SMT filter cotton is usually replaced in three months, otherwise it will be blocked, affecting the use effect.
Filter has the following characteristics.
1.Is a high performance and high efficiency filter cotton non-woven processing using organic hot-melt synthetic fiber and;
2, increasing structure, using gradually encrypted multi-layer technology, that is, the fiber density in the direction of pure air will increase gradually, and the higher filtration efficiency can be blocked at different levels of density according to the size of dust, which will more effectively accommodate more dust.
3, efficient filter cotton sticky treatment, filter material after full dipping, because the adhesive penetrated the media completely, so that the dust particles can not pass through, so that the overall filtered air flow evenly diffused, forming laminar flow state, to achieve the best spraying effect.
Does anyone need SMT filter cotton? Factory price.
S-6000 is dedicated to research and develop electronic products, it is a small desktop type machine which suits for small and medium-sized enterprise assembly line is developed by our company. This machine has
superior function 1.small batch production. 2. Experiment, research and development. 3. Sample Preparation and trial-produce. 4. Processing and Mounting LED SMT, etc.
The main characteristic of S-6000 is small volume, Mounting very fast, high precision when it works, simple operation, stable running and competitive price. Not only can help you to avoid the mounting instability by man-made, but also can help you to solve the problem like high labor cost, high site cost, low production efficiency, and so on. Our product can greatly improve the productivity.
Acceleration and deceleration: Adjust the machine speed
Step Distance Button: Adjust the step distance, （step distance: 0.025 0.2 1 5 25 100 mm) Standard step distance: 5
Left and right, Up and down Button: Move the direction key
Start/stop: decide when the machine work start and suspend
Emergency stop button: Machine is in wrong operation, click this button, the machine stops running and in the locked state. After solve the problems, this button will rotate right，will be back to start, open unlock Safe , the machine will work properly
Alarm: Color light alarm, Red is stop state, green is working state. When the machine at work when a fault occurs, the red lights and alarm
Level 1 menu
nameMenu functions instructions
FileNew FileImport and build new coordinate filesOpen FileOpen the saved file SMT programmingEditCheck the dataCheck list configuration material stand material unit
configurationshortcut keyCut and paste, paste, copy, delete
SettingBackup and recovery machine
parametersMachine tool fault
solvingCheck system failureCalibrationBefore using equipment calibration machineSystem of
material stripBuilding material components encapsulation, information and
material feed configurationSystem of
componentEstablish station components packaging information
ControlUnlockUnlock the machineLockLock the machineHeatingHeating the machineOpen cursorOpen the machine cross cursorClose cursorClose the machine cross cursor
ViewToolbarCould show and hide the toolbarList to adapt to
the widthReduce and enlarge the programming listHelpAboutView the system version informationMachine
debugging toolsCan debug and test the function of each part of the machine
Machine Calibration -> Put Material Strip –> Set Material Station（check material ）-> Put PCB -> Import Coordinates -> Puzzle Set（Check PCB）
Enter the menu- Set -> Calibration, Align the cursor, nozzle, pull needles and other equipment in order one by one, details are in the corresponding instructional videos.
Put Material Strip
Put the material strip on the shelf, details are in the corresponding instructional videos.
Material Station Setting
Set the material stand center coordinates, broaching coordinates (for belt material stand), Set column spacing (for disc material stand), This process is referred to as “Material Station Setting”, details are in the corresponding instructional videos.
Enter the main menu file – > new file, import a coordinate file. Support import the coordinate file and online programming coordinate file PCB software: PADS, CAM350, protel99, Altium Designer and so on, details are in the corresponding instructional videos.
Choose from two of the far patch points, To establish the corresponding relation of the origin and the origin of the machine tool programming, This process is referred to as “Puzzle Set”, details are in the corresponding instructional videos.
Solder Paste -> SMT pick and place machine -> Reflow Soldering
This machine has a certain dangerous, non-professional workers do not operate.
Before using,Please ensure that the machines work platform area no obstacle to run again, in the run process, do not put your hands in the working area and cover the protect shell.
Maintenance and management
Keep the machine clean,do not put anything on the machine, and also close the protection shell. Cover the protection shell and disconnect the power switch under no use the machine circumstance.
Stopped for a long time before using again, put lubricating oil in the X Y axis,keep the machine running smoothly.
Using the nozzle for the long time, please clean and make sure the machine is unblocked.
The needle do not work: Possible reasons:
Pull needle can not move down, check to pull needle power supply.
Needle couldn’t lift, check whether the needle stuck, the system will be an error. If stuck to artificial troubleshooting, to pull the needle back to normal.
The nozzle do not work:
Check whether the suction nozzle is fixed in place.
Whether the suction nozzle deformation or blocked.
We are not in favor of users to repair itself.
The machine warranty is 1 years, When the machine has any problems in this period, we could repair and change. But in any case, our company’s responsibility can’t more than the purchase price of the product.
If the machine have any problems in the using process, according to the common failures suggest and the solution still cannot be solved, the user shall not open the case, please contact our company’s Marketing Department or agents.
For the faults caused by the manufacturing defects, our company is responsible for free repair or
This guarantee is only applicable to normal use of equipment, and the absence of damage or improper use. The warranty does not include the problem/fault caused by the following reasons:
Repair or change the machine without authorization.
The proper use of, inadvertent use or accidental, etc.
Please keep the warranty registration card and the Invoice, for the record when we need to maintenance, Technological innovation, Calibration, etc.
① PCB coordinate document template, it is the CSV file.
②Open control system main interface – > file – > new file – > import coordinate.
③ The CSV file, PCB general has Top layer and Bottom layer element coordinates, please confirm the current PCB is the top layer or the bottom layer, choose in the lower left corner coordinates. Then click the lower right corner → the import button.
Import the coordinate file function instructions:
Import the coordinate file function instructions
Choose the Top layer and Bottom layer to import coordinate
Select this option, will perform PCB flip horizontal coordinates
When coordinate file have the margin, import coordinate indicates a blank space, must be made to modify the file and then import, avoid programming error.
Select this option, will ignore the coordinate file integrity, errors
may result in mounting components.
Grab the coordinate file by hand
Main interface in the upper right corner click open control system→Grab the coordinate To manually add the new coordinates
Manually add the new coordinates
① X Y positioning equipment function
X Y positioning equipment function
Choose the cursor, nozzle 1, nozzle 2 to grab positioning tool of the coordinate.
Back to Home
Machine return to original state
② Stepping set and X Y movement Function
Stepping set and X Y movement Function
Alternatively the step size of the X Y directions
X Y movement
Up and Down, Leaf and Right button could Operate X Y direction positioning, In operation, please don’t close to the machine tool
③ Manual input coordinate function
Manual input coordinate function
General is number, To manager the PCB program more
clearly, fill the PCB current anchor element bit number.
Fill the PCB current anchor element component package.
Note: After setting the above operation,, click “OK” to record coordinate current bit number. And then to do the next one. Directly to the center of the moving direction key to enter a number to setting, Click “OK” to finish record
coordinate current bit number.
Material Stack Configuration
Coil stock and tray stock
Coil stock: For the coil stock component putting.
tray stock: For the tray stock and tube IC component putting.
Material stack configuration function
Material stack configuration function
Material stack configuration function
According to the material stack number
Click and choice of material stack put components corresponding
component model, choose components are not allowed to repeat
Click into the system of material select stack corresponding packaging material with
Click into the system components and system interface to select material
Refers to the suction nozzle picking up speed, Normal: 20000pps.
The smaller data , the slower pick up speed
Refers to the suction nozzle distance with the end face contact material stack material when pick up the component, Through the calibration can get picked up depth data, Special component separately select pickup
To some special material stack, setting the speed the depth separately.
Multi-line batch modification Description
Multi-line batch modification Description
Description: Bit column number , hold down the left button to select a number of modifications can
make the following batch modify.
batch settings calibration center X coordinate of material stack
batch settings calibration center Y coordinate of material stack
batch settings Broaching partial X coordinate of material stack
batch settings Broaching partial Y coordinate of material stack
Pick up depth
batch settings pick up depth of material stack
batch settings adapter nozzle of material stack
Material stack debugging tools, data checking function description
Material stack debugging tools, data checking function description
Material stack test
Pick up test for calibration finished material station configuration
station to the file
Save the material station file for calibration finished material station configuration list, it could make it easy for the nest use.
Loading the material station
from the file
Can be loaded directly with the saved material station.
Check no material
Check the Program Component in the material station
configuration list for no material.
Check the Program Component in the material station
configuration list for double material.
Mount setting function and introduction
Programming parameters automatically get in after the second material Stack Configuration.
① Click the Align program into the coordinate system origin correction interface.
② Calibration Make sure whether the splint placed parallel to the PCB in place, subject to the plywood base point, and then calibrate.
③ Calibrating the far two point coordination ( reduce the error), Click OK after finished
Setting Mark point ( This setting must be completed – after operating alignment program origin )
Set Mark Point, choose a more independent square or circular Mark point as calibration points.( (Note: Mark point usage; in the fourth programming due to the PCB board or puzzle on the origin lead to error, click Mark point to automatic correct board )
Calibration ( This setting must be completed – after operating alignment program origin )
Calibration is used to correct a separate placement coordinate with the actual Mark-point calibration.
① Reset the default placement coordination, mounting XY coordinate reply for source file coordination.
② Check invalid pick up material station, check whether the configuration is complete.
Puzzle calibration Make sure whether the splint placed parallel to the PCB in place, subject to the plywood base point, and then calibrate.
① Manual correction: Click the PCB list of coordinates to enter the calibration correction, respectively coordinate 2 far point calibration.( reduce the error), If there is the puzzle PCB, then do the first PCB, and send and so no. The same way to calibrate.
② Mark point automatic correction: one-time auto-complete according to automatic Mark point on board.
Program option function 5.1.1 Function
Base plate Depth
Nozzle and plywood PCB contact distance, setting through the
Dual stepper reel, can improve the placement rate.
KE2000 series KE2010 KE2020 KE2030 KE2040 KE2050 KE2060 KE2070 KE2080 KE-3010A KE3010ACL KE3020VA JX series JX-100 JX-200 JX-300LED JX-100LED JX-350 , FX series FX-1, FX-2, FX-3, FX-3R, FX-3RA.
Using nano-aviation materials, through ultra-precision machining and grinding, the nozzle will not wear out and become white. It can be durable.
● our advantages:
Production advantages: the use of close CNC / milling machine, lathe, grinder, line cutting 35 world first-line brand processing equipment, to make Seiko quality. Non-standard nozzles and the workpiece can be quickly customized, 2-3 working days can be delivered, ultra-rush orders can be shipped the same day.
Long-term inventory, a large number of conventional suction nozzle stock, immediately after the order can be shipped, order to reach 1,000 US dollars can be shipped for free
Price advantage: Suction nozzle and SMT placement machines are a variety of peripheral equipment accessories are sold at preferential prices. Truly Seiko quality, the Chinese price, used to repay customers. We only do Seiko quality, low-end high-margin products do not do!
Team advantage: We have a group of 20 years of experience with automatic insertionmachine, SMT machineservice engineer team
Payment advantages: As long as you are a factory customer, we can do monthly payment
Three general classes for the intended end use of electronic assemblies have been established. As applications and functionality increase there may be overlap of equipment between classes. The owner of the application has the responsibility to determine the class that applies. Although a single class may be referenced, specific requirements defined in other classes may apply as well. If a class is not stated for a criterion then the single criterion applies to all classes.
Class 1: Consumer Products: This class of product includes non-critical applications which shall be reliable and cost effective but for which extended life is not the primary objective. Examples include products manufactured for general consumer applications.
Class 2 – General Industrial. This class includes high performance commercial and industrial products in which extended life if required but for which uninterrupted service is not critical. Application and environmental considerations should be taken into account.
Class 3 – High Reliability. Equipment in this class includes those equipment which continued performance is critical, equipment whose downtime cannot be tolerated, or equipment used as a life support item. Unless otherwise specified, Class 3 shall be used for soldering requirements on military electronic equipment.
Printed circuit assemblies are manufactured in a variety of ways, exclusively using smt devices or smt mixed with through-hole components. Boards which have both SMC’s and through-hole components are called mixed technology boards. Surface
mount components are conventionally attached to the substrate using the reflow or the wave soldering process. Typically PCBs are assembled in one of the following ways and categorized as:
SMC’s only are placed on one or both sides of a printed circuit board. The components are attached via the Reflow soldering process.
A combination of both surface mount and insertion mounted components on a printed circuit board. Both SMC’s and IMC’s are assembled on the top side of the board while SMC’s only are attached to the bottom of the board. Top side smt components are Reflow soldered, while the through hole and bottom side smt components are Wave soldered.
IMC’s are assembled on the top side of the board while SMC’s only are attached to the bottom of the board. The components are soldered in place via the Wave solder process.
The fast growth of these applications and advanced packages has led to the development of high density boards. As the industry increases the use of these boards and packages in its products, two of the greatest challenges that it will face are; establishing effective printing guidelines and utilizing equipment that can reliably produce a wide variety of assemblies.
A company’s success or failure in the surface mount industry will weigh heavily on its ability to adapt to automated manufacturing practices through innovative product design and development. Manufacturers can effectively compete in the electronics marketplace today only by utilizing automated equipment throughout the entire SMC assembly process. This includes addressing changes in the SMC production process from initial board printing to final inspection. The companies that do not act positively on these factors and successfully adapt to changing trends in the electronics market will find their business being lost to competitors and foreign ventures.
Type 1 – Single Sided SMT
SMT Components (Primary Side only)
The following procedures explain how to properly clean and test an ESD surface.
Clean an ESD Surface
Do not use abrasive or highly alkaline cleaners on polycarbonate. Never scrape polycarbonate with squeegees, razor blades, or other sharp instruments. Benzene, gasoline, acetone, or carbon tetra chloride should never be used on polycarbonate. Do not clean polycarbonate in the hot sun or at elevated temperatures.
Using a sponge or soft cloth, wash the ESD-protected surface with either a mild detergent or Windex product and lukewarm water.
After washing, rinse with water and dry thoroughly with a chamois or moist cellulose sponge to prevent water spots.
To protect the ESD surface after rinsing and drying, recommends applying Kleenmaster Brillianize®. This application helps to maintain the static dissipative coating and reduce the accumulation of dust.
Test Static Dissipative Covers
Periodically and after maintenance, check the machine covers to determine if the dissipative qualities of the cover have changed. The following procedure ensures that static dissipative covers are in fact dissipative.
Surface resistance meter (such as 3M 701 Surface Resistance meter and probe).
The surface resistance should be less than 109 ohms in all areas. If the cover package is no longer dissipative, contact you Universal Instruments Corporation sales representative.
Clean the static dissipative covers using the Clean ESD Surface procedure to ensure the accuracy of the test.
Using the surface resistance meter, follow the instructions provided by the manufacturer to measure the surface resistance of both the inside and outside of the covers. Measure the resistance at all four corners and at several areas in the middle of the cover. This test checks the integrity of the ESD coating.
Connect the ground path resistance probe to the meter and chassis ground.
The path to the ground should not be higher than the surface resistance. If it is, clean the frame connections, repair loose or corroded fasteners and ground straps, and check tracks for dirt and/or corrosion.
4. Measure the ground path from the covers to the chassis ground. Take this measurement from both surfaces and all four corners of each cover.
Applies to tubes used in Generation 8 clinch units.
The expected life span of a Continuity Tube is dependent upon a number of factors including:
A Continuity Tube that is subjected to steel leaded components will cause more stress between the cutter, the cutter Bushing, and the continuity Tube. Expect to experience a higher wear rate on a continuity tube that is subjected to stiffer lead material than a continuity tube that is subjected to softer leaded material.
A larger lead diameter will cause more stress between the cutter, the cutter bushing, and the continuity tube. Larger leads being cut will accelerate the wear of a Continuity Tube.
Worn Tooling (cutters and cutter bushings) will cause the scrap lead to ‘tear’ instead of cut with a sharp clean cut. This ‘tear’ in the lead will accelerate continuity tube on both the metal tube and the plastic surrounding the metal tube. The tooling should be changed at recommended intervals, sooner if tearing of leads is noticed.
Working Environment (dust, humidity, temperature, etc.)
The continuity tube should be kept as clean as possible. Dust buildup caused as a result of the cut/form process and clinching process will grind into the metal tube and the plastic surrounding the metal tube possibly causing accelerated wear of the continuity tube.
There are too many variables associated with the performance of a continuity tube to allow Universal to list it as ‘consumable tooling’ and publish an estimated life span. The greatest life span will be generated by keeping the continuity tube as clean as possible, keeping the lead length within the middle of acceptable lead length range, and changing the cutters and cutter bushings on a regular basis.
Continuity Tubes and False Insertion Errors
Proper continuity lead sense is dependent upon the relationship between:
the continuity tube
the angle of the lead being cut
the lead length as the leads are cut.
It is important the lead is bent and touches the continuity tube before the cut takes place, making the position where the lead enters the cut and clinch assembly very important.
As the cutter moves across to the cut position, the lead begins to bend in the direction of the continuity tube.However, once the lead is pinched between the cutter and the cutter bushing, the scrap portion of the lead will no longer be pushed toward the continuity tube.At this point the scrap portion of the lead will actually be forced in the opposite direction of the continuity tube as the cutter shears through the lead.
The following scenario describes what happens if the lead length is set too short.In other words, the lead entrance to the cutter bushing set so the lead is very close the cutter bushing shear point.
By setting the lead length too short, (the lead too close to the cut point of the cutter bushing), the scrap portion of the lead will not be bent far enough to reach the continuity tube as the cutter bends the lead, resulting in a false insertion error.In other words, if the lead reaches the cut point before it has been bent far enough to touch the continuity tube, a false continuity error may occur.
On the other hand, having the lead length too long may cause accelerated wear and damage to the continuity tubes.Forcing the lead into the continuity tube with too much force will cause denting of the continuity tube and wear of the plastic insulation, resulting in premature failure and false continuity errors over time.
Cutter Stroke Speed and false Continuity Errors
The length of time necessary to drive the Cutter from the home position, to the extended ‘cut’ position, can affect continuity sensing.If the cutter speed is set too slow, the cutter air pressure is insufficient, or a mechanical assembly used in the operation of the cutter stroke binds, the cutter will not reach the component lead in the ‘window’ of time necessary for continuity to be sensed.This will result in a false continuity error.Examples of cutter stroke speed problems:
Pneumatic flow control for the cutters not properly set
Poor air flow from the valve to the cutter
Binding in the mechanical linkage from the cutter piston to the cutter
Lack of sufficient lubrication in the mechanical linkage from the cutter piston to the cutter
Incorrectly set cutter backstroke (the starting position for the cutter)
A torn O-ring on the cutter piston which causes a bind in the cylinder
Lack of sufficient lubrication on the O-ring for the cutter piston
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