CN208984996U - A kind of electric automatization device impregnating coating - Google Patents
A kind of electric automatization device impregnating coating Download PDFInfo
- Publication number
- CN208984996U CN208984996U CN201821835372.6U CN201821835372U CN208984996U CN 208984996 U CN208984996 U CN 208984996U CN 201821835372 U CN201821835372 U CN 201821835372U CN 208984996 U CN208984996 U CN 208984996U
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- connecting line
- electrically connected
- power supply
- impregnating
- driver
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Abstract
The utility model discloses a kind of electric automatization device for impregnating coating, the electric automatization device includes lifting device, impregnates cylinder, mounting plate, linear motor, guide rail, liquid level sensor and control cabinet;The two sides upper end for impregnating cylinder is beam structure, and the guide rail is mounted on beam structure;The linear motor is mounted on guide rail two sides, and mounting plate is mounted on the linear motor, is mounted with lifting device on the mounting plate;The solenoid valve is impregnating cylinder two sides by Pipe installing;It is mounted with Siemens's touch screen on the control cabinet, PLC200 is housed in control cabinet, solenoid valve, linear motor and lifting device are controlled by PLC200, workpiece is set to carry out immersion coating in impregnating cylinder, the electric automatization apparatus structure is simple, and control precision is quasi-, high degree of automation.
Description
Technical field
The utility model belongs to technical field of electricity, is related to a kind of electric automatization device for impregnating coating.
Background technique
In the coating procedure to workpiece, some workpiece need to be immersed in masking liquid, and existing masking liquid tinning is on one
In the cylinder body of end opening, when workpiece impregnates, the workpiece basket equipped with workpiece is placed into cylinder body by driving or electric block,
Workpiece is impregnated by the masking liquid in cylinder body, since driving or electric block are not easy to be controlled by worker, is easy to cause worker
Harm, and control process is slow, efficient cannot carry out, while being also difficult to realize the transformation of position as needed, it is difficult to
Meet the coating work requirement of automatic coating machine.
Utility model content
To solve the above problems, the utility model provides a kind of electric automatization device for impregnating coating, it is described it is electrical from
Dynamic makeup is set can be to automation control be carried out in workpiece soaking process, control mode is convenient effectively, reduces at work to people
The loss of work, work efficiency is high.
The utility model is specially a kind of electric automatization device for impregnating coating, and the electric automatization device includes rising
Falling unit impregnates cylinder, mounting plate, linear motor, guide rail, liquid level sensor and control cabinet;The two sides upper end for impregnating cylinder is
Beam structure, the guide rail are mounted on beam structure;The linear motor is mounted on guide rail two sides, pacifies on the linear motor
Mounting plate has been filled, has been mounted with lifting device on the mounting plate;Solenoid valve is impregnating cylinder two sides by Pipe installing;The control
It is mounted with Siemens's touch screen on cabinet, air switch, Switching Power Supply, PLC200 and intermediate relay are mounted in the control cabinet
Device, the intermediate relay include normally opened contact and coil contact, and the air switch accesses AC power source 220V, and passes through company
The end of incoming cables of wiring and Switching Power Supply is electrically connected, and the output end of the Switching Power Supply is capable of providing DC power supply 24V.
Further lifting device includes linear electric machine and elevating lever, and the linear electric machine installation is on a mounting board, described
Linear electric machine includes shell, driver, internal winding, magnet and track;Driver installation on the shell, the inside around
Group installation inside the shell, and is electrically connected with driver, and the magnet is fixed on track, and is mounted in internal winding;Institute
It states driver to be electrically connected by the normally opened contact of connecting line and AC power source 220V and intermediate relay, the driver passes through
Connecting line and the pulse input end of position control module are electrically connected;The elevating lever is fixed in the track of linear electric machine, institute
State the workpiece that immersion can be placed on elevating lever.
Further linear motor includes shell, driver, internal winding and magnet;The driver is mounted on shell
On, the internal winding installation inside the shell, and is electrically connected with driver, and the driver passes through connecting line and AC power source
The normally opened contact of 220V and intermediate relay is electrically connected, and the driver is defeated by the power supply of connecting line and position control module
Outlet is electrically connected, and the magnet is mounted in internal winding;The magnet of the linear motor is mounted on the guide rail of two sides.
Further liquid level sensor is pressure liquid level sensor, is mounted on the bottom for impregnating cylinder, the level sensing
Device is electrically connected by connecting line and the Analog input mModule in PLC200.
Further solenoid valve includes liquid inlet electromagnetic valve and draining solenoid valve, is separately mounted to impregnate the two sides of cylinder, described
Liquid inlet electromagnetic valve is mounted on the upper end for impregnating cylinder, and the draining solenoid valve is mounted on the lower end for impregnating cylinder;Divide in the solenoid valve
For spool and coil;The spool is fixed on pipeline, and coil is mounted on spool, passes through closing for conducting coil control valve core
It closes;The coil is electrically connected by the digital output end of connecting line and controller.
Further PLC200 includes CPU module, Analog input mModule and position control module;The CPU module is logical
Electric equipment operation necessary requirement to be crossed to be programmed software, the CPU module includes digital output end and power input,
The power input accesses DC power supply 24V, the digital output end by connecting line with and intermediate relay coil
The DC power supply 24V of contact and Switching Power Supply is electrically connected;The Analog input mModule includes power inleting terminal and analog quantity
Input terminal, the power inleting terminal access DC power supply 24V by connecting line, and the analog input end passes through connecting line and liquid
Level sensor is electrically connected;The position control module includes power input and pulse output end, and the power input is logical
Connecting line access DC power supply 24V is crossed, the pulse output end is electrically connected by connecting line and lifting device and linear motor.
Further Siemens's touch screen is electrically connected by connecting line and DC power supply 24V, Siemens's touch screen
It is connect by data connecting line with CPU module in PLC200, can show the state of electric device, and parameter is carried out to PLC200
Setting, Siemens's touch screen can set login user and input password, weigh to the user for not possessing operational rights
Limit limitation, user exits log in after do not influence the operation of automation equipment remote monitoring system.
Detailed description of the invention
Fig. 1 is a kind of electric automatization device schematic diagram of internal structure for impregnating coating of utility model;
Fig. 2 is a kind of electric automatization device overlooking structure diagram for impregnating coating of utility model;
Fig. 3 is a kind of electric automatization device control cabinet structural schematic diagram for impregnating coating of utility model.
In figure: 1, lifting device;2, cylinder is impregnated;3, elevating lever;4, mounting plate;5, linear motor;6, guide rail;7, electromagnetism
Valve;8, pipeline;9, liquid level sensor;10, air switch;11, Switching Power Supply;12, CPU module;13, Analog input mModule;
14, position control module;15, intermediate relay;16, control cabinet;17, Siemens's touch screen.
Specific embodiment
The electric automatization device specific embodiment for impregnating coating a kind of to utility model is done in detail with reference to the accompanying drawing
It illustrates.
As shown in Figs. 1-2, the utility model is specially a kind of electric automatization device for impregnating coating, described electrical automatic
Makeup sets including lifting device 1, impregnates cylinder 2, mounting plate 4, linear motor 5, guide rail 6, liquid level sensor 9 and control cabinet 16;Institute
The two sides upper end for stating immersion cylinder 2 is beam structure, and the guide rail 6 is mounted on beam structure;The linear motor 5, which is mounted on, leads
6 two sides of rail are mounted with mounting plate 4 on the linear motor, are mounted with lifting device 1 on the mounting plate 4;Solenoid valve 7 passes through
Pipeline 8, which is mounted on, impregnates 2 two sides of cylinder;As shown in figure 3, being mounted with Siemens's touch screen 17, the control on the control cabinet 16
It is mounted with that air switch 10, Switching Power Supply 11, PLC200 and intermediate relay 15, the intermediate relay 15 include normal in cabinet 16
Open contact and coil contact, the air switch 10 accesses AC power source 220V, and by connecting line and Switching Power Supply 11 into
End-of-line electrical connects, and the Switching Power Supply 11 is capable of providing DC power supply 24V.
A kind of working principle for the electric automatization device impregnating coating specifically: the air switch in closure control cabinet 16
10, Switching Power Supply 11 obtains electric, PLC200 and the energization operation of Siemens's touch screen 17;Cylinder is impregnated in setting on Siemens's touch screen 17
Level value in 2, the liquid inlet electromagnetic valve in solenoid valve 7 are powered operation, and coating mixed solution is injected and is impregnated in cylinder 2, immersion is worked as
When liquid level in cylinder 2 reaches setting level value, liquid inlet electromagnetic valve closure clicks drain button, electricity on Siemens's touch screen 17
Draining solenoid valve in magnet valve 7, which is powered, to be run, and the coating mixed solution discharge in cylinder 2 is impregnated;It is set on Siemens's touch screen 17
The mobile distance of linear motor 5 is set, dropping distance and soaking time are set in lifting device 1;Click operation, linear motor 5
It will move, stop when reaching set distance, the elevating lever 3 in lifting device 1 moves down, on elevating lever 3 along guide rail 6
Workpiece immerse coating mixed solution in;After reaching setting soaking time, the elevating lever 3 of lifting device 1 rises, on elevating lever 3
Workpiece leave coating mixed solution, the continuation of linear motor 5 is moved along guide rail 6, reaches 6 end of guide rail.The wherein lifting dress
Setting 1 includes linear electric machine and elevating lever 3, and the linear electric machine is mounted on mounting plate 4, and the linear electric machine includes shell, drives
Dynamic device, internal winding, magnet and track;On the shell, the internal winding is installed inside the shell for the driver installation, and with
Driver is electrically connected, and the magnet is fixed on track, and is mounted in internal winding;The driver by connecting line with
The normally opened contact of AC power source 220V and intermediate relay 15 is electrically connected, and the driver passes through connecting line and position control mould
The pulse input end of block 14 is electrically connected;The elevating lever 3 is fixed in the track of linear electric machine, can on the elevating lever 3
Place the workpiece impregnated.Wherein the linear motor 5 includes shell, driver, internal winding and magnet;The driver peace
On the shell, the internal winding installation inside the shell, and is electrically connected dress with driver, the driver by connecting line with
The normally opened contact of AC power source 220V and intermediate relay 15 is electrically connected, and the driver passes through connecting line and position control mould
The power output end of block 14 is electrically connected, and the magnet is mounted in internal winding;The magnet of the linear motor is mounted on two
On the guide rail 6 of side.Wherein the liquid level sensor 9 is pressure liquid level sensor, is mounted on the bottom for impregnating cylinder 2, the liquid
Level sensor 9 is electrically connected by connecting line with the Analog input mModule 13 in PLC200.Wherein the solenoid valve 7 include into
Liquid electromagnetic valve and draining solenoid valve are separately mounted to impregnate the two sides of cylinder 2, and the liquid inlet electromagnetic valve, which is mounted on, impregnates the upper of cylinder 2
End, the draining solenoid valve are mounted on the lower end for impregnating cylinder 2;It is divided into spool and coil in the solenoid valve;The spool is fixed
On pipeline 8, coil is mounted on spool, by the closure that coil control valve core is connected;The coil passes through connecting line and control
The digital output end of device processed is electrically connected.Wherein the PLC200 includes CPU module 12, Analog input mModule 13 and position
Control module 14;The CPU module 12 is programmed software by electric equipment operation necessary requirement, the CPU module 12
Including digital output end and power input, the power input accesses DC power supply 24V, and the digital output end is logical
Cross connecting line with and the coil contact of intermediate relay 15 and the DC power supply 24V of Switching Power Supply 11 be electrically connected;The simulation
Measuring input module 13 includes power inleting terminal and analog input end, and the power inleting terminal accesses DC power supply by connecting line
24V, the analog input end are electrically connected by connecting line with liquid level sensor 9;The position control module 14 includes electricity
Source input terminal and pulse output end, the power input access DC power supply 24V by connecting line, and the pulse output end is logical
Connecting line is crossed to be electrically connected with lifting device 1 and linear motor 5.Wherein Siemens's touch screen 17 passes through connecting line and direct current
Power supply 24V is electrically connected, and Siemens's touch screen 17 is connect by data connecting line with CPU module 12 in PLC200, can
It shows the state of electric device, and parameter setting is carried out to PLC200, Siemens's touch screen 17 can set login user
And input password, to do not possess operational rights user carry out permission limitation, user exits log in after do not influence automation equipment
The operation of remote monitoring system.
Finally it should be noted that only illustrating the technical solution of the utility model in conjunction with above-described embodiment rather than limiting it
System.Those of ordinary skills in the art should understand that arriving, those skilled in the art can be to the specific implementation of the utility model
Mode is modified or replaced equivalently, but these modifications or change are being applied among pending claims.
Claims (7)
1. it is a kind of impregnate coating electric automatization device, which is characterized in that the electric automatization device include lifting device,
Impregnate cylinder, mounting plate, linear motor, guide rail, liquid level sensor and control cabinet;The two sides upper end for impregnating cylinder is crossbeam knot
Structure, the guide rail are mounted on beam structure;The linear motor is mounted on guide rail two sides, is mounted on the linear motor
Loading board is mounted with lifting device on the mounting plate;Solenoid valve is impregnating cylinder two sides by Pipe installing;Pacify on the control cabinet
Zhuan Liao Siemens touch screen is mounted with air switch, Switching Power Supply, PLC200 and intermediate relay in the control cabinet, described
Intermediate relay includes normally opened contact and coil contact, and the air switch accesses AC power source 220V, and by connecting line with
The end of incoming cables of Switching Power Supply is electrically connected, and the output end of the Switching Power Supply is capable of providing DC power supply 24V.
2. a kind of electric automatization device for impregnating coating according to claim 1, which is characterized in that the lifting device
Including linear electric machine and elevating lever, linear electric machine installation on a mounting board, the linear electric machine include shell, driver,
Internal winding, magnet and track;Driver installation on the shell, the internal winding installation inside the shell, and with driving
Device is electrically connected, and the magnet is fixed on track, and is mounted in internal winding;The driver by connecting line with exchange
The normally opened contact of power supply 220V and intermediate relay is electrically connected, and the driver passes through the arteries and veins of connecting line and position control module
Input terminal is rushed to be electrically connected;The elevating lever is fixed in the track of linear electric machine, and immersion can be placed on the elevating lever
Workpiece.
3. a kind of electric automatization device for impregnating coating according to claim 1, which is characterized in that the linear motor
Including shell, driver, internal winding and magnet;On the shell, the internal winding is mounted on shell for the driver installation
It is interior, and be electrically connected with driver, the driver passes through the normally opened touching of connecting line and AC power source 220V and intermediate relay
Point is electrically connected, and the driver is electrically connected by the power output end of connecting line and position control module, the magnet peace
In internal winding;The magnet of the linear motor is mounted on the guide rail of two sides.
4. a kind of electric automatization device for impregnating coating according to claim 1, which is characterized in that the level sensing
Device is pressure liquid level sensor, is mounted on the bottom for impregnating cylinder, and the liquid level sensor passes through in connecting line and PLC200
Analog input mModule is electrically connected.
5. a kind of electric automatization device for impregnating coating according to claim 1, which is characterized in that the solenoid valve packet
Liquid inlet electromagnetic valve and draining solenoid valve are included, is separately mounted to impregnate the two sides of cylinder, the liquid inlet electromagnetic valve, which is mounted on, impregnates cylinder
Upper end, the draining solenoid valve are mounted on the lower end for impregnating cylinder;It is divided into spool and coil in the solenoid valve;The spool is fixed
On pipeline, coil is mounted on spool, by the closure that coil control valve core is connected;The coil passes through connecting line and control
The digital output end of device is electrically connected.
6. a kind of electric automatization device for impregnating coating according to claim 1, which is characterized in that the PLC200 packet
Include CPU module, Analog input mModule and position control module;The CPU module passes through electric equipment operation necessary requirement pair
Software is programmed, and the CPU module includes digital output end and power input, and the power input accesses direct current
Source 24V, the digital output end by connecting line with and intermediate relay coil contact and Switching Power Supply DC power supply
24V is electrically connected;The Analog input mModule includes power inleting terminal and analog input end, and the power inleting terminal passes through
Connecting line accesses DC power supply 24V, and the analog input end is electrically connected by connecting line and liquid level sensor;The position
Control module includes power input and pulse output end, and the power input accesses DC power supply 24V, institute by connecting line
Pulse output end is stated to be electrically connected by connecting line and lifting device and linear motor.
7. a kind of electric automatization device for impregnating coating according to claim 1, which is characterized in that Siemens's touching
It touches screen to be electrically connected by connecting line and DC power supply 24V, Siemens's touch screen passes through in data connecting line and PLC200
CPU module connection can show the state of electric device, and carry out parameter setting, Siemens's touch screen energy to PLC200
Enough set login user and input password, to do not possess operational rights user carry out permission limitation, user exits log in after not
Influence the operation of automation equipment remote monitoring system.
Priority Applications (1)
Application Number | Priority Date | Filing Date | Title |
---|---|---|---|
CN201821835372.6U CN208984996U (en) | 2018-11-08 | 2018-11-08 | A kind of electric automatization device impregnating coating |
Applications Claiming Priority (1)
Application Number | Priority Date | Filing Date | Title |
---|---|---|---|
CN201821835372.6U CN208984996U (en) | 2018-11-08 | 2018-11-08 | A kind of electric automatization device impregnating coating |
Publications (1)
Publication Number | Publication Date |
---|---|
CN208984996U true CN208984996U (en) | 2019-06-14 |
Family
ID=66790568
Family Applications (1)
Application Number | Title | Priority Date | Filing Date |
---|---|---|---|
CN201821835372.6U Expired - Fee Related CN208984996U (en) | 2018-11-08 | 2018-11-08 | A kind of electric automatization device impregnating coating |
Country Status (1)
Country | Link |
---|---|
CN (1) | CN208984996U (en) |
-
2018
- 2018-11-08 CN CN201821835372.6U patent/CN208984996U/en not_active Expired - Fee Related
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Legal Events
Date | Code | Title | Description |
---|---|---|---|
GR01 | Patent grant | ||
GR01 | Patent grant | ||
CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20190614 Termination date: 20191108 |
|
CF01 | Termination of patent right due to non-payment of annual fee |