SPC FLOOR Click Profile Production Line Instruction Manual Book

Time:2019-11-14

Content:

  1. Matters for Attention
  2. Preparation before Installation
  3. Installation Methods
  4. Preparations before Running
  5. Operating Methods and Sequence
  6. Adjustment and Replacement of All the Parts
  7. Defects and Their Removal
  8. Maintenance
  9. Packing List
  10. Installation location drawings
  11. Requirement for Dust Absorbing
  12. Electrical Explanation
  13. Electrical Schematic Diagram (attached)
  14. Quality Certificate (attached)
  15. Guarantee Explanation and Records

Matters for Attention

In order to operate the Click Profile Production Line in safety, please be sure to observe the following matters, otherwise personal safety will be influenced!

  1. Non operators should be kept outside the work area
  2. When the machine is running, it is forbidden for the operator to leave the work post.
  3. Operators must understand the meaning of all safety instructions and danger labels on the machine.
  4. Please put the tool class in a fixed position. (hazard note: do not place tools on the machine)
  5. Please don’t use materials of too big differences in their thickness and width.
  6. Since the cutting tool spindle works in movement state, be sure to check its screws in every shift to see if they are loosened or with other abnormal situation.
  7. Please check the peripheral situation around the machine before operating it.
  8. Operate the machine only when all safety protection devices are installed correctly.
  9. Before starting the machine, please do not forget to check whether the tool is locked or damaged.
  10. During operation, don’t stretch hands and objects into the machine tool, lest a danger should happen.
  11. When the machine tool is running, all the safety protection devices used shall not be removed or opened without authorization. They can only be removed when the main power supply of the machine is turned off.
  12. When adjust and correct dimensions, be sure to cut off power supply.
  13. During tool replacement and position adjustment, avoid tool contact with other objects.
  14. When replace cutting tools and adjusting locations, don’t let the cutting tools get in contact with other objects.
  15. Please carry out the next operation after confirming that the cutting tool has been stopped fully. (After the machine is turned off, it won’t stop immediately)
  16. Before checking, repairing and cleaning the machine tool, the main power supply of the machine tool must be cut off.
  17. The main power must be cut off after the operation of the machine, and the machine can not leave until it is completely stopped.

Preparation before Installation

1.The equipment installation site is solid, the environment is dry, and the plant height is more than 5m. Please ask for the equipment foundation drawing from our company and construct according to the drawing.

2. Consider the relative position of other auxiliary equipment.

3. Enough capacitance and total power.

4. The dust collection flow must reach 30 m / s.

5. The required air pressure is about 6 atmospheres.

Installation Methods

Mechanical installation (Please install under the guidance of the personnel of our company)

  1. Please install on a dry and solid level ground surface. The wet soil must be over 250mm below the ground surface.
  2. Put the equipment base seats to their positions in compliance with their dimensions, and ensure that the two base seats should be parallel, and should be vertical to the terminal ends. (Pay attention to their related positions in respect of other equipments)
  3. Drill a φ18mm hole of a depth of 150mm in the hole place of the base seat, and after clean the dust off the hole, fix the bolt in conformity to the operation rules with the special-purpose glue and bolt being put in.
  4. After all the bolts are fixed, put the backing board under the level-adjusting bolts, and first adjust the base seat with reference lead rails, to make the lead rail plane located in the level state. (Ensure that the plane-ness is within 0.05mm)
  5. Adjust the other base seat on the basis of the reference base seat; ensure that the plane-ness of the two base seats is within 0.05mm. (The transmission spindle may be used for the adjustment)
  6. (01mm/300mm)Install the fixed end, with the straight line lead rails taken as the reference, to ensure that the lead rails plane is vertical to the straight line lead rails. (0.01mm/300mm)
  7. Install the movable end, with the transmission spindle hole taken as the reference, to make the two lead rails planes parallel under the prerequisite that the transmission shaft can freely passing through.
  8. Installation of feed-in driving motor: first install the feed-in driving spindle, and correct its parallelism and verticalness to the feeding lead rails and its relative location to the lead rails plane. Then install the motor, by installing the coupling after ensuring the coaxial-ness of the motor spindle and the feed-in driving spindle.
  9. Install the width adjusting lead screw, to ensure the unchanged parallelism of the two lead rails before and after the adjustment.
  10. The upper material pressing frame must be parallel to the chain rail plane; adjust the location of the pressing frame well, to ensure the effectiveness of the limit switch for controlling the plate thickness.
  11. Adjust the position of the lower cutter circle to ensure that the circle and the chain plate surface are flat (considering the deformation of the rubber surface of the chain plate, the circle can be properly lowered, about 0.05mm)
  12. Adjust the location and air pressure of the tool nose upper pressing plate, to ensure the height difference of the processing plate.
  13. Adjust the tightness of the feeding chain.
  14. Check to get the normality of various vertical spindle systems, the suitable tightness of the belt, and the verticalness of the spindle to the chain rails plane.
  15. Check to get the normality of the motor systems of all the rotating main spindles, and ensure the correctness of the angle between the spindle and the chain rail plane.
  16. Mount the machine hood.
  17. Carry out the electric connection and trial running.

Power source connecting and wiring

1.Please connect the inlet terminal of the electric control cabinet with the 3-phase four-line 380V output terminal of the distribution panel.

Notes: Please use wires of required specifications or of higher than the specifications for the inlet wires.

Please set up short-circuit and leakage protecting devices in the wires connecting with the distribution panel.

Connect the feed-in motor wires.

2. Connect the electric control cabinet with the terminal box of the machine body.

3. Power to run the machine point by point, to confirm the rotation direction of all the motors.

4. Please use thermal relays and so on of prescribed capacities.

5. Please restore the thermal relays and so on after the causes have been clearly investigated.

Preparations before Running

Preparations for trial running(At the time after being installed or being used after a long period of being sealed up for safekeeping)

  1. Please clean the chain rails surface, the up and down going parts of feeding device, the up and down going as well as sliding parts of all the spindles. Please inject oil into all movable parts with an oilcan.
  2. Make sure that all the cutting tools are tightly locked.
  3. Slightly rotate all the cutter spindles with hand to make sure that there is no collision with them.
  4. Carry out idle running for 10 min after starting up, the case when a hand placed on the main spindle sleeve for about 10 sec is not scalded may be regarded as normal.

Preparations for daily running

  1. Make sure that there are no tools, wooden flakes and other alien objects on the machine.
  2. Oil the movable parts with an oilcan, 1~2 times a day for lead screws and sliding parts.
  3. Make sure that there are no broken blades and other abnormal circumstances with the cutting tools.
  4. Adjust the cutting volume and height of all the spindles.
  5. Make sure that the safety devices in all the places are normal.
  6. Make sure that the shaping cutter spindle is in normal condition, and their screws and so on are not loosened.
  7. Make sure that the dust sweeping rubber wheel on the transmission chain is in perfect order, and the rubber wheel shall be replaced every half a month.

Operating Methods and Sequence

  1. For the safety sake, please make sure again that the cutting tools are tightly locked
  2. Make sure that the power supply indicator lamp on the operation panel is on. In case the lamp in not on, please check the power inlet wire, indicator lamp and so on.
  3. Open the air supply valve in the air line.
  4. Press down the Start-up button of the operation panel circuit.
  5. Press down the Start-up buttons of all the spindles on the operation panel. While starting up the main spindles, please press at an interval of 3~5 sec for each of them.
  6. After all the main spindle systems have been started up and no abnormal circumstances are confirmed, then press down the Feed-in button.
  7. When it is necessary to stop the running, press down all the Stop buttons or the Rapid Stop button.

Caution: During operation, it is necessary to stop the feed-in motor first, and then it is possible to press down the Stop buttons of all the spindles! Be absolutely sure not to stop the main spindle motor in the process of feeding!   

Adjustment and Replacement of All the Parts

1.Replacement of the milling cutter body (while mounting and removing the cutter body, please be absolutely sure to cut off the power supply by pressing down the Rapid Stop button, and to carry out the work after making sure that the rotation has stopped totally)

2. Take off the dust absorbing hood cover.

3. Use the attached special-purpose tool to drive off the locking nut in the main spindle rotation direction. For the use of hydraulic spindle sleeve, please mount and remove it in compliance with its requirements.

Remove the cutter body (while pulling out the cutter body, be careful not to get it in collision)

  1. Replacement of saw blade (when loading and unloading the cutter  body, please cut off the power supply, press the emergency stop button, and make sure that the rotation stops completely)
  2. Dismantle the dust absorber.
  3. Fix the inner gripping disc of the saw web with a wrench, and thus to loosen the locking nut (pay attention to the forward-inverse direction of the screw thread). Take off the saw web. The mounting of the saw web is to be carried out in the reverse order of the above-mentioned steps.

Adjustment of processing width

When the width and specification of the processing plate are changed, the position of the movable end base needs to be changed. The specific steps are as follows:

1.the width adjustment button on the control panel is used to adjust the common double track machine. (see control panel instructions)

Note: please clean the dust on the linear guide rail and transmission shaft before adjustment.

2. when it is necessary to precisely fine tune the size after machining, it shall be completed by gently rotating the synchronous shaft by hand. (watch by dial indicator)
3. adjustment of processing width of LT: when the width specification of processing plate is changed, the position of lower cutter circle and upper cutter slider shall be changed. The specific steps are as follows:
  • Swing out each spindle motor.
  • The corresponding translation displacement of the lower cutter circle is obtained from the plate width, and the upper surface of the circle is kept horizontal so that its relative height is not changed.
  • From the position of the lower cutting circle, we can know the position of the upper sliding block to ensure that their outer edges are in the same position, which can be realized through the long slot on the angle iron.
  • To fine tune the dimension after machining, please adjust the position of tool tip. (Observe by dial indicator, pay attention to the knife )
4. LTK width adjustment:

The left and right parts are controlled by a motor. When the button is inched, the left and right cutting parts will be adjusted inward or outward at the same time, and the position will be synchronized. Pay attention to the effectiveness of the limit switches on both sides. After touching the limit switch, the regulating motor will fail;

If you haven’t reached the required size, first check the distance between the movable part and the fixed part. In case of intermittence, you can adjust the machining width again by manually turning the synchronous connecting rod. (Note: the manual fine adjustment distance should be less than the distance between the active part and the fixed part)

If the above adjustment still does not reach the required machining width, it can be achieved by adjusting the in and out position of the tool.

5. For touch screen operation width adjustment (PLC control), please refer to the detailed description of electrical appliance.
  • Feed speed adjustment

Adjust by frequency conversion.

  • Adjustment of the tightness of the pressing plate of the material pressing belt

Rotate the high-low adjusting bolt of the pressing belt with a wrench to carry out the adjustment.

  • Adjustment of the location of cutting tools

The upward, downward, leftward and rightward locations of all the cutting tools may all be adjusted through the location adjusting lead screws of all the cutting tools.

  • Adjustment of the rotation speed of a high-speed motor

The highest rotation speed of a main spindle motor is 7000RPM. It is usually used at 7000RPM with cutting tool balancing and other problems being taken into consideration. And the cutting tool supplier is kindly requested to make the explanatory remarks at the time of ordering the cutting tool. If the rotation speed needs to be adjusted, it is possible to be achieved through the adjusting of the output frequency of the converter. (Caution: it shall be completed by professional personnel)

  • Adjustment of tool nose pressing block

First and foremost the lower supporting board and the chain plate plane shall be ensured on a same plane; after the location of the material pressing frame is determined, feed the floor board to be processed into processing area, and adjust the upper pressing board to ensure that there is still 0.5 mm displacement volume left in downward direction, which value is just acceptable and shall not be too large, and which value may be still less or just zero for a work station without height requirement. The air pressure shall be about 2 kg, and for precutting and truing 0.5 may be the right value.

Note:

A) There must be air pressure on the upper tool slide and ensure that the upper tool slide can be pressed to the plate.

B) The upper tool slider shall not collide with the plate, and the displacement of the upper tool slider shall be well controlled. Attention shall be paid to the large arc before and after the slider to make the plate enter smoothly.

C) The lower cutting circle shall not be higher than the panel, and if it is too high, the collision will occur.

D) The upper tool slide and the lower tool circle shall be close to the tool as much as possible.

E) The friction between the plate and the panel is caused by the pressure of the upper tool slider on the plate, which is also one of  the conditions to ensure the straight-line operation.

Defects and Their Removal (See Table 1)

Table 1

Abnormality Causes Treatment methods
Abnormal electric circuit Power source indicator lamp is not on. Inlet wire is broken or the lamp is damaged. Check the inlet wire, power source or lamp.
Overload indicator lamp is on.

Circuit start-up lamp is off.

Main spindle and feed-in motor thermal relay acts. After the cause is made clear and removed, reset the thermal relay.
Failing to start up No rotation and no going up/down after the button is pressed down Main spindle fails to rotate after the bearing is burnt. Dismantle and replace the bearing.
Thermal relay acts. Reset relay and restore button.
Main spindle becomes abnormal Bearing gives a metal sound Bearing is damaged.

Bearing has no lubricant  oil.

Dismantle and replace the bearing.
Vibration before the cutter body is mounted. Poor fixing in bearing part or bearing is damaged. Adjust and fix the bearing part and the going up/down and sliding parts.
Main spindle is bended. Detect the spindle vibration, and replace the main spindle.
Vibration after cutter body is mounted. Bad dynamic balance of cutter body Make dynamic balance for the cutter body.
Bad verticalness of cutter body hole to the side surface Check the precision of the cutter body, and replace the cutter body.
Bad goodness of fit between cutter body hole and main spindle Check the precision of the cutter body, and replace the cutter body.
Abnormal cutting Cutting face has spots.

The material under processing has places unprocessed..

Incorrect location of lead rule

 

Lead rule is not parallel to lead rails.

Adjust location of lead rule, and re-assign finish allowance.

Adjust lead rule.

Crack in edge of front surface of the cutting face Tool nose is worn out. Grind the tool.

 

 

Straight line on cutting face is not straight Incorrect height of the material pressing belt Adjust height of material pressing belt.
Unexpected resistance in work-piece running Remove the resistance.

 

The cutting forces on both edges not close to each other Adjust both edges’ chipping allowance.

 

Base material not in the middle of the chain plate Adjust relying rule of feed-in plate, to ensure the symmetry.
The linear speed of material pressing belt is out-sync. Adjust synchronism of material pressing belt with chain plate.

 

Lower sliding block too high or too low Adjust height of lower sliding block.

 

Upper pressing block too high or too low Adjust height of upper pressing block.

 

Upper pressing block is of too large air pressure. Adjust air pressure of upper pressing block
Incorrect linearity of lead rails

 

Adjust linearity of lead rails (by means of a special-purpose instrument)
Incorrect height of processed face. Upper pressing block fails to press. Adjust location of upper pressing.
Incorrect height of tool nose lower sliding block Adjust the height.

 

Tool nose pressing block gets jammed. Put upper pressing block in order.

 

Insufficient pressing force of upper pressing block Adjust air pressure.

Maintenance of  SPC FLOOR Click Profile Production Line

a. For the purpose of lubrication and rust resisting of the driving part and so on, be sure to oil regularly, usually it is done once per two to three months. Oil fillingposition and method(See Table 2)

Location Kind of oil Oiling method
Bearing parts of all the main spindles White lithium-base high-speed grease Grease gun
Sliding spindle parts of all the slicing seats Machine oil Oil gun
Screw adjusting parts of all the devices Machine oil Oil gun
Inside the bearing chain (oiling through the terminal end of pin axle) Machine oil Oil gun
Bearings in all the places
Feed-in motor Machine oil
Chain wheel box Machine oil Oil gun
  1. All the bearings on the rolling conveyer chain must be checked once a month, to see whether they can roll or not; in case of being jammed, replacement must be done immediately, lest the lead rails should be damaged to arouse more serious losses.
  2. The location of the tightening wheel in the feed-in chain wheel box shall be checked once per two to three months.
  3. The state of the tightening wheel in the synchronous chain wheel box shall be checked once per two to three months.
  4. The tightness of the feeding conveyer chain shall be checked once per two to three months.
  5. Please carefully check the running situation of the belt every two to three months, replace it immediately in case of being damaged.

Adjustment of belt

  • Loosen the fixing screws of the motor base plate with a wrench;
  • Move the motor, to have an allowance of 5~10mm, then lock tightly the screws.
  • Add a pressure of 2 kg in the middle of the belt after the adjustment, with the lowering degree of about 10mm in the pressure adding place.)

Caution: Both the belt’s being too tight or too loose are the causes of arousing the belt’s being damaged.

Packing List (Single machine)

Installation location drawings

Requirement for Dust Absorbing

The dust absorbing flow must achieve 30 m/sec, the dust absorbing capacity of this single machine amounts to approx 8500-plus cubic meters per hour.

Electrical Explanation

Electrical Schematic Diagram

Quality Certificate (attached)

Guarantee Explanation and Records

In compliance with the “Three Guarantee” Provisions, this equipment’s quick-wear units are guaranteed for six months, electrical parts are guaranteed for six months and other parts and components are guaranteed for a year, starting from the date when the machine is sold.

Within the guarantee period, for all the quality problems, it is possible to get in contact with this company, and this company will send technical personnel to provide doorstep maintenance.

Following is an attached Product Maintaining Service Record Form:

Date Service item Service personnel User’s signature Remarks

《Annex 1—Equipment maintenance list》

No. Maintenance content Operation method Cycle Model Detailed explanation of the drawings
1 Is the anchor bolt loose Rotate the bolt ti see if there is looseness 52

weeks

Double end tenoner

Multi rip saw

 
2  

Conveyor rail

After removing the chain, remove the dust on the surface of the rails, remove the rust, and apply oil to ensure that the inner surface of the guide rail is smooth.Check the alignment of the guide rails.  

52

weeks

Double end tenoner  
3 Conveyor rail Blowing ash and apply oil (rust remover) under empty

operation to see if the bearing rotate?

1

week

Double end tenoner  
4 Conveyor chain link Check the conveyor bearings, needle roller bearings, connecting pins, positioning bearings, if they need to be replaced. 12

weeks

Double end tenoner  
5 Conveyor chain tightness Straining lift the chain  auout 2-3cm to make the double chain elastic and uniform.  

12

weeks

Double end tenoner  
6  Width adjustment of the screw, nut  

Clean the screw.After the nuts are applied oil, cover the nozzle caps.When the width is changed, no obvious vibration of the device is good

12

weeks

 

Double end tenoner

 
7  

adjustment of the linear guide slider

 

Clean the guide.After the slider are applied oil, cover the nozzle caps.

12

weeks

Double end tenoner  
8  Width adjustment limit position

protection

 

limit switches to limited width and narrow are normal

12

weeks

Double end tenoner  
9 Chain slipper lubrication Apply oil to inside of  slipper .Keep the outside of the spindle clean before adjusting the width(Keep sleeve and drive shaft active) 4

weeks

Double end tenoner  
10 Parallelism of double end conveyor guides 0.1-0.5mm

Measuring the distance between the inlet and outlet uniform,normal at 0.1-0.5mm

4

weeks

Double end tenoner  
11 Wear of conveyor chain pad When the groove on the chain pad is smooth, it is recommended to change 4

weeks

Double end tenoner  
12 Before and after conveyor sprocket Whether there is wear, whether there is a obvious cracks.If there is any breakage, change it immediately. 12

weeks

Double end tenoner  
13  lower wheel and lower pallet of conveyor chain Check the wear and height level of the  wheel .

Check the wear level of the pallet

12

weeks

Double end tenoner  
14 Pressure belt If the pressure belt is broken.If the  tightness of the pressure belt  up to standard 12

weeks

Double end tenoner  
15 Synchronization of longitudinal pressure belt and conveyor chain Adjust the belt pulley to ensure that the press belt is slightly slower than the conveyor chain(When there is no board) 12

weeks

Double end tenoner  
16 Pressure arm The elasticity of the inner spring is good.Roller turns freely without noticeable wear.The pressure arm surface is crack-free 12

weeks

Double end tenoner  
17 Knife shaft high-speed motor Maintenance-free.No obvious noise and temperature rise below 30 degrees is normal during operation .Check the tail cooling fan no obvious wear.

Clear protective cover for good ventilation

4

weeks

Double end tenoner  
18 Knife tip upper slider Wear condition of press plate.The slider slides up and down freely without obvious shaking.Cylinder performance is good 4

weeks

Double end tenoner  
19 Knife tip lower slider Slider is flat and  consistent with chain pad  height. 4

weeks

Double end tenoner  
20 Pressure system No air leak and

gas-water separation is normal .Instrument signal is normal.Safety insurance is normal.

4

weeks

Double end tenoner  
21 Guide ash removal system

Cleaning blower intake filter.If the fixing bolt is loose

4

weeks

Double end tenoner  
22 Stock bin

system

 

Plywood device in place.photoelectric in place and

without loosening.Internal lower pallets are in place(Slightly higher than feeding chain pad).Clean the surface of the photoelectric probe and check for damage

4

weeks

Double end tenoner  
23 Feeding limit switch Good location, normal state 4

weeks

Double end tenoner  
24 Feeding  guiding rule Check straightness of  guiding rule and parallelism of feeding chain pad 12

weeks

Double end tenoner  
25 Feeding pressure wheel system The pressure wheel is in good condition, the height is consistent, and the elasticity is suitable 12

weeks

Double end tenoner  
26 pallet Adjust the gap and apply oil 12

weeks

Double end tenoner  
27 Feed in and feed out wheel Adjust the height and the consistency of the chain pad .It can turn freely. 12

weeks

Double end tenoner  
28 Driving sprocket Check the position of the drive sprocket and the guide rail to avoid damage to the sprockets

 

12

weeks

Double end tenoner  
29 Electrical cabinet keep clean and clean the dust  must use vacuum cleaner 4

weeks

Double end tenoner

Multi rip saw

 
30 Feeding roller bearing Check bearing for abnormal noise and replace immediately if stuck 4

weeks

\Multi rip saw  
31 Feeding roller Check the wrapped rubber for damage and replace immediately if damaged 4

weeks

Multi rip saw  
32 Spindle belt Check for damage and replace immediately if damaged. 4

weeks

Multi rip saw  
33 Spindle motor Check  for abnormal noise 4

weeks

Multi rip saw  
34 Upper pressure roller Check whether the up and down is flexible.Check whether the bearing is stuck.Replace immediately if stuck. 4

weeks

Multi rip saw  
35 Spindle bearing Check  for abnormal noise and if it stuck.Replace immediately if stuck.Check if the temperature is normal during operation 4

weeks

Multi rip saw  
36 Feeding plate Check for height changes and adjust for changes 12

weeks

Multi rip saw  

《Annex 2—Suggest spare parts list》

 A:Urgent   B: Spare   C: Selectable spare

No Name Usage and use place QTY Class
1 Feeding chain pad Longitudinal or transverse feeding chain conveyor One set A
2 Chain unit Longitudinal or transverse feeding chain conveyor 5+5 A
3 Bearing(34) Longitudinal or transverse feeding chain conveyor 20+20 A
4 Bearing(28/19) Longitudinal or transverse feeding chain conveyor 20+20 A
5 Needle bearing(22) Longitudinal or transverse feeding chain conveyor 20+20 A
6 Axis pin of chain(15/10) Longitudinal or transverse feeding chain conveyor 20+20 A
7 Dust removal wheel of chain Longitudinal or transverse feeding chain conveyor 10+10 B
8 Chain pad hook Transverse feeding chain conveyor 10 A
9 Chain pad pusher Transverse feeding chain conveyor 10 A
10 Press belt Longitudinal or transverse press bracket 2+2 A
11 Arm binder Longitudinal or transverse press bracket 5+5 B
12 Driving shaft Active belt wheel of longitudinal press bracket 2 A
13 Driven shaft Passive belt wheel of longitudinal or transverse press bracket 2+4 C
14 Bearing of arm binder(6000B) Longitudinal or transverse press bracket 15+15 B
15 Spring of arm binder Longitudinal or transverse press bracket 15+15 B
16 Roller of arm binder Longitudinal or transverse press bracket 15+15 B
17 One way clutch Use inside active belt wheel of longitudinal press bracket 2 A
18 Tip on the Press Longitudinal or transverse air press plate, 2+2 A
19 Tip under the slider Longitudinal or transverse tip under slider, ensure height and low error 2+2 A
20 Seal ring tip on the press Seal on tip upper press 20 C
21 Tube cylinder MAL25*50 use in tip on the press 20 C
22 Driving coupler Connect driving motor and spindle motor 1+1 C
23 Cutter shaft motor Use for cutting by spindle 1+1 A
24 Frequency converter Cutter shaft control 1+1 C
25 Brushing roller Brush dust on brushing machine 2 B
26 Flat belt Driving brush dust 2 B
27 Belt wheel Driving brush dust 3 C
28 Conveyor belt The front and middle conveyor 1+1 B
29 Photo electricity Switch Feed bin or feeding board go side use 2 C
30 Modulation tube Use for lighting inside of machine 4 C
31 Side press wheel Longitudinal feeding fence, side press tight. 5 C
32 Upper press wheel Longitudinal feeding upper press wheel 5 C
33 Air spring 1400N use on the machine door 8+8 C
34 Air treatment Treat air to machine 1 C
35 Support wheel of feed in and out Longitudinal feeding ensures feed in and out board. 10 C
36 Support wheel of chain Working together with feeding chain 10 C
37 Bearing 6004 Longitudinal synchronous strain chain wheel 10 C
38 Bearing 6008 Bearing base of longitudinal or transverse press bracket 10 C
39 Bearing 6022 Driving bearing base 2 C
40 Solenoid valve Feed bin support plate control 2 C

Click Profile Production Line Instruction Manual(Click to read it)

Click profile Production Line use for flooring Operation Directions.pdf

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