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USER MANUAL
Optical Fiber Fusion Splicer
O F S – 95
PLEASE READ THIS INSTRUCTION MANUAL CAREFULLY BEFORE
OPERATING THE EQUIPMENT.
ADHERE TO ALL SAFETY INSTRUCTIONS AND WARNINGS
CONTAINED IN THIS MANUAL.
KEEP THIS MANUAL IN A SAFE PLACE.
SHINEWAY TECHNOLOGIES, INC
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About This Manual
Thank you for purchasing ShinewayTech product. Please read this manual
carefully before using any of ShinewayTech products. Always observe the
warnings and cautions appearing throughout this manual.
This manual contains the information necessary for proper operation and
maintenance of ShinewayTech OFS-95 Optical Fiber Fusion Splicer,
troubleshooting instructions as well as information regarding obtaining services.
ShinewayTech OFS-95 Optical Fiber Fusion Splicer is carefully assembled and
undergoes a rigorous mechanical, electrical, and optical inspection prior to
shipment. For detailed packing information, please refer to the packing list.
Upon receiving the instrument, please check for any obvious signs of physical
damage that may have occurred during shipment. Report any damage to the
shipping agent or the representative of Shineway Technologies, Inc. immediately.
Retain the original packing materials in case reshipment becomes necessary.
If necessary, please contact us via email: support@shinewaytech.com.
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Warning and Caution
A
The splicer has been designed for splicing Silica-based optical fibers for
telecommunications. Do not attempt to use this machine for other applications.
ShinewayTech Inc. gives much consideration and regard to personal injury.
Misuse of the machine may result in electric shock, fire and/or serious personal
injury.
Follow all safety instructions
Read and understand all safety instructions
Stop using it when it malfunctions
Ask our service centers for repair as soon as possible.
Instruction Manual
Read this instruction manual carefully before operating this machine. Store this
instruction manual in a safe place
Notices
Copyright©, ShinewayTech, All rights reserved.
No part of this manual may be reproduced in any form or by any means
(including electronic storage and retrieval or translation into a foreign language)
without prior agreement and written consent from Shineway Technologies, Inc.
as governed by international copyright laws.
Warranty
The material contained in this document is subject to change without notice.
Shineway Technologies, Inc. makes no warranty of any kind with regard to this
material, including, but not limited to, the implied warranties of merchantability
and fitness for a particular purpose. Shineway Technologies, Inc. shall not be
liable for errors contained herein or for incidental or consequential damages in
connection with furnishing, performance, or use of this material.
The battery is a consumable part and is not subject to the warranty.
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Warning and Caution
ISO9001 Certification
The product exactly conforms to ISO9001 International Quality System
Standard through improving process control by ShinewayTech. It is one part of
our objective which is continually increasing customers’ satisfaction.
Page 5
Warning and Caution
B
Safety Instructions
During each stage of operation of this instrument, please always observe the
following safety instructions. Not taking any safety precautions or following the
instructions will violate the safety standards of design, manufacturing and
application of these instruments. In no case will Shineway Technologies bear the
responsibilities for consequences incurred by violation of the following
instructions.
General
This product is a Safety Class 3 instrument. The protective features of this
product may be impaired if it is used in a manner not specified in the operation
instrument.
Environmental Conditions
It is designed to operate at a maximum relative humidity of 95% and at altitudes
of up to 5000 meters. For more details, please refer to the specifications tables.
Before Applying Power
Verify that the product is set to match the available line voltage, the correct fuse
is installed, and all safety precautions are taken. Note the instrument’s external
markings described under Symbols.
Do Not Operate in an Explosive Atmosphere
Do not operate the instrument in the presence of flammable gases or fumes.
Do Not Remove the Instrument Cover
Operating personnel must not remove instrument covers. Component
replacement and internal adjustments must be made only by qualified service
personnel.
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Warning and Caution
Safety Terms Used in This Manual
The WARNING sign denotes a hazard. It calls attention to a
procedure, practice, or the like, which, if not correctly
performed or adhered to, could result in personnel injury. Do
not proceed beyond a WARNING sign until the indicated
conditions are fully understood and met.
The CAUTION sign denotes a hazard. It calls attention to an
operating procedure, or the like, which, if not correctly
performed or adhered to, could result in damage to or
destruction of part or the entire product. Do not precede
beyond a CAUTION sign until the indicated conditions are
fully understood and met.
The NOTE sign information that may be beneficial during the
use and maintenance of the instrument.
OFS-95 has been designed for splicing Silica-based optical fibers for
telecommunications. Do not attempt to use this machine for other applications.
Shineway Technologies, Inc. gives much consideration and regard to personal
injury. Misuse of the machine may result in electric shock, fire and/or serious
personal injury.
a) Follow all safety instructions.
b) Stop using it when it malfunctions and ask our service centers for repair
as soon as possible.
c) Read this instruction manual carefully before operating this machine.
Disconnect the AC power cord from the AC adapter inlet or the wall socket
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Warning and Caution
(outlet) immediately if user observes the following or if the splicer receives the
following faults:
a) Fumes, bad smell, noise, or over-heat occurs.
b) Liquid or foreign matter falls into cabinet.
c) Splicer is damaged or dropped.
If this occurs, ask our service center for repair. Leaving the splicer in a damaged
state may cause equipment failure, electric shock or fire and may result in
personal injury, death or fire.
Use only the AC adapter / battery charger designed for this splicer. Using an
improper AC power source may cause fuming, electric shock or equipment
damage and may result in personal injury, death or fire.
Do not disassemble or modify the splicer, AC adapter or battery. In particular, do
not remove or bypass any electrical or mechanical device (e.g. a fuse or safety
switch) incorporated into the design and manufacturing of this equipment.
Modification could cause damage that may result in personal injury, death,
electric shock or fire.
Never operate the splicer in an environment where flammable liquids or vapors
exist. Risk of dangerous fire or explosion could result from the splicer’s
electrical arc in such an environment.
Do not use compressed gas or canned air to clean the splicer. They may contain
flammable materials that could ignite during the electrical discharge.
Do not touch the electrodes when the splicer is on and power is supplied to the
unit. The electrodes generate high voltage and high temperatures that may cause
a severe shock or burn.
NOTE: Arc discharge stops when wind protector is opened.
Turn the splicer off and disconnect the AC power cord before replacing
electrodes.
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Warning and Caution
Safety glasses should always be worn during fiber preparation and splicing
operation. Fiber fragments can be extremely dangerous if it comes into contact
with the eye, skin, or is ingested.
Use only proper power source.
a) Check the AC power source before use: Proper AC power source is
AC100-240V, 50-60Hz. Proper DC power source is DC10-12V.
Improper AC or DC power source may cause fuming, electric shock or
equipment damage and may result in personal injury, death or fire;
b) AC generators commonly produce abnormally high AC output voltage
or irregular frequencies. Measure the output AC voltage with a circuit
tester before connecting the AC power cord. Such abnormally high
voltage or frequency from a generator may cause fuming, electric shock
or equipment damage and may result in personal injury, death or fire.
Make sure the generator is regularly checked and serviced.
Do not modify, abuse, heat or excessively pull on the supplied AC cord. The use
of a damaged cord may cause fuming, electric shock or equipment damage and
may result in personal injury, death or fire.
OFS-95 uses a three-prong (core) AC cord that contains an earthed ground safety
mechanism. The splicer MUST be grounded. Use only the supplied three-prong
(core) AC power cord. NEVER use a two-prong (core) power cord, extension
cable or plug.
Connect AC power cord properly to the splicer (inlet) and wall socket (outlet).
When inserting the AC plug, make sure there is no dust or dirt on the terminals.
Engage by pressing the female plug into the splicer (inlet) and the male plug into
the wall socket (outlet) until both plugs are fully seated. Incomplete engagement
may cause fuming, electric shock or equipment damage and may result in
personal injury, death or fire.
Do not short-circuit the terminals of AC adapter and optional battery. Excessive
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Warning and Caution
electrical current may cause personal injury due to fumes, electric shock and
equipment damage.
Do not touch the splicer, AC power cord and AC plugs with wet hands. This
may result in electric shock.
Do not operate splicer near hot objects, in hot temperature environments, in
dusty/humid atmospheres or when water-condensation is present on the splicer.
This may result in electric shock, splicer malfunction or poor splicing
performance.
When using Li-ion battery, follow the instructions below. Failure to follow these
may result in explosion or personal injury.
a) Do not charge battery with other methods than instructed.
b) Do not discard battery into an incinerator or fire.
c) Do not charge or discharge battery near a flame or under direct sunlight.
d) Do not excessively shake or jar the battery.
e) If battery leaks of liquid residue, be careful handling the battery so the
liquid does not get in skin or eye contact. If it reaches contact,
immediately wash skin or eyes thoroughly and see the doctor. Dispose
of the battery and call the service center for replacement.
f) If charge did not complete in four hours or the "CHARGE" LED is
constantly on, immediately stop charging and call the service center for
repair.
Do not store splicer in any area where temperature and humidity are extremely
high. Possible equipment failure may result.
Do not touch protection sleeve or tube-heater during heating or immediately
after completion of heating. Their surfaces are very hot and touching these may
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Warning and Caution
result in skin burn.
Do not place the splicer in an unstable or unbalanced position. The splicer may
shift or lose balance, causing the unit to fall. Possible personal injury or
equipment damage may result.
The splicer is precision adjusted and aligned. Do not allow the unit to receive a
strong shock or impact. Possible equipment failure may result. Use supplied
carrying case for transportation and storage. The carrying case protects the
splicer from damage, moisture, vibration and shock during storage and
transportation.
Follow the below listed instructions for handling electrodes.
a) Use only specified electrodes.
b) Set the new electrodes in the correct position.
c) Replace the electrodes as a pair.
Failure to follow the above instructions may cause abnormal arc discharge. It can
result in equipment damage or degradation in splicing performance.
Do not use any chemical other than pure alcohol (99% or greater) to clean the
objective lens, V-groove, mirror, LCD monitor, etc., of the splicer. Otherwise
blurring, discoloration, damage or deterioration may result.
The splicer requires no lubrication. Oil or grease may degrade the splicing
performance and damage the splicer.
The equipment must be repaired or adjusted by a qualified technician or
engineer. Incorrect repair may cause fire or electric shock. Should any problems
arise, please contact your nearest sales agency.
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Table of Contents
Table of Contents
Description of Products ....................................................................................................... 11
1. Components of Splicer ................................................................................................ 11
➢ Our Splicer ................................................................................................................... 11
➢ Options ............................................................................................ 错误!未定义书签。
2. Other Necessary Items for Splicing Operation ............................ 错误!未定义书签。
3. Description and Function of Splicer .......................................................................... 12
➢ Front Side of OFS-95 ................................................................................................... 12
➢ Back Side of OFS-95 .................................................................................................... 12
➢ Top Side of OFS-95 ...................................................................................................... 13
➢ Keypad of OFS-95 ....................................................................................................... 14
Point of the Splice Procedure.............................................................................................. 15
1. To Get a Stable Low Splice Loss ................................................................................. 15
➢ Daily Cleaning Before Splicing Operation ................................................................ 15
➢ Select / Use the Suitable Splice Mode ......................................................................... 16
➢ Clean the Equipment before Every Splicing ............................................................. 16
➢ Splicing Procedure ....................................................................................................... 16
➢ Heating ......................................................................................................................... 18
2. Power Supply ............................................................................................................... 19
➢ Battery .......................................................................................................................... 19
Basic Operation ................................................................................................................... 19
1. About Power ................................................................................................................ 19
➢ Inserting Power Supply into Splicer .......................................................................... 19
➢ Battery operation ......................................................................................................... 20
2. Turning Splicer "ON" ................................................................................................. 21
➢ LCD Brightness Adjustment ...................................................................................... 21
3. Fiber Preparation ........................................................................................................ 22
A. Placing Protection Sleeve over Fiber ......................................................................... 22
B. Stripping and Cleaning Fiber ..................................................................................... 23
➢ Sheath Clamp ............................................................................................................... 23
C. Fiber Cleaving .............................................................................................................. 23
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Table of Contents
➢ Fiber holder System ..................................................................................................... 23
4. Loading Fiber to Splicer ............................................................................................. 25
➢ Sheath Clamp ............................................................................................................... 25
5. Splicing Procedure ....................................................................................................... 26
➢ Splice loss increase: Cause and remedy ..................................................................... 28
6. Removing spliced fiber ................................................................................................ 30
7. Heating protection sleeve ............................................................................................ 30
Maintenance of Splicing Quality ........................................................................................ 31
1. Cleaning and Checking before Splicing ..................................................................... 32
2. Periodical Checking and Cleaning ............................................................................. 33
Menu Operation .................................................................................................................. 35
1. Splice Mode Menu ....................................................................................................... 36
➢ How to select the “Splice Mode” ................................................................................ 36
➢ Database ....................................................................................................................... 37
2. Heater Mode................................................................................................................. 42
3. Splice Set ...................................................................................................................... 44
4. Data Save ...................................................................................................................... 45
5. Set Menu ....................................................................................................................... 46
6. Maintenance Menu ...................................................................................................... 51
Common Problems and Troubleshooting .......................................................................... 52
Warranty Information ........................................................................................................ 57
1. Terms of Warranty ...................................................................................................... 57
2. Exclusions ..................................................................................................................... 57
3. Warranty Registration ................................................................................................ 57
4. Returning Instruments ................................................................................................ 57
5. Contacting Customer Service ..................................................................................... 58
Page 13
Introduction
Introduction
ShinewayTech OFS-95 Optical Fiber Fusion Splicer is for fiber fusion with low
splice loss and ensures splice long-time stabilization. Splice loss depends on
certain conditions like fiber preparation, splicing parameters, fiber condition,
variation after splicing and etc.
The standard principle of splicing is not complicated, firstly the splicer finds the
fiber core and aligns it correctly, and then it splices the fiber with the arc
generated by the electrodes. There are two major technologies to ensure
high-quality splice, LID (Local Injection and Detection) and CDS (Core
Detection System), which is also widely known as PAS (Profile Alignment
System).
OFS-95 with PAS technology is designed for splicing many types of optical
fibers. It is small in size and light in weight, making it suitable for any operating
environment. It is easy to operate and it splices fast while maintaining low splice
loss. In order to achieve the splicer's full capabilities, read the following
important information.
➢ Splice mod
Use [SM] splice mode for standard SM fiber (ITU-TG.652) splicing. It
completes in 9 seconds and is the quickest mode for SM fiber splicing.
Use [AUTO] splice mode if fiber type is not identified. Splice takes longer but it
covers most conventional fibers splicing for following reasons.
a) [AUTO] mode first identifies fiber type by analyzing fiber profile, and then
unique splicing condition is chosen for the type of fiber. The types of fibers
covered by [AUTO] are all the conventional fibers, such as SMF (G652),
NZDSF (G655), MMF (G651), etc. The [AUTO] modes takes longer for the
above processes but is recommended in fiber type is not sure.
b) [AUTO] mode comes with automatic arc calibration function, which
observes the splicing process and feedback adequate heat power information
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Introduction
to the next splice (See next chapter for detail).
➢ Automatic arc calibration function
This function calibrates the arc power at every splice. When the automatic arc
calibration function is enabled, performing the [Arc calibration] function before
a splice operation is not necessary. The automatic arc calibration function works
in AUTO modes only. It doesn’t work in the standard splice modes. When using
those modes, performing [Arc calibration] before splicing is strongly
recommended.
➢ Environment Performance
To operate by the bad environment, the splicer has improved the performance.
Dropping
Water-Proof
Dust
ShinewayTech does not guarantee that the splicer will not be damaged under
these conditions.
➢ Unique function
a) Operating display can be changed
The OFS-95 can be operated with monitor in front or at back. The fiber/display
image on the monitor can be changed.
b) Sheathe clamping method
Either conventional sheathe clamping system or “fiber holder system (optional)”
can be selected.
c) Carrying Case with worktable.
The top cover of caring case can be used as a work table.
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Introduction
d) Upgrade the software
OFS-95S’s software can be upgraded via internet by using “Software Download
Tool” software. Refer to the instruction manual of “Software Download Tool.
⚫ The splicer is equipped with a LCD monitor, manufactured in a high
quality-controlled factory environment. However, some black dots may
appear, or red/blue/green dots may remain on the screen. The screen
brightness may not appear uniformly depending on viewing angle. Note
that these symptoms are not defects, but are nature of LCD.
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Description of Products
Description of Products
1. Components of Splicer
➢ Our Splicer
Page 17
Description of Products
2. Description and Function of Splicer
➢ Front Side of OFS-95
Wind Protector
LED
Power Unit Dock
➢ Back Side of OFS-95
USB port InputOutput
Page 18
Description of Products
➢ Top Side of OFS-95
Page 19
Description of Products
➢ Keypad of OFS-95
Left keypad Right keypad
Screen keypad
Page 20
Description of Products
Main menu
Heat
Power
Left
Return
Right
ARC
Down
Enter
Up
Cancel
Splice
Switch screen
Point of the Splice Procedure
1. To Get a Stable Low Splice Loss
➢ Daily Cleaning Before Splicing Operation
a) Clean the V-grooves.
HINT: Sometimes, to clean the V-grooves, may need useing a stripped fiber to clean dust.
b) Clean the wind protector Clamp Chips.
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Basic Operation
c) Clean Objective Lens every week, or when it’s dirty.
NOTE: Do not touch or hit electrode tips (in this case electrodes do not remove
from the splicer).
➢ Select / Use the Suitable Splice Mode
How to select the “Splice Mode”
a) When splicing only standard SM fibers (ITU-T G.652), “SM AUTO”
mode is recommended.
b) When splicing many types of fibers, “AUTO” mode is recommended,
but splice speed is slow.
c) Splicing speed of “SM FAST” mode is fast, but periodical Arc
calibration is required.
➢ Clean the Equipment before Every Splicing
a) Clean the blade of stripper.
b) Clean the cleaver pads and blade and rubber anvil.
➢ Splicing Procedure
a) Make sure the stripped fiber is free of coating debris or contamination.
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Basic Operation
b) Use only 99% or better purity alcohol.
c) Do not allow the cleaved fiber ends to touch anything or become
contaminated.
d) Place the fiber end face between V-groove edge and Electrode center.
e) Place fiber in the bottom of V-groove for successful splicing.
V-groove
edge
Electrode center
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Basic Operation
f) Make sure if the cleave length is correct. Fiber coating edge may hit the
V-groove in case with shorter cleave length, and then the fibers may not
be stuffed each other during arc discharge and result in worse splice loss.
The cleave length is too short
g) Do not put tension to the fibers, or the fibers may not be stuffed each
other during arc discharge and result in worse splice loss.
h) Check the fiber angle and cleave shape. The fibers cleave angle affects
splicing quality. Large cleave angle worsens splice loss.
i) Visually check the arc discharge with the monitor. In case the arc
discharge is observed “wobbling” or “brightness changes”, arc discharge
may be unstable and the heat distribution to the fibers as well resulting in
worsened splice loss. Perform “Stabilize Electrodes”
j) When splicer indicates following message, splice loss may be high. “Arc
discharge is not stable. Electrodes should be stabilized to reform the arc
discharge.” Load prepared SM fibers onto splicer in order to stabilize
electrodes. After completing it, re-splice fibers.
➢ Heating
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Basic Operation
a) Select the heater mode most suitable for the protection sleeve to be used.
Each tube-heating mode is optimized for a type of protection sleeve.
Other manufacture’s fiber protection sleeve may not shrink completely.
At that time extend the heating time.
b) Centering protection sleeve in tube heater
2. Power Supply
Use only supplied AC power cord.
Connect to ground with ground terminal of AC power cord.
➢ Battery
a) The capacity of the battery gradually decreases as nature even if it is not
used. If the battery discharges completely, the battery may no longer be
able to be re-charged. Charge the battery before long time storage and
after use.
b) If a battery is to be stored for a long time, periodical charge of every six
months is recommended regardless of battery charge level of the battery.
c) Follow below conditions for operation/charge/long time storage (1 week
or longer).
Operation: -10 ℃~ 50 ℃
Charge: 0 ℃ ~ 40 ℃
Long Time Storage: -20 ℃ ~ 30 ℃
Basic Operation
1. About Power
➢ Inserting Power Supply into Splicer
OFS-95 can be powered by external power adaptor and power supply unit.
a) Inserting or detaching power supply unit
Insert power unit into Power unit dock until it clicks into place.
b) Detaching power supply unit
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Basic Operation
Turn off the splicer. Push the release button, located on the side of the
splicer body, and remove the power supply out of the splice body.
➢ Battery operation
Check and make sure the remaining battery capacity is 20% or greater
before operation otherwise few splices can be made.
Two ways to check remaining battery capacity：
a) If battery is already inserted in the splicer, turn splicer ON. Power source
of "Battery" is automatically identified and the remaining battery
capacity is displayed on the "READY" screen.
b) Or press battery check button on the battery pack. The remaining battery
capacity is indicated on the LED indicator.
READY screen Remaining battery capacity indicator
Remaining battery
capacity display
Remaining battery
capacity indicator
Remaining battery
5 LED
80~100%
4 LED
60~80%
3 LED
40~60%
2 LED
20~40%
1 LED
Less than 10%
⚫ Do not place battery on top of AC adapter or vise-versa.
⚫ Battery can be charged while AC adapter is in power unit dock of
OFS-95 regardless of under operation or not.
⚫ CHARGE LED turns off when battery charge is completed. If CHARGE
LED flashes, replace the battery with a new one.
⚫ If battery charge does not complete in five hours or CHARGE LED does
not turn ON, the battery, AC adapter or both need replacement. Ask your
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Basic Operation
service agent for further instruction.
2. Turning Splicer "ON"
Press [ ] and hold it until the green LED on the keypad is "ON". The
“READY” screen is displayed after all the motors reset to their initial
positions. The power source type is automatically identified. If the battery is
used, the remaining battery capacity is displayed.
➢ LCD Brightness Adjustment
In the “Ready” interface after splicer is powered on, press [ ][ ] button
to adjust LCD brightness; press [ ] button to confirm.
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Basic Operation
3. Fiber Preparation
A. Placing Protection Sleeve over Fiber
Clean optical fiber with alcohol-impregnated gauze or lint-free tissue
approximately 100mm from the tip. Place the protection sleeve over the
fiber.
⚫ Clean optical fiber with alcohol-impregnated gauze or lint-free tissue.
Dust particulates can enter inside the protection sleeve and might result
in a future fiber break or attenuation increase.
⚫ Make sure fiber is passed into the protection sleeve.
Fiber
Sleeve
Page 28
Basic Operation
⚫ When protection sleeve core tube is longer than the length of outer sheath,
the excess part should be cut off to avoid micro bend after heating.
B. Stripping and Cleaning Fiber
➢ Sheath Clamp
Strip fiber's outer coat 30 to 40 mm from its tip with a stripping tool. Clean
the fiber with alcohol (Purity ≥99%) impregnated gauze or lint-free tissue
thoroughly.
C. Fiber Cleaving
➢ Fiber holder System
a) Put container from the storage position to the work position; pull the
slider out of cleaver; open the large and small plate as shown below;
b) Set the fiber holder which is with a striped and cleaned fiber into the
Page 29
Basic Operation
fixture slot. Close the large plate. Push the slider to another side for
cutting the fiber off;
c) Open the large plate and take fiber holder out.
⚫ Do not let the fiber end-face touch anything.
⚫ Do not put fingers in the driving area of the slide button as personal
injury may result.
⚫ After pushing it half way down, releasing the pressure on the cutting
lever may result in bad cleaving quality.
Page 30
Basic Operation
4. Loading Fiber to Splicer
➢ Sheath Clamp
a) Open wind protector and sheath clamps.
b) Place prepared fiber onto v-groove so that the fiber tip is located between
the v-groove edge and tip of electrode.
c) Hold fiber with fingers and close sheath clamp so that the fiber does not
move. Make sure the fiber is placed in the bottom of the v-grooves. If
fiber is not placed properly, reload fiber.
d) Load another fiber in the same manner as in above step.
e) Close wind protector.
⚫ If fiber coating has some memory curl, place fiber so that the curve of
memory is turned upwards.
⚫ Be careful to not bump the prepared fiber tips into anything to maintain
fiber end-face quality.
Page 31
Basic Operation
⚫ Keep the prepared fiber out off other stuff, in case of breaking the end
face of fiber.
⚫ After this step, the preparation steps are done. Close the windshield at
last.
5. Splicing Procedure
To assure a good splice, the optical fiber is observed with the image
processing system equipped in the OFS-95. However, there are some cases
when the image processing system cannot detect a faulty splice. Visual
inspection with the monitor is often necessary for better splicing yield.
Procedure below describes standard operating procedure.
a) After fibers are loaded in the splicer, press button and fibers
move forward toward each other. The fiber forwarding motion stops at a
certain position shortly after the cleaning arc is performed. Next, the
cleave angle and end-face quality are checked. If the measured cleave
angle greater than its set threshold or fiber chipping is detected, the
buzzer will sound and an error message warns the operator. The splicing
procedure pauses. If no error message is displayed, the below stated
end-face conditions are used for visual inspection. If observed, remove
the fiber from the splicer and repeat fiber preparation. These visual
defects may cause a faulty splice.
V-groov
Bare fiber
Wrong
Correct
Page 32
Basic Operation
b) After fiber inspection, the fibers are aligned core-to-core or
cladding-to-cladding. Cladding axis offset and core axis offset
measurements can be displayed.
c) After completion of fiber alignment, arc discharge is performed to
splice the fibers.
d) Estimated splice loss is displayed upon completion of splicing. Splice
loss is affected by certain factors stated in Page 27. These factors are
taken into account to calculate, or estimate, splice loss. The calculation
is based on certain dimensional parameters, such as MFD. If either the
cleave angle measured or the estimated splice loss exceeds its set
threshold, an error message is displayed. If the spliced fiber is
detected as abnormal, such as "Fat", "Thin" or "Bubble", an error
message is displayed. If no error message is displayed but the splice
looks poor by visual inspection through the monitor, it is strongly
recommended to repeat the splice from the beginning.
⚫ Splice point sometimes looks a bit fatter than other parts. This is
Page 33
Basic Operation
considered a normal splice, and does not affect splice loss.
⚫ To change threshold for estimated splice loss or cleave angle, see [Splice
Mode] for details.
⚫ Splice loss may be improved in some cases by additional arc discharges.
Press button for an additional arc discharge (re-arc). Splice loss
estimate and splice check are performed again. Splice loss may be
worsened in some cases by additional arc discharges (re-arcs). Additional
arc discharge can be set to "disabled", or limited to the number of
additional arcs.
⚫ Splicing result is automatically saved in splicer memory
➢ Splice loss increase: Cause and remedy
Symptom
Cause
Remedy
Core axial offset
Dust on v-groove or fiber
clamp chip
Clean v-groove and fiber
clamp chip.
Core angle
Dust on v-groove or fiber
clamp chip
Clean v-groove and fiber
clamp chip.
Bad fiber end-face quality
Check if fiber cleaver is
well conditioned.
Core step
Dust on v-groove or fiber
clamp chip
Clean v-groove and fiber
clamp chip.
Core Curve
Bad fiber end-face quality
Check if fiber cleaver is
well conditioned.
Page 34
Basic Operation
Prefuse power too low or
prefuse time too short.
Increase [Prefuse Power]
and/or [Prefuse Time].
MFD Mismatch
Arc power too low
Increase [Arc Power]
and/or [Arc Time].
Combustion
Bad fiber end-face quality
Check the cleaver
Dust still present after
cleaning fiber or cleaning
arc.
Clean fiber thoroughly or
Increase [Cleaning Arc
Time].
Bubbles
Bad fiber end-face quality
Check if fiber cleaver is
well conditioned.
Prefuse power too low or
prefuse time too short.
Increase [Prefuse Power]
and/or [Prefuse Time].
Separation
Fiber stuffing too small
Perform [Motor
Calibration]
Prefuse power too high or
prefuse time too long.
Decrease [Prefuse Power]
and/or [Prefuse Time].
Fat
Fiber stuffing too much
Decrease [Overlap] and
perform [Motor
Calibration].
Thin
Arc power not adequate
Perform [Arc Calibration]
Some arc parameters not
adequate
Adjust [Prefuse Power],
[Prefuse Time] or
Page 35
Basic Operation
[Overlap].
Line
Some arc parameters not
adequate
Adjust [Prefuse Power],
[Prefuse Time] or
[Overlap].
⚫ A vertical line sometimes appears at the splice point when MM fibers or
dissimilar fibers (different diameters) are spliced. This does not affect
splice quality, such as splice loss or tensile strength.
6. Removing spliced fiber
a) Open lids of tube heater.
b) Open wind protector.
c) Hold left fiber with left hand at the edge of wind protector and open left
sheath clamp or fiber holder lid.
d) Open right sheath clamp or fiber holder lid.
e) Hold right fiber with right hand, and remove spliced fiber from the
splicer.
⚫ Keep on holding fiber until fiber is completely transferred to tube heater.
7. Heating protection sleeve
a) Transfer fiber with protection sleeve to tube heater. Protection sleeve is
placed in the center of the tube heater.
b) Place fiber with protection sleeve in the middle of tube heater. While
placing it in the tube heater, apply some tension on the fiber so the tube
heater lids automatically close. Then press button starting heating
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Basic Operation
process.
⚫ Make sure the splice point is located at the center of the protection
sleeve.
⚫ Make sure the strength member in the protection sleeve is placed
downwards.
c) Then red HEAT LED turns on. The buzzer beeps and the HEAT LED
turn off when tube heating is completed.
d) Open tube heater lids and remove protected fiber from the tube heater.
Apply some tension to the fiber while removing it from the tube heater.
⚫ Protection sleeve may stick to bottom plate of heater. Use a cotton swab
to help remove sleeve from heater.
e) Visually inspect the finished sleeve to verify no bubbles or debris/dust
is present in the sleeve.
f) Attach the Cooling Tray onto the splicer.
g) Remove the protected fiber from the splicer.
⚫ Do not touch the shrunken sleeve after removing the fiber from the tube
heater. It may be hot.
h) Place the removed fiber into the Cooling Tray.
i) Leave the fiber in the Cooling Tray until the shrunken sleeve is cooled
down.
Maintenance of Splicing Quality
Page 37
Menu Operation
1. Cleaning and Checking before Splicing
Critical cleaning points and maintenance checks are described below.
A. Cleaning V-grooves
If contaminants are present in the V-grooves, proper clamping may not
occur, resulting in higher splice loss. The V-grooves should be frequently
inspected and periodically cleaned during normal operation. To clean the
V-grooves do the following steps:
a) Open the wind protector.
b) Clean the bottom of the V-groove with an alcohol-impregnated thin
cotton swab. Remove excess alcohol from the V-groove with a clean dry
swab.
c) If the contaminants in the V-groove cannot be removed with an
alcohol-impregnated thin cotton swab, use a cleaved fiber end-face to
dislodge contaminants from the bottom of the V-groove. Repeat last step
after this procedure.
⚫ Be careful to not contact the electrode tips.
⚫ Do not use excessive force when cleaning the V-groove. The V-groove
arm may get damaged.
Alcohol
Tampons
V-groove
V-groove
The Striped
Fiber
Page 38
Menu Operation
B. Cleaning Fiber Clamp Chips
If contaminants are present on the clamp chips, proper clamping may not
occur, resulting in poor quality splices. The fiber clamp chips should be
frequently inspected and periodically cleaned during normal operation. To
clean the clamp chips do the following:
a) Open the wind protector.
b) Clean the surface of the chip clamp with an alcohol-impregnated thin
cotton swab. Remove excess alcohol from the chip clamp with a clean
dry swab.
C. Cleaning Fiber Cleaver
If the circular blade or clamp pads of the fiber cleaver become contaminated,
the cleaving quality could degrade. This may lead to fiber surface or
end-face contamination, resulting in higher splice loss. Clean the circular
blade or clamp pads with cotton swab soaked with alcohol.
D. Arc Calibration
See Page [Arc Calibration].
2. Periodical Checking and Cleaning
In order to maintain the splicing quality of the splicer, periodical inspection
and cleaning are recommended.
A. Cleaning Objective Lenses
If the objective lens’s surface becomes dirty, normal observation of the core
position may be incorrect, resulting in higher splice loss or poor splicer
operation. Therefore, clean both of them at regular intervals. Otherwise, dirt
may accumulate and become impossible to remove.
To clean the objective lenses do the following:
a) Before cleaning the objective lenses, always turn off the splicer.
b) Gently clean the lenses’ (X-axis and Y-axis) surface with a dry and thin
Page 39
Menu Operation
cotton swab. Using the cotton swab, start at the center of the lens and
move the swab in a circular motion until you spiral out to the edge of the
lens surface.
c) The lens surface should be clean and free of streaks or smudges.
d) Turn on the power and make sure no smudges or streaks are visible on
the monitor screen. Press X/Y key to change the screen and check the
state of the lens surface on both the X- and Y-screens. Perform dust
check.
⚫ Do not hit or touch tip of electrode when cleaning it or remove electrode
before cleaning objective lens.
⚫ Recommends to clean the objective lens when replace electrodes.
B. Rotating Cleaver Blade
If cleaving quality drops (usually cleave 1000 to 1500 times), the blade
may be worn. Please follow the step to adjust the blade angle: do the
following:
a) Within 1.5mm hex wrench to loosen the compression screw of blade;
b) Rotate blade to the next scale number (generally there are 16 or 24 two
types of blade);
c) Hold the side-face of blade and relock the screw to complete the
adjustment.
C. Blade cycle use
A blade after 16 (24) scales have been used, if adjust the blade height, can
be use again by cycling once or twice:
a) Within 1.5mm hex wrench to loosen two compression screws on the tool
holder;
b) Follow the direction of dial to adjust the height-direction adjusting stud
at the bottom of slider. Turn it as clockwise direction. The white spot on
stud should correspond to the grid of one scale turn;
c) Relock these two compression screws, test cleaving, and check the
Page 40
Menu Operation
cleaving quality. Follow the steps above until the height of stud is
perfect (to see the trouble removal for details).
D. Replace the blade
When the blade circulation is used, and you cannot improve the cleaving quality
by changing the angle of blade and adjusting the height of stud, the blade needs
to be replaced.
a) Within 1.5mm hex wrench to remove the screw and gasket of blade;
b) Turn blade to the tool holder side, then hold side faces of blade and take
it out;
c) Replace the used blade by a new one, and then screw the gasket and
screw on.
⚫ DO NOT let the blade to collide anything!
Menu Operation
Press button to enter splicer menu, there are six main menus: “Splice Mode
Menu”, “Heat Mode Menu”, “ Calibration and Maintenance Menu”, “Data”,
“Splice Setting Menu”, and “Setting Menu” as shown below:
Page 41
Menu Operation
1. Splice Mode Menu
A. Splice Mode
The optimum splice setting for a specific fiber combination consists of the below
listed splicing parameters. In other words, the optimum splicing parameters
depend on the fiber combinations, and are different from fiber to fiber.
⚫ Parameters for controlling arc discharge / heating.
⚫ Parameters for calculating estimated splice loss.
⚫ Parameters for controlling fiber alignment and splicing procedures.
⚫ Threshold for error messages.
A series of optimum splice parameters for major fiber combinations are already
stored in the splicer. These parameters are stored in the database area and can be
copied to the user-programmable area. These splice parameters can be edited for
a specific fiber combination.
➢ How to select the “Splice Mode”
⚫ For those who prefer stable splice loss (rather to quick splicing with high
yield). Use the “AUTO” mode.
⚫ For those who are not sure of the optical fiber type to be spliced. Use the
“AUTO” mode.
⚫ For those who would like to shorten splicing time with AUTO modes. If
the type of optical fiber has already been identified, use “AUTO SM”,
“AUTO DS”, “AUTO MM1” or “AUTO NZ” depending on the fiber
type. These exclusive AUTO modes skip a process for fiber type
identification, so the total splicing processes take less time.
⚫ For those who prefer quick splice of SMF with high yield to consistent
splice loss. Use “SM FAST” Mode
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Menu Operation
⚫ For those who prefer the lowest possible splice loss to any other
considerations. Use “AT1(SM)” and optimize splicing condition for your
specific fiber combination.
⚫ For those who prefer the manual splicing to type of optical fiber has
already been identified, use “SM”, “DS”, “MM1” or “NZ” depending on
the fiber type. Optimize splicing condition for your specific fiber
combination.
⚫ For those who splice non-conventional fibers, select the best suit splicing
mode in “BLANK”. “AUTO” splice modes do not cover
non-conventional fiber splicing.
➢ Database
Mode
No.
Splice Mode
Description
1
AUTO
For splcing in most cases, in which the
splicer will automacially adjust splice
parameters according to fiber type.
Automatic arc calibration works in this
splice mode.
2
AUTO SM
For splicing standard Single-mode
fiber (ITU-T G652). The MFD is 9 to
10 um at wavelength of 1310 nm.
Automatic arc calibration works in this
splice mode.
3
AUTO DS
For splicing Dispersion-shifted fiber
(ITU-T G653). The MFD is 7 to 9 um
Page 43
Menu Operation
at wavelength of 1550 nm.
Automatic arc calibration works in this
splice mode.
4
AUTO NZ
For splicing Non-zero
dispersion-shifted fiber (ITU-T G655).
The MFD is 9 to 10 um at wavelength
of 1550 nm.
Automatic arc calibration works in this
splice mode.
5
AUTO MM1
For splicing Multi-mode fiber (ITU-T
G651). Core diameter: 50.0 to 62.5
um.
Automatic arc calibration works in this
splice mode.
6
SM
For splicing standard Single-mode
fiber (ITU-T G652). The MFD is 9 to
10 um at wavelength of 1310 nm.
User can edit every parameters of this
splice mode. Like prefuse power,
prefuse time, arc power, arc time,
align, proof test, and so on.
The manual splicing operaiton is
provided. Automatic arc calibration
doesn’t work in this splice mode.
7
DS
For splicing Dispersion-shifted fiber
(ITU-T G653). The MFD is 7 to 9 um
at wavelength near 1550 nm.
User can edit every parameters of this
splice mode. Like prefuse power,
Page 44
Menu Operation
prefuse time, arc power, arc time,
align, proof test, and so on.
The manual splicing operaiton is
provided. Automatic arc calibration
doesn’t work in this splice mode.
8
NZ
For splicing Non-zero
dispersion-shifted fiber (ITU-T G655).
The MFD is 9 to 10 um at wavelength
of 1550 nm.
User can edit every parameters of this
splice mode. Like prefuse power,
prefuse time, arc power, arc time,
align, proof test, and so on.
The manual splicing operaiton is
provided. Automatic arc calibration
doesn’t work in this splice mode.
9
MM1
For splicing Multi-mode fiber (ITU-T
G651). Core diameter: 50.0 to 62.5
um.
User can edit every parameters of this
splice mode. Like prefuse power,
prefuse time, arc power, arc time,
align, proof test, and so on.
The manual splicing operaiton is
provided. Automatic arc calibration
does not work in this mode.
10
AT1(SM)
Users can decide how small or big the
loss is. (0.1~15dB)
The manual splicing operaiton is
provided.
Page 45
Menu Operation
11
SM FAST
For splicing standard Single-mode
fiber (ITU-T G652). The MFD is 9 to
10 um at wavelength of 1310 nm.
It is the fastest splice mode.
9 Second splicing process without
considering limits.
12~60
BLANK (other modes)
There are many types of splice modes,
other than the ones stated above, can
be edited by users.
B. Select Splice Mode
Select an appropriate splice mode for type of fiber to be spliced.
Press Menu key at [READY], [PAUSE1], [PAUSE2] or [FINISH] state to open
[Splice Menu]. Select [Select Splice Mode] and the [Select Splice Mode] menu
is displayed.
In “Splice Mode Menu”, Move cursor by pressing button
to select “Splice Mode Menu” option, press button to enter, shown below:
Page 46
Menu Operation
Select an appropriate splice mode for type of fiber to be spliced, press
or button to select splice mode, click button to confirm.
“1 AUTO SM/NZ/DS/MM” mode is recommended for splcing in most cases,
in which the splicer will automacially adjust splice parameters according to fiber
type.
C. Edit Splice Mode
Splicing parameters in each splice mode can be modified.
In [Select Splice Mode] menu, press button to enter “Edit Splice Mode”
and modify splice mode as shown above:
Press or button to select the parameter to be modified, press
button to enter parameter setting.
Press or button to modify parameter, press button to confirm.
Page 47
Menu Operation
In AUTO mode, certain parameters cannot be changed.
Parameter
Description
Fiber Type
List of splice modes stored in database is displayed. A
selected splice mode stored in the database area is copied to a
selected splice mode in the user-programmable area.
Mode Title1
Title for a splice mode expressed in up to 10 characters.
Mode Title2
Detail explanation for a splice mode expressed in up to 10
characters. Title2 is displayed at the [Splice Mode Select]
menu.
Cleave Limit
Set cleave limit. An error message is displayed if the cleave
angle of either the left or right fiber ends exceeds the selected
threshold.
Loss Limit
An error message is displayed if the estimated splice loss
exceeds selected threshold (loss limit).
Arc Power
In SM/DS/MM/NZ/AUTO modes, the Arc Power is fixed at
40 bits.
Arc Time
Arc Time is fixed at 1500 ms for SM and DS modes, 2000 ms
for NZ mode, and 3000 ms for MM mode. This is
automatically set depending on the fiber type when AUTO
mode is selected.
Cleaning Arc
A cleaning arc burns out micro dust on the surface of the fiber
with an arc discharge for a short period of time. The duration
of the cleaning arc can be changed by this parameter.
Rearc Time
Splice loss may be improved by an additional “rearc”
discharge in some cases. The duration of this additional arc
can be changed by thisparameter.
2. Heater Mode
There are 20 user-programmable heating modes. Select one best suitable for the
protection sleeve used.
Page 48
Menu Operation
Each tube-heating mode is optimized for a type of protection sleeve. These
modes can be found in database area for reference. Copy the appropriate one and
paste it to the user-programmable area. The operator can edit the
user-programmable modes.
A. Select Heater Mode
In 1.“Splice Mode Menu”, press button to select “Select
Heater Mode”, press button to enter as shown below:
Select the heater mode most suitable for the protection sleeve to be used.
Press or button to select a heater mode, press button to confirm.
B. Edit Heater Mode
Tube-heating conditions stored in heater mode can be edited or changed.
Editable parameters include: Heat Time, Heat Temp (heating temperature) and
etc. Heat Time will automatically adjust according to atmospheric conditions e.g:
Page 49
Menu Operation
ambient temperature. The real Heat Time may vary from set Heat Time.
Sets heating temperature. Fiber coating may melt if Heat Temp is over 190℃
Sets Finish Temp (Finish Temperature). When heater approaches this
temperature the buzzer beeps announcing the sleeve is cooled down and is ready
to be taken out of the heater.
In “Select Heater Menu”, press button to enter “Heater Mode Edit” menu
as shown below:
Press or button to select the parameter to be modified, press
button to enter parameter setting.
Press or button to modify parameter, press button to confirm.
3. Splice Set
Splice Set include: Auto Start, Pause, Cleave Angle Display and etc.
Page 50
Menu Operation
In “Splice Mode Menu”, press button to select “Splice
Option” and press button to enter as shown above:
Press or button to select the parameter to be modified, press
button to enter parameter setting.
Press or button to modify the parameter and press button to
confirm.
4. Data Save
OFS-95 stores up to 5,000 splicing results. In “Splice Memory” menu, operator
can review saved results or delete saved results.
Page 51
Menu Operation
5. Set Menu
This menu is used to change language and power save settings. etc.
Press or button to select 2.“Management Menu”, press button
to enter, as shown below:
A. Language
In “Set”, press or button to select “Lang/语言/”, press button
to enter as shown below:
Press or button to select the target language and press button
to confirm.
Page 52
Menu Operation
B. Beep switch
C. Screen direction
D. Lcd switch
Page 53
Menu Operation
E. Auto heat switch
F. Power Save
Power Save function is important for energy conservation which turns off
the power supply to the LCD monitor if the splicer performs no operation
after a certain period of time (0 – 20 minutes adjustable). LED indicator
turns on after Power Save is enabled, pressing any key to turn back on the
LCD monitor. Splicer can also automatically turn off after certain period of
time without operation (0 – 20 minutes adjustable)
Page 54
Menu Operation
G. LCD brightness
H. Set calendar
Page 55
Menu Operation
I. Sensor value
J. Load Default
Page 56
Menu Operation
6. Maintenance Menu
OFS-95 has the ability to perform routine maintenance, in “Maintenance” Menu,
operator can Arc Calibration, Motor Drive, Screen Adjust, replace electrodes and
stabilize electrodes.
Press or button to select the target language and press
button to confirm.
Page 57
Common Problems and Troubleshooting
Common Problems and Troubleshooting
A vertical line sometimes appears at the splice point
when MM fibers, or dissimilar fibers (different diameters) are spliced.
This does not affect splice quality, such as splice loss or tensile strength.
Error Message
Reason
Solution
Left/Right/L-R
fiber set too
close!
• The fiber end-face is
placed on the electrode
centerline, or beyond
it.
• The cleave length
(bare fiber part) is too
long.
• Dust or dirt is on the
objective lens or the
wind protector mirror.
• Press RESET, and set the fiber
end-face between the electrode
centerline and the V-groove edge.
• Confirm the setting position of
the stripped fiber end on the fiber
cleaver. Check the cleave length.
• Execute the [Dust Check]. Clean
the lens or the mirror when dust or
dirt exists.
Left/Right/L-R
fiber set too far!
Reset Left/Right
fibers!
Clear Left/Right
fibers!
• Dust or dirt is on the
objective lens or the
wind protector mirror.
• [Cleaning Arc] time
is too short or “OFF.”
• Completely prepare the fiber
again (strip, clean and cleave).
• Execute the [Dust Check]. Clean
the lens or the mirror if dust or dirt
exists.
Page 58
Common Problems and Troubleshooting
• Splicing indistinct
core fibers with the
SM or DS modes.
• [Align] is set to
“Core” to splice
indistinct core fibers
when using other
splice modes.
• [Focus] is incorrectly
set when using other
splice modes.
• Set the [Cleaning Arc] time to
“30ms.” When splicing carbon
coated fibers, set to “100ms.”
• Use the MM mode to splice
indistinct core fibers (i.e. MM
fiber).
• Set [Align] to “Clad” to splice
indistinct core R-Too Dusty fibers
(i.e. MM fiber).
• Set [Focus] to “Edge” to splice
indistinct core fibers (i.e. MM
fiber). To splice distinct core fibers,
“Auto” or the correct focus value
should be entered.
Left/Right fiber
X/Y set error!
• The fiber is not set
correctly at the bottom
of the V-groove. The
fiber position is out of
focus range.
• Dust or dirt is on the
fiber surface resulting
in focus failure.
• Dust or dirt is on the
objective lens or the
wind protector mirror.
• Press RESET key, and re-position
the fiber again to seat it correctly at
the bottom of the V-groove.
• If fibers are not shown out fully,
please go to the 4th page of MENU
interface and choose "screen
adjust". Follow the description
shown on screen to let all edges of
fibers to show out.
• Completely prepare the fiber
again (strip, clean and cleave).
• Execute the [Dust Check]. Clean
the lens or mirror if dust or dirt
X/Y Motor out of
range!
Page 59
Common Problems and Troubleshooting
exists.
Cover is open!
The wind protector is
opened during splicing
operation.
Press RESET key after closing the
wind protector.
Left/Right/L-R
fiber angle error!
• [Core Angle Limit] is
set too low.
• Dust or dirt is on the
V-groove or the clamp
chip.
• Bad fiber end-face.
• The splicer measures the core
angle only when using other splice
modes. Increase the [Core Angle
Limit] to an adequate limit. (1.0
degree is standard)
• Clean the V-groove and clamp
chip, and set the fibers again. If the
error occurs again, strip, clean and
cleave the fibers.
• Check the condition of fiber
cleaver. If the blade is worn, rotate
the blade to a new position.
If got High Estimated Loss
Reason
Solution
Insufficient fiber
cleaning
Dust or dirt on the fiber surface results in bad splice loss
and low tensile strength.
• Clean the fiber surface sufficiently.
Page 60
Common Problems and Troubleshooting
• Do not clean the fiber after cleaving to prevent dust on
the fiber end-face.
• Avoid any contact with the fiber end-face.
• Press "TEST" bottom to calibration.
Bad fiber end-face.
• Check the condition of fiber cleaver. If the blade is
worn, rotate the blade to a new position.
• Confirm the [Cleave Limit] setting. 2.0° or less is
recommended.
Dust or dirt is on
the V-groove or the
clamp chip.
Dust or dirt on the V-groove or clamp chip causes poor
fiber movement during fiber stuffing. Clean them
periodically.
Dust or dirt is on
the lens or mirror.
Execute the [Dust Check]. If dust or dirt exists, clean the
lenses or mirrors.
Bad electrode
condition.
Replace the electrodes if they appear worn (rounded tip
shape), dirty or bent.
Inadequate arc
power.
Calibrate the arc power with the [Arc Calibration]
function.
Using unsuitable
splice mode.
Select a suitable splice mode for the fibers to be spliced.
[Loss Limit] is set
too low.
Increase [Loss Limit] to an adequate limit.
Fibers were spliced
after Error was
canceled.
Select the appropriate splice mode from the Other modes.
Page 61
Common Problems and Troubleshooting
Inadequate arc
parameters in other
splice modes.
Confirm the arc parameters are adequate to splice the
fibers.
Inadequate
Estimating
parameters in Other
mode.
Confirm the estimating parameters are adequate to
estimate the loss. The MFD mismatch function does not
work for certain types of specialty fibers. In these cases,
set the [MFD Mismatch] to “OFF”.
Page 62
Warranty Information
Shineway Technologies, Inc. - 57 -
Warranty Information
1. Terms of Warranty
All ShinewayTech products are warranted against defective material and
workmanship for a period of one (1) year from the date of shipment to the original
customer. Any product found to be defective within the warranty period would be
repaired or replaced by Shineway Technologies Inc. free of charge.
In no case will Shineway Technologies, Inc. liabilities exceed the original purchase
price of the product.
2. Exclusions
The warranty on your equipment shall not apply to defects resulting from the
following:
➢ Unauthorized repair or modification
➢ Misuse, negligence, or accident
➢ Consumptive parts (e.g electrodes)
Shineway Technologies, Inc. reserves the right to make changes to any of its products
at any time without having to replace or change previously purchased units.
3. Warranty Registration
A warranty registration card is included with the original shipment of equipment.
Please take a few moments to fill out the card and mail or fax it to the local Customer
Service Center of Shineway Technologies, Inc. to ensure proper initiation of your
warranty term and scope of your warranty.
4. Returning Instruments
To return instrument for reasons of yearly calibration or other, please contact the local
Customer Service Center of Shineway Technologies, Inc. to obtain additional
information and a RMA# (Return Materials Authorization number). And describe
briefly reasons for the return of the equipment, to allow us offer you more efficient
service.
Page 63
Warranty Information
Shineway Technologies, Inc. - 58 -
To return the instrument in the case of repair, calibration or other
maintenance, please note the following:
➢ Be sure to pack the instrument with soft cushion like Polyethylene, so as to
protect the shell of the instrument.
➢ Please use the original hard packing box. If use other packing material,
please ensure at least 3 cm soft material around the instrument.
➢ Be sure to correctly fill out and return the warranty registration card, which
should include the following information: company name, postal address,
contact, phone number, email address and problem description.
➢ Be sure to seal the packing box with exclusive tape.
➢ Be sure to ship to your representative or the agent of the Company in a
reliable way.
5. Contacting Customer Service
Please check our web site (www.shinewaytech.com) for updates to this manual and
additional application information. If you need technical or sales support, please
contact local Shineway Technologies Customer Service.
Shineway Technologies (China), Inc.:
Address: Floor 7, Zhongtai Plaza, No.3 Shuangqing Rd.
Haidian District, Beijing, P.R.China
Postal code: 100085
Tel: +86-10-62953388
Fax: +86-10-62958572
Email: support@shinewaytech.com
WEB: www.shinewaytech.com
THANK YOU FOR CHOOSING
SHINEWAY TECHNOLOGIES!
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