CS201682B1

CS201682B1 - Connection for manual control of the output at the continuous regulation

Info

Publication number: CS201682B1
Application number: CS255778A
Authority: CS
Inventors: Dusan Losak
Original assignee: Dusan Losak
Priority date: 1978-04-20
Filing date: 1978-04-20
Publication date: 1980-11-28

Description

Spominané nedostatky odstraňuje zapojenie na rudné riadenie výkonu pri spojitej regulécli podl’a vynálezu.The aforementioned drawbacks are eliminated by the ore control system of the continuous control according to the invention.

Podstata vynálezu spočívá v tom, žé přívod potenciometra rudnéhoriadenia je připojený k spoločnej vstupnej svorke bezkontaktovo fázovo riadeného epínads, běžec poténeionfétra na štvrtý prívodný kontakt prvého dielu funkčného přepínače á vývod od potenciornétré rudného riadenia na átvrtý přívodový kontakt druhého dielu funkčného prépínača·SUMMARY OF THE INVENTION The inlet of the red shaft potentiometer is connected to a common input terminal of a non-contact phase-controlled epinads, the runner then moves to the fourth inlet contact of the first functional switch and the lead from the potentiometric ore control to the fourth inlet contact of the second functional switch.

Výhodou navrhovaného zapojenia je možnoať plynulého rudného riadenia Výkonu z minimálněj po maximálnu hodnotu.The advantage of the proposed wiring is the possibility of continuous ore power control from at least to the maximum value.

Celkové schematické zapojenie rudného riadenia výkonu při spojitej regulácii teploty jé znázorněné na priloženom výkrese.The overall schematic of the ore power control in continuous temperature control is shown in the attached drawing.

Zapojenie pozostáva z bezkontaktového fázovo riadeného spínača A, připojeného svorkou 6 a svorkou 8 ku kontaktom 5 i svorkou 7 k svorke E; meradla B připojeného k svorkám 7 a 8j funkčného přepínače C jeho kontakty 1, 2, 3 sú připojené k svorkám E, Fj Gj H, a oba kontakty 4 k potenciometru D i kontakty 5 k svorkám 6 a 8; potenciometra ručného riadenia D připojeného vývodom k svorkeΈ a prívodom i bežcom ku kontaktom 4 a z výstupných svoriek regulátora teploty fi, F, G, H připojených ku kontaktom 1, 2, 3.The wiring consists of a contactless phase-controlled switch A, connected by terminal 6 and terminal 8 to contacts 5 and terminal 7 to terminal E; gauge B connected to terminals 7 and 8j of function switch C, its contacts 1, 2, 3 are connected to terminals E, Fj Gj H, and both contacts 4 to potentiometer D and contacts 5 to terminals 6 and 8; manual control potentiometer D connected by terminal to terminal Έ and by leads and runners to terminals 4 and from temperature controller output terminals fi, F, G, H connected to terminals 1, 2, 3.

, Zapojenie podlé vynálezu pracuje tak, že v prvej polohe přepínače C je vstup, svorky 6 a 7 bezkontaktového spínača A skratované cez spojené kontakty 1 a 5 prvého dielu I přepínač C, merač B indikuje nulu. V druhej polohe přepínače C je přivedený jeden pól zo svorky E priamo na svorku 7 a druhý pól regulačného napatia zo svorky F cez spojené kontakty 2 a 5 prvého dielu I prépínača C na svorku G. Velkost automaticky riadeného regulačného napStia indikuje merač B. Súčasne možno v tejto polohe posúvať výstupné regulačně napBtie rudne sigňálom přivedeným zo svorky G. V tretej polohe prépínača C je privádzané maximálně konstantně napBtie na vstup bezkontaktového spínača jedným polom zo svorky £ na svorku 7 a druhým polom zo svorky H cez spojené kontakty 3 a 5 prvého dielu 1 přepínače C na svorku 6. Velkost riadiaceho napátia indikuje meradlo B. Vo átvrtej polohe je regulátor příslušným úsekovým spťhačom vypnutý a rudné riadenie sa prevádza nastavovacím bežca potenciometra D připojeného prívodom k výstupnej svorke 8 bezkontaktového spínača A priamo a vývodom cez spojené kontakty 4 a 5 druhého dielu II přepínače C na svorku 7, ktorá je společná pře vstup i výstup a druhý pól vstupu z bežca potenciometra D je připojený cez spojené kontakty 4 a 5 prvého dielu Ί přepínače C na svorku 6 vstupu bezkontaktového spínača A. Velkost nastaveného riadiaceho napfitia bežcom potenciometra D je indikované meračom B.The circuit according to the invention operates such that in the first position of switch C, the input, terminals 6 and 7 of the proximity switch A are shorted via the connected contacts 1 and 5 of the first part I of switch C, the meter B indicates zero. In the second position of switch C, one pole from terminal E is applied directly to terminal 7 and the other pole of the control voltage from terminal F via the connected contacts 2 and 5 of the first part I of the switch C to terminal G. in this position, the output control voltage is reddish by the signal supplied from terminal G. In the third position of the switcher C, a maximum voltage is applied to the contactless switch input at least one terminal from terminal 6 to terminal 7 and the second terminal from terminal H through connected contacts 3 and 5 of the first part. The magnitude of the control voltage is indicated by the meter B. In the fourth position, the regulator is switched off by the appropriate sectional coupler and the ore control is transferred by the setting slider of the potentiometer D connected inlet to the output terminal 8 of the contactless switch A directly. of the second part II of the switch C n and terminal 7, which is common to both input and output, and the second pole of input from potentiometer D is connected through the connected contacts 4 and 5 of the first part Ί of switch C to terminal 6 of contactless switch A input. B.

Zapojenie podlá vynálezu možno použit pře ručně riadenie všetkýph Bpotřebičov napájených sletovým napfitím.The wiring according to the invention can be used to manually control all B-line feeders.

Claims

201 082 The aforementioned drawbacks are eliminated by the connection to ore power control with continuous control according to the invention. The essence of the invention is that the supply of the red-potentiometer is connected to a common input terminal of the contact-free phase-controlled switch, the non-ionizer deity to the fourth supply contact of the first functional switch part and the outlet of the ore-potentiometer to the fourth supply contact of the second functional switch part. Power Management from minimally maximum value. An overall schematic connection of ore power control with continuous temperature control is shown in the attached drawing. The connection consists of a contactless phase-controlled switch A connected by terminal 6a to terminal 8 to contacts 5 and terminal 7 to terminal 6; a gauge B connected to terminals 7 and 8 of a function switch C its contacts 1, 2, 3 are connected to terminals E, Fj Gj H, and both contacts 4 to potentiometer D and contacts 5 to terminals 6 and 8; the manual steering potentiometer D connected to the terminals and the leads to the contacts 4 and the output terminals of the heat regulator 6, 7, 9 connected to the contacts 1, 2, 3. The connection according to the invention operates in the first position of the switch C the input, terminals 6a 7 of the non-contact switch A are shorted through the connected contacts 1 and 5 of the first part I of the switch C, the meter B indicates zero. In the second position of switch C, one pole is applied from terminal E to terminal 7, and the other pole of control voltage from terminal F is connected via terminals 2 and 5 of first switch I of switch C to terminal G. The size of the automatically controlled control voltage is also indicated by B. In this third position of the switch C, the input of the non-contact switch is fed at a constant rate through one field from terminal 6 to terminal 7, and the other field from terminal H through the connected contacts 3a. 5 of the first part 1 of the switch C to the terminal 6. The size of the control unit is indicated by the gauge B. In the fourth position the controller is a respective section switch. 4 and 5, second part II of switch C to svo 7, which is common to both input and output and second pole of input of potentiometer runner D, is connected via connected contacts 4 and 5 of the first part i of switch C to terminal 6 of contactless switch input A. The set control voltage of potentiometer D is indicated by meter B The connection according to the invention can be used to manually control all appliances powered by the supply voltage. PHEDMET V Ϊ LOAD Connection to manual power control with continuous control, where the output terminals of the temperature regulator are connected to the first, second and third input contacts of the function switch, which is connected to one pole of the meter and to the input terminal of the non-actuating 3 Z 81 882 hé switch. that the common output terminal is connected to the other half of the meter and to the temperature controller, making it clear that the lead from the ore control potentiometer (D) is connected to the common input terminal / 7 / non-contact phase controlled switch / A /, addOm runner the ore control potentiometer (D) is connected to the fourth / 4 / supply contact first / 1 / function switch / 0 / and the ore control potentiometer / D / is connected to the fourth supply contact / 4 / the second part / 11 / functional switch / G/. 1 drawing