Open the heater cover.
2. Take out the spliced optical fiber, and move the heat shrinkable tube to the center of the spliced point.
3. Put the protective sleeve into the heater, straighten the optical fiber gently, and put the sleeve protective sleeve into the center of the sleeve, then cover the heater cover, and the heating indicator lights up.
4. After the heating operation is completed, the heating indicator light is off; at this time, the heater cover needs to be opened immediately to take out the optical fiber. (Note: Do not touch the heated heat-shrinkable protective sleeve with your hands to prevent burning)
5. Check the heat-shrinking effect, if it is qualified, put it into the cooling plate for natural cooling; if it is unqualified, if there is dust or air bubbles inside, it is recommended to perform the heat-shrinking operation again.

Maintenance

Equipment maintenance menu

Maintain Detect Parameters Clean Electrodes Replace Electrodes Arc Correction Light Correction Splice Records Focus correction

Equipment Maintenance	Explain
Detect Parameters	Automatic self-inspection of electrode position, motor and other system parameters
Clean Electrodes	Multiple high-current discharges to clean the electrodes.
Replace Electrode	After replacing the electrode, the discharge position is automatically determined and the electrode is stabilized by multiple discharges
ARC Correction Performs Arc Correction operation and automatically corrects the discharge current.
Light detection Automatic calibration of red light sources
Splice Records Query splice time, estimate loss, image, etc.
Focus Correction Automatic calibration of fiber focus on screen.

1. ARC Calibration

The steps of ARC calibration operation are as follows:

(1) Select [ARC Correction] in the [Maintenance] menu.
(2) Put the cut fiber into the fusion splicer and close the windproof cover.
(3) Press the start key to execute.
(4) If the display prompts "ARC current is too large" or "ARC current is too small", please continue to repeat the operations described in (2) and (3) above until it prompts that the discharge calibration is successful.
(5) If it prompts "discharge calibration failed", please start step (1) again.

Suggestion: when the type of fusion splicing fiber is changed; when the system is upgraded; when the temperature, humidity, and air pressure of the operating environment change greatly; continuous splicing failure or high loss; the fusion splicer has not been used for a long time, or the electrodes have been used too many times; Perform ARC correction after cleaning or replacing the electrode, otherwise it will affect the splicing effect.

2. Electrode maintenance

Clean electrode

(1) Select [Clean Electrodes] in the [Maintenance] menu.
(2) Press the start button, and the machine will automatically clean the electrodes.

Note: Do not touch the tip of the electrode with hard objects to avoid damage to the electrode and affect the splicing effect.

Replace electrode

The electrode will wear out due to use, please replace the electrode in time, otherwise it will affect the fusion effect of the optical fiber. The number of discharges needs to be reset after replacing the electrodes. Do not touch the electrode tip when replacing.

(1) Before replacing the electrode, the user needs to turn off the power.

(2) Loosen the screws fixed on the electrode cover and remove the electrode.

(3) Install the new electrode into the electrode slot, install the electrode cover, and slowly tighten the screws.

(4) Observe whether the connecting lines of the two electrodes are in the horizontal plane and in the vertical plane; if not, please reinstall.

3. System parameter self-check test

Strongly recommended that the fusion splicer perform system parameter self-test after system upgrade; replace electrodes or move electrodes; the fusion splicer has undergone long-distance transportation or severe vibration; Will affect the splicing effect.

The steps of system parameter self-test are as follows:

(1) Clean the V-groove with a cotton swab dipped in alcohol, and clean the prepared optical fiber.
(2) Select [Detect Parameter] in the [Maintenance] menu, and press the menu key to enter the system parameter self-test interface.
(3) Put the cut optical fiber into the fusion splicer, close the windproof cover, and press the start button to start the system parameter self-test.
(4) Under normal circumstances, the parameter self-test will last for about 2 minutes, please observe the prompt information on the LCD screen, if the self-test fails, please correct the operation according to the prompt information, and restart the system parameter self-test (step (2)).

4. Cleaning and maintenance of Splicing machine

Cleaning the V-groove

If there is contaminant in V-groove the fibers will deviate from normal position and thus the alignment will be affected so that the splicing loss may be abnormally higher. So users must check and clean V-groove regularly. The operations are as below:

(1) Open the wind-proof cover.
(2) Clean the contaminant on V-groove with equipped dust blower.
(3)Clean the bottom of the V-groove with cotton swab dipped with alcohol.

Notice: Do not touch the tips of electrodes. Clean the V-groove gently and do not use any hard stuff (Blade etc.) to clean the groove in case any damages affecting normal functions caused.

Close-up of a mechanical component with internal parts and a white tool, no visible text or symbols

Cleaning the fiber presser pin

Dust on fiber pressers may cause fiber fixing or fiber holding issues and it will directly affect splicing quality. Users shall check and clean the fiber pressers regularly.

1. Open the wind-proof cover.
2. Clean the surface of the pressers with a fine cotton swab dipped with alcohol, dry the presser with a dry cotton swab after cleaning.

Close-up of a mechanical component with four ports and a white tool inserted (no visible text or symbols)

Cleaning the heater

Dust and dirt are easy to deposit on the heater, please clean the heating plate regularly with a dry cotton swab.

5. Software upgrade

(1) In the [System] menu, enter the query page of [Machine Information], and you can view the version number of the current fusion splicer (such as V1.0.0 / V1.0.0).
(2) Obtain the latest upgrade file from the fusion splicer manufacturer, and compare whether the current version is consistent. If the version number is completely consistent, there is no need to upgrade again.
(3) Turn on the fusion splicer, connect the computer and the fusion splicer with a USB data cable, and you will find that the U disk operation prompt pops up on the computer. Copy the upgrade file directly to the root directory of the U disk, shut down and restart. (Note: Be sure to shut down the computer after the file is copied, and unplug the USB data cable, otherwise there will be abnormal situations.)
(4) After restarting the fusion splicer, please operate according to the prompt information. Press the menu item to enter [System Settings] -> [Machine Information], the fusion splicer will automatically detect the upgrade file and automatically upgrade, wait for the fusion splicer to automatically update and restart automatically, that is, the entire software upgrade process is over, if there is an abnormal interruption, please Repeat steps (2) (3) (4) again. If you encounter problems that cannot be solved, please contact after-sales maintenance.

Others

Warning information	Reason Countermeasures
Incorrect placement of left fiber (LFPC)	(1) Left fiber is cleaved too short; (2) The part of left fiber put into V-groove is broken; (3) Left fiber is not put into the center of V-groove; Left propulsion equipment is incorrectly connected	In the case of 1 or 2,re-cleave left fiber and make sure the cleaved length is appropriate In the case of 3, replace left fiber If the breakdown do not match 1、2、3,do【Calibrate System】, If the problem remains, please contact the after sales service department
Right fiber placement is incorrect (RFPC)	(1) Right fiber is cleaved too short; (2) The part of Right fiber put into V-groove is broken; (3) Right fiber is not put into the center of V-groove; Right propulsion equipment is incorrectly connected	Solutions refer to the above
Left and Right fiber placement are incorrect (LRFPC)	The same as above Solution refer to the above
Left fiber is Unqualified (LFNQ)	(1) Left fiber surface is dusty; (2) Left fiber is cleaved poorly, such as core defect, cladding defect or fiber incompleteness	In the case of 1,use alcohol to clean the left fiber In the case of 2,remake fiber
Right fiber is unqualified (RFNQ)	(1) Right fiber surface is dusty (2) Right fiber is cleaved poorly, such as core defect,cl adding, defect, fiber incompleteness	Solution refer to the above
Left and Right fiber is unqualified (LRFNQ)	The same as above Solution refer to the above
Left fiber head face is unqualified (LFEANQ)	Left fiber head face angle exceeds limit	Re-cleave left fiber. If cutting quality is still poor after multiple trial , replace the blade (attention: in 【Menu】->【Splicing Mode】->【Surface Angle Threshold】,head face angle limit can be set)
Right fiber head face is unqualified (RFEANQ)	Right fiber head face angle exceeds limit	Solution refer to the above
Left and Right fiber head face are unqualified	Left and Right fiber head face angle exceeds limit	Solution refer to the above
Unqualified fiber angle	The angle errors of the optical fibers on both sides in the horizontal and vertical directions are greater than the set threshold.	Reposition the fiber optics on both sides.
Estimated loss amount is too much	(1) splice loss exceeds limit; (2) The selected program do not match the fiber type	Clean v-groove, re-operate 【Arc calibration】then splice again
Power is too insufficient	Current remaining battery less than 2%	Use power adapter to charge
Replace electrodes	Electrodes arc recordsexceed the limit	Replace electrodes(operate【Replace Electrodes】,【Calibrate system】)
arc soundsabnormally	Electrodes are incorrectlyplaced	Re-install electrode strictly
arc delay or systemcould not arc	(1)Electrodes are incorrectlyplaced;(2)The electrode tip iswrapped by monox	(1)Re-install electrode strictly;(2)Clean electrode tip or replaceelectrode
system crasheswhen arc	Electrodes are incorrectlyplaced	Re-install electrodes strictly
Arc calibrationfailure	EnvironmentAffects arc greatly	If the system warns that arc currentis too big, decrease splice current,then do【Arc calibration】and vice versa.If the problem remains, contact theafter sales service department
Optical fiberalignment error	(1) Microscope lens, LEDlamp or V-groove is dusty;(2) Equipment power systemis faulty	Clean the microscope lens,LED lamp and V-groove, if the problem remains, contact the after sales servicede department
Fiber spliced joint's quality is poor	(1) Fiber is dusty; (2) The fiber type or fusion splice program selected is wrong; (3) Fusion splice environment changes greatly; (4) Control equipment is broken	(1) Re-make optical fiber, splice again; (2) Choose the right type of fiber and fusion splice program; (3) Operate【Arc calibration】to obtain the appropriate intensity of arc; (4) Operate【Calibrate System】
The keyboard has no response	System crashes Turn off the power and restart
The screen has no light or blurry colors	(1) System crashes; (2) Wire of LCD monitor looses or is broken	Turn off the power and restart. If the problem remains, contact the after sales service department
On both sides of fiber after discharge, splicing has not succeeded	Abnormal discharge intensity or system error	Please do continue to splice again after discharge correction, if still can not solve the problem, then shutdown and restart
Optical fiber in the process of alignment is beyond the view outside	1.Optical fiber placed outside the V groove;2.System is running abnormal	1.Please re-position the optical fiber and guarantee in the center of the V groove2.The selected splicing mode ->【splicing operation mode】menu, enter the "manual" mode, select operation about optical fiber, the operator can be through four direction key move the corresponding side of the optical fiber, motor back to the center of the field, and then do self-checking system parameters.

After-Sales Service card

Name: ____

Tele:

Product S/N No. : ____

Product Model: ____

Address:

purchasing office:

Description of the problem:

Note

We are constantly improving and design and specifications are subject to change without notice.

All information in this manual has been carefully proofread for accuracy and we reserve the right to explain any typographical errors or omissions.

Legal Notices

◆ Without literal authorization from our company, any organizations or individuals shall not extract, copy part or all of the contents of the manual and shall not be disseminated in any form.

This manual describes the product and the features or functions of its accessories are determined by production batches. Thus the product or its accessories described in the manual may not be the same with the ones you purchased. The manufacturer keeps the right of amending the manual whenever it's necessary without formal notice and shall take no responsibility for such actions.

◆ Notice: Please thoroughly read the instruction manual to operate the splicer more accurately and professionally.

Manufacturer: Shanghaimuxinmuyeyouxiangongsi

Address: Shuangchenglu 803nong11hao1602A-1609shi, baoshanqu, shanghai 200000 CN.

Imported to AUS: SIHAO PTY LTD. 1 ROKEVA STREETEASTWOOD NSW 2122 Australia

Imported to USA: Sanven Technology Ltd. Suite 250, 9166 Anaheim Place, Rancho Cucamonga, CA 91730

EC

REP

E-CrossStu GmbH

Mainzer Landstr.69, 60329 Frankfurt am Main.

UK

REP

YH CONSULTING LIMITED.

C/O YH Consulting Limited Office 147, Centurion

House, London Road, Staines-upon-Thames, Surrey,

TW18 4AX

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Technical Support and E-Warranty Certificate

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Black electronic device with visible ports and buttons, no readable text or symbols

BEHÖVER HJÄLP? KONTAKTA OSS!

windproof coverer Heater LCD Buttons Battery

2. Tangentbord

① X/Y HEAT ARC SET RESET

Electrode Electrode gland multi-functional fixture V-groose camare lens Windproof cover fiber presser pin

4. Värmare

Heating Plate Heater Cover

USB Interface Power Supply Input: 13.5-5A

Basic Operation

Language Selection Selection:English English Français Cancel Confirm

In order to keep the best discharge current & splicing performance, please do the ARC Correction before the first splice. Press the Menu key to enter the discharge correction

Arc Correction RUN RESET Place Fiber, Press Key

88 23% Arc Correction RUN RESET Success, RESET

Function of Description

14:23:14 Auto/SM-G652/1-40mm RUN RESET Place Fiber Sta

SplicePROG SplicePROG HeatPROG 28.0°C 7.3% 104.2kPa Function SpliceSet Maintain System

System Language Selection English Time Setup Device Info Help Info Restore Factory Settings

Function Tension Test Auto Heating Auto Starting Auto Save Splice Image Force Heat Force Splice Screen Rotation Fast Splice Mode Operation Beep On On On On On Off Off On

Close-up of a hand holding a pen, no visible text or symbols

Close-up of a hand holding a black pen tip with three small circular indentations (no text or symbols visible)

Close-up of a finger holding a white cloth or paper, with no visible text or symbols.

Ren Fiber

SplicePROG Name Value Name Value PGM name SM-G652 Fiber Type G652 Pre-Splice Time ms 80 Pre-Arc Bits bits 700 Splice Time s 2 Splice Current bits 800 Overlap Len um 8 Propulsion Speed 10 Re-Arc Time s 1 Re-Arc Current bits 800 Select Revise Add Delete

Function Tension Test On Auto Heating On Auto Starting On Auto Save Splice Image On Force Heat On Force Splice On Screen Rotation Off Fast Splice Mode Off Operation Beep On

Splice Records No. Loss Type Time Image 1 0dB G652-G652 02-23 10:03 View 2 0.01dB G652-G652 02-23 10:02 View 3 0dB G652-G652 02-23 10:01 View 4 0.01dB G652-G652 02-23 10:00 View 5 0.02dB G652-G652 02-23 10:00 View 6 0.02dB G652-G652 02-23 09:59 View 7 0.01dB G652-G652 02-23 09:58 View Total: 35 Row Previous Next NO. 1 / 5 Page

HeatPROG Name Value Name Value PGM name 1-40mm Sleeve Type 40mm Sleeve DIA mm 6 Heating TEMP °C 210 Heating Time s 25 Pre-Heat TEMP °C 100 Pre-Heat Time s 10 Select Revise Add Delete

Close-up of a mechanical component with a central scale and mounting holes (no visible text or symbols)

Interior view of a vehicle showing internal components with no visible text or symbols

Close-up of a mechanical component with a white tool inserted, showing no visible text or symbols.

C/O YH Consulting Limited Office 147, Centurion House, London Road, Staines-upon-Thames, Surrey TW18 4AX

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Black electronic device with visible ports and buttons, no readable text or symbols

POTRZEBUJESZ POMOCY? SKONTAKTUJ SIE Z NAMI!

windproof coverer Heater LCD Buttons Battery

2. Klawiatura

X/Y HEAT ARC SET RESET

Electrode Electrode gland multi-functional fixture V-groose camare lens Windproof cover fiber presser pin

4. Podgrzewacz

©

Language Selection Selection:English English Français Cancel Confirm

In order to keep the best discharge current & splicing performance, please do the ARC Correction before the first splice. Press the Menu key to enter the discharge correction

88 26% Run RESET Arc Correction Place Fiber, Press Key

Arc Correction RUN RESET Success, RESET

Function of Description

14:23:14 53% RUN RESET Auto/SM-G652/1-40mm Place Fiber Sta

SplicePROG SplicePROG HeatPROG 28.0°C 7.3% 104.2kPa Function SpliceSet Maintain System

System Language Selection English Time Setup Device Info Help Info Restore Factory Settings

Function Tension Test On Auto Heating On Auto Starting On Auto Save Splice Image On Force Heat On Force Splice On Screen Rotation Off Fast Splice Mode Off Operation Beep On

Close-up of a hand holding a pen, no visible text or symbols

Close-up of a black pen tip with two small metallic clips, held by a finger (no text or symbols visible)

Close-up of a finger holding a white cloth or paper, with no visible text or symbols.

Czyste włókno

Pure mechanical assembly diagram without any text, numbers, or symbols

SplicePROG Name Value Name Value PGM name SM-G652 Fiber Type G652 Pre-Splice Time ms 80 Pre-Arc Bits bits 700 Splice Time s 2 Splice Current bits 800 Overlap Len um 8 Propulsion Speed 10 Re-Arc Time s 1 Re-Arc Current bits 800 Select Revise Add Delete

Simple black-and-white icon of a rectangular object with a horizontal line and a circular top, set against a solid blue background (no text or symbols)

Function Tension Test Auto Heating Auto Starting Auto Save Splice Image Force Heat Force Splice Screen Rotation Fast Splice Mode Operation Beep On On On On On Off Off On

Splice Records No. Loss Type Time Image 1 0dB G652-G652 02-23 10:03 View 2 0.01dB G652-G652 02-23 10:02 View 3 0dB G652-G652 02-23 10:01 View 4 0.01dB G652-G652 02-23 10:00 View 5 0.02dB G652-G652 02-23 10:00 View 6 0.02dB G652-G652 02-23 09:59 View 7 0.01dB G652-G652 02-23 09:58 View Total: 35 Row Previous Next NO. 1 / 5 Page

HeatPROG Name Value Name Value PGM name 1-40mm Sleeve Type 40mm Sleeve DIA mm 6 Heating TEMP °C 210 Heating Times 25 Pre-Heat TEMP °C 100 Pre-Heat Times 10 Select Revise Add Delete

Close-up of a mechanical component with blue and yellow components, no visible text or symbols

Close-up of a mechanical component with a white tool inserted, showing multiple black components and small bolts (no visible text or symbols)

C/O YH Consulting Limited Office 147, Centurion House, London Road, Staines-upon-Thames, Surrey TW18 4AX

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Black electronic device with visible ports and buttons, no readable text or symbols

windproof cover Heater LCD Buttons Battery

2. Tastatur

X/Y HEAT ARC SET RESET

Electrode Electrode gland multi-functional fixture V-groose camare lens Windproof cover fiber presser pin

4. Heizung

Heating Plate Heater Cover

USB Interface Power Supply Input: 13.5-5A

Basic Operation

Language Selection Selection:English English Français Cancel Confirm

In order to keep the best discharge current & splicing performance, please do the ARC Correction before the first splice. Press the Menu key to enter the discharge correction

Arc Correction RUN RESET Place Fiber, Press Key

Arc Correction RUN RESET Success, RESET

Function of Description

14:23:14 53% RUN RESET Auto/SM-G652/1-40mm Place Fiber Sta

SplicePROG SplicePROG HeatPROG 28.0°C 7.3% 104.2kPa Function SpliceSet Maintain System

System Language Selection English Time Setup Device Info Help Info Restore Factory Settings

Function Tension Test Auto Heating Auto Starting Auto Save Splice Image Force Heat Force Splice Screen Rotation Fast Splice Mode Operation Beep On On On On On Off Off On

Close-up of a hand holding a pen, no visible text or symbols

Close-up of a hand holding a black pen tip with metallic rivets (no text or symbols visible)

Close-up of a finger holding a white cloth or paper, with no visible text or symbols.

Saubere Faser

Close-up of a mechanical or electronic component with no visible text, numbers, or symbols.

SplicePROG Name Value Name Value PGM name SM-G652 Fiber Type G652 Pre-Splice Time ms 80 Pre-Arc Bits bits 700 Splice Time s 2 Splice Current bits 800 Overlap Len um 8 Propulsion Speed 10 Re-Arc Time s 1 Re-Arc Current bits 800 Select Revise Add Delete

Function Tension Test Auto Heating Auto Starting Auto Save Splice Image Force Heat Force Splice Screen Rotation Fast Splice Mode Operation Beep On On On On On Off Off

Splice Records No. Loss Type Time Image 1 0dB G652-G652 02-23 10:03 View 2 0.01dB G652-G652 02-23 10:02 View 3 0dB G652-G652 02-23 10:01 View 4 0.01dB G652-G652 02-23 10:00 View 5 0.02dB G652-G652 02-23 10:00 View 6 0.02dB G652-G652 02-23 09:59 View 7 0.01dB G652-G652 02-23 09:58 View Total: 35 Row Previous Next NO. 1 / 5 Page

HeatPROG Name Value Name Value PGM name 1-40mm Sleeve Type 40mm Sleeve DIA mm 6 Heating TEMP °C 210 Heating Time s 25 Pre-Heat TEMP °C 100 Pre-Heat Time s 10 Select Revise Add Delete

Interior view of a vehicle showing internal components with no visible text or symbols

Close-up of a black electrical switch component with four terminals and a white tool inserted (no visible text or symbols)

5. Software -Upgrade

C/O YH Consulting Limited Office 147, Centurion House, London Road, Staines-upon-Thames, Surrey TW18 4AX

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Black electronic device with visible ports and buttons, no readable text or symbols

BESOIN D'AIDE? CONTACTEZ-NOUS!

windproof coverer Heater LCD Buttons Battery

2. Clavier

① X/Y HEAT ARC SET RESET

Electrode electrode gland multi-functional fixture V-groose camare lens windproof cover fiber presser pin

4. Chauffage

Heating Plate Heater Cover

5. Interface externe

USB Interface Power Supply Input: 13.5-5A

Basic Operation

Language Selection Selection:English English Français Cancel Confirm

In order to keep the best discharge current & splicing performance, please do the ARC Correction before the first splice. Press the Menu key to enter the discharge correction

Arc Correction RUN RESET Place Fiber, Press Key

Arc Correction RUN RESET Success, RESET

Function of Description

14:23:14 53% RUN RESET Auto/SM-G652/1-40mm Place Fiber Sta

SplicePROG SplicePROG HeatPROG 28.0°C 7.3% 104.2kPa Function SpliceSet Maintain System

System Language Selection English Time Setup Device Info Help Info Restore Factory Settings

Function Tension Test Auto Heating Auto Starting Auto Save Splice Image Force Heat Force Splice Screen Rotation Fast Splice Mode Operation Beep On On On On On Off Off On

Close-up of a hand holding a pen, no visible text or symbols

Close-up of a black pen tip with two small metallic buttons on the tip, held by a finger (no text or symbols visible)

Close-up of a hand holding a white cloth or paper over a red object (no visible text or symbols)

Fibres propres

Close-up of a mechanical or electronic component with no visible text, numbers, or symbols.

SplicePROG Name Value Name Value PGM name SM-G652 Fiber Type G652 Pre-Splice Time ms 80 Pre-Arc Bits bits 700 Splice Time s 2 Splice Current bits 800 Overlap Len um 8 Propulsion Speed 10 Re-Arc Time s 1 Re-Arc Current bits 800 Select Revise Add Delete

Two abstract black-and-blue shapes with white horizontal stripes and a small circular element, no text or symbols present.

Abstract graphic with two black rounded shapes on a light blue background (no text or symbols)

Abstract black and white horizontal bar design on a light blue background (no text or symbols)

Function Tension Test Auto Heating Auto Starting Auto Save Splice Image Force Heat Force Splice Screen Rotation Fast Splice Mode Operation Beep On On On On On Off Off On

Splice Records No. Loss Type Time Image 1 0dB G652-G652 02-23 10:03 View 2 0.01dB G652-G652 02-23 10:02 View 3 0dB G652-G652 02-23 10:01 View 4 0.01dB G652-G652 02-23 10:00 View 5 0.02dB G652-G652 02-23 10:00 View 6 0.02dB G652-G652 02-23 09:59 View 7 0.01dB G652-G652 02-23 09:58 View Total: 35 Row Previous Next NO. 1 / 5 Page

HeatPROG Name Value Name Value PGM name 1-40mm Sleeve Type 40mm Sleeve DIA mm 6 Heating TEMP °C 210 Heating Time s 25 Pre-Heat TEMP °C 100 Pre-Heat Time s 10 Select Revise Add Delete

Close-up of a mechanical component with no visible text or symbols on its body, numbers, or symbols.

Close-up of a mechanical component with internal components and a white tool, no visible text or symbols

Close-up of a mechanical component with a white tool inserted, showing no visible text or symbols.

C/O YH Consulting Limited Office 147, Centurion House, London Road, Staines-upon-Thames, Surrey TW18 4AX

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Black electronic device with visible ports and buttons, no readable text or symbols

HULP NODIG? NEEM CONTACT MET ONS OP!

windproof coverer Heater LCD Buttons Battery

2. Toetsenbord

X/Y HEAT ARC SET RESET

Electrode Electrode gland multi-functional fixture V-groose camare lens Windproof cover fiber presser pin

4. Verwarming

Heating Plate Heater Cover

5. Buiteninterface

USB Interface Power Supply Input: 13.5-5A

Basic Operation

Language Selection Selection:English English Français Cancel Confirm

In order to keep the best discharge current & splicing performance, please do the ARC Correction before the first splice. Press the Menu key to enter the discharge correction

Arc Correction RUN RESET Place Fiber, Press Key

Arc Correction RUN RESET Success, RESET

Function of Description

Fiber-observatie-interface

14:23:14 53% RUN RESET Auto/SM-G652/1-40mm Place Fiber Sta

SplicePROG SplicePROG HeatPROG 28.0°C 7.3% 104.2kPa Function SpliceSet Maintain System

System Language Selection English Time Setup Device Info Help Info Restore Factory Settings

Function
Tension Test	On
Auto Heating	On
Auto Starting	On
Auto Save Splice Image	On
Force Heat	On
Force Splice	On
Screen Rotation	Off
Fast Splice Mode	Off
Operation Beep	On

Close-up of a hand holding a pen, no visible text or symbols

Close-up of a black pen tip with a small metallic droplet and 'E' label, held by a finger (no other text or symbols visible)

Close-up of a finger holding a white cloth over a red object (no text or symbols visible)

Schone vezels

SplicePROG Name Value Name Value PGM name SM-G652 Fiber Type G652 Pre-Splice Time ms 80 Pre-Arc Bits bits 700 Splice Time s 2 Splice Current bits 800 Overlap Len um 8 Propulsion Speed 10 Re-Arc Time s 1 Re-Arc Current bits 800 Select Revise Add Delete

Function Tension Test Auto Heating Auto Starting Auto Save Splice Image Force Heat Force Splice Screen Rotation Fast Splice Mode Operation Beep On On On On On Off Off

Splice Records No. Loss Type Time Image 1 0dB G652-G652 02-23 10:03 View 2 0.01dB G652-G652 02-23 10:02 View 3 0dB G652-G652 02-23 10:01 View 4 0.01dB G652-G652 02-23 10:00 View 5 0.02dB G652-G652 02-23 10:00 View 6 0.02dB G652-G652 02-23 09:59 View 7 0.01dB G652-G652 02-23 09:58 View Total: 35 Row Previous Next NO. 1 / 5 Page

HeatPROG Name Value Name Value PGM name 1-40mm Sleeve Type 40mm Sleeve DIA mm 6 Heating TEMP °C 210 Heating Time s 25 Pre-Heat TEMP °C 100 Pre-Heat Time s 10 Select Revise Add Delete

Interior view of a vehicle showing internal components with no visible text or symbols

van de vezelperspen

Close-up of a mechanical component with a white tool inserted, showing no visible text or symbols.

De kachel schoonmaken

5. Software -upgrade

C/O YH Consulting Limited Office 147, Centurion House, London Road, Staines-upon-Thames, Surrey TW18 4AX

VEVOR®

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www.vevor.com/support

VEVOR®

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Black electronic device with visible ports and buttons, no readable text or symbols

windproof coverer Heater LCD Buttons Battery

2. Teclado

X/Y HEAT ARC SET RESET

Electrode Electrode gland multi-functional fixture V-groose camare lens Windproof cover fiber presser pin

4. Calentador

Heating Plate Heater Cover

5. Interfaz externa

USB Interface Power Supply Input: 13.5-5A

Basic Operation

Language Selection Selection:English English Français Cancel Confirm

In order to keep the best discharge current & splicing performance, please do the ARC Correction before the first splice. Press the Menu key to enter the discharge correction

Arc Correction RUN RESET Place Fiber, Press Key

Arc Correction RUN RESET Success, RESET

Function of Description

14:23:14 53% RUN RESET Auto/SM-G652/1-40mm Place Fiber Sta

SplicePROG SplicePROG HeatPROG 28.0°C 7.3% 104.2kPa Function SpliceSet Maintain System

System Language Selection English Time Setup Device Info Help Info Restore Factory Settings

Function
Tension Test	On
Auto Heating	On
Auto Starting	On
Auto Save Splice Image	On
Force Heat	On
Force Splice	On
Screen Rotation	Off
Fast Splice Mode	Off
Operation Beep	On

Close-up of a hand holding a pen, no visible text or symbols

Close-up of a black pen tip with metallic screw and three silver clips (no text or symbols visible)

Close-up of a finger holding a white cloth or paper, with no visible text or symbols.

Fibra limpia

Close-up of a mechanical or electronic component with no visible text, numbers, or symbols.

SplicePROG Name Value Name Value PGM name SM-G652 Fiber Type G652 Pre-Splice Time ms 80 Pre-Arc Bits bits 700 Splice Time s 2 Splice Current bits 800 Overlap Len um 8 Propulsion Speed 10 Re-Arc Time s 1 Re-Arc Current bits 800 Select Revise Add Delete

Abstract graphic with a black horizontal bar and white circular element on a solid blue background (no text or symbols)

Abstract graphic with a black horizontal bar and white circular element on a solid blue background (no text or symbols)

Abstract graphic with a blue rectangle and black horizontal bar, featuring a white dot (no text or symbols)

Abstract graphic with a blue rectangle and black horizontal bar, featuring a white dot (no text or symbols)

[Non-Text]
[Non-Text]
[Non-Text]
[Non-Text]
[Non-Text]
[Non-Text]
[Non-Text]
[Non-Text]
[Non-Text]
[Non-Text]
[Non-Text]
[Non-Text]
[Non-Text]
[Non-Text]
[Non-Text]
[Non-Text]
[Non-Text]
[Non-Text]
[Non-Text]
[Non-Text]
[Non-Text]
[Non-Text]
[Non-Text]
[Non-Text]
[Non-Text]
[Non-Text]
[Non-Text]
[Non-Text]

Burbuja de aire

m = 311

m = 311

m = 311

m = 311

m = 311

m = 311

m = 311

m = 311

m = 311

m = 311

m = 311

m = 311

The Ground Truth image displays a single, solid horizontal line. According to Rule 2 (UNDERSCORE & LINE RULES), this is a stylistic or background line, not a placeholder underscore. Therefore, the OCR result must ignore it and output nothing or only meaningful text. The provided OCR content is "____", which consists of four underscores. This is an incorrect interpretation of the line as a placeholder, violating the rule that stylistic lines must be ignored. The OCR has hallucinated underscores where none should exist based on the GT's visual context. Hence, the OCR result is inconsistent with the Ground Truth.

m = 311

m = 311

m = 311

m = 311

m = 311

m = 311

m = 311

m = 311

Function Tension Test Auto Heating Auto Starting Auto Save Splice Image Force Heat Force Splice Screen Rotation Fast Splice Mode Operation Beep On On On On On Off Off

Splice Records No. Loss Type Time Image 1 0dB G652-G652 02-23 10:03 View 2 0.01dB G652-G652 02-23 10:02 View 3 0dB G652-G652 02-23 10:01 View 4 0.01dB G652-G652 02-23 10:00 View 5 0.02dB G652-G652 02-23 10:00 View 6 0.02dB G652-G652 02-23 09:59 View 7 0.01dB G652-G652 02-23 09:58 View Total: 35 Row Previous Next NO. 1 / 5 Page

HeatPROG Name Value Name Value PGM name 1-40mm Sleeve Type 40mm Sleeve DIA mm 6 Heating TEMP °C 210 Heating Times 25 Pre-Heat TEMP °C 100 Pre-Heat Times 10 Select Revise Add Delete

Close-up of a mechanical component with a central scale and green housing (no visible text or symbols)

Close-up of a mechanical component with blue and yellow components, no visible text or symbols

Close-up of a mechanical component with a white tool inserted, showing four black components and a small metallic bolt (no visible text or symbols)

C/O YH Consulting Limited Office 147, Centurion House, London Road, Staines-upon-Thames, Surrey TW18 4AX

VEVOR®

TOUGH TOOLS, HALF PRICE

Black electronic device with visible ports and buttons, no readable text or symbols

windproof coverer Heater LCD Buttons Battery

2. Tastiera

X/Y HEAT ARC SET RESET

Electrode Electrode gland multi-functional fixture V-groose camare lens Windproof cover fiber presser pin

4. Stufa

Heating Plate Heater Cover

5. Interfaccia esterna

USB Interface Power Supply Input: 13.5-5A

Basic Operation

Language Selection Selection:English English Français Cancel Confirm

In order to keep the best discharge current & splicing performance, please do the ARC Correction before the first splice. Press the Menu key to enter the discharge correction

Arc Correction RUN RESET Place Fiber, Press Key

Arc Correction RUN RESET Success, RESET

Function of Description

14:23:14 53% RUN RESET Auto/SM-G652/1-40mm Place Fiber Sta

SplicePROG SplicePROG HeatPROG 28.0°C 7.3% 104.2kPa Function SpliceSet Maintain System

System Language Selection English Time Setup Device Info Help Info Restore Factory Settings

Function
Tension Test	On
Auto Heating	On
Auto Starting	On
Auto Save Splice Image	On
Force Heat	On
Force Splice	On
Screen Rotation	Off
Fast Splice Mode	Off
Operation Beep	On

Close-up of a hand holding a pen, no visible text or symbols

Close-up of a black pen tip with metallic screw and letter 'IE' on the tip, held by a finger (no text or symbols visible)

Close-up of a finger holding a white cloth over a small object (no text or symbols visible)

Fibra pulita

Pure mechanical assembly diagram without any text, numbers, or symbols

SplicePROG Name Value Name Value PGM name SM-G652 Fiber Type G652 Pre-Splice Time ms 80 Pre-Arc Bits bits 700 Splice Time s 2 Splice Current bits 800 Overlap Len um 8 Propulsion Speed 10 Re-Arc Time s 1 Re-Arc Current bits 800 Select Revise Add Delete

Abstract graphic with a black horizontal bar and white circular element on a cyan background (no text or symbols)

Function Tension Test Auto Heating Auto Starting Auto Save Splice Image Force Heat Force Splice Screen Rotation Fast Splice Mode Operation Beep On On On On On Off Off

Splice Records No. Loss Type Time Image 1 0dB G652-G652 02-23 10:03 View 2 0.01dB G652-G652 02-23 10:02 View 3 0dB G652-G652 02-23 10:01 View 4 0.01dB G652-G652 02-23 10:00 View 5 0.02dB G652-G652 02-23 10:00 View 6 0.02dB G652-G652 02-23 09:59 View 7 0.01dB G652-G652 02-23 09:58 View Total: 35 Row Previous Next NO. 1 / 5 Page

HeatPROG Name Value Name Value PGM name 1-40mm Sleeve Type 40mm Sleeve DIA mm 6 Heating TEMP °C 210 Heating Time s 25 Pre-Heat TEMP °C 100 Pre-Heat Time s 10 Select Revise Add Delete

Close-up of a mechanical component with blue and yellow components, no visible text or symbols

Close-up of a mechanical component with a white tool inserted, showing bolted components (no visible text or symbols)

Importato in AUS: SIHAO PTY LTD. 1 ROKEVA STREETEASTWOOD NSW 2122 Australia

Importato negli USA: Sanven Technology Ltd. Suite 250, 9166 Anaheim Place, Rancho Cucamonga, CA 91730

EC

REP

E-CrossStu GmbH

Mainzer Landstr.69, 60329 Frankfurt am Main

UK

REP

YH CONSULTING LIMITED.

C/O YH Consulting Limited Office 147, Centurion House, London Road, Staines-upon-Thames, Surrey TW18 4AX

VEVOR®

TOUGH TOOLS, HALF PRICE