ALK-T5 - Fiber fusion tool Vevor - Free user manual and instructions

Product Type	Fusion Fiber Optic Splicer
Brand	Vevor
Model	ALK-T5
Applicable Fibers	SM, MM, DS, NZDS, UI, BUI, EDF, etc.
Fiber Diameter (Coating)	80–150 μm
Fiber Diameter (Cladding)	100–1000 μm
Number of Motors	6
Alignment Mode	Core to Core, Cladding to Cladding
Splicing Time	9 s (standard), 7 s (rapid)
Average Splice Loss (SM)	0.02 dB
Return Loss	≥ 60 dB
Display	5-inch TFT Color HD LCD Screen, Touchscreen
Magnification	X/Y: 210×, 320× (zoom up to 1100×)
Power Supply	Lithium battery 10.9 V / 7800 mAh or 220 V AC adapter
Battery Capacity	About 260 splice + heat cycles
Charging Time	3 h (rechargeable battery 500 times)
Internal Memory	100,000 splice records, 10,000 images
USB Port	USB 2.0
Operating Temperature	-10 °C to +45 °C
Operating Humidity	≤ 95% RH (non-condensing)
Maximum Wind Speed	15 m/s
Tension Test	≥ 2 N (optional)
Maintenance	Regular cleaning of V-grooves, lenses, and electrodes
Warranty	Electronic warranty certificate at www.vevor.com/support

Frequently Asked Questions - ALK-T5 Vevor

How to replace the electrodes of the ALK-T5?

Turn off the power and shut down the machine. Unscrew the electrode cover, remove the old electrodes, place the new ones in the groove, then screw the cover back on. Turn on the machine, select 'Replace Electrodes' from the 'Maintain' menu, then perform parameter detection and arc calibration.

What types of fibers does the ALK-T5 support?

It supports single-mode (SM), multi-mode (MM), dispersion-shifted (DS), non-zero dispersion-shifted (NZDS) fibers, as well as special fibers like UI, BUI, EDF, etc.

How to clean the V-grooves of the splicer?

Open the windproof cover. Use a dust blower then a cotton swab dipped in alcohol to gently clean the V-groove. Do not touch the electrode tips and do not use hard objects.

What to do if alignment fails?

Check that the fibers are properly placed in the V-groove and that their ends are between the electrodes. Clean the fibers and grooves. If the error persists, recleave the fibers. The system may also require a motor reset.

How to perform arc calibration?

Go to the 'Maintain' menu then select 'Arc Calibration'. Place cleaved fibers on the holders and close the cover. The system will automatically adjust the current. Repeat if necessary until 'Success' is displayed.

What is the battery life?

The 7800 mAh lithium battery provides about 260 cycles of splicing and heating. Charging time is 3 hours and the battery is rechargeable up to 500 times.

How to enable automatic start?

In the shortcut settings, enable 'Auto Start'. Then, once the cover is closed, splicing starts automatically without pressing the button.

What do alignment error messages mean?

They usually indicate that the fiber is misplaced, too short or too long, or that the cleaved end face is not qualified. Recleave and reposition the fiber. If the error persists, clean the grooves and lenses.

How to save splicing results?

Enable 'Auto Save Splice Image' in settings. The records (up to 100,000) are stored in internal memory and accessible via the 'Splice Records' menu.

Where to find after-sales service and warranty?

The electronic warranty certificate is available at www.vevor.com/support. You will also find technical support there. Keep the product serial number.

USER MANUAL ALK-T5 Vevor

Technical Support and E-Warranty Certificate

www.vevor.com/support

OPTICAL FIBER FUSION SPLICER

MODEL: ALK-T5

We continue to be committed to providing you with tools at competitive prices. "Save Half", "Half Price", or any other similar expressions used by us only represent an estimate of savings you might benefit from buying certain tools with us compared to the major top brands and do not necessarily mean to cover all categories of tools offered by us. You are kindly reminded to verify carefully when placing an order with us if you are actually saving half in comparison with the top major brands.

MODEL: ALK-T5

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.

Warning:

Please strictly follow the safety guidance of the manual in application of the optical fiber fusion splicer (hereinafter referred to as Splicer). The ignorance or violation of the rules or notices stressed in the manual may cause electric shock, fire disaster, and injuries to users.

to as Splicer). Ignoring or violating the rules or notices emphasized in the manual may cause electric shock, fire, and injury to users.

The manufacturer shall not be held responsible for accidents caused by improper use.

1. The input voltage of this model of machine is definite; please do not use the voltage outside the scope. Please use the correct AC and DC power supply.
2. When the fusion splicer encounters the following failures, immediately unplug the AC power cord from the power supply input and turn off the fusion splicer. Failure to do so may result in irreparable damage, personal injury, death, or fire.

• Smoke, smell, noise, or abnormal heat • Broken or damaged machine • Liquid or foreign matter entering the interior of the machine 3. This model of fusion splicer does not require maintenance of internal components. Dismantling the fusion splicer or power modules is prohibited; any maintenance error may render the machine irreparable and cause bodily harm. 4. The machine strictly limits the power supply module used. 5. The fusion splicer is prohibited from use in environments with flammable liquids or gases; otherwise, it may lead to fire, explosion, or other serious consequences.

Disclaimer Clause

The Company assumes no liability for any damage caused by the use of non-original batteries.

• To avoid possible incorrect operation or insecurity, a valid grounded three-hole socket must be used when the AC/DC adapter is connected to AC 220V 50Hz power.

CORRECT DISPOSAL

This product is subject to the provisions 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°C ~ +45°C
• Temperature Limitation: -20°C ~ +55°C
• Working Humidity: ≤95%RH (No condensation) Maximum Wind Speed: 15 m/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 an environment vulnerable to fire or explosion, in case any fire disaster or explosion is caused.

Do not use or store the splicer in environments with high temperature or high humidity, as this may cause damage to the machine. When moving the splicer from a low-temperature environment to a higher-temperature environment, take appropriate warming measures to eliminate condensation.

When using the machine in a dusty environment, take suitable dust-resistance measures to prevent large amounts of dust from entering the machine and causing device malfunction.

2. Power Supply

Use only the matching accessories of the splicer. Do not use any power adapter, battery, or power cord that is not specified in the instruction manual.

Do not use the splicer under voltages not specified for the model, as this may cause fire or electric shock. The customized car charger power cord is only available for 12V power supply of gasoline cars. Under no circumstances should it be used on diesel cars with 24V power supply.

3. Battery

Strictly follow the instructions when using the battery. Improper use of the battery may cause it to heat up, burst, explode, cause fire, or result in injuries to users.

Do not charge the battery using methods not specified in the manual.

Do not dispose of the battery in fire.

Do not reverse the positive and negative poles.

Do not expose the discharging battery to sunshine, high-temperature environments, or fire.

Do not throw or strike the battery.

If the battery electrolyte leaks, handle it carefully. If the user's skin or eyes are accidentally contaminated by the electrolyte, wash thoroughly and seek medical help immediately. Also, inform the after-sales department to handle the battery.

4. Other Cautions

Prevent any liquid or metal materials from entering the internal structure of the product, as this may cause fire, electric shock, or product malfunction. If water or any metal materials get into the product, stop using it, 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

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.

1. Introduction of Function Buttons

Appearance	Name	Function
	Menu / Confirm	Enter menu page/Confirm or save
	Power On / Off	Turn on/off the power
	Next	Switch to next option/Switch X/Y views
	Return / Reset	Return/Reset the motor
	Start / +	Run to start splicing/Adjust parameters(Decrease/Switch)
	Heating	Start heating

2.Description of Product Structure

Appearance	Name	Function
	Heater	For heating process of shrinkable tubes after splicing.

Battery Fixing Button

Put on/take off the battery

3. Fundamental Parameters

Applicable Optical Fibers: SM, MM, DS, NZDS, UI, BUI, EDF, etc. Applicable Core Type: Single Core. Applicable Fiber Diameter: Cladding diameter 80-150 μm, Coating diameter 100-1000 μm. Number of motors: 6 Motors

Splicing Mode

• Pre-store: 18 groups. Customize: 982 groups
• Splicing Results Recording: 100,000-group splicing records & 10,000 image storage. Splicing Speed: 9 SEC (Standard Mode), 7 SEC (Fast Mode)
• Alignment: Core to core alignment, clad to clad alignment

Splicing Loss

• Average Splicing Loss: 0.02 dB (SM), 0.01 dB (MM), 0.04 dB (DS), 0.04 dB (NZDS)
• Return Loss: ≥60 dB

Splicing Loss Estimation: Exist

Power Supply

• Battery: 10.9V Lithium battery, typically splicing and heating 260 times, charging time 3h, 500 times rechargeable, 7800mAh lithium battery

Operation Conditions

Operation Environment: Altitudes 0-5000 m, relative humidity 0-95% (No condensation), temperature -20°C to 55°C, maximum wind speed 15 m/s. Storage Conditions: Relative humidity 0-95% (No condensation), temperature -40°C to 80°C. Corrosiveness Resistance: The main device, components and constituent materials meet the requirements of GB/T 2423.54-2005 corrosion and are not vulnerable to the corrosiveness of fluid pollution.

Heating Shrinkable Tube

Applicable Diameter: 2mm, 3mm, 4mm, 6mm. Applicable Length: 60mm, 50mm, 45mm, 40mm, 25mm, 20mm. Heating Time: 2mm tube (10-15S adjustable), 4mm tube (14-19S adjustable), 6mm tube (17-23S adjustable). Heating Temperature: 10 - 260°C (Custom). Automatic Heating: Auto fiber recognition and heating after covered.

Other Parameters

• Tension Test: ≥ 2N (Optional)
• Display: 5 inches TFT true color HD LCD screen, support multi-language selection, touch screen.
• Magnification: X/Y: 210 times, X/Y: 320 times. The result can be double-clicked to magnify 1100 times after the fusion is complete.
• USB Port: USB2.0
• Illumination: LED double white light
• IOT function: Optional
• Password management function: Optional

4. Initial Interface

Language

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

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

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

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

5. Description of UI

1. Function Introduction of the Splicer

2. Shortcut Function

Parameters Instructions
Tension Test	When it's on, the tension test will be executed automatically after splicing.
Auto Heating Put in the optical fiber, cover after 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.

3. SpliceSet

Parameters Description
Splicer 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 alignment of left and right fibers.
Align offset Threshold	Limit of centre deviation after alignment of left and right fibers.
Fiber Alignment Mode	Core alignment, cladding alignment, and fine alignment can be set.
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

4. Edit Splice Program

Edit Splice Program
Splice PN Name of splicer program
Pre-Splice Time	Pre-Splice time can be set from: 0-500 (ms)
Splice Time	Splice time can be set from:0-5 (s)
Overlap Len	Overlap Len can be set from:0-50 (um)
Re-Arc Time	Re-Arc Time can be set from:0-5 (s)
Fiber Type Types of Fiber
Pre-Arc Bits	Pre-Arc Bits 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)

5. Sleeve Set

Parameters	Description
Heating PN	There are many heating programs for different shrinkable tubes pre-stored in the system, also many self-set programs are offered to users.
Sleeve DIA	2mm,3mm,4mm,6mm
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

6. Splice Records

Parameters Description
No. Sorting by Splice Time
Loss Loss after splicing
Type Types of fiber for splicing
Time Splice time
Image Viewable	image of the finished splice

7. Maintain

Parameters Description
Detect Parameters	Automatic self-test of electrode position, motor and other system parameters.
Clean Electrodes	Multiple high-current discharges to clean the electrodes.
Replace Electrodes	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 Correction	Automatic correction of red light source.
Splice Records	Query splice time, evaluate loss, image, etc.
Focus correction	Automatic correction of fiber focus on screen.

8. System

Parameters Description
Language Selection	English, French, German, Italian, Portuguese, Spanish
Time Setup Setting the time setup
Device Info	Current device related information
Help Info instruction manual
Restore Factory Setting	Settings are restored to factory settings
Screen Calibration	Calibration touch screen

Basic operating instructions

1. Turn on the power

Optical fiber observation interface: Short push the power switch then the indicator on the operation panel will turn to red and the buzzer will be sounds like "Di Di". All motors will return back to their initial positions and the fiber observation interface shows.

2. Preparation before splicing

(1) Put the shrinkable splicing tube on

Put the fiber through the splicing tube to protect the fusion point after splicing. Make sure there is no impurity inside the tube and keep the tube parallel with the fiber.

② Strip down the protective layers except the glass coating layer.

Strip the coating layer by 40mm with strippers.

After stripping the optical fiber, use dust-free paper dipped in 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

Position the tip of the fiber at 13 - 13.5 mm above the top of the slot. Keep the slider at the outer side. Then cover the pressure pad. Push the slider and finish the cutting. Open the fiber holder and open up the pressure pad, take the fiber and keep it away from other items in case it may get polluted.

Notice: When there is a poor cutting surface, please adjust the blade surface of the fiber cleaver. What's more, we'd like to suggest you use specified fiber cleavers equipped with our machines.

4. Fiber Placement

♠ Open 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. ♠ Put the cut fibers in the V-groove of the splicing modules and make sure the fibers are right in the V-groove. ♠ Check 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 electrode tips. Or the fibers shall be re-placed.

♠ Close the wind-proof cover gently and start splicing.

5. Check Splicing Result

6. Auto-alignment and End Face Correction

To assure splicing quality, the product uses an image processing system to observe fibers. But in some conditions the system may not be able to detect the splicing errors. So we still need to inspect the splicing process with eyes through the display screen to get better splicing quality.

Close the wind-proof cover or press the start button, the optical fiber enters the automatic alignment state, and the left and right optical fibers begin to do phase movement. The system will check the cut faces after cleaning discharge, if the end faces are not qualified the splicing will not be started and there will be an error notice on the screen. If the cut faces are qualified the aligning process will continue. After alignment the end-face angles of fibers

on both sides will be shown on the screen. If the detected angles exceed the limited angle there will be an error notice on the screen. The fibers will need to be re-cut.

If it shows following images or notice info in aligning process the system will reset the motors. Users can also push reset button to reset motors and retry to cut or put fibers.

7. Solutions of Abnormal Alignment Issues

Displayed Images ( X/Y Axis)	Notice	Possible Reasons	Solutions
	Fiber on the right side is improperly placed	Fiber on the right side is not placed into the V-groove or it's too short	Reposition the fiber, Re-cut the fiber
	Fiber on the left side is improperly placed	Fiber on the left side is not placed into the V-groove or it's too short	Reposition the fiber, Re-cut the fiber
	Alignment Error	Fiber on the right/left side is not placed in the V-groove	Reposition the fiber, Re-cut the fiber
	Please reposition the fiber	Left/right side cuts too short	Reposition the fiber, re-cut the fiber
Please reposition the fiber	Fibers on left/right side are too long	Reposition the fiber, re-cut the fiber
Fibers are not qualified	Dust or dirt on fibers	Clean and reposition the fibers
Displayed Images ( X/Y Axis)	Notice	Possible Reasons	Solutions
Angles of fiber end- faces are not qualified	Problems with the fiber cutting process )	Re-cut the fiber

After fiber alignment the system will automatically discharge and splice. If the setting is set to semiautomatic splice, the message "Alignment complete" is displayed on the screen. Then the user can push start button to splice or push reset button to reset motors.

Maintenance

1. ARC Correction

When the outer environment suddenly change or for following situations the ARC correction will be needed to adjust current intensity so to ensure low loss, high stability splicing.

1. Temperature, humidity or air pressure changes
2. Aging or pollution of electrodes
3. Continuous splice fails or high splicing loss
4. Machine is idle for a long time
5. Electrodes over used
6. Electrodes are newly cleaned or replaced Discharge Correcting Method:

① Choose "Arc Correction" Under

Put cut fibers on fiber holders and close the wind-proof cover.

③ If there is "Large Current" or "Small current" please repeat the operation of ②③ until it shows the correction is successful.

Notice:

The cutting angles under discharge correcting mode are separately set, and are not related to those under splicing modes. Discharge correction usually needs to be repeated several times. Please operate with patience.

2. Detect System Parameters

The self-test function offered is able to test and inspect the system based on several important parameters.

We strongly suggest that users perform a parameters self-test in case splicing quality may be affected:

After system updating, after replacing or moving electrodes, after enduring long-distance transportation or strong shock, after continuous splicing failures or abnormally high splicing loss, or when there is continuous over-adjusting in the alignment process.

Operations are as follows:

① Clean the V-groove and pressers with a cotton swab dipped in alcohol.

(2) Choose "Detect Parameters" under "Maintain".

(3) Put fibers in and close the cover; the self-test will begin. Normally the test will continue for 2 minutes. Please observe the notice on the LCD screen. If the test fails, please operate according to the instructions on the screen and re-enable system detection (Step ①).

Notice:

Cleaning is the most important step. Please clean the specified parts before further operations.

3. Electrodes Replacement

The electrodes will be damaged due to long-term use. Please replace the electrodes after 5000 discharges, or the splicing quality will be affected, causing higher loss and lower steadiness of spliced fibers. The system will automatically remind you that the electrodes need to be replaced when the discharge count reaches 5000. After electrode replacement, the discharge record shall be reset. Be careful of the sharp tips of the electrodes when replacing them. The operations are as follows:

• Users shall cut the power and turn off the machine before replacing electrodes. Press the power button to switch off the power; the red LED goes out.
• Unscrew the screws on the electrode cover, take off the electrode cover, and remove the electrodes.
• Place new electrodes into the electrode groove, then put the cover back on and tighten the screws gently.
• Check that the two electrodes are aligned both horizontally and vertically. If not, reposition the electrodes.
• Turn on the machine and insert well-cut fiber into it. Select "Replace Electrodes" under "Maintain".
• Perform "Detect system parameters" and then do "Arc Correction".

4. V-groove Cleaning

If there is contamination in the V-groove, the fibers will deviate from their normal position, affecting alignment and potentially causing abnormally high splicing loss. Therefore, users must regularly check and clean the V-groove. The procedure is as follows:

• Open the wind-proof cover. • Clean the contamination on the V-groove with the provided dust blower. • Clean the bottom of the V-groove with a cotton swab dipped in alcohol.

Note: Do not touch the tips of the electrodes. Clean the V-groove gently and do not use any hard objects (such as blades) to clean the groove, as this could cause damage that affects normal operation.

5. Microscope Lens Cleaning

The splicer is equipped with an image processing system to observe fibers. If the microscope lenses are dirty, normal observation will be affected, potentially leading to poor splicing results. Users should regularly clean the two lenses to ensure they remain clean.

A. Turn off the machine and open the wind-proof cover. B. Clean the lenses gently with a cotton swab dipped in alcohol. C. Note: Do not touch the electrodes. Do not touch the lenses with hard objects. D. Remove any residual alcohol with a clean, dry cotton swab, ensuring the lenses are clean and free of contamination. E. Turn on the machine, observe the image on the screen, and check for dust. If dust is present, clean the lenses again.

6. Fiber Pressers Cleaning

Dust on the fiber pressers can cause issues with fiber fixing or holding, which

will directly affect splicing quality. Users should regularly check and clean the fiber pressers.

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.

Others

Troubleshooting

Abnormal Phenomenons	Reasons Solutions
Abnormal sounds such as snorting when discharging	Improper installation position of electrodes	Please strictly following the instruction when installing electrodes
Delayed discharge or no discharge	1. Improper installation position of electrodes2. The tips of electrodes are wrapped by silicon oxide	1. Please strictly following the instruction when installing electrodes2. Clean the tips of electrodes or replace the electrodes
The machine crash when discharging	Improper installation position of electrodes	Please strictly following the instruction when installing electrodes
Discharge Correction Failure	Current environment is interfering the discharging process	If it keeps warning over-current, please lower the current before discharge correction. Otherwise please increase the current. If it still fails please contact after-sales department.
Fibers alignment failures	1.There is dust on lens, LED light, V-groove. 2.Power system malfunction.	Try to clean lens, LED lights and V-groove. If the problem still exists please contact after-sales department.
Low quality of splicing point	1.Dust on fibers 2.Wrong fiber type settings or wrong splicing program 3.Splicing environment changes 4.Controlling motor malfunction	1.Re-prepare the fibers and splice again. 2.Choose right fiber type and right splicing program 3.Do discharge correction to adjust current to normal intensity 4.Retry parameters self-test

After-Sales Service card

Name: Tele:

Product S/N No.: Product Model:

Address:

purchasing office:

Description of the problem:

Manufacturer: Shanghaiuxinmuyeyouxianggsi

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

E-CrossStu GmbH

Mainzer Landstr.69, 60329 Frankfurt am Main.

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

Technical Support and E-Warranty Certificate

www.vevor.com/support

VEVOR®

TOUGH TOOLS, HALF PRICE

www.vevor.com/support

Appearance	Name	Function
	Menu / Confirm	Enter menu page/Confirm or save
	Power On / Off	Turn on/off the power
	Next	Switch to next option/Switch X/Y views
	Return / Reset	Return/Reset the motor
	Start / +	Run to start splicing/Adjust parameters(Increase/Switch)
	Heating	Start heating

2. Description of Product Structure

Function of Description

Basic operating instructions

1. Turn on the power

(1) Put the shrinkable splicing tube on

Put the fiber through the splicing tube to protect the fusion point after splicing. Make sure there is no impurity inside the tube and keep the tube parallel to the fiber.

② Strip down the protective layers except the glass coating.

Strip the coating layer by 40mm with strippers.

① Select "Arc Correction" under

www.vevor.com/support

VEVOR®

TOUGH TOOLS, HALF PRICE

Appearance	Name	Function
	Menu / Confirm	Enter menu page/Confirm or save
	Power On / Off	Turn on/off the power
	Next	7 Switch to next option/Switch X/Y views

2. Description of Product Structure

Function Description

Basic operating instructions

1. Turn on the power

(1) Put the shrinkable splicing tube on

Put the fiber through the splicing tube to protect the fusion point after splicing. Make sure there is no impurity inside the tube and keep the tube parallel to the fiber.

② Strip down the protective layers except the glass coating.

Strip the coating

layer by 40mm

STREET EASTWOOD NSW 2122 Australia

Import warning to USA: Sanven Technology Ltd. Suite 250, 9166 Anar

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

www.vevor.com/support

VEVOR®

TOUGH TOOLS, HALF PRICE

Appearance	Name	Function
	Menu / Confirm	Enter menu page/Confirm or save
	Power On / Off	Turn on/off the power
	Next	7 Switch to next option/Switch X/Y views

2. Description of Product Structure

Heat-shrinkable tube

Basic operating instructions

1. Turn on the power

(1) Put the shrinkable splicing tube on

Put the fiber through the splicing tube to protect the fusion point after splicing. Make sure there is no impurity inside the tube and keep the tube parallel to the fiber.

② Strip down the protective layers except the glass coating layer.

Strip the coating layer by 40mm.

Appearance	Name	Function
	Menu / Confirm	Enter menu page/Confirm or save
	Power On / Off	Turn on/off the power
	Next	Switch to next option/Switch X/Y views
	Return / Reset	Return/Reset the motor
	Start / +	Run to start splicing/Adjust parameters(Increase/Switch)

2. Description of Product Structure

Basic operating instructions

(1) Put the shrinkable splicing tube on

Put the fiber through the splicing tube to protect the fusion point after splicing. Make sure there is no impurity inside the tube and keep the tube parallel to the fiber.

② Strip down the protective layers except the glass coating layer.

Strip the coating layer by 40mm with strippers.

TOUGH TOOLS, HALF PRICE

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

VEVOR®

TOUGH TOOLS, HALF PRICE

Appearance	Name	Function
	Menu / Confirm	Enter menu page/Confirm or save
	Power On / Off	Turn on/off the power
	Next	Switch to next option/Switch X/Y views
	Return / Reset	7 Return/Reset the motor

2. Description of Product Structure

Basic operating instructions

1. Turn on the power

(1) Put the shrinkable splicing tube on

Put the fiber through the splicing tube to protect the fusion point after splicing. Make sure there is no impurity inside the tube and keep the tube parallel to the fiber.

② Strip down the protective layers except the glass coating

Strip the coating layer by 40mm with strippers.

VEVOR®

TOUGH TOOLS, HALF PRICE

Note: Anything that is not a product of the above mentioned products will be considered as an innovation.

Appearance	Name	Function
	Menu / Confirm	Enter menu page/Confirm or save
	Power On / Off	Turn on/off the power
	Next	Switch to next option/Switch X/Y views
	Return / Reset	Return/Reset the motor
	Start / +	Run to start splicing/Adjust parameters(Decrease/Switch)
	Heating	Start heating

2. Description of Product Structure

Function Description

Basic Operating Instructions

(1) Put the shrinkable splicing tube on

Put the fiber through the splicing tube to protect the fusion point after splicing. Make sure there is no impurity inside the tube and keep the tube parallel to the fiber.

② Strip down the protective layers except the glass coating

Strip the coating layer by 40mm with strippers.

Imported in AUS: SIHAO PTY LTD. 1 ROKEVA STREET EASTWOOD NSW 2122 Australia

Imported in 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

Appearance	Name	Function
	Menu / Confirm	Enter menu page/Confirm or save
	Power On / Off	7 Turn on/off the power

2. Description of Product Structure

Function Description

Basic Operating Instructions

(1) Put the shrinkable splicing tube on

Put the fiber through the splicing tube to protect the fusion point after splicing. Make sure there is no impurity inside the tube and keep the tube parallel to the fiber.

② Strip down the protective layers except the glass coating

Strip the coating layer by 40mm with strippers.