SHANGHAI - KAILI

YARN SPLICER

__Working Manual.
__Spares Parts Catalogue.
__ For AIR and AQUA models
Sales / Service and Spares by:

DNA EXPERT SERVICES

SCO-35-36, I ST FLOOR,
SECTOR 17-C, CHANDIGARH,
INDIA. PIN – 160017.

dnaexp_india@hotmail.com
dnaexpINDIA@gmail.com

0091-172-3042434 – TELEFAX
0091-98155 56146 _ MOBILE

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1. PRODUCT APPLICATION
Pneumatic Air Splicers Type QF7305/QF7306 are new-type accessories for yarn-
splicing used in winding process of textile industry, which can be instead of conventional
knotting ways ( such as Weaving Knot Splicer and Tight Knot Splicer) so as to get the
excellent knotless yarn and obvious benefits in economy and society for improving the
quality of yarn and cloth.

II. MAIN FEATURES

1. Driving Type : Hand-lift carbine type, by means of up & down and back &
forth movement of the cylinder piston.

2. Yarn Feeding Type: Double-sided cross-wise yarn feeding, waste-yarn

gripping type.

3. Splicing Speed: 0.3 second- 1 second/time (adjust according to the different

yarns.)

4. Thickness of Splicing: 1-1.3 time coarse as the original yarn.

5. Length of Splicing: 18-30 mm

6. Retaining Strength of Splicing: > 80 % of the original yarn

7. Retaining Strength of Splicing: CV value < 20 %

8. Pressure of Compressed Air: 0.54 - 0.68 mpa

9. Suitable Yarn: Cotton, wool, chemical fibres and blended yarn

10. Adaption to the Density of Yarn: 30 -7 tex ( Ne 20-85)

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 Applicable Range Yarn Spliced Air
Count Strength Pressure
(MPa)
Constant
Pressure
QF7304 Applied to pure cotton 20S 80S More than 0.6 0.62
single yarn and some 80% of raw
cotton/synthetic fiber yarn
single yarn (synthetic fiber
content less than 10%)

QF7305 Applied to pure cotton Basically 80% 0.65 0.7

single yarn: of raw yarn; (woolen
cotton/synthetic fiber pure man- yarn)
blended yarn, pure made fiber 0.55 0.6
synthetic fiber yarn, and products about
woolen yarn. 80%
QF7306 Applied to pure cotton, 10S 80S more than 0.62 0.68
B cotton/synthetic fiber yarn, 16/2S 12 80% of raw
rotor yarn, cotton / linen 0/2S yarn
blended and pure yarn
Coarse
Especially to the coarse yarn of
single yarn and ply yarn pure
of pure cotton cotton :
5S 20S

QF7307 Applied to the spandex 10S 60S more than 0.65 0.7
B core-spun single yarn 80% of raw
yarn

III TECHNOLOGICAL PROCESS AND CONSTRUCTIONAL

CHARACTERISTICS FOR SPLICING

Technological Process for Splicing :

1. Position the yarn diagonally, making sure that it is located at the bottom of the
introduction slots, this enables the yarn to be crossed in the mingling chamber
while the working air current opens . (See Fig 1).

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2. The two ends of the yarn are individually secured by the clamper and the yarn
clamp, and the scissors cut the surplus yarn. Then, the chamber cover will close on
the mingling chamber .( See Fig. 2)
3. When the air blast within the detwisted tube, the ends of the yarn blast into the
detwisted oscillators after cutting the surplus yarn and the yarn is untwisted, being
effected by the high-frequency oscillating slices.
4. The opened ends are retracted from the detwisted oscillators and blended within
the mingling chamber. ( See Fig. 4)
5. A jet of compressed air is directed into the mingling chamber and the final joint is
made.( See Fig. 5)
6. The chamber cover will now open and the yarn is ready to be removed and would
onto the bobbin. At this stage the unit is ready to start the next cycle.

Constructional Characterstics for Splicing :

Pneumatic Splicer Type QF7305/7306 consists of Cylinder Driving Part, Splicing Part
and Clamping & Yarn-cutting part which are relatively independent, easy to repairing
and assembling. Its constructional characteristics are:

1. In operation, by means of hand-lift carbine type structure _ in the course of

splicing, time-Switch for the air by means of auto-reversing for air current and this
enables the splicing quality to be steady and reliable, not being effected by man-
made influence.

2. The working time for the splicer can be adjusted within 0.3--1 second.

3. In driving, the cylinder drives the piston rod (which does thread-clamping, thread-
cutting & thread-plucking by means of the cam-gear) and the air distributing-rod
(which connects the air circuits for twisting & detwisting at a proper time). The
operation is simple and reliable.
4. Adopted by means of high-frequency oscillation, the detwisting is quick and
effective. This is a breakthrough in comparison with the conventional ways of
Detwisting. The air volume for detwisting is adjustable and its effects can be
checked.

5. As to the yarns within the range of 30-& tex, they can be suitable with simple
adjustments.

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3.2 Design of air flow

(1) Selection of air compressor

According to the measure, the maximum air consumption of air splicer is 1 L per
time. If we have 8 ~ 10 sets of coners Model 1332, each with 5 air splicers (one for
spare), then there should be 32 ~ 40 air splicers in all of the coner working together. In
this case, how to select the air compressor to guarantee the normal operation of the air
splicer? The air compressor with a maximum pressure of 1.25 MPa and an exhausting
volume of 0.8m3 per minute is the ideal one, because it can guarantee pressure and air
flow as well. Besides, during the operation of the air compressor there are no full load
and any other surplus power. Then its working life can be effectively extended.
According to that, the air splicer decides the size of the air compressor. If there is a great
deal of air consumption, a compressed air station is needed to supply air together.

(2) Design of the piping system

Air compressor decides the size of piping system and the size of the pipe decides the
air flow and pressure. Take 8 ~10 coners of Model 1332 as an example, the main pipe
should be the water pipe of 1 1/2″ 2″, the optimum is 2″. The main pipe is usually fixed
closely to the tailstock. 1 1/2″pipes is used as sub-pipe which extend to the middle
underneath of the coner. Taking 100 spindles as a standard, the 1 1/2″ pipes should
extend to the fifth leg counting from the tailstock, and further 10 cm 20 cm should be
cut and hinged to use. Such piping system is a perfect design and there is no more air
pressure drop.

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6
 Splicing Part

Clamping & Yarn-cutting Part

Cylinder Driving Part

Inlet Connection

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IV. ADJUSTMENT FOR SPLICING PROCESS
This splicer is suitable to different varieties of yarns the adjustments of Splicing
Time of Cycle (T), Splicing Length (L) and Ends Preparation Air Volume (E). Attention
should be paid that the structures of these three factors are independent, but have definite
relations to the features of splicing.

4.1 Time (Speed) Adjustment (T):

The adjusting device is located at the bottom of the air splicer. The speed is divided
into 6 grades(T=1 6).The 6th grade is the slowest while the 1st is the fastest. It means
the speed is slowing down with the increase of the grade. But when all 1 6 grades can’t
meet the demand we can adjust the screw inside a small hole in the center of the device,
which is named main adjusting screw to provide wide speed ranges. The one outside is
called the micro-adjusting screw, which can be used only after finishing the main
adjustment. Normally it is prohibited to adjust. It will cause bad bounding effect if
adjusted too fast. Please take care of adjustment (Don’t adjust the rate of the AS too fast
to get high productivity blindly).
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4.2 Length of the Splicing Area (L)

This device is called yarn-dialing piece adjustment and used to adjust the congruent
length. It is located on the top of the air splicer with one at both sides of the hull. There
are also 6 grades (in practical operation, adjusting L=1 6 is only for reference). The
quality of the congruent length affects the fineness, appearance smooth property and
strength of the yarn. In order to meet the demand of strength, choosing shorter length will
gain better appearance. The ideal splicing fineness should be controlled within 1 1.1
times of the raw yarn. The congruent length will change together with the yarn counts,
and the length of splicing area (L) should be adjusted. To adjust the yarn-dialing piece,
we must adjust the pieces on both sides together and the positions of the two pieces
should be kept on a line after adjusting. Splicing area is directly correlated with the
fineness and smooth property of the yarn. So we should often check whether the position
is correct.

4.3 Air jet volume of detwisting (E):

This device is on the top of the air splicing device and at the back of hull. It’s specially
used to regulate the air jet volume of detwisting, which can also be divided into 6 grades
(the range would exceed the 6 levels in practical operation). The greater its value is, the
greater air jet volume that the oscillator of detwisting can give out. The function of
regulating E is to increase or reduce the jet volume of detwisting at the same time, thus to
reach the ideal detwisting effect. Generally speaking, air jet volume alters according to
yarn count changes. But the altering range is not so large, Those in the range of
20S(Ne) 40S(Ne) do not change basically, under 20S (Ne) adjust E to maximum, above
40S(Ne) adjust E to a bit less maximum. When E is adjusted to maximum, arrow of
indicator in the device should point downward, vertical with the ground, of which real
regulation range is between 1 and site of arrow pointing vertical ground. Exceed the
range can result less jet volume of de-twisting, even no jet volume.

In practical operation, detwisting effect will directly impact the splicing feature. We
can not only utilize experience, but also use the detwisting effect to judge whether the
detwisting is normal or not. Different detwisting way can result in different splicing
situations as following.

a. well detwisting well splicing

b. spinning state of detwisting ends pilling state of two face ends of spliced area
c. inadequate de-twisting state too small splicing area
d. excessive detwisting state too slim splicing area

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 A. Ideal ends preparation Correct splice

B. Fibres entangled at the tip Splice with fugitive ends

C. Insufficient ends preparation Splice with minimal mingling

D.excessive ends preparation Splice with weak centre

4.4 The adjustment of oscillator and splicing cavity

Oscillator should be adjusted mainly according to the twisting directions of yarn. The
adjustment of splicing cavity is more complicated because the appropriated types of
splicing cavity should be chosen according to kinds of yarn in some special cases.

V. OPERATION AND MAINTENANCE.

5.1. Operation of air splicer

The operation of air splicer will affect the nodes quality directly. The tied yarn can’t
pass through the electronic yarn cleaner, so it requires concentration in the air splicer
operating. The following is operating experience achieved in the past few years only for
reference.
Firstly, pick up the broken ends from bobbin with thumb and forefinger of right hand,
pass through the guide plate and drag board, and then put the yarn in diagonal state into
the air splicer. Secondly, pick up the broken ends from bobbin by left hand, and put ends
in diagonal state into the air splicer too. .Now through the splicing hole, we will see the
two yarns crossing together in the splicing hole, also the two yarns are in the opening of
oscillator. Two ends of yarn are amalgamated on left hand at this moment and drawn
straight. These two yarn are yarn tail also called waste yarn. And then hold that yarn in
the bobbin and draw straight with the thumb and forefinger after the right hand
unclamped. Push the handle of air splicer with the thumb of the right hand. After
movements of the air splicer are finished, right hand begins to carry the yarn. It should
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incline gently to the left so as to ensure that yarn is taken out smoothly (vertically
carrying will break yarn). While taking out yarn, look over the ranges of the splicing area,
check with eyes, ensure the tied yarn meet the quality requirement, then wind the yarn.
Two waste yarns produced on air splicer should have been on the left hand all the time.
Otherwise it will cause the waste yarn brought into bobbin.

1. The yarn is put at the bottom of the guide thread kettle in diagonal state, two yarns
are in crossing state in splicing cavity and open the operating air way.
2. Both ends of yarn are hold by gripper and waste yarn is cut off, then splice cover
closes.
3. The detwisting tube begins jet to make the ends cut off after-yarn enter the
detwisting oscillator and begin detwisting.
4. The detwisting thread is conducted out of the oscillator and overlapped in the
Splicer cavity.
5. Splicer cavity both jet air and spray at the same time to intermingling two yarn
heads.
6. Craft movement reset, the twisted yarn is wound on the bobbin after opening cover
of cavity.
5.2. Maintenance of air splicer
When using air splicer of Model QF7304, Model QF7305, Model QF7304 and Model
QF7305, maintenance is very important. Whether maintenance is regular or not will
influence product quality directly. Some buyers seldom pay any attention to it, and think
that all kinds of yarn can be produced when having air splicer, and always owe all
problems to quality of air splicer. Wear and tear will normally happen in all products and
trouble frequency is related to wearing degree of the parts. It is made up of nearly 240
kinds of parts in total and most parts are unavoidably worn. We can guarantee the quality
and reduce the cost by trouble-shooting in sprout. So a full-time maintenance staff is
needed. Only in this way could the product quality and build their own brands. How to
make the maintaining better? The most important is that maintenance staff should have
extremely strong sense of responsibility. Secondly, maintenance staff should have certain
knowledge and technological accomplishment.
How to maintain well? The preparative work before maintenance includes allocating
the air splicer directly to certain person. The spare machine should be ready all the time,
and the serial number should be registered on the notebooks so that the maintenance staff
could know every air splicer and avoid blind use. When using the spare machine to
replace the defected one ,it is better to make the record of every change every week in
order to assure the maintenance is purposeful. Replace the spare machine again after the
defected machine is repaired well and make it ready again. Working in this way for a
certain time one will realize that maintenance is in an order manner and can improve his
own of quick judging and solving the trouble. After accomplishing this, he can begin
daily maintenance work..

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Daily maintenance: First is to check whether the spare machine has been changed, then
clean every air splicer in production, refuel (using clean lubricant or spindle oil), and
carry on a basically overall inspection to every air splicer, pinpoint the problems and
solve it in time. Particularly pay close attention to the oscillator, oscillating slice, position
of blade and part of splice cavity, because those parts will directly influence quality of the
tied yarn. After checking, try to splice several heads (generally3 5). If the effect is good
enough, we can begin with the next one. If the trouble of an air splicer can’t be solved
within 10 minutes, it must be replaced by the spare one until after the defected one is
repaired. The maintenance work should be done every day to assure high productivity.
The air splicer of Model QF7304 and Model QF7305 must be cleaned, refueled and
maintained every day.
Monthly maintenance: After running for 300 000 400 000 times (about one month),
every air splicer should be given a detail maintenance. The maintenance includes:
disassemble the air splicer wash cylinder air pipes and driving parts once with
kerosene or oil. Kerosene is optimal owing to a little lubrication function, which can
avoid damaging cylinder. Then use a compressed air gun to blow away all the dirt aiming
pipes and rub up. Then check every part, such as: gasket, skeleton frame, blade, yarn-
dialing sheet and driving roller, change a new one if necessary. Among them gasket is
more easily torn, and should be changed frequently. The inter surface of cylinder should
be lubricated with thin grease (2 # lubrication grease or 7015/7016 aviation TM high and
low temperature lubrication grease) again when installed. During installing piston, more
lubrication grease should be spread at piston and around the gasket. Then put the rest
lubricating grease at the cylinder entrance into the cylinder after installing the piston.

5.3. Common faults of air splicer and troubleshooting

In the use of air splicer, there will be various kinds of faults. Some are very slight and can
even be ignored, but they usually cause other parts or themselves directly influence the
quality of products. So maintenance staffs are expected to accumulate experience in the
long-term running and learn how to listen, look, find problems and solve them without
any delay. When the fault can’t be identified during repairing, comparison method can be
adopted. First assure the fault location, check the parts one by one and replace with a new
one. (Comparison method is to partly compare and change the normal spare one with a
bad one, such as the left and right side frame components, cover-bear components and so
on. The rest can be done in the same way).

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VI. TABLE OF WORN-OUT SPARE PARTS

Descriptions Parts No Quantities (pcs/set )

Detwisting Oscillator 0200---2, 0200---4(z) One for each
0200---3, 0200---5(z)
Damped Block 0210 2
Seal-ring for Shaft Bushing 0102 12
Seal-ring Type “O” 0116 4
L. & R. Flexible Blade 0347, 0344 One for each
L. & R. Flexible Blade 0300--6L, 0300--R One for each
Chamber Cover 0200---10 1
Rectangle Washer 0107 1

VII BREAKDOWN ANALYSES

Problems Reasons Solutions

Slice with 1. Shorter overlapping Yarns 1. Adjust two sides of “L” to reduce
weak the stroke of the thread-plucking
centre 2. Excessive ends preparation slice
2. Adjust “E” to a low number
Splice 1.Longer overlapping yarns 1.Adjust two sides of “L” to
with heavy increase the stroke of the thread -
fuzzy ends 2.Imperfect ends Preparation plucking slice
2. Increase the jet volume of
detwisting. Adjust “E” to a high
number. Check the oscillators if
they are broken or clamped by the
waste thread. Meanwhile, check if
the pressure is too low and the
splicing speed is too fast.
Lower 1.Imperfect ends Preparation 2. 1.Same as the above item “2”
strength Lower pressure 2.Check the pressure meter
3. Shorter time (Faster speed) 4. 3.Adjust “T” to a high number
Shorter or longer splicing area 4.Adjust “L” to a high or a low
number on condition of not
influencing the appearance too
much.

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 Unsmooth 1.Wrong operating methods 1.Lift the yarn up while yarn-
yarn 2.The damped block is worn-out flowing
flowing into slot or the yarn can’t be pressed
2. Replace the damped block.
by the fall plate. (0210) Or the fall plate (0225)
Unsteady 1.Unsteady pressure 1.Check the regulation of the
strength 2.Loose yarn-plucking plate pressure
and 3. Faster speed 2. Check the setting-up of the
appearance butterfly plate spring or replace it
3. Adjust “T” to a high number
The 1.Leakage of the seal-ring 1. Replace the seal-ring
piston-rod 2. Unbalance of the four lock nuts 2. Adjust the nuts or the screws
fails to or the screws on the gantry housing
return 3. Narrow gap between the cylinder
and the piston 3. Modify/replace the piston

VIII. Check steps of the water tank

Rotate the (0426B) for 2~3 circles in adverse clockwise, readjust the water flow if it
can flow. If not, check according to following steps.

Note: (0426B) is the adjusting button of water flow.

1. Rotate the 0424B, and push the handle. If there are drops spaying from the rotated
little hole (0424B), the trouble is in the one-way value associative component on
(0400-5B). If there are no drops spaying, check the one-way associative
component under (0400-4B) and the water pipe of (0414B) to see whether it is
blocked. If they are both in order, check the air value of (0400-2B) associative
component to see whether it can move or the nut on it is off .If it is in order, use
the air gun blowing the water course to remove the foreign matter blocked in it

2. Trouble in one-way value: Two sides are smooth or two sides are obstructed.
Dissemble the one-way value, wash it and reinstall; change the one-way value.

3. The air value of (0400-2B) does not move. Deformation of the nylon part in the air
piston results in the friction between nylon and air cylinder. Method of check:
dissemble the (0114) gasket of the value. It is good if the value can move up and
down freely in the air cylinder; if the gasket can not put into the cylinder or it is
very tight, then the value has been deformed and needs repair or change.

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Not 1. There is no water or mist in the 1. Fill the water tank with
enough water tank. water or adjust the spraying
Strength 2. The type of the splicing cavity quantity.
and oscillator is incorrect. 2. Reselect the type and twist
direction.
Water 1. The seal of the water tank is 1. Change or remedy involved
tank broken or ignored. gasket.
leakage
No mist 1. No water. 1. Fill water.
sprayed 2. The water level is lower than the 2. Fill water.
standard line. 3. Repair or change.
3. Single-way value is out of work. 4. Dissemble parts in the
4. Cotton yarn and sundries enter water tank , clean out the
and block the water tank, water material with water gun and
pipe and up-down single-way remove the matter out of the
value. one-way value and water
5. Deformation of the air value inlet hole in the cylinder.
prevents the movement or the 5. Repair or change the air
value nut is off. piston.
Unstable 1. The seal (0111 and 0114) of the 1. change the gasket (0111
spraying, cylinder is broken or wore out. and 0114) and spray them
water for 2. Single-way value is out of work. with grease.
adjusting 3. The seal of Ø4×1 and Ø3×0.8 is 2. Repair or change the single-
bigger, broken or aging. way value.
no water 4. The movement of air piston is 3. Chang the worn-out seal.
for small slow. 4. Check the air course
whether smooth, spay the
piston cylinder and piston
with grease, then change the
seal (0114).

IX. MOUNTING
The correct mounting and operating of the Air Splicer consist of the mounting of
air supply system, piping circuit and the auxiliaries of the winding frame. The
details will be described as follows:

1. The designing mounting of air supply system :

Air splicing is a technology of pre-detwisting the yarn tail and retwisting with the

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purified compressed-air, so there will be some definite requirement for the
pressure, the flow and the purity of the air-supply.
The working pressure of the Air Splicer is 0.54----0.68 Mpa. Normally, we may
consideration of the piping loss and safety operation regulations, the sufficient
pressure of the air supply should be assured.

Flow is another key parameter effecting on the splicing features. According to the
measurement, the maximum air consumption for one single air splicer is one liter
each time. By calculating the numbers of the air splicers, the later developing
margins and the air leakage, the quota air exhaustion for the air supply should be
sufficient. If the air exhaustion for the air supply is 400 liter/minute, it may be met
the needs of 25 air splicers running in the same time. Moreover, the diameters, of
the main and branch pipings should be rationally assured. The actual insufficient
flow may be caused by the smaller diameters. For example, while operating 8 sets
of air splicers, the diameter of the main piping can’t be less than 25 mm and that
of the branch piping can’t be less than 8 mm.

The purity of the air supply is an important problem, which can’t be neglected.
Other wise the oil (water), dirts and other impurities will be gathered within the
parts. This will influence the splicing quality and mechanical operation. If the high
temperature gas exhausted from the compressor transfer directly to the splicer, due
to the resucing of the temperature along the line. Therefore, the following system
may usually be adopted: (See Fig. 10 )

Certainly, the above-mentioned system is for reference only. The-0 customer

should make proper adjustment according to the practical features and
surroundings. If you are going to expand the application of the air splicers in a
large scale, it is necessary to set up a complete air-compressed station.
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2. Mounting of Auxiliaries:
At present, this air splicer is suitable for the conversion of winding Frame Model
1332. The air motive power transfers to the air splicer through the auxiliary unit
mounted on the frame foot. The auxiliaries include the rail, the caterpillar, the air
piping and the valve etc.

The following problems should be paid attention to while mounting:

1. In the branch of each winding frame, an air relief valve ( 0.6 Mpa ), a water-
separating filter and a ball stop valve should be set up in order to watch the
conditions of the air supply and the open & close air circuit. The water should be
regularly drained.

2. The iron-sheet rail can be a suspensible style. This is convenient to do the cleaning
work. It may also be mounted on the ground, but the size “H” can’t be so long as
to influence the running of the caterpillar or the small cart. ( See Fig. 12 ) During
mounting, the steadiness of the rail should be paid attention to and kept in straight
line in between, The tops of the fixed screws should not be shown up the bottom
of the solt, The iron-sheet slot with its holes in the inner-side ( or in the bottom )
should be mounted in the centre for passing the air-transferring pipe.

3. One end of the nylon caterpillar should be fixed in a position left ( right ) of the
center so as to let the another end of its length just running to the two ends
following after the small cart. Take the mounting of the air splicer on the 50-

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18
 spindle ( single-sided ) Winder Model 1332 as an example; generall taking a
position left ( right ) about 0.2 meter, the nylon caterpillar needs actually 152
sections ( section gauge: 0.045 meter ). If mounting two air splicers on the 60-
spindle ( single-sided ) winder, two ests of nylon caterpillars may be separately
mounted on the two sided of the relative length a position left ( right ) 0.2 meter.
It needs 95 x 2 = 190 sections ( The relative length of the air-transferring pipe may
be calculated like this ) Besides, a declined transmitting board should be set-up to
keep the nylon caterpillar reciprocating smoothly.
The another end of the nylon caterpillar is fixed with the small cart by a pull-rod.
(See Fig. 14) The structure showing in Fig. 14 is for reference only. The height of
the pull-rod should be higher than the iron-sheet rail. In Fig. 14, the air-pipe is
hoped tightly on the pull-rod. The nylon caterpillar is inserted tightly inside the
slot.

4. The air splicer is mounted on the support of the small cart by means of two
mounting holes.(The poerating lever is leaning towards the side of the winder )
and well adjusted its dip-angle up and down. Caution: the yarn-bag of the small
cart should be laid on the right side so as to be easy for operating.

5. After the air-transferring pressing tube is connected with the air circuit by means
of the quick-repaceable connector, the air supply will be open. Then check the air
leakage, the regular pressure and the smooth running of the small cart. Thus the
trial running can be carried out.

X. ILLUSTRATIONS OF ACCESSORIES

1. accessories list for the driving part of the cylinder ( Assembly parts )
2. Accessories list for the splicing parts ( Assembly parts )
3. Accessories list for the thread-clamping parts of the scissors

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1. Accessories List for the Driving Part of the Cylinder ( Assembly Parts )

Accessories List
-------------------
0101 Valve Stem 0124 Torsion Spring Dowel
0102 O. Ring 0125 Torsion Spring
0103 Cage 0126 Cover Spacer
0104 RIng Guide 0127 Lever Spacer
0105 Bush 0128 Connecting Pulley Shaft
0106 Valve Stem 0129 Connecting Dowel
0107 Gasket 0130 Riveting Axle
0108 Cage 0131 Connecting Pulley
0109 Index 0132 Connecting Rod
0110 Pin 0133 Cover Screw
0111 O. Ring 0134 Slider
0112 Cylinder Stop-block 0135 Cylinder Bottom Stop-block
0113 Cylinder Body Base 0136 Linking Plate
0114 O. RIng 0137 Connecting Torsion Spring
0115 Nozzle 0138 Stop-block
0116 O. Ring 0139 Hose Connecting Bush
0117 Piston Screw 0140 Inlet Nozzle Connector
0118 Piston Plate 0141 Pressing Lever
0119 Piston 0142 Pin Tie-spacer
0120 Piston Shaft 0143 Lever Bush
0121 Cuylinder Body 0146 Leaning Bush
0122 Tie Rod Pin 0147 Washer
0123 Cover

Assembly Parts
------------------

0100---1 Cylinder Body 0100---4 Lever & Connecting-rod

0100---2 Cylinder-body Base 0100---5 Piston
0100---3 Cover

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2. Accessories List for the Splicing Parts ( Assembly Parts )

Accessories List
-------------------

0201 Air-circuit Guide Head 0223 Right Cam

0202 Mingling Hole Stop-block 0224 Right Damper
0203 Detwisting Hole Stop-block 0225 Left Damper
0204 Piston Shaft Bearing 0226 Damper Bushing
0205 Oscillating Slice 0227 Bridge
0206 Right Oscillator (Z) 0228 Bridge Inserter
0207 Left Oscillator (S) 0229 Bridge Screw
0208 Left Oscillator (Z) 0230 Chamber Cover
0209 Right Oscillator (S) 0231 Chamber Cover Inserter
0210 Damping Block 0232 Bracket Screw
0211 Detwisting Tube 0233 Bracket
0212 Detwisting Dowel Pin 0234 Mingling Chamber (S)
0213 Cover Guide 0235 Mingling Chamber (Z)
0214 Cover Screw 0236 Mingling Chamber Inseter
0215 Cover 0237 O. Ring
0216 Cover Pulley 0238 Mingling Chamber Bush
0217 Cover Pulley Shaft 0239 Cylinder Guide Bush
0218 Pivot 0240 Index
0219 Torsion Spring for Cover 0241 Screw
0220 Torsion Spring for L. Damper 0242 Cover Body
0221 Torsion Spring for R. Damper 0243 Gasket
0222 Left Cam 0244 Left Guide Plate
0245 Right Guide Plate

Assembly Parts
-----------------
0200-1 Air-circuit Guide Head 0200-7 Left Damper
0200-2 Right Oscillator (Z) 0200-8 Right Damper
0200-3 Left Oscillator (S) 0200-9 Bridge
0200-4 Left Oscillator (Z) 0200-10 Chamber Cover
0200-5 Rigjht Oscillator (S) 0200-11 Mingling Chamber (S)
0200-6 Cover 0200-12 Mingling Chamber (Z)

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3. Accessories List for the Thread-clamping Parts of the Scissors (Assembly Parts)
Accessories List

0301 Left Actuating Lever 0328 Yarn-plucking Spacer

0302 Moving Yarn-clamp 0329 Torsion Spring for Right
0303 Actuating Lever Bush Moving Yarn clamp
0304 Actuating lever Sleeve 0330 Actuating Lever Spacer
0305 Linking Dowel 0331 Yarn-plucking Index
0306 Linking Dowel Pin ` 0332 Butter-fly Coil spring
0307 Actuating Lever Link 0333 Yarn-plucking Cam
0308 Actuating Lever Spring Pin 0334 Right Yarn-plucker
0309 Actuating Lever Pulley Shaft 0335 RightYarn-plucking Control
0310 Actuating Lever Pulley 0336 Yarn-Plucking Shaft
0311 Right Actuating Lever 0337 Control Sleeve
0312 Right Clamping Scissor Support 0338 Yarn-plucking pulley shaft
0313 Scissor Support Spacer 0339 Yarn-Plucking Pulley
0314 Left Clamping Scissor Support 0340 Left Yarn-Plucker
0315 Torsion Spring for Left Moving 0341 Left Yarn-Plucking Control
Yarn-clamp 0342 Right Fixed Blade
0316 Clamping Guide 0343 Fixed Blade Sleeve
0317 Yarn-clamping Spring Dowel 0344 Right Moving Blade
0318 Yarn-clamping Bush 0345 Right Scissor Leaf Spring
0319 Yarn-clamping Block 0346 Left Scissor Leaf Spring
0320 Yarn-clamping Spring 0347 Left Moving Blade
0321 Right Fixed Clamp 0348 Left Fixed Blade
0323 Waste Yarn-clamping Spring 0349 Torsion Spring for Left Yarn
Plucking
0324 Clamping Pin 0350 Scissor Bush
0325 Left Fixed Clamp 0351 Gasket
0326 Torsion Spring for Right Scissor 0352 Blade Support Bush
0327 Torsion Spring for Right Yarn- 0353 Torsion Spring for Left Scissors
Assembly Parts
0300--1 L Left Actuating Lever 0300--4 L Left Frictioner
0300--1 R Right Actuating Lever 0300--5 R Right Tail Lever
0300--2 R Right Wall Plate ( Right Yarn-plucking )
0300--2 L Left Wall Plate 0300--5 L Left Tail Lever
0300--3 Yarn-clamping Guide 0300--6 R Right Fixed Blade
0300--4 R Right Frictioner ( Clamping ) 0300--6 L Left Fixed Blade

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 Accessories List (Water Parts)

0402B clogging screw

414-B water duct
418-B valve plug screw
419 B water closing ring
420-B spacer
421-B plug screw
422-B M2.5 screw
423-B M3 screw
424-B water closing screw
425-B locking nut
426-B adjusting screw
427-B water filtering cup
430B water gauge
432B anti-snagging slice
435 3*0.8 seal
436 4*1 seal
437 5*1 seal

Assembly Parts

400-1B water tank

400-2B gas piston AC
400-3B lower cylinder AC
400-4B lower one-way valve AC
400-5B upper one-way valve AC
400 6B water cylinder cover AC

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