CN204215636U - A kind of experimental real-training synthetic instruction device based on industrial communication network - Google Patents
A kind of experimental real-training synthetic instruction device based on industrial communication network Download PDFInfo
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- CN204215636U CN204215636U CN201420728819.5U CN201420728819U CN204215636U CN 204215636 U CN204215636 U CN 204215636U CN 201420728819 U CN201420728819 U CN 201420728819U CN 204215636 U CN204215636 U CN 204215636U
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Abstract
The utility model discloses a kind of experimental real-training synthetic instruction device based on industrial communication network, comprise electrical install cabinet body (1), electrical install cabinet body (1) arranges electric components, it is characterized in that: described electrical install cabinet body (1) just, reverse side surrounding is provided with trough (2), electrical install cabinet body (1) just, reverse side is provided with electric components, the utility model solves traditional experiment Practical training equipment or device is only suitable for the use of single course teaching, equipment room cannot realize communication function, the connection underaction of element or equipment, plant maintenance workload is large, Students ' Learning efficiency is low, and experimental real-training equipment or the series of problems such as utilization ratio of device is low.
Description
Technical field
The utility model relates to automatic control equipment technical field, is specifically related to a kind of experimental real-training synthetic instruction device based on industrial communication network.
Background technology
Along with the fast development of Programmable Logic Controller (PLC) technology, play a part indispensable at the electric automatization such as manufacturing industry, processing industry control field.At present, nearly all professional colleges has all offered Electric automation technology and relevant speciality, PLC course teaching becomes the most important thing of specialized course, each school is equipped with relevant experimental real-training equipment or device, experimental real-training project also constantly to expand and perfect along with the function upgrading of PLC in commercial Application, but still has the following disadvantages:
1, plant factor is lower: a lot of equipment or apparatus function single, only meet one or two subjects journey practical teaching needs that PLC is relevant, and at present PLC in industry spot, normal and other commercial units use jointly, the relevant Link of Practice Teaching of associate device cannot realize on this equipment or device, and more equipment or device only use front, reverse side leave unused, equipment or device space availability ratio also lower.
2, contents of a project knowledge point is outmoded: a lot of equipment available experimental real-training project is less, and the contents of a project only relate to the control of switching value and analog quantity substantially, and the communication aspects relevant knowledge of PLC cannot be trained on this equipment or device.
3, classroom learning efficiency is low: the components and parts of a lot of equipment or device are all based on full wiring or full patch, for full wiring unit or device, student's needs more time is for connections, classroom effective learning time is short, and connection terminal in components and parts and terminal block is fragile, teacher or managerial personnel's plant maintenance workload larger; For full plug wire equipment or device, students ' practical ability can not get further lifting.Therefore, within the limited classroom learning time, Students ' Learning efficiency is lower.
Summary of the invention
The technical problems to be solved in the utility model is to provide a kind of experimental real-training synthetic instruction device based on industrial communication network, the utility model solves traditional experiment Practical training equipment or device is only suitable for the use of single course teaching, equipment room cannot realize communication function, plant maintenance workload is large, Students ' Learning efficiency is low, and experimental real-training equipment or the series of problems such as utilization ratio of device is low.
The utility model is achieved through the following technical solutions:
A kind of experimental real-training synthetic instruction device based on industrial communication network, comprise electrical install cabinet body (1), electrical install cabinet body (1) arranges electric components, it is characterized in that: the positive and negative surrounding of described electrical install cabinet body (1) is provided with trough (2), and electrical install cabinet body (1) positive and negative are provided with electric components;
The electric components that described electrical install cabinet body (1) front is arranged comprises 300PLC module (3), switch (4), components and parts mounting guide rail (5) is provided with 200PLC module (6), 200PLC expansion module (7, 8), 300PLC Remote Expansion module (9), touch-screen (10), frequency converter (11), stainless steel casing (29) surface is provided with 24V pilot lamp group (12, 13, 17, 18), button groups (14, 15, 16, 19), switch group (20, 21), belt line detecting unit is provided with three-phase AC asynchronous motor (22), belt line (23), scrambler (24), inductance sensor (25), capacitive transducer (26), Tansducer For Color Distiguishing (27, 28),
The electric components that described electrical install cabinet body (1) reverse side is arranged comprises device total power switch (32), point item power circuit breaker (33), and 24V stabilized voltage supply (34), is provided with A.C. contactor (35) by components and parts mounting guide rail (5), 24V auxiliary reclay (36), the time relay (37), electrothermal relay (38), travel switch (39), multimeter (40), stainless steel casing (29) surface is provided with switch (41, 42, 43, 44, 45, 46), potentiometer (47), separate button (48), 200PLC digital quantity input jointing holes (49), 200PLC digital output jointing holes (50), 300PLC digital quantity input jointing holes (51), 300PLC digital output jointing holes (52), the analog input jointing holes (53) of 200PLC, the analog output jointing holes (54) of 200PLC, the analog input jointing holes (55) of 300PLC, the analog output jointing holes (56) of 300PLC, frequency converter part terminal jointing holes (57) potentiometer jointing holes (58), three-phase alternating-current supply jointing holes (59), direct supply jointing holes (60), A.C. contactor jointing holes (61), 24V auxiliary reclay jointing holes (62), electrothermal relay jointing holes (63), time relay jointing holes (64), travel switch jointing holes (65), belt detecting unit sensor jointing holes (66), converter power supply exports jointing holes (67), the input end jointing holes (67 of switch (46), 68), separate button group jointing holes (70), motor-driven jointing holes (71),
All be electrically connected by jointing holes selectivity between described each electric components.
The further Technological improvement plan of the utility model is:
Data communication is carried out by PPI network between described 200PLC module (6), 300PLC module passes through MPI between (3), or be DP, or carry out data communication for ethernet network, network data communication is carried out through 200PLC expansion module (8) by DP between 300PLC module (3) and 200PLC module (6), MPI is passed through between 300PLC module (3) and touch-screen (10), or be ethernet, or carry out data communication for DP network, data communication is carried out by ethernet network between 300PLC module (3) and frequency converter (11), data communication is carried out by DP network between 300PLC module (3) and 300PLC Remote Expansion module (9).
The further Technological improvement plan of the utility model is:
Described 200PLC expansion module (7,8) is respectively the DP communication module EM277 of analog input and output mixing module EM235,200PLC of 200PLC.
The further Technological improvement plan of the utility model is:
The far module ET200M that described 300PLC Remote Expansion module (9) is 300PLC.
The further Technological improvement plan of the utility model is:
The components and parts on described electrical install cabinet body (1) front stainless steel casing (29) surface all arrange respective identification, pilot lamp group (12) meets the Q1.0-Q1.3 of 300PLC module (3), pilot lamp group (13) meets the Q1.4-Q1.7 of 300PLC module (3) or 200PLC module (6) by switch (41), pilot lamp group (17) meets the Q1.0-Q1.3 of 200PLC module (6), and pilot lamp group (18) meets the far module ET200M(9 of 300PLC by switch (42)) or the output switch parameter end of frequency converter, button groups (14) meets the I1.0-I1.3 of 300PLC module (3), button groups (19) meets the I1.0-I1.3 of 200PLC module (6), button groups (15) meets the I1.4-I1.7 of 300PLC module (3) or 200PLC module (6) by switch (43), switch group (20) meets the I2.0-I2.3 of 300PLC module (3) or 200PLC module (6) by switch (44), button groups (16) meets the far module ET200M(9 of 300PLC) I3.0-I3.3, switch group (21) meets the far module ET200M(9 of 300PLC by switch (45)) I3.4-I3.7 or the On-off signal terminal of frequency converter.
The further Technological improvement plan of the utility model is:
The components and parts on described electrical install cabinet body (1) reverse side stainless steel casing (29) surface all arrange respective identification, jointing holes group (49) is the input end of the digital quantity I0.0-I0.7 of 200PLC module (6), jointing holes group (50) is the output terminal of the digital quantity Q0.0-Q0.7 of 200PLC module (6), jointing holes group (51) is the input end of the digital quantity I0.0-I0.7 of 300PLC module (3), and jointing holes group (52) is the output terminal of the digital quantity Q0.0-Q0.7 of 300PLC module (3), the analog quantity A of jointing holes group (53) for 200PLC module (6) and the input end on B road, jointing holes group (54) is the output terminal of the analog quantity of 200PLC module (6), the input end on the simulation flow control 1 that jointing holes group (55) is 300PLC module (3) and the 2nd and the 5th tunnel, jointing holes group (56) is the output terminal of the analog quantity of 300PLC module (3), the terminals that jointing holes group (57) is frequency converter part number amount and analog quantity, the terminals that jointing holes group (58) is potentiometer (47), jointing holes group (59) is three-phase four-wire system supply terminals, the coil that jointing holes group (60) is A.C. contactor (35) and contact lug end, the coil that jointing holes group (61) is 24V auxiliary reclay (36) and contact lug end, the thermal element that jointing holes group (62) is electrothermal relay (37) and contact lug end, the coil that jointing holes group (64) is the time relay (38) and contact lug end, jointing holes group (65) is the contact lug end of travel switch (39), the terminals of the 10V power supply that jointing holes group (60) is frequency converter and 24V stabilized voltage supply (34), the terminals that jointing holes group (66) is scrambler (24) and sensor (25,26,27,28), the power supply outlet terminal that jointing holes group (67) is frequency converter, two groups of three-phase supply that jointing holes group (68,69) is switch (46) introduce terminals, the terminals that jointing holes group (70) is separate button group (48), jointing holes group (71) is motor-driven terminals.
The further Technological improvement plan of the utility model is:
Described electrical install cabinet body (1) is in L-type, and vertical plane is that mesh plate material is made, and tow sides are provided with electric components, and horizontal component arranges drawer (30), is provided with roller (31) bottom horizontal component.
The further Technological improvement plan of the utility model is:
Described point of item power circuit breaker (33) comprises a three-phase breaker, five single-phase circuit breakers.
The utility model compared with prior art, has following obvious advantage:
1, the electric components that the utility model adopts can carry out many curriculum experiments practical training project, importantly can realize that equipment room PPI, MPI, DP and ethernet etc. are multimode to intercom mutually, can improve student's industrial field device integrated application practicals kill;
Three kinds of electric connection mode such as 2, the utility model electric components adopts fixing electrical connection, conversion is electrically connected, be freely electrically connected, the various combination of each components and parts can realize kinds of experiments practical training project with being connected, and experimental real-training classroom efficiency is high, teacher or experimental real-training room managerial personnel's device maintenance workload are also reduced to minimum;
3, the utility model adopts pros and cons to arrange electric components, and front is for operation and perform object, and reverse side is process component device, and science, rationally distributed installed by element, and whether project realizes allowing teachers and students very clear.
Accompanying drawing explanation
Fig. 1 is front module connection diagram of the present utility model;
Fig. 2 is reverse side model calling schematic diagram of the present utility model.
Embodiment
As shown in Figure 1 and Figure 2, the utility model comprises electrical install cabinet body 1, electrical install cabinet body 1 arranges electric components, and the positive and negative surrounding of described electrical install cabinet body 1 is provided with trough 2, and electrical install cabinet body 1 positive and negative are provided with electric components, the electric components that described electrical install cabinet body 1 front is arranged comprises 300PLC module 3, switch 4, components and parts mounting guide rail 5 is provided with 200PLC module 6, 200PLC expansion module 7, 8, 300PLC Remote Expansion module 9, touch-screen 10, frequency converter 11, stainless steel casing 29 surface is provided with 24V pilot lamp group 12, 13, 17, 18, button groups 14, 15, 16, 19, switch group 20, 21, belt line detecting unit is provided with three-phase AC asynchronous motor 22, belt line 23, scrambler 24, inductance sensor 25, capacitive transducer 26, Tansducer For Color Distiguishing 27, 28, the electric components that described electrical install cabinet body 1 reverse side is arranged comprises device total power switch 32, and point item power circuit breaker 33,24V stabilized voltage supply 34, is provided with A.C. contactor 35 by components and parts mounting guide rail 5, 24V auxiliary reclay 36, the time relay 37, electrothermal relay 38, travel switch 39, multimeter 40, stainless steel casing 29 surface is provided with switch 41, 42, 43, 44, 45, 46, potentiometer 47, separate button 48, 200PLC digital quantity input jointing holes 49, 200PLC digital output jointing holes 50, 300PLC digital quantity input jointing holes 51, 300PLC digital output jointing holes 52, the analog input jointing holes 53 of 200PLC, the analog output jointing holes 54 of 200PLC, the analog input jointing holes 55 of 300PLC, the analog output jointing holes 56 of 300PLC, frequency converter part terminal jointing holes 57, potentiometer jointing holes 58, three-phase alternating-current supply jointing holes 59, direct supply jointing holes 60, A.C. contactor jointing holes 61, 24V auxiliary reclay jointing holes 62, electrothermal relay jointing holes 63, time relay jointing holes 64, travel switch jointing holes 65, belt detecting unit sensor jointing holes 66, converter power supply exports jointing holes 67, the input end jointing holes 67 and 68 of switch 46, separate button group jointing holes 70, motor-driven jointing holes 71, all selectivity electrical connection is carried out by jointing holes between described each electric components, data communication is carried out by PPI network between described 200PLC module 6, MPI is passed through between 300PLC module 3, or be DP, or carry out data communication for ethernet network, data communication is carried out through 200PLC expansion module 8 by DP network between 300PLC module 3 and 200PLC module 6, MPI is passed through between 300PLC module 3 and touch-screen 10, or be ethernet, or carry out data communication for DP network, data communication is carried out by ethernet network between 300PLC module 3 and frequency converter 11, data communication is carried out by DP network between 300PLC module 3 and 300PLC Remote Expansion module 9, described 200PLC expansion module 7,8 is respectively the DP communication module EM277 of analog input and output mixing module EM235,200PLC of 200PLC, described 300PLC Remote Expansion module 9 is the far module ET200M of 300PLC, the components and parts on stainless steel casing 29 surface, described electrical install cabinet body 1 front all arrange respective identification, pilot lamp group 12 meets the Q1.0-Q1.3 of 300PLC module 3, pilot lamp group 13 meets the Q1.4-Q1.7 of 300PLC module 3 or 200PLC module 6 by switch 41, pilot lamp group 17 meets the Q1.0-Q1.3 of 200PLC module 6, and pilot lamp group 18 connects the far module ET200M 9 of 300PLC or the output switch parameter end of frequency converter by switch 42, button groups 14 meets the I1.0-I1.3 of 300PLC module 3, button groups 19 meets the I1.0-I1.3 of 200PLC module 6, button groups 15 meets the I1.4-I1.7 of 300PLC module 3 or 200PLC module 6 by switch 43, switch group 20 meets the I2.0-I2.3 of 300PLC module 3 or 200PLC module 6 by switch 44, button groups 16 meets the I3.0-I3.3 of the far module ET200M 9 of 300PLC, and switch group 21 connects the I3.4-I3.7 of far module ET200M 9 or the On-off signal terminal of frequency converter of 300PLC by switch 45, the components and parts on described electrical install cabinet body 1 reverse side stainless steel casing 29 surface all arrange respective identification, jointing holes group 49 is the input end of the digital quantity I0.0-I0.7 of 200PLC module 6, jointing holes group 50 is the output terminal of the digital quantity Q0.0-Q0.7 of 200PLC module 6, jointing holes group 51 is the input end of the digital quantity I0.0-I0.7 of 300PLC module 3, and jointing holes group 52 is the output terminal of the digital quantity Q0.0-Q0.7 of 300PLC module 3, jointing holes group 53 is the analog quantity A of 200PLC module 6 and the input end on B road, jointing holes group 54 is the output terminal of the analog quantity of 200PLC module 6, jointing holes group 55 is the simulation flow control 1 of 300PLC module 3 and the input end on the 2nd and the 5th tunnel, jointing holes group 56 is the output terminal of the analog quantity of 300PLC module 3, jointing holes group 57 is the terminals of frequency converter part number amount and analog quantity, and jointing holes group 58 is the terminals of potentiometer 47, jointing holes group 59 is three-phase four-wire system supply terminals, jointing holes group 60 is coil and the contact lug end of A.C. contactor 35, jointing holes group 61 is coil and the contact lug end of 24V auxiliary reclay 36, jointing holes group 62 is thermal element and the contact lug end of electrothermal relay 37, jointing holes group 64 is coil and the contact lug end of the time relay 38, jointing holes group 65 is the contact lug end of travel switch 39, and jointing holes group 60 is the 10V power supply of frequency converter and the terminals of 24V stabilized voltage supply 34, jointing holes group 66 is the terminals of scrambler 24 and sensor 25,26,27,28, jointing holes group 67 is the power supply outlet terminal of frequency converter, jointing holes group 68,69 is that two groups of three-phase supply of switch 46 introduce terminals, jointing holes group 70 is the terminals of separate button group 48, and jointing holes group 71 is motor-driven terminals, described electrical install cabinet body 1 is in L-type, and vertical plane is that mesh plate material is made, and tow sides are provided with electric components, and horizontal component arranges drawer 30, are provided with roller 31 bottom horizontal component, described point of item power circuit breaker 33 comprises a three-phase breaker, five single-phase circuit breakers.
Composition graphs 1, Fig. 2 sketch implementation process of the present utility model:
Motor mainly comprises to electrical control course associated electrical components device: the jointing holes of battery main switch 32, point item power circuit breaker 33, A.C. contactor 35, auxiliary reclay 36, the time relay 37, electrothermal relay 38, travel switch 39, multimeter 40, switch 46, separate button group 48, three-phase AC asynchronous motor 22 and relevant components and parts forms, and above-mentioned electric components is electrically connected by relevant jointing holes.
PLC programming and applied courses related elements device mainly comprise: 200PLC module 6, analog quantity mixing module 7, pilot lamp 13, pilot lamp 17, pilot lamp 14, button groups 15, button groups 19, switch group 20, three-phase AC asynchronous motor 22, scrambler 24, sensor 25-28, battery main switch 32, divide item power circuit breaker 33, 24V stabilized voltage supply 34, A.C. contactor 35, auxiliary reclay 36, electrothermal relay 38, travel switch 39, multimeter 40, switch 46, the jointing holes composition of separate button 48 and relevant components and parts, above-mentioned electric components is electrically connected by relevant jointing holes.
Frequency converter principle and characteristics course related elements device mainly comprises: the jointing holes composition of frequency converter 11, PLC module 6, battery main switch 32, point item power circuit breaker 33,24V stabilized voltage supply 34, multimeter 40, switch 46, potentiometer 47, pilot lamp 18, switch group 21, three-phase AC asynchronous motor 22 and relevant components and parts, above-mentioned electric components is electrically connected by relevant jointing holes.
Configure Software and applied courses related elements device mainly comprise: touch-screen 10, 200PLC module 6, analog quantity mixing module 7, battery main switch 32, divide item power circuit breaker 33, 24V stabilized voltage supply 34, pilot lamp 13, pilot lamp 17, pilot lamp 14, button groups 15, button groups 19, switch 20, three-phase AC asynchronous motor 22, scrambler 24, sensor 25-28, A.C. contactor 35, auxiliary reclay 36, electrothermal relay 38, travel switch 39, multimeter 40, switch 46, potentiometer 47, separate button 48, the jointing holes composition of three-phase AC asynchronous motor 22 and relevant components and parts, above-mentioned electric components is electrically connected by relevant jointing holes.
Industrial automation system Integrated predict model course related elements device mainly comprises: 300PLC module 3, switch 4,200PLC module 6, 200PLC expansion module 7 and 8, 300PLC Remote Expansion module 9, touch-screen 10, frequency converter 11, pilot lamp 12, pilot lamp 13, pilot lamp 17, pilot lamp 18, button groups 14, button groups 15, button groups 16, button groups 19, switch 20, switch 21, three-phase AC asynchronous motor 22, belt line 23, scrambler 24, inductance sensor 25, capacitive transducer 26, Tansducer For Color Distiguishing 27, Tansducer For Color Distiguishing 28, total power switch 32, divide item power circuit breaker 33, 24V stabilized voltage supply 34, A.C. contactor 35, 24V auxiliary reclay 36, the time relay 37, electrothermal relay 38, travel switch 39, multimeter 40, switch 41, switch 42, switch 43, switch 44, switch 45, switch 46, potentiometer 47, the jointing holes composition of separate button 48 and relevant components and parts, above-mentioned electric components is electrically connected by relevant jointing holes.
The utility model does not relate to the part prior art that maybe can adopt all same as the prior art and is realized; the hardware module created point and protect point to be native system of the present utility model; the software that PLC module adopts is routine or existing software can realize, and therefore the utility model does not relate to innovation and the protection of software.
Claims (8)
1. the experimental real-training synthetic instruction device based on industrial communication network, comprise electrical install cabinet body (1), electrical install cabinet body (1) arranges electric components, it is characterized in that: the positive and negative surrounding of described electrical install cabinet body (1) is provided with trough (2), and electrical install cabinet body (1) positive and negative are provided with electric components;
The electric components that described electrical install cabinet body (1) front is arranged comprises 300PLC module (3), switch (4), components and parts mounting guide rail (5) is provided with 200PLC module (6), 200PLC expansion module (7, 8), 300PLC Remote Expansion module (9), touch-screen (10), frequency converter (11), stainless steel casing (29) surface is provided with 24V pilot lamp group (12, 13, 17, 18), button groups (14, 15, 16, 19), switch group (20, 21), belt line detecting unit is provided with three-phase AC asynchronous motor (22), belt line (23), scrambler (24), inductance sensor (25), capacitive transducer (26), Tansducer For Color Distiguishing (27, 28),
The electric components that described electrical install cabinet body (1) reverse side is arranged comprises device total power switch (32), point item power circuit breaker (33), and 24V stabilized voltage supply (34), is provided with A.C. contactor (35) by components and parts mounting guide rail (5), 24V auxiliary reclay (36), the time relay (37), electrothermal relay (38), travel switch (39), multimeter (40), stainless steel casing (29) surface is provided with switch (41, 42, 43, 44, 45, 46), potentiometer (47), separate button (48), 200PLC digital quantity input jointing holes (49), 200PLC digital output jointing holes (50), 300PLC digital quantity input jointing holes (51), 300PLC digital output jointing holes (52), the analog input jointing holes (53) of 200PLC, the analog output jointing holes (54) of 200PLC, the analog input jointing holes (55) of 300PLC, the analog output jointing holes (56) of 300PLC, frequency converter part terminal jointing holes (57) potentiometer jointing holes (58), three-phase alternating-current supply jointing holes (59), direct supply jointing holes (60), A.C. contactor jointing holes (61), 24V auxiliary reclay jointing holes (62), electrothermal relay jointing holes (63), time relay jointing holes (64), travel switch jointing holes (65), belt detecting unit sensor jointing holes (66), converter power supply exports jointing holes (67), the input end jointing holes (67 of switch (46), 68), separate button group jointing holes (70), motor-driven jointing holes (71),
All be electrically connected by jointing holes selectivity between described each electric components.
2. a kind of experimental real-training synthetic instruction device based on industrial communication network according to claim 1, it is characterized in that: between described 200PLC module (6), carry out data communication by PPI network, 300PLC module passes through MPI between (3), or be DP, or carry out data communication for ethernet network, network data communication is carried out through 200PLC expansion module (8) by DP between 300PLC module (3) and 200PLC module (6), MPI is passed through between 300PLC module (3) and touch-screen (10), or be ethernet, or carry out data communication for DP network, data communication is carried out by ethernet network between 300PLC module (3) and frequency converter (11), data communication is carried out by DP network between 300PLC module (3) and 300PLC Remote Expansion module (9).
3. a kind of experimental real-training synthetic instruction device based on industrial communication network according to claim 1 and 2, is characterized in that: described 200PLC expansion module (7,8) is respectively the DP communication module EM277 of analog input and output mixing module EM235,200PLC of 200PLC.
4. a kind of experimental real-training synthetic instruction device based on industrial communication network according to claim 1 and 2, is characterized in that: the far module ET200M that described 300PLC Remote Expansion module (9) is 300PLC.
5. a kind of experimental real-training synthetic instruction device based on industrial communication network according to claim 1 and 2, it is characterized in that: the components and parts on described electrical install cabinet body (1) front stainless steel casing (29) surface all arrange respective identification, pilot lamp group (12) meets the Q1.0-Q1.3 of 300PLC module (3), pilot lamp group (13) meets the Q1.4-Q1.7 of 300PLC module (3) or 200PLC module (6) by switch (41), pilot lamp group (17) meets the Q1.0-Q1.3 of 200PLC module (6), pilot lamp group (18) meets the far module ET200M(9 of 300PLC by switch (42)) or the output switch parameter end of frequency converter, button groups (14) meets the I1.0-I1.3 of 300PLC module (3), button groups (19) meets the I1.0-I1.3 of 200PLC module (6), button groups (15) meets the I1.4-I1.7 of 300PLC module (3) or 200PLC module (6) by switch (43), switch group (20) meets the I2.0-I2.3 of 300PLC module (3) or 200PLC module (6) by switch (44), button groups (16) meets the far module ET200M(9 of 300PLC) I3.0-I3.3, switch group (21) meets the far module ET200M(9 of 300PLC by switch (45)) I3.4-I3.7 or the On-off signal terminal of frequency converter.
6. a kind of experimental real-training synthetic instruction device based on industrial communication network according to claim 1 and 2, it is characterized in that: the components and parts on described electrical install cabinet body (1) reverse side stainless steel casing (29) surface all arrange respective identification, jointing holes group (49) is the input end of the digital quantity I0.0-I0.7 of 200PLC module (6), jointing holes group (50) is the output terminal of the digital quantity Q0.0-Q0.7 of 200PLC module (6), jointing holes group (51) is the input end of the digital quantity I0.0-I0.7 of 300PLC module (3), jointing holes group (52) is the output terminal of the digital quantity Q0.0-Q0.7 of 300PLC module (3), the analog quantity A of jointing holes group (53) for 200PLC module (6) and the input end on B road, jointing holes group (54) is the output terminal of the analog quantity of 200PLC module (6), the input end on the simulation flow control 1 that jointing holes group (55) is 300PLC module (3) and the 2nd and the 5th tunnel, jointing holes group (56) is the output terminal of the analog quantity of 300PLC module (3), the terminals that jointing holes group (57) is frequency converter part number amount and analog quantity, the terminals that jointing holes group (58) is potentiometer (47), jointing holes group (59) is three-phase four-wire system supply terminals, the coil that jointing holes group (60) is A.C. contactor (35) and contact lug end, the coil that jointing holes group (61) is 24V auxiliary reclay (36) and contact lug end, the thermal element that jointing holes group (62) is electrothermal relay (37) and contact lug end, the coil that jointing holes group (64) is the time relay (38) and contact lug end, jointing holes group (65) is the contact lug end of travel switch (39), the terminals of the 10V power supply that jointing holes group (60) is frequency converter and 24V stabilized voltage supply (34), the terminals that jointing holes group (66) is scrambler (24) and sensor (25,26,27,28), the power supply outlet terminal that jointing holes group (67) is frequency converter, two groups of three-phase supply that jointing holes group (68,69) is switch (46) introduce terminals, the terminals that jointing holes group (70) is separate button group (48), jointing holes group (71) is motor-driven terminals.
7. a kind of experimental real-training synthetic instruction device based on industrial communication network according to claim 1 and 2, it is characterized in that: described electrical install cabinet body (1) is in L-type, vertical plane is that mesh plate material is made, tow sides are provided with electric components, horizontal component arranges drawer (30), is provided with roller (31) bottom horizontal component.
8. a kind of experimental real-training synthetic instruction device based on industrial communication network according to claim 1 and 2, is characterized in that: described point of item power circuit breaker (33) comprises a three-phase breaker, five single-phase circuit breakers.
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| CN201420728819.5U CN204215636U (en) | 2014-11-28 | 2014-11-28 | A kind of experimental real-training synthetic instruction device based on industrial communication network |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN106601100A (en) * | 2017-03-02 | 2017-04-26 | 湖北工业大学 | Autonomous PLC teaching experiment equipment |
| CN107121964A (en) * | 2016-11-29 | 2017-09-01 | 中国南方电网有限责任公司调峰调频发电公司天生桥水力发电总厂 | Automate portable PLC test platforms device and its application method |
| CN115019580A (en) * | 2022-06-06 | 2022-09-06 | 国家石油天然气管网集团有限公司 | Portable PLC experimental box |
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2014
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Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107121964A (en) * | 2016-11-29 | 2017-09-01 | 中国南方电网有限责任公司调峰调频发电公司天生桥水力发电总厂 | Automate portable PLC test platforms device and its application method |
| CN107121964B (en) * | 2016-11-29 | 2019-08-09 | 中国南方电网有限责任公司调峰调频发电公司天生桥水力发电总厂 | Automate portable PLC test platform device and its application method |
| CN106601100A (en) * | 2017-03-02 | 2017-04-26 | 湖北工业大学 | Autonomous PLC teaching experiment equipment |
| CN115019580A (en) * | 2022-06-06 | 2022-09-06 | 国家石油天然气管网集团有限公司 | Portable PLC experimental box |
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