CN204287907U - Multifunction rolling based on field bus communication gets electrical control gear - Google Patents
Multifunction rolling based on field bus communication gets electrical control gear Download PDFInfo
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- CN204287907U CN204287907U CN201420855078.7U CN201420855078U CN204287907U CN 204287907 U CN204287907 U CN 204287907U CN 201420855078 U CN201420855078 U CN 201420855078U CN 204287907 U CN204287907 U CN 204287907U
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Abstract
The utility model relates to electrical control gear technical field, especially a kind of multifunction rolling based on field bus communication gets electrical control gear, comprise plug one, plug two, Control protection module, batch module, pressure roller module, feeding module and swing module, Control protection module, batch module, pressure roller module, feeding module and swing module are connected on plug one by wire, swing module is located at batches in module, batch module and comprise frequency converter, frequency converter is provided with frequency converter and expands field bus communication module, plug two connects frequency converter and expands field bus communication module.This device is integrated with batching, pressure roller, feeding, the specific function of oscillation adjustment cloth tension, the thinking of modular design, can adapt to the demand of different winding cloth function, and batching function is the most basic requirement, remaining pressure roller, feeding, weave control function are chosen according to client's actual demand, enhance the functional requirement of take-up mechanism greatly.
Description
Technical field
The utility model relates to electrical control gear technical field, and especially a kind of multifunction rolling based on field bus communication gets electrical control gear.
Background technology
Industry tricot machine plays very important effect in textile industry, along with the demand of batching of particular fabric is more and more higher, to the designing requirement also corresponding raising of tricot machine, batching is generally comprised through compiling in industry, pressure roller, feeding, swings four functions, and batching is that the fabric woven to host machine part carries out batching; Pressure roller has a roll-in on the cloth spooled, and compressed by cloth cover, avoid the loose of the cloth spooled; Feeding is released from take-up mechanism by roller rod by the cloth spooled, and avoids unloading cloth by artificial external force; Swing feeds back signal to driving by range sensor on axis of swing to regulate coiling speed to control face tension size.Existing tricot machine is difficult to these four Function Integration Mechanisms to get up to reach best result of use.
Utility model content
In order to overcome existing above-mentioned deficiency, the utility model provides a kind of multifunction rolling based on field bus communication and gets electrical control gear.
The utility model solves the technical scheme that its technical matters adopts: a kind of multifunction rolling based on field bus communication gets electrical control gear, comprise plug one (XB), plug two (XI), Control protection module (1), batch module (2), pressure roller module (3), feeding module (4) and swing module (5), it is characterized in that, described Control protection module (1), batch module (2), pressure roller module (3), feeding module (4) and swing module (5) are connected on plug one (XB) by wire, described swing module (5) is located at batches in module (2), described module (2) of batching comprises frequency converter (A2), described frequency converter (A2) is provided with frequency converter and expands field bus communication module (E1), described plug two (XI) connects frequency converter and expands field bus communication module (E1).
According to another embodiment of the present utility model, comprise Control protection module (1) further and comprise main frame emergent stopping control knob (S1), main frame quick motion control button (S2) and main frame stop control knob (S3), described main frame emergent stopping control knob (S1), main frame quick motion control button (S2) and main frame stop control knob (S3) by wire attachment plug one (XB), described Control protection module (1) is also provided with protection circuit, described protection circuit to be connected feeding motor protective circuit breaker (Q2) contact successively by frequency converter (A2) contact, pressure roller motor protective circuit breaker (Q1) contact, frequency converter Over Current Circuit Breaker (F2) and power brake source protective breaker (F1) composition.
According to another embodiment of the present utility model, comprise further and batch module (2) and also comprise brake control unit (A1), described brake control unit (A1) is located at frequency converter (A2) left end, described brake control unit (A1) upper end connects power brake source protective breaker (F1), described brake control unit (A1) rear end connects reel-motor brake (B2), described protection circuit is parallel with frequency converter Over Current Circuit Breaker (F2) by between frequency converter (A2) and plug one (XB), green indicating lamp (H1) and red led (H2), described frequency converter (A2) bottom connects reel-motor (M1) and reel-motor scrambler (B1).
According to another embodiment of the present utility model, comprise pressure roller module (3) further and comprise compression roller control circuit, pressure roller motor (M2) and pressure roller motor brake (B3), the parallel circuit of pressure roller motor protective circuit breaker (Q1) and pressure roller motor rotating forward control contactor (K1) and pressure roller motor reversal control contactor (K2) is connected with in turn between described pressure roller motor (M2) and plug one (XB), pressure roller motor brake Over Current Circuit Breaker (F3) is provided with between described pressure roller motor brake (B3) and plug one (XB), the parallel circuit that described pressure roller motor rotates forward the normally opened contact of control contactor (K1) and the normally opened contact of pressure roller motor reversal control contactor (K2) is connected between pressure roller motor brake Over Current Circuit Breaker (F3) and pressure roller motor brake (B3), described compression roller control circuit comprises pressure roller and moves downward control knob (S4) and pressure roller and to move upward control knob (S5) series connection, described pressure roller control knob (S5) rear end that moves upward also is connected with pressure roller upper limit position switch (S6) in turn, pressure roller motor rotates forward the normally closed contact of control contactor (K1) and the coil of pressure roller motor reversal control contactor (K2), described pressure roller upper limit position switch (S6), the series circuit of the normally closed contact of pressure roller motor reversal control contactor (K2) in parallel and the coil of pressure roller motor rotating forward control contactor (K1) on the series circuit of the normally closed contact of pressure roller motor rotating forward control contactor (K1) and the coil of pressure roller motor reversal control contactor (K2).
According to another embodiment of the present utility model, comprise feeding module (4) further and comprise feeding motor (M3) and feeding control circuit, the parallel circuit of feeding motor protective circuit breaker (Q2) and feeding motor rotating forward control contactor (K3) and feeding motor reversal control contactor (K4) is connected with in turn between described feeding motor (M3) and plug one (XB), described feeding control circuit is just being indicated the normally closed contact of pilot relay (K6) in running status by plug one (XB) successively serial machine, pressure roller motor is to the normally opened contact of upper extreme position state pilot relay (K7) and feeding control knob (S7), the feeding of connecting successively of described feeding control knob (S7) left end completes extreme position limit switch (S8), the normally closed contact of feeding motor reversal control contactor (K4) and feeding motor rotate forward the coil of control contactor (K3), described feeding control knob (S7) right-hand member is connected feeding return extreme position limit switch (S9) successively, feeding motor rotates forward the normally closed contact of control contactor (K3), the coil of feeding motor reversal control contactor (K4), described feeding return extreme position limit switch (S9) also connects the coil of road feeding return status indicator lamp pilot relay (K5), the coils connected in series feeding control knob (S7) of described feeding return status indicator lamp pilot relay (K5), described plug one (XB) rear end is also connected with photoelectric sensor (B4) and the pressure roller motor coil to upper extreme position state pilot relay (K7) in turn, described plug one (XB) is also connected with machine just at the coil of running status instruction pilot relay (K6).
According to another embodiment of the present utility model, comprise swing module (5) further and comprise range sensor (D1) and frequency converter expansion I/O module (A3), described range sensor (D1) is connected between plug one (XB) and frequency converter (A2), described frequency converter is expanded between I/O module (A3) and plug one (XB) and is parallel with pendulous device limit on the left position switch (S10), pendulous device limit on the right-right-hand limit position switch (S11), batch crawl and rotate forward button (S12), batch crawl invert button (S13), the series circuit of reset button one (S14) and reset button two (S15), reel-motor direction of motion control knob (S16), the upper high strung of the tension pilot lamp (H3) in parallel of described pendulous device limit on the left position switch (S10), the upper tension force in parallel of described pendulous device limit on the right-right-hand limit position switch (S11) crosses loose pilot lamp (H4).
The beneficial effects of the utility model are, this device is integrated with batching, pressure roller, feeding, the specific function of oscillation adjustment cloth tension, the thinking of modular design, the demand of different winding cloth function can be adapted to, batching function is the most basic requirement, and remaining pressure roller, feeding, weave control function are chosen according to client's actual demand, enhance the functional requirement of take-up mechanism greatly.
Accompanying drawing explanation
Below in conjunction with drawings and Examples, the utility model is further illustrated.
Fig. 1 is structural representation of the present utility model;
Fig. 2 is the utility model electrical schematic;
Fig. 3 is plug one enlarged drawing.
1. Control protection modules in figure, 2. batch module, 3. pressure roller module, 4. feeding module, 5. swing module, XB. plug one, XI. plug two, A1. brake control unit, A2. frequency converter, A3. I/O module expanded by frequency converter, E1. field bus communication module expanded by frequency converter, M1. reel-motor, M2. pressure roller motor, M3. feeding motor, B1. reel-motor scrambler, B2. reel-motor brake, B3. pressure roller motor brake, B4. photoelectric sensor, D1. range sensor, F1. power brake source protective breaker, F2. frequency converter Over Current Circuit Breaker, F3. pressure roller motor brake Over Current Circuit Breaker, Q1. pressure roller motor protective circuit breaker, Q2. feeding motor protective circuit breaker, S1. main frame emergent stopping control knob, S2. main frame quick motion control button, S3. main frame stops control knob, S4. pressure roller moves downward control knob, S5. pressure roller moves upward control knob, S6. pressure roller upper limit position switch, S7. feeding control knob, S8. feeding completes extreme position limit switch, S9. feeding return extreme position limit switch, S10. pendulous device limit on the left position, S11. pendulous device limit on the right-right-hand limit position, S12. batch crawl to rotate forward, S13. electronic reversion is batched, S14. reset button one, S15. reset button two, S16. reel-motor direction of motion control knob, H1. green indicating lamp, H2. red led, H3. high strung of the tension pilot lamp, H4. tension force crosses loose pilot lamp, K1. pressure roller motor rotates forward control contactor, K2. pressure roller motor reversal control contactor, K3. feeding motor rotates forward control contactor, K4. feeding motor reversal control contactor, K5. feeding return status indicator lamp pilot relay, K6. machine is just at running status instruction pilot relay, K7. at all motor to upper extreme position state pilot relay.
Embodiment
As Fig. 1, Fig. 2 is schematic diagram of the present utility model, a kind of multifunction rolling based on field bus communication gets electrical control gear, comprise plug one XB, plug two XI, Control protection module 1, batch module 2, pressure roller module 3, feeding module 4 and swing module 5, Control protection module 1, batch module 2, pressure roller module 3, feeding module 4 and swing module 5 are connected on plug one XB by wire, swing module 5 is located at batches in module 2, batch module 2 and comprise frequency converter A 2, frequency converter A 2 is provided with frequency converter and expands field bus communication module E1, plug two XI connects frequency converter and expands field bus communication module E1, Control protection module 1 comprises main frame emergent stopping control knob S1, main frame quick motion control button S2 and main frame stop control knob S3, described main frame emergent stopping control knob S1, main frame quick motion control button S2 and main frame stop control knob S3 by wire attachment plug one XB, Control protection module 1 is also provided with protection circuit, protection circuit to be connected feeding motor protective circuit breaker Q2 contact successively by frequency converter A 2 contact, pressure roller motor protective circuit breaker Q1 contact, frequency converter Over Current Circuit Breaker F2 and power brake source protective breaker F1 forms, batch module 2 and also comprise brake control unit A1, brake control unit A1 is located at frequency converter A 2 left end, brake control unit A1 upper end connects power brake source protective breaker F1, brake control unit A1 rear end connects reel-motor brake B2, protection circuit is parallel with frequency converter Over Current Circuit Breaker F2 by between frequency converter A 2 and plug one XB, green indicating lamp H1 and red led H2, reel-motor M1 and reel-motor scrambler B1 is connected bottom frequency converter A 2, pressure roller module 3 comprises compression roller control circuit, pressure roller motor M 2 and pressure roller motor brake B3, the parallel circuit of pressure roller motor protective circuit breaker Q1 and pressure roller motor rotating forward control contactor K1 and pressure roller motor reversal control contactor K2 is connected with in turn between pressure roller motor M 2 and plug one XB, pressure roller motor brake Over Current Circuit Breaker F3 is provided with between pressure roller motor brake B3 and plug one XB, the parallel circuit that pressure roller motor rotates forward the normally opened contact of control contactor K1 and the normally opened contact of pressure roller motor reversal control contactor K2 is connected between pressure roller motor brake Over Current Circuit Breaker F3 and pressure roller motor brake B3, compression roller control circuit comprises pressure roller and moves downward control knob S4 and the pressure roller control knob S5 that moves upward and connect, the pressure roller control knob S5 rear end that moves upward also is connected with pressure roller upper limit position switch S6 in turn, pressure roller motor rotates forward the normally closed contact of control contactor K1 and the coil of pressure roller motor reversal control contactor K2, pressure roller upper limit position switch S6, the series circuit of the normally closed contact of pressure roller motor reversal control contactor K2 in parallel and the coil of pressure roller motor rotating forward control contactor K1 on the series circuit of the normally closed contact of pressure roller motor rotating forward control contactor K1 and the coil of pressure roller motor reversal control contactor K2, feeding module 4 comprises feeding motor M 3 and feeding control circuit, the parallel circuit of feeding motor protective circuit breaker Q2 and feeding motor rotating forward control contactor K3 and feeding motor reversal control contactor K4 is connected with in turn between feeding motor M 3 and plug one XB, feeding control circuit is just being indicated the normally closed contact of pilot relay K6 in running status by plug one XB successively serial machine, pressure roller motor is to the normally opened contact of upper extreme position state pilot relay K7 and feeding control knob S7, the feeding of connecting successively of feeding control knob S7 left end completes extreme position limit switch S8, the normally closed contact of feeding motor reversal control contactor K4 and feeding motor rotate forward the coil of control contactor K3, feeding control knob S7 right-hand member is connected feeding return extreme position limit switch S9 successively, feeding motor rotates forward the normally closed contact of control contactor K3, the coil of feeding motor reversal control contactor K4, feeding return extreme position limit switch S9 also connects the coil of a road feeding return status indicator lamp pilot relay K5, the coils connected in series feeding control knob S7 of feeding return status indicator lamp pilot relay K5, plug one XB rear end is also connected with photoelectric sensor B4 and the pressure roller motor coil to upper extreme position state pilot relay K7 in turn, plug one XB is also connected with machine just at the coil of running status instruction pilot relay K6, swing module 5 and comprise range sensor D1 and frequency converter expansion I/O modules A 3, range sensor D1 is connected between plug one XB and frequency converter A 2, frequency converter is expanded between I/O modules A 3 and plug one XB and is parallel with pendulous device limit on the left position switch S10, pendulous device limit on the right-right-hand limit position switch S11, batch crawl and rotate forward button S12, batch crawl invert button S13, the series circuit of reset button one S14 and reset button two S15, reel-motor direction of motion control knob S16, high strung of the tension pilot lamp H3 in parallel on pendulous device limit on the left position switch S10, on pendulous device limit on the right-right-hand limit position switch S11, tension force in parallel crosses loose pilot lamp H4.
Fig. 3 is plug one XB enlarged drawing, has 14 to control power supply and is connected with main frame with signal wire; Plug two XI is fieldbus, is connected with host communication module.
Functional description:
(1) module 2 is batched:
Need to input corresponding parameter to frequency converter A 2 before batching operation, to carry out controlling reel-motor M1 and the communication that field bus communication module E1 expanded by the signals collecting of I/0 modules A 3 and frequency converter expanded by frequency converter; Controlled by frequency converter A 2 couples of reel-motor M1, reel-motor M1 is equipped with scrambler B1 so that the angular dimension of system monitoring reel-motor M1 rotation and particular location, electricity cabinet inside is equipped with motor brake control module A1 and controls reel-motor brake B2, reel-motor M1 is equipped with reel-motor brake B2, immediately can stop batching when stopping.All are normally ready for green indicating lamp H1 prompting take-up mechanism, show that machine can carry out batching operation; Red led H2, prompting take-up mechanism has fault, and needs just can carry out batching operation after fixing a breakdown; S12 can carry out crawl rotating forward to cloth-rolling device; S13 can carry out crawl reversion to cloth-rolling device; S14, S15 press simultaneously and can take-up mechanism dislocation information reset; S16 is two state selecting switch, can control reel-motor acquiescence and turn to, and turns to demand to carry out selection control according to actual reel-motor M1; A3 is the I/0 module that frequency converter is expanded, and makes frequency converter make corresponding control after can analyzing to the digital quantity of input and analog quantity information; E1 is the field bus communication module that frequency converter is expanded, and can be connected the exchange of the information of carrying out with main frame with fieldbus.
(2) pressure roller module 3:
Moving up and down of pressure roller is driven by chain drive after pressure roller motor M 2 operates; Press S4 button, K1 contactor obtains electric, and pressure roller motor M 2 rotates forward chain drive-belt band dynamic pressure roller and moves downward; Press S5 button, K2 contactor obtains electric, and pressure roller motor M 2 chain drive-belt that reverses drives and moves upward, and when pressure roller moves to uppermost time, trigger upper limit position switch S6, motor stalling, avoids moving upward always; B3 is the brake of pressure roller motor, and after making motor dead electricity, immediately brake avoids motor can also rotate due to inertia; If band feeding device, fill a photoelectric sensor B4 at the top of pressure roller, pressure roller chain fills a block and photoelectric sensor B4 arrive the distance of specifying after feeding motor M 3 could run.
(3) feeding module:
After feeding motor M 3 operates by pinion rotation drive feeding roller move left and right realize carrying out feeding operation to the fabric woven; K6 is the signal that Receiving Host part is come, if main frame can not run, so be connected on by the normally closed contact of relay in the control loop of feeding motor positive and inverse at operation feeding device; K7 receives pressure roller at uppermost photoelectric sensor output signals, if pressure roller could run at the top feeding motor, so run at crawl in the loop of feeding by the normally opened contact string of relay; S7: feeding control knob (left-handedly to automatically reset, can to feeding point operation control; Dextrorotation self-locking, can make motor push away cloth and reply original position; Tape running status indicator lamp; Button is third gear, and in centre position, feeding is inoperative); S8 is the limit switch that after point operation control, feeding is accomplished to the extreme position reached, and after arriving restraining position, cut off the loop of point operation control, feeding motor is out of service; S9 is the limit switch that origin pole extreme position is got back in feeding, and after arriving limit-switch positions, cut off the loop of point operation control, feeding motor is out of service, now K5 relay electric-loss, and return status indicator lamp goes out.
(4) module 5 is swung:
Axis of swing there is an extension spring, axle is installed a washer parallel with close to range sensor D1; The expansion I/0 modules A 3 exporting to frequency converter having an analog quantity is changed under normal circumstances by the distance of range sensor D1 and axis of swing, then frequency converter A 2 carries out analysis judgement by the numerical values recited of the analog quantity gathered, and then frequency converter A 2 can drive take-up mechanism to regulate the size of face tension by adjusting rotary speed; S10 is the limit switch of high strung of the tension, and after limit switch is triggered, the pilot lamp H3 of tension can be bright, prompting high strung of the tension, and frequency converter A 2 can change the size of rotational speed regulation face tension; S11 be tension force excessively pine limit switch, after limit switch is triggered, the pilot lamp H4 of tension can bright, point out tension force excessively loose, frequency converter A 2 can change the size of rotational speed regulation face tension.
More than illustrate the utility model just illustrative; and it is nonrestrictive; those of ordinary skill in the art understand; when not departing from the spirit and scope that claims limit; many amendments, change or equivalence can be made, but all will fall in protection domain of the present utility model.
Claims (6)
1. get electrical control gear based on the multifunction rolling of field bus communication for one kind, comprise plug one (XB), plug two (XI), Control protection module (1), batch module (2), pressure roller module (3), feeding module (4) and swing module (5), it is characterized in that, described Control protection module (1), batch module (2), pressure roller module (3), feeding module (4) and swing module (5) are connected on plug one (XB) by wire, described swing module (5) is located at batches in module (2), described module (2) of batching comprises frequency converter (A2), described frequency converter (A2) is provided with frequency converter and expands field bus communication module (E1), described plug two (XI) connects frequency converter and expands field bus communication module (E1).
2. the multifunction rolling based on field bus communication according to claim 1 gets electrical control gear, it is characterized in that, described Control protection module (1) comprises main frame emergent stopping control knob (S1), main frame quick motion control button (S2) and main frame stop control knob (S3), described main frame emergent stopping control knob (S1), main frame quick motion control button (S2) and main frame stop control knob (S3) by wire attachment plug one (XB), described Control protection module (1) is also provided with protection circuit, described protection circuit to be connected feeding motor protective circuit breaker (Q2) contact successively by frequency converter (A2) contact, pressure roller motor protective circuit breaker (Q1) contact, frequency converter Over Current Circuit Breaker (F2) and power brake source protective breaker (F1) composition.
3. the multifunction rolling based on field bus communication according to claim 1 gets electrical control gear, it is characterized in that, described module (2) of batching also comprises brake control unit (A1), described brake control unit (A1) is located at frequency converter (A2) left end, described brake control unit (A1) upper end connects power brake source protective breaker (F1), described brake control unit (A1) rear end connects reel-motor brake (B2), described protection circuit is parallel with frequency converter Over Current Circuit Breaker (F2) by between frequency converter (A2) and plug one (XB), green indicating lamp (H1) and red led (H2), described frequency converter (A2) bottom connects reel-motor (M1) and reel-motor scrambler (B1).
4. the multifunction rolling based on field bus communication according to claim 1 gets electrical control gear, it is characterized in that, described pressure roller module (3) comprises compression roller control circuit, pressure roller motor (M2) and pressure roller motor brake (B3), the parallel circuit of pressure roller motor protective circuit breaker (Q1) and pressure roller motor rotating forward control contactor (K1) and pressure roller motor reversal control contactor (K2) is connected with in turn between described pressure roller motor (M2) and plug one (XB), pressure roller motor brake Over Current Circuit Breaker (F3) is provided with between described pressure roller motor brake (B3) and plug one (XB), the parallel circuit that described pressure roller motor rotates forward the normally opened contact of control contactor (K1) and the normally opened contact of pressure roller motor reversal control contactor (K2) is connected between pressure roller motor brake Over Current Circuit Breaker (F3) and pressure roller motor brake (B3), described compression roller control circuit comprises pressure roller and moves downward control knob (S4) and pressure roller and to move upward control knob (S5) series connection, described pressure roller control knob (S5) rear end that moves upward also is connected with pressure roller upper limit position switch (S6) in turn, pressure roller motor rotates forward the normally closed contact of control contactor (K1) and the coil of pressure roller motor reversal control contactor (K2), described pressure roller upper limit position switch (S6), the series circuit of the normally closed contact of pressure roller motor reversal control contactor (K2) in parallel and the coil of pressure roller motor rotating forward control contactor (K1) on the series circuit of the normally closed contact of pressure roller motor rotating forward control contactor (K1) and the coil of pressure roller motor reversal control contactor (K2).
5. the multifunction rolling based on field bus communication according to claim 1 gets electrical control gear, it is characterized in that, described feeding module (4) comprises feeding motor (M3) and feeding control circuit, the parallel circuit of feeding motor protective circuit breaker (Q2) and feeding motor rotating forward control contactor (K3) and feeding motor reversal control contactor (K4) is connected with in turn between described feeding motor (M3) and plug one (XB), described feeding control circuit is just being indicated the normally closed contact of pilot relay (K6) in running status by plug one (XB) successively serial machine, pressure roller motor is to the normally opened contact of upper extreme position state pilot relay (K7) and feeding control knob (S7), the feeding of connecting successively of described feeding control knob (S7) left end completes extreme position limit switch (S8), the normally closed contact of feeding motor reversal control contactor (K4) and feeding motor rotate forward the coil of control contactor (K3), described feeding control knob (S7) right-hand member is connected feeding return extreme position limit switch (S9) successively, feeding motor rotates forward the normally closed contact of control contactor (K3), the coil of feeding motor reversal control contactor (K4), described feeding return extreme position limit switch (S9) also connects the coil of road feeding return status indicator lamp pilot relay (K5), the coils connected in series feeding control knob (S7) of described feeding return status indicator lamp pilot relay (K5), described plug one (XB) rear end is also connected with photoelectric sensor (B4) and the pressure roller motor coil to upper extreme position state pilot relay (K7) in turn, described plug one (XB) is also connected with machine just at the coil of running status instruction pilot relay (K6).
6. the multifunction rolling based on field bus communication according to claim 1 gets electrical control gear, it is characterized in that, described swing module (5) comprises range sensor (D1) and I/O module (A3) expanded by frequency converter, described range sensor (D1) is connected between plug one (XB) and frequency converter (A2), described frequency converter is expanded between I/O module (A3) and plug one (XB) and is parallel with pendulous device limit on the left position switch (S10), pendulous device limit on the right-right-hand limit position switch (S11), batch crawl and rotate forward button (S12), batch crawl invert button (S13), the series circuit of reset button one (S14) and reset button two (S15), reel-motor direction of motion control knob (S16), the upper high strung of the tension pilot lamp (H3) in parallel of described pendulous device limit on the left position switch (S10), the upper tension force in parallel of described pendulous device limit on the right-right-hand limit position switch (S11) crosses loose pilot lamp (H4).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420855078.7U CN204287907U (en) | 2014-12-30 | 2014-12-30 | Multifunction rolling based on field bus communication gets electrical control gear |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420855078.7U CN204287907U (en) | 2014-12-30 | 2014-12-30 | Multifunction rolling based on field bus communication gets electrical control gear |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN204287907U true CN204287907U (en) | 2015-04-22 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201420855078.7U Expired - Fee Related CN204287907U (en) | 2014-12-30 | 2014-12-30 | Multifunction rolling based on field bus communication gets electrical control gear |
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| Country | Link |
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| CN (1) | CN204287907U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104503370A (en) * | 2014-12-30 | 2015-04-08 | 卡尔迈耶（中国）有限公司 | Multifunctional batching electric control device on basis of field bus communication |
| CN114523133A (en) * | 2022-04-23 | 2022-05-24 | 达州市卡雷亚数控机床有限公司 | Numerical control machine tool and control device thereof |
-
2014
- 2014-12-30 CN CN201420855078.7U patent/CN204287907U/en not_active Expired - Fee Related
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104503370A (en) * | 2014-12-30 | 2015-04-08 | 卡尔迈耶（中国）有限公司 | Multifunctional batching electric control device on basis of field bus communication |
| CN104503370B (en) * | 2014-12-30 | 2016-06-08 | 卡尔迈耶（中国）有限公司 | Multifunction rolling based on field bus communication is got electrical control gear |
| CN114523133A (en) * | 2022-04-23 | 2022-05-24 | 达州市卡雷亚数控机床有限公司 | Numerical control machine tool and control device thereof |
| CN114523133B (en) * | 2022-04-23 | 2022-07-12 | 达州市卡雷亚数控机床有限公司 | Numerical control machine tool and control device thereof |
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