CN2824501Y - Fluorescent lamp/sodium lamp illuminating electricity saver - Google Patents

Abstract

The utility model relates to a fluorescent lamp or sodium lamp illuminating electricity saver which belongs to the technical field of a fluorescent lamp or sodium lamp electricity saver. The utility model comprises five circuit modules such as a working power supply of a control board, a phase lacking signal source, a working condition display, a thyristor tube module and a three-phase alternating-current contactor module, wherein the thyristor tube module is connected with the three-phase alternating-current contactor module in parallel; three phase lines of 380V are separately connected with the three phase line input ends of the three-phase alternating-current contactor module and the three phase line input ends of the thyristor tube module, and the three power supply output ends of the thyristor tube module are separately connected with the three output ends of a three-phase alternating-current contactor. The utility model also comprises a control device and a module phase shifting and driving plate, wherein the control device is connected with the module phase shifting and driving plate by a connecting and inserting method, and the control device and the module phase shifting and driving plate are respectively connected with the other five circuit modules by the connecting and inserting method. The utility model has the advantages of simple structure, small volume, soft start, no contact, stepless voltage regulation, low fabrication cost, etc. Automatic and manual emergency control devices are provided.

Description

Fluorescent lamp/sodium lamp illumination power-saving device

Technical field

The utility model relates to a kind of fluorescent lamp/sodium lamp illumination power-saving device, belongs to the technical field of fluorescent lamp/sodium vapor lamp electricity-saving appliance.

Background technology

Fluorescent lamp, sodium vapor lamp are the widely used lightings in large area lighting place such as supermarket, factory floor, school, hospital, airport waiting room.The lamp number that use in these places is everlasting about 300～500, and power consumption is very big.Fluorescent lamp, sodium vapor lamp be energy-conservation to be based on following principle: AC supply voltage descends 10～20%, and lamplight brightness only loses 5～7%, and power saving rate can reach 20～30%.

A kind of fluorescent lamp/sodium lamp illumination power-saving device is arranged in the background technology.This electricity-saving appliance is realized energy-conservation purpose by adopting the three-phase alternating current autotransformer with triac device: two tap: 220V and 200V place are arranged on each of three-phase alternating current autotransformer winding mutually; Two taps of each phase are connected on two an of cutter successively and throw; Three cuttves are respectively three outputs of three-phase alternating current output voltage; All fluorescent lamp/sodium vapor lamps evenly are divided into three groups, are connected on three outputs.Do not require when energy-conservation that the cutter of triac device is invested 220V, and all fluorescent lamp/sodium vapor lamps are normally luminous.Require when energy-conservation, the cutter of triac device is invested 200V, the luminance loss 7% of all fluorescent lamp/sodium vapor lamps has realized energy-conservation purpose.The shortcoming of background technology is can generate heat because of copper loss and iron loss in three-phase alternating current autotransformer when work, and consumable power is big, and electric energy is low; The volume of three-phase alternating current autotransformer is big, Heavy Weight, involve great expense; By stirring triac device contact great-jump-forward pressure regulation is arranged, switch is fragile and shorten useful life of fluorescent lamp/sodium vapor lamp, causes the equipment standing charges high and pressure regulating performance is poor.

Summary of the invention

Goal of the invention of the present invention is to release a kind of fluorescent lamp, sodium lamp illumination power-saving device.That this electricity-saving appliance has is simple in structure, volume is little, soft start, contactless, stepless voltage regulation, be furnished with automatically, manually, advantage such as emergency control apparatus and cost be low.

The technical solution of the utility model is that described electricity-saving appliance adopts being connected to patch and being connected of circuit module structure and intermodule.This electricity-saving appliance contains the control board working power, the default phase signal source, operating status display apparatus, the thyristor silicon controlled module, five circuit modules of three-phase ac contactor module are formed, thyristor silicon controlled module and the parallel connection of three-phase ac contactor module: the phase line of three 380V is connected with three phase line inputs of three-phase ac contactor module and three phase line inputs of thyristor silicon controlled module respectively, three power supply outputs of thyristor silicon controlled module are connected with three outputs of three-phase ac contactor respectively, it also contains control device and module phase shift drive plate, control device is connected with module phase shift drive plate with plugging mode, and the control dress is connected with other five circuit modules respectively with plugging mode with module phase shift drive plate.

Now be described with reference to the accompanying drawings the technical solution of the utility model.

A kind of fluorescent lamp/sodium lamp illumination power-saving device, comprise control board working power 202, default phase signal source 203, operating status display apparatus 204, thyristor silicon controlled module 205, three-phase ac contactor module 206, control board working power 202 contains the 4th transformer 179 and with the connecting line of two core sockets 5 ', default phase signal source 203 contains first transformer 175, second transformer 176, the 3rd transformer 177, first fuse 181, second fuse 182, the connecting line of the 3rd fuse 183 and band four-core socket 2 ', operating status display apparatus 204 contains the first SP3T switch 184, the second SP3T switch 185, fan 189, first indicator light 186, second indicator light 187, the 3rd indicator light 188, relay CJ ' and with the connecting line of two core sockets 3 ', the first SP3T switch 184 and the second SP3T switch 185 are coaxial interlock, the first SP3T switch 184, the second SP3T switch 185, first indicator light 186, second indicator light 187 and the 3rd indicator light 188 are installed on the panel, thyristor silicon controlled module 205 contains first thyristor 172, second thyristor 173, the 3rd thyristor 174, the connecting line of band four-core socket 8 ', the connecting line of band four-core socket 9 ', the connecting line of band four-core socket 10 ', three phase line inputs, three phase line output terminals, temperature control tube 178 and with the connecting line of two core sockets 6 ', three-phase ac contactor module 206 contains three-phase ac contactor 180, three phase line inputs, four-core socket 1 ', the normally opened contact CJ of three phase line output terminals and relay CJ ', the phase line UA of three 380V, UB, UC respectively with three phase line inputs of three-phase ac contactor 180, the sleeve 11 ' of four-core socket 1 ', 12 ', 13 ' and the 3rd thyristor 174 of thyristor silicon controlled module 205, second thyristor 173, the positive pole of first thyristor 172 connects, the sleeve 14 ' of four-core socket 1 ' and zero line N also connect, three phase line output line L3, L2, L1 respectively with three of three-phase ac contactor 180 line output terminal and the 3rd thyristors 174 mutually, second thyristor 173, the negative pole of first thyristor 172 connects, temperature control tube 178 is fixed on the radiator of thyristor silicon controlled module 205, two outputs of temperature control tube 178 are connected with 62 ' with the sleeve 61 ' of two core sockets 6 ' respectively, the phase line UA of three 380V, UB, any phase line of UC is connected with N ' with the input U ' of operating status display apparatus 204 respectively with zero line N, the cutter of the first SP3T switch 184 is connected with the cutter of the second SP3T switch 185, second indicator light 187 is connected across between input U ' and the N ', be connected across the second SP3T switch 185 behind the parallel connection of primary windings of fan 189 and the 4th transformer 179 following throw and input N ' between, throw on the second SP3T switch 185 with following the throwing respectively of the first SP3T switch 184 and be connected with 31 ' with the sleeve 32 ' of two core sockets 3 ', first indicator light 186 be connected across after relay CJ ' is in parallel the second SP3T switch 185 on throw and input N ' between, the normally opened contact CJ of relay CJ ' is connected across between the sleeve 32 ' and 31 ' of two core sockets 3 ', the 3rd indicator light 188 is connected across the two ends of the primary coil of first transformer 175, first transformer 175, second transformer 176, one end of the primary coil of the 3rd transformer 177 is respectively by first fuse 181, second fuse 182, the 3rd fuse 183 and three power supply output L1, L2, L3 connects, first fuse 181, second fuse 182, the other end of the 3rd fuse 183 is connected with zero line N, first transformer 175, second transformer 176, one end of the secondary coil of the 3rd transformer 177 is connected with the sleeve 24 ' of four-core socket 2 ', first transformer 175, second transformer 176, the other end of the secondary coil of the 3rd transformer 177 respectively with the sleeve 21 ' of four-core socket 2 ', 22 ' is connected with 23 ', the two ends of the secondary coil of the 4th transformer 179 are connected with 52 ' with the sleeve 51 ' of two core sockets 5 ' respectively, it is characterized in that, it also comprises control device 200 and module phase shift drive plate 201, control device 200 is by resistance: first resistance 317, second resistance 318, the 3rd resistance 319, the 4th resistance 320, the 5th resistance 321, the 6th resistance 322, the 7th resistance 323, the 8th resistance 324, the 9th resistance 325, the tenth resistance 326, the 11 resistance 327, the 12 resistance 328, the 13 resistance 329, the 14 resistance 330, the 15 resistance 331, the 16 resistance 332, the 17 resistance 333, the 18 resistance 334, the 19 resistance 335, the 20 resistance 336, the 21 resistance 337, the 22 resistance 338, the 23 resistance 339, the 24 resistance 340, the 25 resistance 341, the 26 resistance 342, the 27 resistance 343, the 28 resistance 344, the 29 resistance 345, the 30 resistance 346, the 31 resistance 347, the 32 resistance 348, the 33 resistance 349, the 34 resistance 350, the 35 resistance 351, the 36 resistance 352, the 37 resistance 353, the 38 resistance 354, the 39 resistance 355, the 40 resistance 356, the 41 resistance 357, the 42 resistance 358, the 43 resistance 359, the 44 resistance 360, the 45 resistance 361, the 46 resistance 362, the 47 resistance 363, the 48 resistance 364, the 49 resistance, the 50 resistance 366, the 51 resistance 367, the 52 resistance 368, the 53 resistance 369, the 54 resistance 370, the 55 resistance 371, the 56 resistance 372, the 57 resistance 373, the 58 resistance 374, exclusion: first exclusion 375, second exclusion 376, the 3rd exclusion 377, the 4th exclusion 378, the 5th exclusion 379

Variable resistor: a first variable resistor 380, a second variable resistor 381, a third variable resistor 382, The fourth variable resistor 383, the fifth variable resistor 384, the sixth variable resistor 385, the seventh can be Variable resistor 386, capacitor: a first capacitor 387, a second capacitor 388, a third capacitor 389, the first Four capacitors 390, the fifth capacitor 391, the sixth capacitor 392, capacitor 393 Seventh, eighth capacitor 394, the ninth capacitor 395, capacitor 396 tenth, eleventh capacitor 397, the twelfth capacitor 398, Thirteenth capacitor 399, capacitor 400 Fourteenth, Fifteenth capacitor 401, a sixteenth capacitor 402, Seventeenth capacitor 403, capacitor 404 Eighteenth, Nineteenth capacitors 405, 406 Twenty-capacitance, Diode: first diode 407, a second diode 408, the third diode 409, the fourth Diode 410, the fifth diode 411, the sixth diode 412, the seventh diode 413, the first Eight diode 414, the ninth diode 415, diode 416 tenth, eleventh diode 417, Twelfth diode 418, diode 419 Thirteenth, Fourteenth diode 420, the fifteenth Diodes 421, sixteenth diode 422, diode 423 Seventeenth, Eighteenth diode 424, diode 424 Eighteenth, Nineteenth diode 425, Twenty-diode 426, p. Twenty-one diode 427, diode 428-second, twenty-third diode 429, p. Twenty-four diode 430, diode 431 twenty-fifth, twenty-sixth diode 463, p. Twenty-seven diode 464, 28, 465 diodes, zener diodes: first Zener Diode 432, the second Zener diode 433, a third Zener diode 434, the fourth Zener Diode 435, manifold: first manifold 436, a second manifold 437, a third manifold 438, the fourth manifold 439, the fifth manifold 440, the sixth manifold 441, the seventh integration Blocks 442, 443 Eighth Manifold, Manifold 444 Ninth, Tenth manifold 445, three-side stability Pressure pipe: The first three terminal regulator 446, SCR: first SCR 447, a light emitting diode: The first light-emitting diode 448, rectifier bridge: first rectifier bridge 449, relay: first relay 450 composition, phase shift module driver board 201 by the resistance: the fifty-ninth resistor 451, the sixth Ten resistor 452, resistor 453 sixty, sixty-second resistor 454, the sixty-third resistor 455, sixty-fourth resistor 456, zener diodes: Zener diode 457 Fifth, Sixth steady Voltage diode 458, the seventh Zener diode 459, the eighth Zener diode 460, the ninth steady Voltage diode 461, the tenth Zener diode 462, transistor: first transistor 463, the first The transistor 464, and the third transistor 465, the fourth transistor 466, the fifth transistor 467, Sixth transistor 468, pulse transformers: a first pulse transformer 469, a second pulse transformer 470, 471 composed of a third pulse transformer, the control circuit connection device 200, two core Plug 5 and 52 the pin 51 with the first rectifier bridge 449 connected to pin 2 and 3, the first A rectifier bridge 449 feet nineteenth capacitor 405 of the cathode, the first three terminal regulator 446 1 foot, seven-pin plug 4 pin 47 and then, the first three terminal regulator 446 to 2 feet, the first Twenty positive capacitor 406, the upper end of the thirteenth resistor 329, resistor 344 is the twenty-eighth The upper end of the upper end of the thirty-resistor 347, the upper end of the seventeenth resistor 333, the sixteenth power The upper end of resistor 332, the upper end of the thirty-fourth resistor 350, the upper end of the thirty-fifth resistor 351, The right end of the second resistor 388, the ninth Manifold 444 5 feet, the first semi-variable resistor 380 The upper end of the upper end of forty-ninth resistor 365, the tenth 4,8 manifold 445 feet, the first Fifty-three upper end of resistor 369, the twenty-first diode 427 is negative, the first relay 450 of the upper end of the seven-pin plug 4 pin 4,6, fifth exclusion 376 0 feet, the second row Resistance 376 4 feet, the fourth exclusion 2,3 377 feet, the upper end of the fifty-fourth resistor 370 And then, the first of four rectifier bridge 449 feet nineteenth negative capacitor 405, Twenty-capacitance 406 negative, the first three terminal regulator 446 3 feet, the right end of the fifth resistor 321, p. Six right resistor 332, the tenth of a foot manifold, the lower end of the fifteenth resistor 331, the first The lower end of eight capacitors 394, the lower end of the tenth resistor 335, capacitor 395 of the lower end of the ninth, the first Ten lower end of capacitor 396, 29 and the lower end of resistor 345, resistor 346 of the thirty- End, a lower end of the thirty-second resistor 348, the lower end of the thirty-third resistor 349, the fifth half-can The lower end of variable resistor 384, the sixth lower semi-variable resistor 385, the seventh semi-variable resistor 386 of the lower end of the seven-pin plug 4 pin 44, the sixth exclusion 379 0 feet, four-pin plug 1 of 14 feet, the lower end of the twenty-fourth resistor 340, the lower end of the twenty-fifth resistor 341, The lower end of the twenty-sixth resistor 342, a negative fifth capacitor 393, a first semi-variable resistor The lower end 380, 389 of the third capacitor anode, the fourth capacitor 390 is negative, the first voltage Diode 432 is a positive electrode, a negative electrode a first capacitor 397, 447 of the first thyristor cathode, The lower end of the forty-sixth resistor 362, capacitor 398 Twelfth negative capacitance 399 XIII The lower end of the seventh Manifold 442 8 feet, 8 feet Eighth manifold 443, the first integrated 3,5 block 436 feet, the first light-emitting diode 448 negative, four-pin plug 2 pins 24, the fourteenth capacitor 400 is negative, the fifteenth capacitor 401 is negative, the sixteenth capacitor 403 negative, the lower end of the fifty-seventh resistor 373, capacitor 404 Eighteenth negative and then, Four-pin plug 1 pin 11, the left end of the first resistor 317, resistor 338-second The top and then, four-pin plug 1 pin 12, the left end of the second resistor 318, the twenty-first The upper end of resistor 337 and connected, four-pin plug 1 pin 13, the left end of the third resistor 319, Article 336 of the upper end of the resistor and then, the right end of the first resistor 317, fourth resistor 320 Left, the left end of the fifth resistor 321, and a first diode connected to a positive electrode 407, a second resistor 318 right, the left end of the sixth resistor 322, the left end of the seventh resistor 323 and a second diode Cathode tube 408 and then, the right end of the third resistor 319, the right end of the eleventh resistor 327, The upper end of the twelfth resistor 328, diode 413 Seventh positive and then, a fourth resistor 320 The right end of the lower end of the eighth resistor 324, the first manifold 436 to 2 feet and then, the seventh power The right end of the resistor 324, the upper end of the ninth resistor 325, the first manifold 436 6 feet and then, The left end of the eleventh resistor 327, the lower end of the tenth resistor 326, the first manifold 436 13 feet and then, the third diode 409 of the cathode, the upper end of the eighth resistor 324, the first episode Into blocks of 1 436 feet and then, the positive fourth diode 410, the lower end of the ninth resistor 325, 7 feet of the first manifold 436 and then, the first negative electrode of the diode 407, the third diode 409 is negative, the fifteenth resistor 331, a second manifold 437 to 5 feet and then, the second two The negative pole tube (408), the fourth diode cathode 410, 349 of the upper end of the thirty-third resistor And fifth Manifold 440 5 feet and then, the sixth diode 412 of the cathode, the tenth resistor The upper end 326, a first pin 14 of the manifold 436 and then, the sixth diode cathode 412, Cathode seventh diode 443, resistor 346 the upper end of the thirty-fifth Manifold 440 3 feet and then, the first manifold 436, the right end of the twenty-third resistor 339, the fourth capacitor 390 A positive electrode, a negative electrode 432 and a first diode connected, the ninth pin 9 manifold 444, a first Capacitor 387 is connected to the positive electrode and the ninth Manifold 444 4 feet, the first capacitor 387 negative And then, the ninth Manifold 444 6 feet, and a second capacitor 388 connected to the left end of the ninth integration 8-pin block 444, a negative electrode 408 and the second diode connected, a second diode 411 of the cathode, The positive third capacitor 389, the left end of the twenty-third resistor 339 and then, the twenty-second resistor The lower end 338, the upper end of the twenty-sixth resistor 342, the diode 419 cathode and thirteenth Next, the lower end of the twenty-first resistor 337, the upper end of the twenty-fifth resistor 341, the fourteenth two The positive electrode tube 420 and then, the lower end of the twenty-resistor 336, resistor 340, the twenty-fourth Upper end of the fifteenth and connected diode cathode 421, 419 Thirteenth diode anode, the first Seven positive capacitor 393, the fourth manifold 439 to 2 feet and then, the fourteenth diode 420 Negative, positive Sixth capacitor 392, the fourth manifold 439 4 feet and then, fifteenth Negative diode 421, the fifth capacitor 391 positive, the fourth of six feet and 439 Manifold Next, the fourth Manifold 439 14 feet, sixteenth and connect the negative diode 422, the fourth Manifold 439 13 feet, seventeenth and connect the negative diode 423, the fourth Manifold 439 12 feet, eighteenth and connect the negative diode 424, the fourth manifold 439 8,9, 10 feet, the first semi-variable resistor 380 sliding arm, and then, the sixteenth diode 424 of the cathode, Twenty-seventh resistor 343 connected to the upper end and a second manifold 437 1,2,13,14 feet, 3,5,10 third manifold 438 feet, the positive eighteenth capacitor 404, a second half to The upper end of variable resistor 381, a third variable resistor 382 of the top half, a fourth semi-variable resistor The upper end 383, the positive eighteenth capacitor 404 and then, the second manifold 437 3,12 Feet, the lower end of the tenth resistor 334, the upper end of nineteenth resistor 335 and then, a second manifold 437 6 feet and the lower end of the twelfth resistor 329, the upper end of the fourteenth resistor 303 and connected, The second manifold 437 7 feet, eighth diode 414 connected to the negative and the second manifold 437 8-foot, four-pin plug 4 pin 41, a second manifold 437 9 feet, thirty Six resistors 352 left end of the sixth exclusion 379 2 feet and then, the second manifold 437 10 feet, the eighth diode 414 of the cathode, anode eighth capacitor 394, resistor sixteenth The lower end 332 and then, the lower end of the seventeenth resistor 333, resistor 334 the upper and eighteenth Next, the ninth diode 415 of the cathode, the left end of the twenty-seventh resistor 353, the fifth semi-variable The upper end of resistor 384, the fifth semi-variable resistor 384 sliding arm, and then the fifth exclusion 378 1 foot, twenty-second diode 429 of the cathode, anode tenth diode 416, the thirtieth Seven resistors 353 left, the sixth upper semi-variable resistor 385, the sixth semi-variable resistor 385 of the slide arm, the fifth exclusion 378 2 feet, twenty-fourth diode 430 of the cathode, the first Eleven diode 417, the left end of the forty-second resistor 358, the seventh semi-variable resistor 386 Upper end of the seventh semi-variable resistor wiper 386, 378 Fifth exclusion of 3 feet, twenty-fifth Diode 431 is connected to the positive electrode and the third manifold 438 a foot, thirty-sixth resistor 352 The right end of the thirty-ninth resistor 355 connected to the upper end and the third manifold 438 of 7 feet, the first The lower end of resistor 356 forty, forty and connected the upper end of resistor 357, the third manifold 438 of 8 feet, the lower end of the forty-third resistor 359, the upper end of the forty-fourth resistor 360 and Next, a third manifold 438 9 feet, the upper end of the forty-third resistor 359, forty-second electric The right end of the resistor 358 and then the third manifold 438 of 12 feet, forty-eighth resistor 365 The lower end of the twelfth diode 418 of the cathode, anode eleventh capacitor 397 and then, the third Manifold 438 is 13 feet, the negative ninth diode 415, the diode 416 is negative tenth Pole, eleventh and connect the negative terminal of the diode 417, two 6-pin plug pin 61, the fortieth Five upper end of resistor 361 and then, forty-fifth resistor 361 and the lower end of the forty-sixth resistor The upper end 362, a first SCR 447 and a trigger electrode connected to the first thyristor 447 of the cathode, The lower end of the forty-seventh resistor 363, the upper end of the forty-eighth resistor 364, the twelfth diode 418 negative and then, the fifth of nine feet manifold 440, the sixth exclusion 379 a foot, the first Forty-four resistor 360 and a lower end connected to the fifth Manifold 440 13 feet, the sixth exclusion 379 4 feet, forty-first resistor 357 and a lower end connected to the fifth Manifold 440 a foot, Nineteenth and connect the negative diode 425, the fifth of six feet manifold 440, the thirty-first electric The lower end of the resistor 347, the upper end of the thirty-second resistors 348 and connected, the fifth of seven Manifold 440 Foot, twenty-diode 426 connected to the negative and the twenty-diode 426 of the cathode, the tenth The upper end of the capacitor 396, the fifth Manifold 440 10 feet and then, the fifth Manifold 440 12 feet, nineteenth diode 425 of the cathode, anode ninth capacitor 395, the thirty-fourth Resistor 350 is connected to the lower end and the fifth Manifold 440 8 feet, seven-pin connector 4 pin 43 and then, fifth Manifold 440 14 feet, seven-pin plug 4 pin 42 and then, the first Ten Manifold 445 2,6 feet twelfth capacitor 398 positive, forty-ninth resistor 365 And connect the lower end of the tenth five feet manifold 445, the upper end of the twelfth capacitor 399 and connected, Tenth Manifold 445 3 feet, 4 feet 375 First exclusion and connected, the seventh Manifold 442 Of a foot, the first exclusion 375 0 feet and then, the seventh manifold 442 2 feet, the first row Resistance 375 a foot and then the seventh Manifold 442 3 feet, 3 feet first exclusion 375, The first exclusion of two feet and then 375, 442 Seventh manifold 4 feet, the first exclusion 375 3 feet and then, seventh Manifold 442 5,6,10,13 feet, fifth exclusion 378 4 Foot and then the seventh Manifold 442 7 feet, the fourth exclusion 0,1 377 feet and then, the first Manifold 442 11,12 seven feet, the lower end of the first relay 450, a diode twenty Cathode tube 427 and then the seventh Manifold 442 15,16 feet, twenty-diode 428 Negative, the lower end of the fifty-fourth resistor 370, the upper end of its fifty-fifth resistor 371 and connected, Two pin plug 3 pin 31, the first relay 450 is movable contact and then, the four-pin 2 The pin 21, the twenty-sixth diode 463 is connected to the positive electrode and the four-pin 2 of the pins 22, Twenty-seventh diode 464 positive and then, four-pin plug 2 pins 23, 28, Diodes 465 and connect the positive, the negative terminal of the twenty-sixth diode 463, fiftieth resistance 366 left, fourteenth capacitor 400 and connect the positive, negative twenty-seventh diode 464 Pole, the left end of the fifty-first resistor 367, capacitor 401 Fifteenth positive and then, twenty- Eight negative diode 465, the right end of the fifty-second resistor 368, capacitor 402 XVI Positive and then, the right end of the fifty-resistor 366, a second negative regulator diode 433 and connected, The right end of the fifty-first resistor 367, a third Zener diode 434 is negative and then, fiftieth The right end of two resistors 368, fourth Zener diode 435 is connected to the negative electrode and the eighth Manifold 443 a foot, the second Zener diode 433 connected to the positive and the eighth Manifold 443 2 Feet, the third Zener diode 434 connected to the positive and the eighth Manifold 443 3 feet, the fourth Zener diode 435 is connected to the positive electrode and the eighth 4,16 Manifold 443 feet, the second exclusion 376 0 feet and then, the eighth Manifold 443 5,15 feet, 1 foot a second exclusion 376 And then, the eighth 6,14 Manifold 443 feet, the second exclusion 376 2 feet and then, eighth 11,12,13 Manifold 443 feet, 4 feet 377 Fourth exclusion and connected, the twenty-seventh The lower end of the resistor 343, the lower end of its fifty-fifth resistor 371, the fifty-sixth resistor 372 to the left End of the seventeenth positive capacitor 403, the twenty-second diode 428 is connected to the positive electrode and the sixth Manifold 441 a foot, the upper end of the fifty-eighth resistor 374, and the second half of the variable resistor 381 The lower end of the third half the lower end of the variable resistor 382, ​​a fourth semi-variable resistor 383 and the lower end Next, the Sixth Manifold 441 2 feet, the lower end of the fifty-eighth resistor 374, the fifty-sixth power The right end of the resistor 372 and connected, the sixth Manifold 441 3 feet, 3 feet a second exclusion 376, Fifty-seventh resistor 373 connected to the upper end and the sixth Manifold 441 5 feet, the second semi-variable Resistor 381 sliding arm, and then the sixth Manifold 441 6,7 feet, twenty-fifth diode 431 negative and then the sixth Manifold 441 8,9 feet, twenty-fourth diode 430 Negative and then, sixth Manifold 441 10 feet, and the third semi-variable resistor wiper 382 And then, the Sixth Manifold 441 12 feet, the fourth semi-variable resistor 383 sliding arm, and then, Sixth Manifold 441 13-14 feet, twenty-anode diode 429 and connected, the module Phase drive circuit board 201 connected to seven core plug 7 pins 77, the first pulse transformer 469 feet of a device, a second pulse transformer 470 feet, the third pulse transformer 471 One foot and then, seven core socket head 7 pin 76, the fourth transistor 466 c-foot, fifth three C diode 467 feet, the sixth transistor 468 c foot and then, seven-pin plug 7 pins 74, the first transistor 463 e foot, the right end of the second resistor 452, a second transistor of e Foot, the right end of the fourth resistor 454, the third transistor 465 e foot sixth resistor 456 Right and then, seven-pin plug 7 pins 73, the fourth transistor 466 b feet and then, seven The pin 72 pin plug 7, the fifth transistor 467 b feet and then, seven-pin plug insert 7 Pin 71, the sixth transistor 468 b foot and then the fourth transistor 466 e feet, fifth Nineteen left end of resistor 451, resistor 454 sixtieth left and then, the fifth transistor 467 The e feet, the left end of the sixty-first resistor 453, resistor 454 sixty-second left and then, E sixth transistor 468 feet, the left end of the sixty-third resistor 455, sixty-fourth resistor The left end 456 and then, the first transistor 463 b foot, the right end of the first resistor 451 and connected, The second transistor 464 b pole, sixty-first resistor 453 connected to the right end and the third transistor 465 b-pole, sixty-third resistor 455 is connected to the right end and the first transistor 463 c-pole, The first pulse transformer 469 to 2 feet and then, a second transistor 464 c pole, the second pulse Transformers 2 feet and then 470, and the third transistor 465 c pole, the third pulse transformer 471 2 feet and then, the first of three pulse transformer 469 feet, four-pin plug 8 pin 84 And then, the first of four pulse transformer 469 feet, 457 V Zener diode cathode and then, Fifth negative regulator diode 457, four-pin plug 8 pin 83 and then, the first pulse Transformer 469 5 feet, four-pin socket head 8 pin 82 feet and then, the first pulse transformer 6 is 469 feet, the sixth Zener diode 458 is connected to the positive electrode and the sixth Zener diode 458 negative, four-pin plug 8 pin 81 feet and then, the second pulse transformer 470 3 Foot, four-pin plug 9 pin 94 and then, the second pulse transformer 470 4 feet, seventh Zener diode 459 connected to the positive and the seventh negative regulator 459, four-pin plug 9 Pin 93 and then, a second pulse transformer 470 5 feet, four-pin plug 9 pin 92 and Next, a second pulse transformer 470 6 feet, 460 Eighth Zener diode cathode and then, Eighth negative regulator diode 460, four-pin plug 9 pin 91 and then, the third pulse Transformer 471 3 feet, four-pin plug 10 pin 104 and then, the third pulse transformer 471 of 4 feet, the ninth Zener diode 461 is connected to the positive electrode and the ninth Zener diode 461 Negative, the four core plug 10 pin 104 and then, the third pulse transformer 471 5 feet, Four core plug 10 pin 102 and then, the third pulse transformer 471 6 feet, tenth steady Positive pressure and connected diodes 462, 462 Tenth Zener diode anode, four-pin plug 10 pin 101 and then, the drive plate 201 and the phase shift control device 200 connected between the circuit Next, seven-pin plug 7 pins 71,72,73,74,75,76,77 through two with Seven core socket connection wire with seven-pin connector 4 pins 41,42,43,44,45, 46,47 plug connection, phase thyristor drive plate 201 and between 205 SCR module Circuit connection, the first silicon tube 172 through the connection line four-pin socket 8 'plug cover 81', 82 ', 83', 84 'and four 8-pin plug of the plug connector and pin 81,82,83,84 Phase drive plate 201 plug connection and the second SCR pipe 173 through the connection line four-pin plug Block 9 'plug cover 91', 92 ', 93', 94 'and the four-pin plug 9 pin 91, 92, 94 plug connector with phase plug driver board 201 connected via a third thyristors 174 The four core socket connection line 10 'plug cover 101', 102 ', 103', 104 'and the four-pin plug 101,102,103,104 head 10 pin plug connection with the phase shift of the drive plate 201 patch Connection, the control unit 200 and the control panel circuit between the power supply 202 connected to the control board Power supply 202 through a connecting line two-pin socket 5 'plug cover 51', 52 'and two core Plug 5 pins 51 and 52 connected to the control device 200 patch plug connection, control devices Set No. 200 and the lack of trust between the source 203 circuit connection, lack of phase signal source 203 through the connection Line four-pin socket 2 'insert sleeve 21', 22 ', 23', 24 'and the four-pin plug insert 2 The socket connector pin 21,22,23,24 200 plug connection to the control device, the control device 200 working state display device 204 with the electrical connections between working state display device 204 By connecting line two-pin socket 3 'plug cover 31', 32 'and the two pin plug 3 pin 31 and 32 of the plug connector plug connected to the control device 200, brake control device 200 and grain Tube thyristor circuit connection between the module 205, the thyristor SCR module 205 through the connection Line two-pin socket 6 'plug cover 61', 62 'and two 6- pin plug pins 61 and 62 Plug connector plug connected to the control device 200, four-pin socket 1 'and the control device 200 Four-pin plug a plug connection. ...

Now be described with reference to the accompanying drawings the operation principle of electricity-saving appliance of the present utility model.

In the actual use of lighting, human eye is very inresponsive to the minor variations of the luminosity of lighting.Generally speaking, adapt to the voltage that reduces AC power, to energy-conservation 20～30% o'clock, the variation of the luminosity of lighting was not more than 5～7%.Lighting generally still can operate as normal under the voltage that adapts to reduction.

The first SP3T switch 184, the second SP3T switch 185, first indicator light 186, second indicator light 187 and the 3rd indicator light 188 are installed on the panel of described electricity-saving appliance.The first SP3T switch 184 and the second SP3T switch 185 are coaxial interlock.First indicator light 186, second indicator light 187 and the 3rd indicator light 188 are respectively " meeting an urgent need ", " power supply " and " startup " indicator light.Three phase lines of ac power supply system are connected with three input UA, UB, UC and the zero line N of described electricity-saving appliance respectively with a zero line.A large amount of fluorescent lamp/sodium vapor lamp (as 600) is divided into three groups (200 every group), is connected on three output L1, L2, the L3.

When described electricity-saving appliance breaks down or do not require that described electricity-saving appliance economizes on electricity, the first SP3T switch 184 and the second SP3T switch 185 are allocated to " meeting an urgent need ", first indicator light 186, the indicator light of promptly " meeting an urgent need " is bright, three-phase ac contactor 180 adhesives, three input UA, UB, UC pass through three-phase ac contactor module 206, directly be connected respectively with three output L1, L2, L3, three groups of fluorescent lamp/sodium vapor lamps directly are connected on respectively on three input UA, UB, the UC, and three groups of fluorescent lamp/sodium vapor lamps are normally luminous.Like this, described electricity-saving appliance can overhaul, wait to repair under the impregnable situation of normal illumination.

When requiring described electricity-saving appliance to economize on electricity, the first SP3T switch 184 and the second SP3T switch 185 are allocated to " startup ", the 3rd indicator light 188, promptly " startup " indicator light is bright, described electricity-saving appliance enters the power saving operation state: the 4th transformer 179 provides 16V alternating voltage by connecting line and the two core plug 5 with two core sockets 5 ' to first rectifier bridge 449, the first three-terminal voltage-stabilizing pipe the 446, the 19 electric capacity the 405, the 20 electric capacity 406 is formed the source of stable pressure of 12V, to supply direct current energies to control device 200 and phase shift drive plate 201.

Soft start, contactless, stepless voltage regulation:

First controllable silicon the 447, the 12 electric capacity the 398, the 13 electric capacity the 399, the 49 resistance 365 is formed soft starting circuit, produces delay control signal.Delay adjustments is six minutes.Work as delay arrival time, first light-emitting diode 448 is luminous, starts stepless soft step-down.Under the driving of time delayed signal, the 9th integrated package 444, first integrated package 436, the 5th integrated package 440 and peripheral resistance thereof, electric capacity, diode is at the first thyristor silicon controlled module 172, the second thyristor silicon controlled module 173, the trigger electrode of the 3rd thyristor silicon controlled module 174 produces the triggering signal of 0～10V, by controlling the first thyristor silicon controlled module 172, the second thyristor silicon controlled module 173, the contactless switch motion of the 3rd thyristor silicon controlled module 174 is with three output L1 of described electricity-saving appliance, L2, the output voltage regulation and control of L3 are in optimizing voltage range 190～220V.The output voltage characteristic of described electricity-saving appliance three output L1, L2, L3 is that promptly soft start was delayed time after six minutes, slowly dropped to above-mentioned optimization magnitude of voltage again after output voltage slowly rose to full voltage earlier.

Open-phase protection:

The phase shortage sampled signal has first transformer 175 in default phase signal source 203; second transformer 176 and the 3rd transformer 177 provide; first transformer 175; the phase shortage sampled signal of second transformer 176 and 177 outputs of the 3rd transformer is by four-core socket 2 ' and four-core plug 2; deliver to by the 26 diode 463; the 27 diode 464; the 28 diode 465; the 50 resistance 366; the 51 resistance 367; the 52 resistance 368; the 14 electric capacity 400; the 15 electric capacity 401; the 16 electric capacity 402; second voltage stabilizing didoe 433; the 3rd voltage stabilizing didoe 434; the rectification that the 4th voltage stabilizing didoe 435 is formed; filtering; overvoltage protection; current limliting; OR circuit; when arbitrary phase shortage sampled signal is 0; the 8th integrated package 443; the 7th integrated package 442 and peripheral circuit thereof will transmit drive signal to first relay 450; make 450 adhesives of first relay; 206 work of three-phase ac contactor module; thyristor silicon controlled module 205 is not worked, thereby thyristor silicon controlled module 205 is protected.

Overtemperature protection:

Overheating protection circuit protection thyristor silicon controlled module 205 not reason is overheated and burn.The temperature of the radiator of thyristor silicon controlled module 205 is measured by first temperature control tube 179.

When overheated or heat radiation had fault when thyristor silicon controlled module 205, the temperature of the radiator of thyristor silicon controlled module 205 rose.It is 75 ℃ that the overheating protection circuit of described electricity-saving appliance is set the temperature that first temperature control tube 179 opens.

+ 12V voltage is through resistance the 45 resistance 361; the 46 resistance 362 current limlitings; dividing potential drop; it is open-minded to trigger first controllable silicon 447; its positive pole transfers low level to from high level; by the 3rd integrated package 438; the 6th integrated package 441; the 7th integrated package 442; the first thyristor silicon controlled module 172 in second integrated package 437 and the peripheral circuit cutoff thyristor silicon controlled module 205 thereof; the second thyristor silicon controlled module 173 and the 3rd thyristor silicon controlled module 174; drive first relay 450 simultaneously, make three-phase ac contactor module 206 contain three-phase ac contactor 180 and be protected.

Under-voltage compensation:

Under-voltage compensating circuit be by the phase line UA of three 380V, UB, UC by three-phase power socket 1 ', three phase mains plug 1 respectively with the 20 resistance the 336, the 26 resistance the 342, the 13 diode 419, the 7th electric capacity 393, the dividing potential drop current rectifying and wave filtering circuit that the 21 resistance the 337, the 25 resistance the 341, the 14 diode 420, the 6th electric capacity 392, the 22 resistance the 338, the 24 resistance the 340, the 15 diodes 421, the 5th electric capacity 391 are formed connects.Three direct current signals of this circuit output are by the 4th integrated package 439, the 6th integrated package 441, the 3rd integrated package 438, the 5th integrated package 440 and the OR circuit of peripheral circuit composition and the circuit for regulating and controlling of thyristor silicon controlled module 205.When supply voltage was on the low side, the regulation and control amplitude of regulation and control output voltage was finished by adjustment first variable resistor 380, the 5th variable resistor 384, the 6th variable resistor 385, the 7th variable resistor 386.

Module phase shift drive plate 201 is by seven core plugs 4; two has the connecting line and seven core plugs 7 of seven core sockets; obtain the pulse signal sent here from control device 200; this pulse signal is through respectively by the 4th triode 466; first triode 463; the 5th triode 467; second triode 464; with the 6th triode 468; No. three emitter followers that the 3rd triode 465 and peripheral circuit thereof are formed; after power amplifier amplifies; drive first pulse transformer 469; second pulse transformer 470; with the 3rd pulse transformer 471; first voltage stabilizing didoe 457; second voltage stabilizing didoe 458; the 3rd voltage stabilizing didoe 459; the 4th voltage stabilizing didoe 460; the 5th voltage stabilizing didoe 461; the 6th voltage stabilizing didoe 462 is the first thyristor silicon controlled module 172; the protective circuit of the trigger electrode of the second thyristor silicon controlled module 173 and the 3rd thyristor silicon controlled module 173, first pulse transformer 469; second pulse transformer 470; the 3rd pulse transformer 471 with three tunnel pulse signals that amplify respectively through four-core plug 8; four-core plug 9; four-core plug 10 is delivered to pulse signal to the first thyristor silicon controlled module 172; the second thyristor silicon controlled module 173; the 3rd thyristor silicon controlled module 174.The model of the first thyristor silicon controlled module 172, the second thyristor silicon controlled module 173, the 3rd thyristor silicon controlled module 174 is a MTX series.

Compare with background technology, of the present utility model have a following advantage:

1, simple in structure, volume is little, in light weight, cost is low.

2, consumable power is little, the electric energy height.

4, soft start, contactless, stepless voltage regulation.

3, adopt modular structure, adopt to patch between module and the module to be connected, both be convenient to manufacture, be convenient to maintenance again.

Description of drawings

Fig. 1 is the circuit block diagram of electricity-saving appliance of the present utility model.

Fig. 2 is the circuit diagram of electricity-saving appliance of the present utility model.

Fig. 3 is the circuit diagram of the control device 200 of electricity-saving appliance of the present utility model.

Fig. 4 is the circuit diagram of the module phase shift drive plate 201 of electricity-saving appliance of the present utility model.

Embodiment

Embodiment.

Electricity-saving appliance of the present utility model adopts circuit block diagram shown in Figure 1, circuit diagram shown in Figure 2, the circuit diagram of the circuit diagram of module phase shift drive plate 201 shown in Figure 4 and control device 200 shown in Figure 3.Now enumerate the module phase shift drive plate 201 of electricity-saving appliance of the present utility model and the components and parts that control device 200 adopts:

Resistance:

The resistance of first resistance 317 is 240k, the resistance of second resistance 318 is 240k, the resistance of the 3rd resistance 319 is 240k, the resistance of the 4th resistance 320 is 27k, the resistance of the 5th resistance 321 is 4.7k, the resistance of the 6th resistance 322 is 4.3k, the resistance of the 7th resistance 323 is 27k, the resistance of the 8th resistance 324 is 4.7k, the resistance of the 9th resistance 325 is 27k, the resistance of the tenth resistance 326 is 27k, the resistance of the 11 resistance 327 is 27k, the resistance of the 12 resistance 328 is 4.3k, the resistance of the 13 resistance 329 is 56k, the resistance of the 14 resistance 330 is 56k, the resistance of the 15 resistance 331 is 56k, the resistance of the 16 resistance 332 is 400k, the resistance of the 17 resistance 333 is 1k, the resistance of the 18 resistance 334 is 1k, the resistance of the 19 resistance 335 is 1k, the resistance of the 20 resistance 336 is 30k, the resistance of the 21 resistance 337 is 30k, the resistance of the 22 resistance 338 is 300k, the resistance of the 23 resistance 339 is 470 Ω, the resistance of the 24 resistance 340 is 12k, the resistance of the 25 resistance 341 is 12k, the resistance of the 26 resistance 342 is 12k, the resistance of the 27 resistance 343 is 1k, the resistance of the 28 resistance 344 is 56k, the resistance of the 29 resistance 345 is 1k, the resistance of the 30 resistance 346 is 56k, the resistance of the 31 resistance 347 is 56k, the resistance of the 32 resistance 348 is 1k, the resistance of the 33 resistance 349 is 56k, the resistance of the 34 resistance 350 is 390k, the resistance of the 35 resistance 351 is 390k, the resistance of the 36 resistance 352 is 10k, the resistance of the 37 resistance 353 is 47k, the resistance of the 38 resistance 354 is 47k, the resistance of the 39 resistance 355 is 100k, the resistance of the 40 resistance 356 is 100k, the resistance of the 41 resistance 357 is 10k, the resistance of the 42 resistance 358 is 47k, the resistance of the 43 resistance 359 is 100k, the resistance of the 44 resistance 360 is 10k, the resistance of the 45 resistance 361 is 10k, the resistance of the 46 resistance 362 is 2k, the resistance of the 47 resistance 363 is 3k, the resistance of the 48 resistance 364 is 20k, the resistance of the 49 resistance 365 is 1M, the resistance of the 50 resistance 366 is 4.7k, the resistance of the 51 resistance 367 is 4.7k, the resistance of the 52 resistance 368 is 4.7k, the resistance of the 53 resistance 369 is 4.7k, the resistance of the 54 resistance 370 is 4.7k

The resistance of the 55 resistance 371 is 1M, the resistance of the 56 resistance 372 is 20k, the resistance of the 57 resistance 373 is 4.7k, the resistance of the 58 resistance 374 is 100k, and the resistance of the 59 resistance 451 is 100 Ω, and the resistance of the 60 resistance 452 is 510 Ω, the resistance of the 61 resistance 453 is 100, the resistance of the 62 resistance 454 is 510 Ω, and the resistance of the 63 resistance 455 is 100 Ω, and the resistance of the 64 resistance 456 is 510 Ω;

Exclusion:

The resistance of first exclusion 375 is 4 * 10k, and the resistance of second exclusion 376 is 4 * 10k, and the resistance of the 3rd exclusion 377 is 4 * 10k, and the resistance of the 4th exclusion 378 is 4 * 10k, and the resistance of the 5th exclusion 379 is 4 * 10k;

Variable resistor:

The resistance of first variable resistor 380 is 10k, the resistance of the second adjustable resistance 381 is 20k, the resistance of the 3rd variable resistor 382 is 20k, the resistance of the 4th variable resistor 383 is 20k, the resistance of the 5th variable resistor 384 is 10k, the resistance of the 6th variable resistor 385 is 10k, and the resistance of the 7th variable resistor 386 is 10k;

Electric capacity:

The capacity of first electric capacity 387 is 100 μ F, the capacity of second electric capacity 388 is 0.01 μ F, the capacity of the 3rd electric capacity 389 is 100 μ F, the capacity of the 4th electric capacity 390 is 100 μ F, the capacity of the 5th electric capacity 391 is 10 μ F, the capacity of the 6th electric capacity 392 is 10 μ F, the capacity of the 7th electric capacity 393 is 10 μ F, the capacity of the 8th electric capacity 394 is 100PF, the capacity of the 9th electric capacity 395 is 0.047 μ F, the capacity of the tenth electric capacity 396 is 0.047 μ F, and the capacity of the 11 electric capacity 397 is 22 μ F, and the capacity of the 12 electric capacity 398 is 200 μ F, the capacity of the 13 electric capacity 399 is 0.01 μ F, the capacity of the 14 electric capacity 400 is 10 μ F, and the capacity of the 15 electric capacity 401 is 10 μ F, and the capacity of the 16 electric capacity 402 is 10 μ F, the capacity of the 17 electric capacity 403 is 100 μ F, the capacity of the 18 electric capacity 404 is 10 μ F, and the capacity of the 19 electric capacity 405 is 2200 μ F, and the capacity of the 20 electric capacity 406 is 220 μ F;

Diode:

First diode 407, second diode 408, the 3rd diode 409, the 4th diode 410, the 5th diode 411, the 6th diode 412, the 7th diode 413, the 8th diode 414, the 9th diode 415, the tenth diode 416, the 11 diode 417, the 12 diode 418, the 13 diode 419, the 14 diode 420, the 15 diode 421, the 16 diode 422, the 17 diode 423, the 18 diode 424, the 19 diode 425, the 20 diode 426, the 21 diode 427, the 22 diode 428, the 23 diode 429, the 24 diode 430, the 25 diode 431, the 26 diode 463, the 27 diode 464, the model of the 28 diode 465 is 4148;

Voltage stabilizing didoe:

The specification of first voltage stabilizing didoe 432, second voltage stabilizing didoe 433, the 3rd voltage stabilizing didoe 434, the 4th voltage stabilizing didoe 435, the 5th voltage stabilizing didoe 457, the 6th voltage stabilizing didoe 458, the 7th voltage stabilizing didoe 459, the 8th voltage stabilizing didoe 460, the 9th voltage stabilizing didoe 461, the tenth voltage stabilizing didoe 462 is 0.5W 6.2V;

Integrated package:

The model of first integrated package 436, second integrated package 437, the 3rd integrated package 438, the 4th integrated package 439, the 5th integrated package 440, the 6th integrated package 441 is LM324, the model of the 7th integrated package 442 is LA2004, the model of the 8th integrated package 443 is LA2004, the model of the 9th integrated package 444 is L7600, and the model of the tenth integrated package 445 is NE555;

The three-terminal voltage-stabilizing pipe:

The model of the first three-terminal voltage-stabilizing pipe 446 is LM7812;

Controllable silicon:

The model of first controllable silicon 447 is BT169;

Light-emitting diode:

The specification of first light-emitting diode 448 is φ 5mm;

Rectifier bridge:

The model of first rectifier bridge 449 is 2KBP08;

Relay:

The model of first relay 450 is NT79 DC12V;

Triode:

The model of first triode 463, second triode 464, the 3rd triode 465 is 2SC3306, and the model of the 4th triode 466, the 5th triode 467, the 6th triode 468 is 2SC2073;

Pulse transformer:

The specification of first pulse transformer 469, second pulse transformer 470, the 3rd pulse transformer 471 is 5W 15V.

Claims (2)

1 A fluorescent / sodium lighting Saver, including the power supply control board (202), Lack of trust of source (203), work status display device (204), thyristor SCR module (205), three-phase AC contactor module (206), the power supply control board (202) with the first Four transformers (179) and with two-pin socket (5 ') of cable, lack of phase signal source (203) Containing first transformer (175), a second transformer (176), a third transformer (177), first Fuse (181), a second fuse (182), third fuse (183) and with a four-pin plug Block (2 ') of the connector, the working state display device (204) comprising a first switch SP3T (184), a second single-pole three-throw switch (185), fan (189), the first indicator (186), The second indicator (187), a third indicator (188), relays (CJ ') and with two-pin plug Block (3 ') of cable, the first single-pole three-throw switch (184) and a second single-pole three-throw switch (185) coaxial connections, the first single-pole three-throw switch (184), a second single-pole three-throw switch (185), the first indicator (186), the second indicator (187) and a third indicator (188) Mounted on a panel, the thyristor SCR module (205) comprising a first silicon tube (172), Second thyristors (173), third thyristors (174), with a four-pin socket (8 ') is even Wiring, with four-pin socket (9 ') of cable with four-pin socket (10') of cable, Three-phase line input, three-phase line output, temperature control tube (178) and with two-pin socket (6 ') Connecting line, three-phase AC contactor module (206) with three-phase AC contactor (180), Three-phase line input, four-pin socket (1 '), three-phase line outputs and relays (CJ') The normally open contact (CJ), characterized in that the 380V three phase lines UA, UB, UC, respectively, Three-phase AC contactor (180) of the three-phase line input, four-pin socket (1 ') of the plug Sleeve 11 ', 12', 13 'and thyristor SCR module (205) in the third thyristors (174), Second thyristors (173), first thyristors (172) connected to the positive, four-pin socket (1 ') of the insert sleeve 14' N and connected with the zero line, three phase output lines L3, L2, L1, respectively, Three-phase AC contactor (180) of the three phase output terminal and the third thyristors (174), Second thyristors (173), first thyristors (172) connected to the negative, the thermostat tube (178) Fixed to the thyristor SCR module (205) of the radiator, temperature control tube (178) of the two Outputs respectively, and two-pin socket (6 ') of the insert sleeve 61' and 62 'connected, three phase 380V Line UA, UB, UC any one phase and neutral line N, respectively, and job status display device (204) The input terminal U 'and N' connection, the first SP3T switch (184) and a second pole of the knife Three throw switch (185) connected to the blade, a second indicator (187) is connected across the input terminals U 'and N 'between the fan (189) and fourth transformer (179) of the primary winding connected in parallel across In the second single-pole three-throw switch (185) and the input terminal of the next toss N 'between the second pole three Throw switch (185) and the first on throwing SP3T switch (184), respectively, and the next throw two core Outlet (3 ') of the insertion sleeve 32' and 31 'is connected, a first indicator (186) and the relay (CJ') In parallel across the second single-pole three-throw switch (185) and the input terminal on throwing N 'between Relay (CJ ') normally open contacts (CJ) across the two-pin socket (3') of the insert sleeve 32 ' And 31 ', the third indicator (188) is connected across the first transformer (175) primary Ends of the coil of the first transformer (175), a second transformer (176), a third transformer (177) One end of the primary coil through the first fuse (181), a second fuse (182), The third fuse (183) and three power outputs L1, L2, L3 connected to the first fuse (181), a second fuse (182), a third fuse (183) the other end of the zero line N Connection, the first transformer (175), a second transformer (176), a third transformer (177) One end of the secondary winding and the four-pin socket (2 ') of the insert sleeve 24' is connected, first transformer (175), a second transformer (176), a third transformer (177), another secondary coil Ends with four-pin socket (2 ') of the insert sleeve 21', 22 'and 23' connected to the fourth transformer (179) both ends of the secondary winding and two-pin socket (5 ') of the insert sleeve 51' and 52 ' Connection, characterized in that it further comprises control means (200) and the module phase drive plate (201), Control means (200) by a resistor: a first resistor (317), a second resistor (318), the third Resistor (319), a fourth resistor (320), a fifth resistor (321), a sixth resistor (322), Seventh resistor (323), the eighth resistor (324), the ninth resistor (325), the tenth resistor (326), Eleventh resistor (327), the twelfth resistor (328), thirteenth resistor (329), the fourteenth Resistor (330), fifteenth resistor (331), the sixteenth resistor (332), seventeenth resistor (333), Eighteenth Resistance (334), nineteenth resistor (335), twenty-resistance (336), twenty- A resistor (337), the twenty-second resistor (338), the twenty-third resistor (339), twenty- Four resistors (340), the twenty-fifth resistor (341), the twenty-sixth resistor (342), twenty- Seven resistor (343), the twenty-eighth resistor (344), the twenty-ninth resistor (345), the thirtieth Resistor (346), the thirty-first resistor (347), thirty-second resistor (348), the thirty-third Resistor (349), the thirty-fourth resistor (350), the thirty-fifth resistor (351), the thirty-sixth Resistor (352), the thirty-seventh resistor (353), 38th resistor (354), the thirty-ninth Resistor (355), fortieth resistor (356), forty-first resistor (357), forty-second electric Resistance (358), the forty-third resistor (359), forty-fourth resistor (360), the forty-fifth power Resistance (361), forty-sixth resistor (362), forty-seventh resistor (363), the forty-eighth power Resistance (364), forty-ninth resistor (365), fiftieth resistor (366), fifty-first resistor (367), fifty-second resistor (368), the fifty-third resistor (369), the fifty-fourth resistor (370), fifth resistor (371), the fifty-sixth resistor (372), fifty-seventh resistor (373), fifty-eighth resistor (374), exclusion: The first exclusion (375), second exclusion (376), The third exclusion (377), fourth exclusion (378), fifth exclusion (379), Variable resistor: a first variable resistor (380), a second variable resistor (381), a third variable Resistance (382), a fourth variable resistor (383), the fifth variable resistor (384), sixth variable Resistance (385), seventh variable resistor (386), capacitance: a first capacitor (387), a second capacitor (388), a third capacitor (389), a fourth capacitor (390), the fifth capacitor (391), sixth Capacitor (392), seventh capacitor (393), eighth capacitor (394), ninth capacitor (395), Tenth capacitor (396), eleventh capacitor (397), the twelfth capacitor (398), thirteenth electricity Capacity (399), the fourteenth capacitor (400), fifteenth capacitor (401), sixteenth capacitor (402), Seventeenth capacitor (403), eighteenth capacitor (404), nineteenth capacitor (405), twenty- Capacitor (406), Diodes: a first diode (407), a second diode (408), a third diode (409), Fourth diode (410), fifth diode (411), sixth diode (412), seventh two Diode (413), the eighth diode (414), the ninth diode (415), the tenth diode (416), Eleventh diode (417), the twelfth diode (418), thirteenth diode (419), Fourteenth diode (420), fifteenth diode (421), sixteenth diode (422), Seventeenth diode (423), eighteenth diode (424), eighteenth diode (424), Nineteenth diode (425), twenty-diode (426), the twenty-first diode (427), Twenty second diode (428), the twenty-third diode (429), the twenty-fourth diode (430), the twenty-fifth diode (431), the twenty-sixth diode (463), the twenty-seventh Diode (464), the twenty-eighth diode (465), Zener diode: The first regulator diode Tube (432), second Zener diode (433), a third Zener diode (434), fourth steady Voltage diode (435), Manifold: first manifold (436), a second manifold (437), The third manifold (438), fourth manifold (439), fifth manifold (440), sixth episode Into blocks (441), seventh manifold (442), eighth manifold (443), ninth manifold (444), Tenth manifold (445), three-terminal regulator: The first three terminal regulator (446), SCR: The first silicon (447), light-emitting diodes: a first light emitting diode (448), rectifier bridge: A first rectifier bridge (449), the relay: a first relay (450) composed of the phase shift drive module Plate (201) by the resistance: the fifty-ninth resistor (451), sixty-resistance (452), p. Sixty-one resistor (453), the sixty-second resistor (454), the sixty-third resistor (455), p. Sixty-four resistor (456), Zener diode: Fifth Zener diode (457), sixth regulator Diode (458), seventh Zener diode (459), eighth Zener diode (460), p. Nine Zener diode (461), tenth Zener diode (462), transistor: a first transistor (463), a second transistor (464), a third transistor (465), the fourth transistor (466), Fifth transistor (467), sixth transistor (468), pulse transformers: a first pulse transformer Device (469), a second pulse transformer (470), the third pulse transformer (471), with Control means (200) for electrical connection, two-core plug (5) of the pins 51 and 52 respectively, and First rectifier bridge (449) 2 and 3 pin connector, first rectifier bridge (449) of a foot, the first Nineteen capacitor (405) of the cathode, the first three terminal regulator (446) of a foot, seven-pin plug (4) of the pin 47 and then, the first three terminal regulator (446) 2 feet, twenty-capacitance (406) The positive electrode, the thirteenth resistor (329) of the upper end of the twenty-eighth resistor (344) The upper end of the thirty-resistance (347) of the upper end of the seventeenth resistor (333) of the upper, Sixteenth resistor (332) of the upper end of the thirty-fourth resistor (350) of the upper end of the thirty-fifth Resistor (351) of the upper end, a second resistor (388) of the right side, the ninth manifold (444) 5 feet, the first semi-variable resistor (380) of the upper end of the forty-ninth resistor (365) on End of the tenth manifold (445) 4,8 feet, fifty-third resistor (369) of the upper end of the A twenty-first diode (427) of the anode, the first relay (450) of the upper end of the seven-pin plug Head (4) of the pins 4,6, fifth exclusion (376) 0 feet, second exclusion (376) of the 4 feet, the fourth exclusion (377) 2,3 feet, fifty-fourth resistor (370) and the upper end of Next, the first rectifier bridge (449) 4-foot, nineteenth capacitor (405) is negative, the twentieth Capacitor (406) is negative, the first three terminal regulator (446) 3 feet, a fifth resistor (321) The right end of the sixth resistor (332) to the right end of the tenth manifold (445) of a foot, tenth Five resistors (331) of the lower end of the eighth capacitor (394) of the lower end of the tenth resistor (335) The lower end, the ninth capacitor (395) the lower end, the tenth capacitor (396) the lower end of the twenty- Nine resistors (345) of the lower end of the thirty-resistance (346) of the lower end of the thirty-second resistor (348) The lower end of the thirty-third resistor (349) of the lower end of the fifth semi-variable resistor (384) of the next End, the sixth semi-variable resistor (385) of the lower end of the seventh semi-variable resistor (386) of the lower end, Seven pin plug (4) of the pin 44, the sixth exclusion (379) 0 feet, four-pin plug (1) 14 feet, the twenty-fourth resistor (34) the lower end of 0, the twenty-fifth resistor (341) of the next End, the twenty-sixth resistor (342) of the lower end of the fifth capacitor (393) a negative electrode, a first half Variable resistor (380) of the lower end of the third capacitor (389) a negative electrode, a fourth capacitor (390) A negative electrode, a first Zener diode (432) of the cathode, a first capacitor (397) is negative, First thyristor (447) negative, forty-sixth resistor (362) of the lower end of the twelfth power Yung (398) negative, the thirteenth capacitor (399) of the lower end of the seventh manifold (442) 8 feet, eighth manifold (443) 8-pin, the first manifold (436) 3,5 feet, The first light-emitting diode (448) is negative, four-pin plug (2) of the pin 24, the fourteenth Capacitor (400) a negative electrode, the fifteenth capacitor (401) of the negative electrode, the sixteenth capacitor (403) Negative, fifty-seventh resistor (373) of the lower end of the eighteenth capacitor (404) and the negative Next, four-pin plug (1) of the pin 11, a first resistor (317) of the left end of the twenty-second Resistor (338) connected to the upper end and the four-pin plug (1) of the pin 12, a second resistor (318) The left end of the twenty-first resistor (337) and connected to the upper end of the four-pin plug (1) of the pin 13, a third resistor (319) of the left end of the twenty-resistor (336) and connected to the upper end of the first Resistor (317) of the right side, a fourth resistor (320) of the left end, a fifth resistor (321) of Left, a first diode (407) and connected to a positive electrode, a second resistor (318) the right end of the first Six resistors (322) of the left end of the seventh resistor (323) and the left end of the second diode (408) The positive and then, a third resistor (319) of the right side, the eleventh resistor (327) of the right side, Twelfth resistor (328) of the upper end of the seventh diode (413) connected to the positive and the fourth power Resistance (320) the right end of the eighth resistor (324) of the lower end, a first manifold (436) of 2 feet and then, the seventh resistor (324) of the right side, the ninth resistor (325) of the upper end of the first Manifold (436) 6 feet and then, the eleventh resistor (327) left end of the tenth resistor (326) The lower end of the first manifold (436) of 13 feet and then, the third diode (409) are Pole, eighth resistor (324) of the upper end of the first manifold (436) of a foot and then the fourth Diode (410) of the positive electrode, the ninth resistor (325) of the lower end, a first manifold (436) 7 feet and then, the first diode (407), a negative electrode, a third diode (409) is negative, Fifteenth resistor (331), a second manifold (437) to five feet and then, a second diode (408) A negative electrode, a fourth diode (410) is negative, thirty-third resistor (349) and the upper end of Fifth Manifold (440) 5 feet and then, sixth diode (412) is positive, the tenth power Resistance (326) of the upper end of the first manifold (436) 14 feet and then, the sixth diode (412) A negative electrode, the seventh diode (413) the negative, thirty resistor (346) of the upper end of the first Five manifold (440) to three feet and then, the first manifold (436), the twenty-third resistor (339) The right end of the fourth capacitor (390) of the cathode, a first diode (432) the negative and then, Ninth manifold (444) 9-pin, a first capacitor (387) connected to the positive and the ninth integration Block (444) of 4 feet, the first capacitor (387) and connected to the negative terminal of the ninth manifold (444) 6 feet, and the second capacitor (388) and connected to the left end of the ninth manifold (444) 8-pin, A second diode (408) connected to a negative electrode and a second diode (411) of the cathode, a third electrical Yung (389) of the cathode, the twenty-third resistor (339) to the left and then, twenty-second resistor (338) the lower end, the twenty-sixth resistor (342) of the upper end of the thirteenth diode (419) Positive and then, twenty-first resistor (337) of the lower end of the twenty-fifth resistor (341) of the Upper end of the fourteenth diode (420) connected to the positive and the twenty-resistance (336) of the lower end, Twenty-fourth resistor (340) of the upper end of the fifteenth diode (421) and connect the positive first Thirteen diode (419) is negative, the seventh capacitor (393) is positive, the fourth manifold (439) 2 feet and then, the fourteenth diode (420) is negative, the sixth capacitor (392) is positive, Fourth manifold (439) 4 feet and then, fifteenth diode (421) is negative, the fifth Capacitors (391) of the cathode, the fourth manifold (439) 6 feet and then, fourth manifold (439) 14 feet, sixteenth diode (422) and then the negative fourth manifold (439) to 13 feet, seventeenth diode (423) and then the negative fourth manifold (439) 12 Feet, eighteenth diode (424) and then the negative fourth manifold (439) 8,9, 10 feet, the first semi-variable resistor (380) of the sliding arm, and then, the sixteenth diode (424) The positive electrode, the twenty-seventh resistor (343) connected to the upper end and a second manifold (437) 1, 2,13,14 feet, a third manifold (438) of 3,5,10 feet, eighteenth capacitor (404) A positive electrode, a second semi-variable resistor (381) of the upper end, the third semi-variable resistor (382) of The upper end of the fourth semi-variable resistor (383) of the upper end of the eighteenth capacitor (404) and the positive Next, a second manifold (437) of 3,12 feet, the tenth resistor (334) of the lower end of the tenth Nine resistor (335) connected to an upper end and a second manifold (437) is 6 feet and twelfth resistor (329) the lower end of the fourteenth resistor (303) connected to the upper end and a second manifold (437) 7 feet, eighth diode (414) connected to the negative and the second manifold (437) 8-pin, Four-pin plug (4) of the pin 41, the second manifold (437) 9-foot, thirty-sixth power Resistance (352) of the left, the sixth exclusion (379) 2 feet and then, the second manifold (437) 10-pin, the eighth diode (414) of the cathode, the eighth capacitor (394) of the cathode, the first Sixteen resistor (332) and connected to the lower end of the seventeenth resistor (333) of the lower end of the eighteenth power Resistor (334) connected to the upper end and the ninth diode (415) of the cathode, the twenty-seventh resistor (353) The left, the fifth semi-variable resistor (384) of the upper end of the fifth semi-variable resistor (384) of Sliding arm, and then the fifth exclusion (378) of a foot, twenty-second diode (429) is positive, Tenth diode (416) of the cathode, the thirty-seventh resistor (353) to the left, the sixth half can Variable resistor (385) of the upper end of the sixth semi-variable resistor (385) of the sliding arm, fifth exclusion (378) 2 feet, twenty-fourth diode (430) is positive, eleventh diode (417), p. Forty-two resistor (358) of the left end of the seventh semi-variable resistor (386) of the upper end of the seventh half Variable resistor (386) of the sliding arm, fifth exclusion (378) 3-foot, twenty-fifth diode (431) connected to the positive and the third manifold (438) of a foot, thirty-sixth resistor (352) The right end of the thirty-ninth resistor (355) connected to the upper end and the third manifold (438) 7 Feet, forty-resistance (356) of the lower end of the forty-first resistor (357) connected to the upper end and, The third manifold (438) 8-foot, forty-third resistor (359) of the lower end of the forty-fourth Resistor (360) connected to the upper end and the third manifold (438) 9-foot, forty-third resistor (359) of the upper end of the forty-second resistor (358) and connected to the right end of the third manifold (438) 12 feet, forty-eighth resistor (365) of the lower end of the twelfth diode (418) Positive Pole, eleventh capacitor (397) connected to the positive and the third manifold (438) to 13 feet, Ninth diode (415) of the negative electrode, the tenth diode (416) is negative, the eleventh diode Tube (417) is negative and then, two pin plug (6) of the pin 61, the forty-fifth resistor (361) The upper and then, forty-fifth resistor (361) of the lower end of the forty-sixth resistor (362) of the Upper end of the first thyristor (447) trigger pole and then, the first SCR (447) of the cathode, Forty-seventh resistor (363) of the lower end of the forty-eighth resistor (364) of the upper end of the twelfth Diode (418) and then the negative fifth manifold (440) 9 feet, the sixth exclusion (379) 1 foot, forty-fourth resistor (360) connected to the lower end and the fifth manifold (440) to 13 feet, the sixth exclusion (379) 4-foot, forty-first resistor (357) and the lower end of Next, the fifth manifold (440) of a foot, nineteenth diode (425) is negative and then, Fifth Manifold (440) 6-foot, thirty-first resistor (347) of the lower end of the thirty-second Resistor (348) connected to the upper end and the fifth manifold (440) 7-foot, twenty-diode (426) the negative and then, twenty-diode (426) of the cathode, the tenth capacitor (396) The upper end of the fifth manifold (440) to 10 feet and then, the fifth manifold (440) 12 Feet, nineteenth diode (425) of the positive electrode, the ninth capacitor (395) of the cathode, the thirty- Four resistor (350) connected to the lower end and the fifth manifold (440) 8-foot, seven-pin plug (4) The pin 43 and connected, the fifth manifold (440) 14-foot, seven-pin plug (4) of the pin 42 and then, tenth manifold (445) 2,6 feet twelfth capacitor (398) is positive, Forty-ninth resistor (365) connected to the lower end and the tenth manifold (445) 5-foot, tenth Two capacitor (399) connected to the upper end and the tenth manifold (445) to 3 feet, the first exclusion (375) 4 feet and then, the seventh manifold (442) of a foot, the first exclusion (375) 0 feet and Next, the seventh manifold (442) 2 feet, the first exclusion (375) of one foot and then the seventh Manifold (442) 3 feet, the first exclusion (375) 3 feet, the first exclusion (375) 2 feet and then, the seventh manifold (442) 4-foot, first-exclusion (375) and 3 feet Next, the seventh manifold (442) of 5,6,10,13 feet, fifth exclusion (378) 4 Feet and then, seventh manifold (442) 7-foot, fourth exclusion (377) 0,1 feet and Next, the seventh Manifold (442) of 11 and 12 feet, the first relay (450) the lower end, Twenty-first diode (427) connected to the positive and the seventh manifold (442) to 15,16 Foot, twenty-diode (428) is negative, the fifty-fourth resistor (370) of the lower end of the first Fifty-five resistor (371) and connected to the upper end, two pin plug (3) of the pin 31, the first following the Power (450) of the movable contact and then, four-pin plug (2) of the pin 21, the twenty-sixth two Diode (463) and then the positive, four-pin plug (2) of the pin 22, the twenty-seventh two-pole Tube (464) and then the positive, four-pin plug (2) of the pin 23, the twenty-eighth diode (465) positive and then, twenty-sixth diode (463) is negative, the fiftieth resistance (366) The left end, the fourteenth capacitor (400) and then the positive, 27 and diode (464) of Negative, fifty-first resistor (367) left end of the fifteenth capacitor (401) connected to the positive and, Twenty-eighth diode (465) is negative, the fifty-second resistor (368) to the right end of the tenth Six capacitor (402) connected to the positive and, fiftieth resistor (366) to the right end of the second Zener Diode (433) the negative and then, fifty resistor (367) of the right side, a third Zener Diode (434) is negative and then, fifty second resistor (368) to the right end of the fourth Zener Diode (435) and then the negative, the eighth manifold (443) of a foot, the second regulator diode Tube (433) connected to the positive and the eighth manifold (443) to 2 feet, and the third Zener diode (434) connected to the positive and the eighth manifold (443) to 3 feet, the fourth Zener diode (435) Positive and connected, the eighth manifold (443) of 4,16 feet, second exclusion (376) 0 Feet and then, eighth manifold (443) of 5,15 feet, second exclusion (376) of a foot and Next, the eighth manifold (443) of 6,14 feet, second exclusion (376) 2 feet and then, Eighth manifold (443) of 11, 12 feet, the fourth exclusion (377) 4 feet and then, Twenty-seventh resistor (343) of the lower end of the fifth resistor (371) of the lower end of the fiftieth Six resistors (372) of the left, the seventeenth capacitor (403) of the cathode, the twenty-second diode (428) connected to the positive and the sixth manifold (441) of a foot, fifty-eighth resistor (374) The upper end of the second semi-variable resistor (381) of the lower end of the third semi-variable resistor (382) of Lower end of the fourth semi-variable resistor (383) connected to the lower end and the sixth manifold (441) 2 Feet, fifty-eighth resistor (374) of the lower end of the fifty-sixth resistor (372) connected to the right end and, Sixth manifold (441) to 3 feet, the second exclusion (376) 3-foot, fifty-seventh resistor (373) and connected to the upper end of the sixth manifold (441) 5-feet, the second semi-variable resistor (381) The sliding arm, and then the sixth manifold (441) 6,7 feet, twenty-fifth diode (431) Negative and then, sixth Manifold 441 8,9 feet, twenty-fourth diode 430 is negative Pole and then, sixth manifold (441), 10 feet, and the third semi-variable resistor (382) slip Arm, and then the sixth manifold (441) to 12 feet, the fourth semi-variable resistor (383) slip Arm, and then, Sixth Manifold (441) of 13-14 feet, twenty-diode (429) is negative and then, Phase shift module driver board (201) circuit connection, seven-pin plug (7) of the pin 77, the first A pulse transformer (469) of a foot, the second pulse transformer (470) of a foot, and the third Pulse transformer (471) of one foot and then, seven core socket head (7) of the pin 76, the fourth Transistor (466) c-foot, fifth transistor (467) c-foot, sixth transistor (468) And then c-foot, seven-pin plug (7) of the pin 74, the first transistor (463) of the e feet, A second resistor (452) of the right side, the second transistor e feet, a fourth resistor (454) to the right End of the third transistor (465) of the e feet, sixth resistor (456) and connected to the right end of the seven core Plug (7) of the pin 73, the fourth transistor (466) and connected with b foot, seven-pin plug (7) The pin 72, the fifth transistor (467) and connected with b foot, seven-pin plug (7) of the pin 71, the sixth transistor (468) b-foot and then the fourth transistor (466) feet of e, the first Fifty-nine Resistance (451) left end of the sixtieth resistor (454) and connected to the left end of the fifth three Diode (467) of the e feet, the sixty-first resistor (453) left end of the sixty-second resistor (454) The left and then the sixth transistor (468) of the e feet, the sixty-third resistor (455) to the left End of the sixty-fourth resistor (456) connected to the left end and the first transistor (463) b-foot, A first resistor (451) connected to the right end and a second transistor (464) b-pole, sixty-first Resistor (453) connected to the right end and the third transistor (465) b-pole, sixty-third resistor (455) and connected to the right end of the first transistor (463) c-pole, the first pulse transformer (469) 2 feet and then, a second transistor (464) c-pole, a second pulse transformer (470) of the 2 feet and then, a third transistor (465) c-pole, third pulse transformer (471) 2 Feet and then, the first pulse transformer (469) 3-foot, four-pin plug (8) of the pin 84 And then, the first pulse transformer (469) 4-foot, fifth Zener diode (457) Positive Pole and connected, the fifth Zener diode (457) is negative, four-pin plug (8) of the pin 83 And then, the first pulse transformer (469) 5-foot, four-pin plug (8) of the pin 82 feet And then, the first pulse transformer (469) 6-foot, sixth Zener diode (458) Positive Pole and then, sixth Zener diode (458) is negative, four-pin plug (8) of the pin 81 Feet and then, a second pulse transformer (470) 3-foot, four-pin plug (9) of the pin 94 And then, a second pulse transformer (470) 4-foot, seventh Zener diode (459) Positive Pole and connected, the seventh regulator (459) negative, four-pin plug (9) of the pin 93 and then, The second pulse transformer (470) 5-foot, four-pin plug (9) of the pin 92 and then, the first Two pulse transformer (470) 6-foot, eighth Zener diode (460) is positive and then, Eighth Zener diode (460) is negative, four-pin plug (9) of the pin 91 and then, the first Three pulse transformer (471) 3-foot, four-pin plug (10) of the pin 104 and then, the first Three pulse transformer (471) 4-foot ninth Zener diode (461) and then the positive, Ninth Zener diode (461) is negative, four-pin plug (10) of the pin 104 and then, The third pulse transformer (471) 5-foot, four-pin plug (10) of the pin 102 and then, The third pulse transformer (471) 6-foot, tenth Zener diode (462) is positive and then, Tenth Zener diode (462) is negative, four-pin plug (10) of the pin 101 and then, Phase drive plate (201) and control means (200) between the circuit connection, seven-pin connector (7) The pins 71,72,73,74,75,76,77 with seven through two core socket connection Wire with seven-pin plug (4) connecting the pin 41,42,43,44,45,46,47 patch Next, phase drive plate (201) and the thyristor SCR module (205) between the circuit connection, The first silicon tube (172) by connecting line four-pin socket (8 ') of the insert sleeve 81', 82 ', 83', 84 'and the four-pin plug (8) of the plug connector pins 81,82,83,84 And phase shift driver board (201) plug connection and the second thyristors (173) by connecting online The four-pin socket (9 ') of the insert sleeve 91', 92 ', 93', 94 'and the four-pin plug (9) of the The plug connector with pins 91,92,93,94 phase drive plate (201) plug connection, the first Three thyristors (174) by connecting line four-pin socket (10 ') of the insert sleeve 101', 102 ', 103', 104 'and the four-pin plug (10) of the pin 101,102,103,104 Plug connector with phase drive plate (201) plug connector, the control means (200) and the control board Power supply (202) connected between the circuit, the power supply control board (202) by connecting Line two-pin socket (5 ') of the insert sleeve 51', 52 'and two-pin plug (5) of the pin 51, The plug connector 52 to the control device (200) plug connector, the control means (200) and the lack of No. I believe the source (203) connected between the circuit, lack-phase signal source (203) through a connecting line The four-pin socket (2 ') of the insert sleeve 21', 22 ', 23', 24 'and the four-pin plug (2) of the The socket connector pins 21,22,23,24 and control means (200) plug connector, control Means (200) and the operating state display means (204) connected between the circuit, working status Display device (204) by connecting the line two-pin socket (3 ') of the insert sleeve 31', 32 ' With two pin plug (3) of the pins 31 and 32 connected to the control unit plug (200) patch Connection control means (200) and the thyristor SCR module (205) between the circuit connection, Thyristor SCR module (205) by connecting the line two-pin socket (6 ') of the insert sleeve 61', 62 'with two pin plug (6) of the pins 61 and 62 of the plug connector and control device (200) Plug connectors, four-pin socket (1 ') and the control device (200), four-prong plug (1) plug Connection. ...

2, fluorescent lamp/sodium lamp illumination power-saving device according to claim 1 is characterized in that, the components and parts that module phase shift drive plate (201) and control device (200) adopt are:

Resistance:

The resistance of first resistance (317) is 240k, the resistance of second resistance (318) is 240k, the resistance of the 3rd resistance (319) is 240k, the resistance of the 4th resistance (320) is 27k, the resistance of the 5th resistance (321) is 4.7k, the resistance of the 6th resistance (322) is 4.3k, the resistance of the 7th resistance (323) is 27k, the resistance of the 8th resistance (324) is 4.7k, the resistance of the 9th resistance (325) is 27k, the resistance of the tenth resistance (326) is 27k, the resistance of the 11 resistance (327) is 27k, the resistance of the 12 resistance (328) is 4.3k, the resistance of the 13 resistance (329) is 56k, the resistance of the 14 resistance (330) is 56k, the resistance of the 15 resistance (331) is 56k, the resistance of the 16 resistance (332) is 400k, the resistance of the 17 resistance (333) is 1k, the resistance of the 18 resistance (334) is 1k, the resistance of the 19 resistance (335) is 1k, the resistance of the 20 resistance (336) is 30k, the resistance of the 21 resistance (337) is 30k, the resistance of the 22 resistance (338) is 300k, the resistance of the 23 resistance (339) is 470 Ω, the resistance of the 24 resistance (340) is 12k, the resistance of the 25 resistance (341) is 12k, the resistance of the 26 resistance (342) is 12k, the resistance of the 27 resistance (343) is 1k, the resistance of the 28 resistance (344) is 56k, the resistance of the 29 resistance (345) is 1k, the resistance of the 30 resistance (346) is 56k, the resistance of the 31 resistance (347) is 56k, the resistance of the 32 resistance (348) is 1k, the resistance of the 33 resistance (349) is 56k, the resistance of the 34 resistance (350) is 390k, the resistance of the 35 resistance (351) is 390k, the resistance of the 36 resistance (352) is 10k, the resistance of the 37 resistance (353) is 47k, the resistance of the 38 resistance (354) is 47k, the resistance of the 39 resistance (355) is 100k, the resistance of the 40 resistance (356) is 100k, the resistance of the 41 resistance (357) is 10k, the resistance of the 42 resistance (358) is 47k, the resistance of the 43 resistance (359) is 100k, the resistance of the 44 resistance (360) is 10k, the resistance of the 45 resistance (361) is 10k, the resistance of the 46 resistance (362) is 2k, the resistance of the 47 resistance (363) is 3k, the resistance of the 48 resistance (364) is 20k, the resistance of the 49 resistance (365) is 1M, the resistance of the 50 resistance (366) is 4.7k, the resistance of the 51 resistance (367) is 4.7k, the resistance of the 52 resistance (368) is 4.7k, the resistance of the 53 resistance (369) is 4.7k, the resistance of the 54 resistance (370) is 4.7k

The resistance of the 55 resistance (371) is 1M, the resistance of the 56 resistance (372) is 20k, the resistance of the 57 resistance (373) is 4.7k, the resistance of the 58 resistance (374) is 100k, the resistance of the 59 resistance (451) is 100 Ω, the resistance of the 60 resistance (452) is 510 Ω, the resistance of the 61 resistance (453) is 100 Ω, the resistance of the 62 resistance (454) is 510 Ω, the resistance of the 63 resistance (455) is 100 Ω, and the resistance of the 64 resistance (456) is 510 Ω

Exclusion:

The resistance of first exclusion (375) is 4 * 10k, and the resistance of second exclusion (376) is 4 * 10k, and the resistance of the 3rd exclusion (377) is 4 * 10k, and the resistance of the 4th exclusion (378) is 4 * 10k, and the resistance of the 5th exclusion (379) is 4 * 10k;

Variable resistor:

The resistance of first variable resistor (380) is 10k, the resistance of the second adjustable resistance (381) is 20k, the resistance of the 3rd variable resistor (382) is 20k, the resistance of the 4th variable resistor (383) is 20k, the resistance of the 5th variable resistor (384) is 10k, the resistance of the 6th variable resistor (385) is 10k, and the resistance of the 7th variable resistor (386) is 10k;

Electric capacity:

The capacity of first electric capacity (387) is 100 μ F, the capacity of second electric capacity (388) is 0.01 μ F, the capacity of the 3rd electric capacity (389) is 100 μ F, the capacity of the 4th electric capacity (390) is 100 μ F, the capacity of the 5th electric capacity (391) is 10 μ F, the capacity of the 6th electric capacity (392) is 10 μ F, the capacity of the 7th electric capacity (393) is 10 μ F, the capacity of the 8th electric capacity (394) is 100PF, the capacity of the 9th electric capacity (395) is 0.047 μ F, the capacity of the tenth electric capacity (396) is 0.047 μ F, and the capacity of the 11 electric capacity (397) is 22 μ F, and the capacity of the 12 electric capacity (398) is 200 μ F, the capacity of the 13 electric capacity (399) is 0.01 μ F, the capacity of the 14 electric capacity (400) is 10 μ F, and the capacity of the 15 electric capacity (401) is 10 μ F, and the capacity of the 16 electric capacity (402) is 10 μ F, the capacity of the 17 electric capacity (403) is 100 μ F, the capacity of the 18 electric capacity (404) is 10 μ F, and the capacity of the 19 electric capacity (405) is 2200 μ F, and the capacity of the 20 electric capacity (406) is 220 μ F;

Diode:

First diode (407), second diode (408), the 3rd diode (409), the 4th diode (410), the 5th diode (411), the 6th diode (412), the 7th diode (413), the 8th diode (414), the 9th diode (415), the tenth diode (416), the 11 diode (417), the 12 diode (418), the 13 diode (419), the 14 diode (420), the 15 diode (421), the 16 diode (422), the 17 diode (423), the 18 diode (424), the 19 diode (425), the 20 diode (426), the 21 diode (427), the 22 diode (428), the 23 diode (429), the 24 diode (430), the 25 diode (431), the 26 diode (463), the 27 diode (464), the model of the 28 diode (465) is 4148;

Voltage stabilizing didoe:

The specification of first voltage stabilizing didoe (432), second voltage stabilizing didoe (433), the 3rd voltage stabilizing didoe (434), the 4th voltage stabilizing didoe (435), the 5th voltage stabilizing didoe (457), the 6th voltage stabilizing didoe (458), the 7th voltage stabilizing didoe (459), the 8th voltage stabilizing didoe (460), the 9th voltage stabilizing didoe (461), the tenth voltage stabilizing didoe (462) is 0.5W 6.2V;

Integrated package:

The model of first integrated package (436), second integrated package (437), the 3rd integrated package (438), the 4th integrated package (439), the 5th integrated package (440), the 6th integrated package (441) is LM324, the model of the 7th integrated package (442) is LA2004, the model of the 8th integrated package (443) is LA2004, the model of the 9th integrated package (444) is L7600, and the model of the tenth integrated package (445) is NE555;

The three-terminal voltage-stabilizing pipe:

The model of the first three-terminal voltage-stabilizing pipe (446) is LM7812;

Controllable silicon:

The model of first controllable silicon (447) is BT169;

Light-emitting diode:

The specification of first light-emitting diode (448) is φ 5mm;

Rectifier bridge:

The model of first rectifier bridge (449) is 2KBP08;

Relay:

The model of first relay (450) is NT79 DC12V;

Triode:

The model of first triode (463), second triode (464), the 3rd triode (465) is 2SC3306, and the model of the 4th triode (466), the 5th triode (467), the 6th triode (468) is 2SC2073;

Pulse transformer:

The specification of first pulse transformer (469), second pulse transformer (470), the 3rd pulse transformer (471) is 5W 15V.

Images