CN202824975U

CN202824975U - Full-automatic electronic controller of spot-welding machine

Info

Publication number: CN202824975U
Application number: CN 201220513527
Authority: CN
Inventors: 陈光焕
Original assignee: Individual
Current assignee: Individual
Priority date: 2012-09-24
Filing date: 2012-09-24
Publication date: 2013-03-27
Anticipated expiration: 2022-09-24

Abstract

The utility model relates to a controller, in particular to a full-automatic electronic controller of the spot-welding machine. The automatic electronic controller of spot-welding machine comprises a shell, a signal socket and a power supply button, wherein the signal socket and the power supply button are arranged on the shell, the full-automatic electronic controller of spot-welding machine further comprises a control module; the output end of the signal socket is connected with the electromagnetic valve, the stroke and the welding power source of each cylinder via a matched plug (another place) ; the input end of the signal socket is connected with the output end of the control module; The input end of the control module is connected with the power supply button; the control module is composed of mutually-connected five time relays and five small relays, realizing automated process control.

Description

Mash welder fully automatic electric sub-controller

Technical field

The utility model relates to a kind of mash welder, more precisely a kind of mash welder fully automatic electric sub-controller.

Background technology

The use of mash welder has had the history of decades, weld tabs) and silver brazing solvent (hereinafter to be referred as welding liquid medicine) need its disposablely in the high temperature of 600～850 degree, to realize welding owing to have four kinds of members before producing, be respectively: electrical contact, contact, money base pricker sheet (industry slang:.Particularly its thickness of money base pricker sheet only has 0.06mm, all get first by the manual sheet that is cut into the dribbling type and dip in wet welding and connect liquid medicine, then with tweezers overlapping being placed on the contact in weld tabs and contact welded for the special messenger, and slight contact must face up, cause production efficiency extremely low.Especially under the current skilled worker of enterprise lacks environment with wage for workmen's continuous rise, realize that the production automation of producer is just more urgent.

In order to overcome an above-mentioned difficult problem, the design people has manufactured experimently respectively " electrical contact auto-feeder ", " the three-in-one auto-feeder in contact ", " vibrating disc is distinguished in miniature contact " and " mash welder fully automatic electric sub-controller ".Passed through supporting probationary certificate, a workman in service can easily manage three mash welder productions, six people's that not only offseted workload, and also production efficiency significantly improves.

The utility model content

[0003] the purpose of this utility model is to provide a kind of mash welder fully automatic electric sub-controller.

The technical scheme that its technical problem of solution of the present utility model is taked is: a kind of mash welder fully automatic electric sub-controller, it comprises shell, signal plug, power knob, signal plug and power knob all are arranged on the shell, characterized by further comprising control module; The output of signal plug is connected with magnetic valve, stroke, the mash welder power signal line of each cylinder by the plug that matches (putting in addition); The input of signal plug is connected with the output of control module; The input of control module is connected with power knob.

Of the present utility modelly further be set to: control module is connected to each other by miniature relay A, miniature relay B, miniature relay C, miniature relay D, miniature relay E, time relay F, time relay G, time relay H, time relay J, time relay K and consists of control module.

Description of drawings

Fig. 1 is the theory diagram of present embodiment.

Fig. 2 is the wiring diagram of present embodiment.

Among Fig. 2: 1, zero line, 2, source of the gas main valve and feeding vibrating disc, 3, contact cylinder (feeding), 4, contact cylinder (feeding), 5, contact cylinder (resetting), 13, welding (energising), 12, weld (power supply), 11, counter, 10, the casting die stroke (energising) that puts in place, 9, the casting die stroke (power supply) that puts in place, 8, the feeding stroke (energising) that puts in place, 7, the feeding stroke (power supply) that puts in place, 6, the casting die cylinder.

The specific embodiment

Below in conjunction with embodiment and accompanying drawing thereof the utility model is remake description.

Referring to Fig. 1, Fig. 2 as can be known, a kind of mash welder fully automatic electric sub-controller, it comprises shell X, signal plug Y, power knob Z, signal plug Y, power knob Z are arranged on the shell X, the input of control module is connected with power knob Z, the output of control module is connected with signal plug Y, and control module is connected to each other and is consisted of by miniature relay A, miniature relay B, miniature relay C, miniature relay D, miniature relay E, time relay F, time relay G, time relay H, time relay J, time relay K.

Signal plug has 13 binding posts, represents with 1～13 respectively; Miniature relay and the time relay all have eight contacts, represent with 1～8 respectively; Representation: No. 1 contact such as miniature relay A is A1, and the contact representation of the time relay is like this too.

Operation logic: press power knob (self-locking), No. 1 zero line directly is communicated with each electrical equipment; No. 2 lines are source of the gas main valve and feeding vibrating discs of opening air compressor machine; No. 7 lines and A6, A3, A4, B3, B6, J7, J8 switch on simultaneously, and time relay J is the time control of interval feeding, and row are 0.5 second such as the setting-up time value, then J7 connection J6 send electricity to B8, miniature relay B work, B3 is communicated with B2, No. 3 line contact feed appliance work; Simultaneously, B6 is communicated with B7, C6, C5, No. 4 line contact feed appliance work; The feeding stroke work that puts in place when the contact feed appliance send part to put in place, No. 8 lines of No. 7 line energisings, No. 9 lines, A7, D3, C3 and No. 6 lines, No. 6 line pressure spare cylinder operation, contact, contact, the silver-colored cable of delivering to the position are pushed down, at this moment the casting die of No. 9 lines stroke that puts in place is communicated with No. 10 line, conduct electricity and switch on to A8, K1, K2 to H8, H7, H5, the energising miniature relay A work of A8, A6 is communicated with A7 and continues No. 9 line No. 10 line of power supply; The A4 outage, time relay J, miniature relay B are all without electricity, and B2 is automatically reset the contact feed appliance of No. 3 lines without electricity at once by cylinder; But the nothing electricity of B7, C6, C5, No. 4 lines, the contact feed appliance can not automatically reset, because its middle needs that reset have the process of a time-out to break the program of silver-colored cable, so its setting that resets is controlled by time relay K; So when K4 send electricity to C1, make miniature relay C work, C2, C3 energising resets the contact cylinder of No. 5 lines, but the set definite value of time relay K only 0.3 second (hypothesis) makes K4 turn electricity to quit work for K3, miniature relay C namely to cut off the C2 power supply to realize the time-out effect of the contact feed appliance of No. 5 lines at once; Be communicated with F1, F2 when K4 turns electric K3, time relay F work is when arriving set definite value (supposing 0.2 second), energising F3 is communicated with miniature relay E8 and time relay G1, G2, miniature relay E work, E2, E3 are communicated with, welding beginning, the simultaneously energising of G1, time relay G work when arriving set definite value, is connected G3 and G2 and is sent electric miniature relay D1, miniature relay D work, be communicated with D3 and D2, make C2, No. 5 line energisings, the contact cylinder resets to the end; When the time that welding finishes, the time value that sets of time relay H just, then, H5 turns electricity in H6, cuts off the A8 power supply, and miniature relay A quits work, the omnidistance conversion of circuit, A3, A4 recover to be communicated with, the beginning of a continuation new round.Time relay J is control blanking time of upper lower whorl handing-over like this; Time relay K is the distance control that the contact feed appliance resets and suspends; Time relay G waits for that silver-colored cable dissolves to make the control at institute interval that begins to continue to reset of contact feed appliance; Time relay F has pushed down welded part and has begun to weld institute's interlude control; Time relay H is the total time control of each every welding.

Claims

1. mash welder fully automatic electric sub-controller, it comprises shell X, signal plug Y, power knob Z, signal plug Y and power knob Z are arranged on the shell X, it is characterized in that: also comprise control module, the input of control module is connected with power knob Z, and the output of control module is connected with signal plug Y.

2. mash welder fully automatic electric sub-controller according to claim 1 is characterized in that: control module is connected to each other by miniature relay A, miniature relay B, miniature relay C, miniature relay D, miniature relay E, time relay F, time relay G, time relay H, time relay J, time relay K and consists of.