Isitshisi somoya esisebenza ngokuphezulu esikrelekrele nesiguquguqukayo esiphindaphindayo
Inkcazo
I-VSD series ye-SUCCESS ENGINE (i-compressor eqhutywa yi-inverter) kunye ne-YC series (i-compressor ye-frequency variable magnetic ehlala ihleli) yimveliso entsha yokonga amandla. Ngokutshintsha isantya semoto yokuqhuba ngokuhambelana notshintsho lomthamo womoya ofunekayo, ilawula amandla okwenyani ngokufanelekileyo kwaye ngaloo ndlela igcina amandla ngokufanelekileyo. Ngokwamkela inkqubo ye-inverter ye-elektroniki kunye netekhnoloji yokubonelela ngomthamo womoya ofunekayo kunye nolawulo oluchanekileyo loxinzelelo, i-VSD air compressor ayinciphisi nje kuphela ukusetyenziswa kwamandla nge-30% kodwa ikwazisa nezinye izibonelelo ezininzi, ezinje ngokuzinzisa uxinzelelo lwenethiwekhi, ukususa umsinga ophezulu xa uqala, njl. I-VSD compressor isebenza njengokhetho olufanelekileyo kumashishini anamhlanje emizi-mveliso kunye nemigodi ukonga amandla.
Isiguquli soMoya esiqhutywa ngesantya esiguquguqukayo (SEVSD7.5KW-315KW Series)
1. Amandla: 10-425HP, uxinzelelo: 0.7-1.3MPa.
2. Isiphelo somoya secompressor ephezulu, i-variable frequency motor, kunye ne-ABB/SUCCESS ENGINE frequency converter ziyasetyenziswa; Utshintsho lokusetyenziswa komoya lulandelelwa ngokuzenzekelayo kwaye isantya semoto silungiswa ngokuhambelanayo; Ukusetyenziswa kwamandla kuncitshiswa ngama-30%.
3. Imoto yefrikhwensi eguquguqukayo: Udidi lokhuselo lwe-IP55, udidi lobushushu lwe-F, i-service factor SF=1.2.
4. Ukuqala kwe-variable frequency kunciphisa kakhulu impembelelo ebangelwa yi-instantaneous current kwi-grid, oku kwandisa ubomi benkonzo yomatshini ngempumelelo.
5. Inkqubo yolawulo olukrelekrele ye-PLC eyamkelweyo ixhasa ukukhethwa kwemo yokulawula, ukuboniswa kwesimo sokusebenza, ukuseta kwangaphambili iiparameter kunye nombuzo wembali yeziphene.
6. Kukho ujongano lweMODBUS485 olugcinelwe ukujonga kude.
7. Uhlobo lokupholisa: Ukupholisa ngomoya okanye ukupholisa ngamanzi.
8. Imveliso yevolthi yokusebenza eyahlukeneyo kunye nefrequency ingenziwa ngokwezifiso, i-120V, 220V, 240V, 400V, 415V, 440V, 460V, 575V, 50Hz kunye ne-60Hz.
Iimpawu zokusebenza
1. Uxinzelelo oluzinzileyo
I-compressor yomoya etshintshatshintshayo isebenzisa i-PID ukuze ilungelelanise isantya ngokuchanekileyo. Utshintsho kubungakanani bomoya wenkqubo luya kulandelelwa ngokuzenzekelayo. I-compressor iya kubonelela ngomoya ngoxinzelelo olungaguqukiyo, oluyingcinezelo efunekayo esele ibekwe ngaphambili kunye okanye i-0.1bar, ukunciphisa ukusetyenziswa kwamandla.
2. Ulawulo lokuhamba oluguquguqukayo
Isiguquli se-ABB frequency esisetyenzisiweyo siyakwazi ukulungisa isantya sokujikeleza kwemoto ngexesha langempela ngokwengcinezelo yomoya. Kwimeko yokusetyenziswa komoya okuphezulu, uxinzelelo alutshintshi, kodwa isantya sihlawulela ngokuzenzekelayo ukuhlangabezana neemfuno zobonelelo. Xa ukusetyenziswa komoya kuphantsi, uxinzelelo luhlala luhleli kwaye isantya sincitshiswa ngokuzenzekelayo ukuze kubonelelwe ngomoya ocinezelweyo, nto leyo eyaneleyo.
3. Akukho mpembelelo yangoku ngexesha lokuqalisa
I-air compressor iqalwa nge-frequency converter. Ubuninzi bokuqalisa buphindwe kayi-1.2 kunomlinganiselo wokuqalisa amandla. Ngenxa yoko, i-air compressor yethu yesantya esiguquguqukayo ayinampembelelo ingako kwigridi ngexesha lokuqalisa. Inoxinzelelo oluphantsi kwaye ngenxa yoko ixesha elide lenkonzo.
4. Ukusebenza kakuhle ngokwezoqoqosho
Kuyo yonke ixesha lokusebenza kwe-air compressor, iindleko zamandla zibangela uninzi lweendleko. Nangona kunjalo, ngokusebenzisa i-s VSD, ukusetyenziswa kwamandla kuncitshiswa ngama-30%. Ke ngoko, iindleko zamandla ezilondolozwe yi-air compressor yesantya esiguquguqukayo kangangeminyaka emithathu zilingana nexabiso lokuthenga leyunithi.
Izinto eziphambili
Uvavanyo kunye noVavanyo lwamandla agciniweyo
Nangona umbane osetyenziswa zii-air compressors zemizi-mveliso uyinxalenye enkulu yebhili iyonke yombane yesakhiwo sokuvelisa, ii-air compressors ze-VSD zinokubonelela ngokonga amandla okubalulekileyo kubavelisi. Nangona kunjalo, uvavanyo oluchanekileyo lomthamo womoya owahlukeneyo ofunekayo ngaphambi kokuba ungene kwinkqubo yotyalo-mali lubalulekile ukuze ufumane imbuyekezo entle yotyalo-mali.
Ukunikezelwa koxinzelelo oluzinzileyo
Ngokwamkelwa kwe-PID (proportional gain, international gain kunye ne-differential gain), ii-VSD air compressors zinokuguqula isantya se-drive motor ngokuchanekileyo. Uthotho lwe-VSD lunokulandelela ngokuzenzekelayo utshintsho lomthamo womoya, luzinzise uxinzelelo kwinkqubo kwaye lunciphise ukusetyenziswa kombane.
Ukuphepha uMsinga Ophezulu
Ngokuphathelele i-VSD air compressor, i-peak current ayithintelwa xa uqalisa umatshini, ngoko ke umonakalo kwinethiwekhi yamandla kunye nayo yonke indlela uyancitshiswa kakhulu kwaye ubomi benkonzo ye-compressor buyandiswa.
| IMODELI | AMANDLA kW | UXINEZELO ibha | UKUHAMBA KOMOYA m3/umzuzu | INGXOLO/ INQANABA dB(A) | UQHAGAMSHELWANO LWE-OUTLET | Ubunzima KG | UMGANGATHO I-L×W×H mm |
| SEYC/VSD7A-8 SEYC/VSD7A-10 SEYC/VSD7A-13 | 7.5 | 8 10 13 | 0.3-1.15 0.3-1.0 0.3-0.8 | 63 | Rp 3/4 | 220 | 1080×620×810 |
| SEYC/VSD11A-8 I-SEYC/VSD11A-10 I-SEYC/VSD11A-13 | 11 | 8 10 13 | 0.5-1.8 0.4-1.5 0.3-1.2 | 65 | Rp 3/4 | 260 | 1080×620×810 |
| SEYC/VSD15A-8 SEYC/VSD15A-10 SEYC/VSD15A-13 | 15 | 8 10 13 | 0.5-2.3 0.4-2.0 0.3-1.6 | 68 | Rp 3/4 | 430 | 775×1350×1050 |
| SEYC/VSD18A-8 SEYC/VSD18A-10 SEYC/VSD18A-13 | 18.5 | 8 10 13 | 0.6-3.0 0.5-2.6 0.4-2.2 | 68 | Rp 3/4 | 490 | 775×1350×1050 |
| I-SEYC/VSD22A-8/D I-SEYC/VSD22A-10/D I-SEYC/VSD22A-13/D | 22 | 8 10 13 | 0.7-3.6 0.5-3.2 0.4-2.8 | 67 | I-Rp 1 1/4 | 670 | 1450×860×1340 |
| SEYC/VSD30A-8/D SEYC/VSD30A-10/D SEYC/VSD30A-13/D | 30 | 8 10 13 | 1.3-5.0 1.0-4.5 0.7-3.7 | 70 | I-Rp 1 1/4 | 730 | 1450×860×1340 |
| SEYC/VSD37A-8/D SEYC/VSD37A-10/D SEYC/VSD37A-13/D | 37 | 8 10 13 | 1.6-6.6 1.3-5.8 1.0-4.8 | 70 | I-Rp 1 1/2 | 920 | 1580×950×1470 |
| SEYC/VSD45A-8/D SEYC/VSD45A-10/D SEYC/VSD45A-13/D | 45 | 8 10 13 | 1.7-7.6 1.5-7.0 1.2-5.8 | 71 | I-Rp 1 1/2 | 1020 | 1580×950×1470 |
| SEYC/VSD55A-8/D SEYC/VSD55A-10/D SEYC/VSD55A-13/D | 55 | 8 10 13 | 2.4-10.0 2.0-9.0 1.5-7.8 | 73 | I-Rp 2 | 1570 | 2000×1100×1585 |
| SEYC/VSD75A-8/D SEYC/VSD75A-10/D SEYC/VSD75A-13/D | 75 | 8 10 13 | 3.0-13.0 2.6-11.8 2.2-9.8 | 75 | I-Rp 2 | 1960 | 2000×1200×1585 |
| SEYC/VSD90A-8/D I-SEYC/VSD90A-10/D SEYC/VSD90A-13/D | 90 | 8 10 13 | 3.9-15.0 3.5-13.0 2.8-11.0 | 76 | I-Rp 2 | 2100 | 2000×1300×1635 |
| SEYC/VSD110A-8 SEYC/VSD110A-10 SEYC/VSD110A-13 | 110 | 8 10 13 | 4.2-20.0 3.8-17.0 3.3-13.6 | 75 | I-DN 65 | 2520 | 2166×1700×1918 |
| SEYC/VSD132A-8 SEYC/VSD132A-10 SEYC/VSD132A-13 | 132 | 8 10 13 | 6.0-23.5 5.8-20.2 4.0-16.0 | 75 | I-DN 65 | 2720 | 2166×1700×1918 |
| I-SEYC/VSD160A-8 I-SEYC/VSD160A-10 I-SEYC/VSD160A-13 | 160 | 8 10 13 | 6.0-26.0 5.8-24.0 4.1-19.8 | 76 | I-DN 65 | 3000 | 2466x1900x1918 |
| I-SEYC/VSD180A-8 I-SEYC/VSD180A-10 I-SEYC/VSD180A-13 | 180 | 8 10 13 | 7.2-29.2 6.4-26.8 5.2-23.0 | 76 | I-DN 65 | 3000 | 2466x1900x1918 |
| I-SEVSD220A-8 I-SEVSD220A-10 I-SEVSD220A-13 | 220 | 8 10 13 | 10.5-36.5 8.6-33.5 7.5-28.0 | 78 | I-DN 80 | 4900 | 3460x2050x2100 |
| I-SEVSD250W-8 I-SEVSD280W-10 I-SEVSD315W-13 | 250 280 315 | 8 10 13 | 12.2-42.0 12.0-40.0 12.0-38.0 | 78 | I-DN 100 | 6600 | 3260x2050x2100 |
| I-SEVSD250A-8 I-SEVSD280A-10 I-SEVSD315A-13 | 250 280 315 | 8 10 13 | 12.2-42.0 12.0-40.0 12.0-38.0 | 78 | I-DN 100 | 6600 | 3260x2050x2100 3260x2050x2100 3940x2326x2180 |
| I-SEVSD280W-8 I-SEVSD315W-8 | 280 315 | 8 8 | 15.0-47.6 13.8-50.0 | 80 | I-DN 125 | 9200 | 4580x2326x2180 |
1. Ulawulo lomgangatho kunye neenzuzo zokuqinisekisa umgangatho
Iinkqubo zokuqinisekisa umgangatho ze-SUCCESS ENGINE ziyahlangabezana neemfuno zomkhosi kunye nenyukliya kwaye zikhethwe njengababoneleli bemveliso yomkhosi kunye nenyukliya. Kangangeminyaka engaphezu kwesibhozo, inkampani iye yaqulunqa iinkqubo zokuqinisekisa umgangatho, izicwangciso zomgangatho, ukuqinisekiswa komgangatho, kunye neziqinisekiso zabasebenzi ngokuhambelana noMthetho woKhuselo lweSizwe [2005] No. 311, “Ukuqinisekiswa koMgangatho kunye neMimiselo yoKhuseleko lweZityalo zaMandla eNyukliya” (HAF003) kunye nezikhokelo kunye nezinye iinkqubo zokuqinisekisa umgangatho, ukuyila kunye nokwenza iimveliso zokhuseleko ezikumgangatho ophezulu.
2. Inzuzo yendalo yemveliso yeklasi yokuqala
IkwiSithili saseSongjiang, eShanghai, inesiseko se-R&D sanamhlanje kunye nemveliso, indawo entle, indawo yokusebenzela ecocekileyo nebanzi, igxile kwicandelo lobuchwepheshe obuphezulu bomthombo wegesi, ijolise ekubeni yinkokeli yeshishini le-compressor kunye nabalandeli, umboneleli wemveliso kunye nesisombululo kushishino lomoya kunye negesi.
3, iingenelo zobuchwepheshe obuphambili
3.1, Isiguquli sokuSebenza kakuhlend
Ngokwenza ngcono umgca osezantsi werotor, ukuphucula ivolumu esebenzayo kunye nokusebenza kakuhle kokuvala kwecompressor, ukwenza ubude bomgca woqhagamshelwano, indawo yenxantathu evuzayo kunye nomthamo wokuvula ovaliweyo phakathi kwezi zintathu ukuze kufezekiswe ukulungiswa, kusonjululwe ngokupheleleyo ukuvuza komxube weoyile negesi ngexesha lokuxutywa kwe-meshing. Yila ngobubanzi obukhulu kunye nesantya esiphantsi, uxhotyiswe ngeebheringi ze-SKF ezinzima kunye nezitywina ezintathu zeoyile ezikhethekileyo ukuqinisekisa ukusebenza kakuhle kwemveliso yegesi kunye nobomi bayo bonke.
| Ukuphucula ii-rotorimilo yezinyoUkuma kwezinyo yinto ephambili echaphazela ukusebenza kakuhle kwemveliso yegesi. Isisombululo sale ngxaki sikwiteknoloji yokuma. Kwiminyaka yamava nokuqinisekiswa, sinesicwangciso sokuphucula nokuphucula ukuma kwengcambu yezinyo. |  |
| Uhlaziyo lweii-mesh kunye nesitywinoHlaziya i-mesh kunye ne-seal yomgca osezantsi wee-rotors, unciphise ingxaki yokuvuza, kwaye unyuse ukusebenza kakuhle kwevolumu. |  |
| Utshintsho lobudeumlinganiselo wobubanziPhucula ubude: ububanzi be-diameter yee-rotors ezi-screw ezimbini. Phakamisa ukuqina kwe-integral yee-rotors ngokunciphisa umgama phakathi kwee-bearings ezimbini, ukuze ufumane ukusebenza kakuhle kwevolumu xa uphantsi koxinzelelo oluphezulu, unciphise kakhulu ukungcangcazela, unciphise ingxolo, kwaye wandise ubomi obusebenzayo bomatshini. |  |
| Ukuphucula umgama we-axial we-rotor Yandisa indawo esebenzayo ye-compressor rotor kunye nomgama we-axial phakathi kwe-shafts ezimbini ukuze kwandiswe i-use factor yendawo ye-rotor, ugcine indawo eyaneleyo yokufakela ii-diameter ezinkulu, kwaye ngokusisiseko usombulule i-failure factor yokuguguleka kwee-bearing emva kweminyaka. |  |
3.2, Inkqubo yokupholisa ye-centrifugal eyonga amandla aphezulu (Inombolo yePatent:CN201320374179.8)
Kangangexesha elide, indlela yokupholisa yecompressor enamandla aphezulu epholileyo ngomoya isebenzisa uninzi lweefeni eziqhelekileyo ze-axial ezifakwe ngaphakathi kweyunithi ukuze zikhuphe umoya ngaphandle. Ifeni ifunxa umoya oshushu ngaphakathi kweyunithi ize ipholise isixhobo sokutshintsha ubushushu, kunzima ukufumana isiphumo esihle sokupholisa, kwaye ke ngoko, iiyunithi zamandla aphezulu ezipholileyo ngomoya bezisoloko zisisifo esingapheliyo kwishishini lecompressor yomoya.
Ilungelo elilodwa lomenzi we-SUCCESS ENGINE (inkqubo yokupholisa ye-centrifugal eyonga amandla kakhulu) isebenzisa isakhiwo samva nje sokupholisa se-centrifugal esiguquguqukayo, kwaye isebenzisa isoftware ye-aero-dynamics impeller ternary simulation software NUMECA ukuqhuba ubalo lwe-aerodynamic kunye nokulinganisa okupheleleyo kwentsimi yokuhamba kwe-three-dimensional, ilinganisa ukusebenza kwangempela ukuze kuphuculwe isakhiwo segobolondo le-worm kunye nohlobo lwe-rotor, ukonga amandla, ukwandisa uxinzelelo oluguquguqukayo kunye nokufezekisa ukusebenza kakuhle kwefeni.
Isakhiwo sokupholisa sokufunxa esizimeleyo esivaliweyo
I-aluminium plate-fin heat exchanger ifakwe kwisiphelo sokufunxa sefeni yangaphandle yeyunithi ukuze yenze isakhiwo senkqubo yokupholisa evaliweyo esizimeleyo. Itekhnoloji yokulawula isantya se-variable frequency isetyenziselwa ukulungisa ngokuzenzekelayo isantya sefeni ngokwenguqu yobushushu benkqubo, ukutshintsha umthamo womoya, kunye nokonga kakhulu ukusetyenziswa kwamandla okupholisa. Inganciphisa ingxolo kwaye yoyise ngokupheleleyo ingxaki yesiphumo esibi sokupholisa sezixhobo ze-air compressor ezinamandla aphezulu ezipholileyo emoyeni.
4,Umgangatho ophezuluIzinto eziphambili
 | Isiphelo somoya ICompressor Enamandla Egqwesileyo iAirendIiperi ezimbini zeerotor azixhomekekanga kwiiyunithi ezimbini zoxinzelelo, i-primary compression rotor kunye ne-secondary compression rotor zidityaniswe kwi-compressor housing efanayo, umlinganiselo omncinci woxinzelelo lwehost, ukuvuza okuncinci, ukonga amandla: ≧ 15%. |
 | Inkqubo yolawulo lwesikrini sokuchukumisa ekrelekrele ye-PLC ◆Sebenzisa iParamitha ◆Useto lwepharamitha yomsebenzisi ◆ Ulwazi ngolondolozo ◆Umsebenzi we-Alarm (Imoto, iiNdawo zoLondolozo)◆Ukhuseleko loMlawuli. |
 | Ixabiso lokungenisa oluhlengahlengiswayo ngokuzenzekelayo Ukwamkela ivalvu yokungenisa ehambelanayo ye-0-100% egcina uxinzelelo lomsebenzi kwaye yonge amandla. |
 | OkuthileVSD/Imoto yecompressor ye-PM ◆ IP55, iKlasi F ◆ Ibheyari yokulayisha ngaphezulu kwe-SKF ◆ Inqanaba leNkonzo: SF=1.2 ◆ uqhagamshelo olusebenzayo oluphezulu kunye ne-inverter ◆ I-Voltage kunye neFrequency zingenziwa ngokwezifiso |
 | I-Inverter esebenza kakuhle kakhulu (INJINI YE-ABB/IMPUMELELO) ◆ Lungisa ngokuzenzekelayo isantya semoto ngokweemfuno zokwenyani, tshintsha amandla okwenyani, wonge amandla ngaphezulu kwe-30% ◆ Uxinzelelo oluzinzileyo lwemibhobho ◆ Susa umsinga ophezulu |
 | Inkqubo yoLawulo ◆Izixhobo zombane ze-ABB, kubandakanya ii-breakers, ii-AC contactors, zithembekile, kulula ukuzitshintsha ◆ I-MICROCHIP ene-interface ye-Standard 485, inokufikelela ekubekweni esweni okude ngokwe-protocol yonxibelelwano lwe-MODBUS ◆Qokelela imiqondiso yombane wecompressor, i-exhaust, ubushushu, uxinzelelo ukuze ujonge imeko yokusebenza, uncede ekusombululeni iingxaki ngokukhawuleza. |
 | Inkqubo yokuHlola esebenza kakuhle kakhulu ◆Isihluzi somoya esisebenza kakuhle, sihluza umoya ukusuka eluthulini nasekungcoleni, sihluza sifikelela kwi-98.5% ◆ Isihluzi seoli esinophawu, sihluza umoya weoyile, siqinisekisa ubomi bexesha elide be-airend ◆ I-element ye-Oil-Air Separator, ukwahlulahlula okusebenzayo, unxibelelwano lwe-oyile olungaphantsi kwe-3ppm ◆ Isaziso sokugcinwa rhoqo kunye ne-alamu evela kwi-PLC |
 | Ukudibanisa okusebenzayo kakhulu (iDrive ethe ngqo) ◆ Ukudluliselwa kwe-airend kunye ne-motor ngokuchanekileyo, ukusebenza kakuhle kufikelela kwi-99% ◆ Gcina amandla elungelelene, gcina icompressor isebenza kakuhle ◆ Musa ukusebenzisa amandla ngexesha lokudlulisela |
5, uluhlu olupheleleyo lweemveliso eziluncedo
Uphando noPhuhliso lobuchwephesha kunye nokuvelisa ngeendidi ezahlukeneyo zeemveliso: ii-compressor zomoya ezizinzileyo, ii-compressor ze-centrifugal, ii-suspension blowers, ii-centrifugal vacuum pumps, ii-screw air compressors ezingenayo ioyile, ii-screw air compressors eziphathekayo, kunye neseti epheleleyo yezixhobo zokucubungula umoya ocinezelweyo. Iinkcukacha zemveliso: ukuhamba kwe-0.8m3/min-500m3/min, uxinzelelo lokusebenza: 0.1Mpa-4.0Mpa. Uluhlu olupheleleyo lweentlobo kunye neenkcukacha ukuhlangabezana neemeko ezahlukeneyo zokucubungula igesi.
6,Inkqubo yolawulo olukrelekrele olunemisebenzi emininzi
Inkqubo yolawulo ekhethekileyo ekrelekrele, ekrelekrele, ezinzileyo, nelula ukuyisebenzisa, inokufezekisa unxibelelwano olukude kunye nolawulo lomoya ocinezelweyo.
①Iimisebenzi ezipheleleyo ze-interface yesibonisi sesiNgesi ezifana nolawulo oluzenzekelayo, ukhuseleko oluzenzekelayo, i-alamu ezenzekelayo, ulawulo olukude, ulawulo lweeyunithi ezininzi, iirekhodi zembali, njl.njl., ukuze kufezekiswe ukusebenza okungapheliyo ngaphandle kokujonga.
② Ulawulo lohlengahlengiso lwevolumu yomoya lunokubekwa ngokweemeko zoqwalaselo lwezixhobo, ukuze umthamo womoya uhlengahlengiswe ngokuzenzekelayo kwaye kube nokuzisebenzela okonga amandla.
③ Uxinzelelo lokukhupha umoya kunye nobushushu bokukhupha umoya bunokubekwa esweni rhoqo, buboniswe kwaye bulawulwe ngokwexabiso elimiselweyo.
④ Ingabonisa kwaye icwangcise iimpazamo ezahlukeneyo zentsimi, kwaye igcine kwaye ibuze iintlobo kunye nexesha lokwenzeka kweziphene zembali.
⑤ Ixesha lokusebenza, ukulayisha, kunye nokukhulula izinto linokugcinwa ixesha elide.
⑥ Ingenza unxibelelwano lokujonga kude kwikhompyutha okanye ulawulo lokutshintshana konxibelelwano oluninzi phakathi kweecompressor zomoya.
Intshayelelo yomlawuli okrelekrele
Abalawuli baxhotyiswe nge-interface ye-485, esetyenziselwa ukwenza iindlela ezimbini zolawulo lonxibelelwano: ezikude neziqhagamshelweyo. Umsebenzisi unokuseta ulawulo oludibeneyo lweeyunithi ezininzi ezifana no-A, B, C, njl. ngokweemfuno, aze amisele ngesandla ulandelelwano lokusebenza kokuqala kunye nexabiso lexesha lokutshintsha ixesha leyunithi.
Ulawulo lonxibelelwano
(1) Iza ne-port ye-485, akukho mfuneko yokuseta isilawuli esidibeneyo.
(2) Iindlela zokulawula ezine zingasetwa: ezizenzekelayo, ezisebenzisa ngesandla, ezisebenzisa unxibelelwano kunye nezikude.
(3) Uqhagamshelo olulula lwentambo lunokuseta ii-air compressors ezimbini okanye ngaphezulu ukuze zisebenze ngokudibeneyo.
(4) Ngokwengcinezelo yenethiwekhi yemibhobho yomoya, igwetywa ngokuzenzekelayo ukuba iyeke okanye iqalise umatshini wokulinda ukuze kubekho umoya owongezelelweyo.
(5) Ukutshintsha ixesha, okuvumela oomatshini abaphambili nabancedisayo ukuba basebenze ngokutshintshana.
(6) Cima ngokugweba iimpazamo uze utshintshele ngokuzenzekelayo umatshini wokulinda ukuze usebenze.
(7) Oomatshini abaninzi banokudityaniswa kwaye basebenze ngokutshintshana.
