Pumpa dealain submersible sònraichte QS airson tuathanas-uisge fìor-uisge agus uisge-mara

Well-designed sand-proof large flow water system, using water-immersed motor, no oil after burning machine does not pollute water. Suitable for freshwater aquaculture extraction of river water, sea water oxygen. Flow range 100-1000m3/h, lift 3-100m, power 3-100KW.

1, solar cumhachd: trì-ìre AC 380V (fulangas + / - 5%), 50HZ (fulangas + / - 1%).

2, càileachd uisge:

(1) Chan eil teòthachd an uisge nas àirde na 20 ° C;

(2) chan eil susbaint neo-chunbhalachd cruaidh (co-mheas mòr) nas àirde na 0.01%;

(3) PH luach (pH) 6.5-8.5;

(4) Chan eil susbaint hydrogen sulfide nas àirde na 1.5mg / L;

(5) Chan eil susbaint ion clorid nas àirde na 400mg / L.

3, tha an motair dùinte no structar fliuch làn uisge, mus tèid a chleachdadh feumaidh an uamhas motair fon uisge a bhith làn uisge glan, gus casg a chuir air meallta làn, agus an uairsin teannachadh an in-stealladh uisge, boltaichean fuasglaidh èadhair, air dhòigh eile chan eil e ceadaichte a chleachdadh

4, feumaidh pumpa submersible a bhith gu tur fon uisge san uisge, chan eil an doimhneachd dàibheadh ​​​​nas àirde na 70m, chan eil bonn a ’phump submersible bho bhonn an tobair nas ìsle na 3m.

5, bu chòir gum biodh sruth uisge an tobair comasach air coinneachadh ri toradh uisge pumpa submersible agus obrachadh leantainneach, bu chòir smachd a chumail air toradh uisge pumpa fon uisge aig 0.7 - 1.2 uair an t-sruth ìre.

6, bu chòir don tobar a bhith dìreach, chan urrainnear am pumpa submersible a chleachdadh no a dhumpadh, dìreach cleachdadh dìreach.

7, feumaidh am pumpa submersible a bhith air a mhaidseadh leis a’ chàball a rèir nan riatanasan, agus an inneal dìon cus cuideim taobh a-muigh. 8, tha am pumpa air a thoirmeasg gu teann às aonais inneal deuchainn uisge gun luchd

 This well submersible pump is a clean water pump. It is strictly prohibited to excavate new wells, discharge sediments and muddy water. The voltage rating of the pump is 380/50 hertz, and other voltage ratings are not allowed. The submersible motor needs to be customized, and the underground cable must be waterproof cable, and must be equipped with starting equipment, such as distribution box, etc. The starting equipment should have common motor comprehensive protection functions, such as short circuit overload protection, phase loss protection, undervoltage protection, grounding protection and idling protection, etc. In order to prevent abnormal conditions, the protection device should be timely trip. During the installation and use process, the pump must be reliably grounded. It is strictly prohibited to push and pull the switch when hands and feet are wet. The power supply must be cut off before installation and maintenance of the pump. An obvious "anti-electric shock" sign must be set up where the pump is used. Before going down the well or installing, the motor must fill the inner cavity with distilled water or non-corrosive clean cold water, and the inlet and outlet bolts must be tightened. When testing the pump, the pump cavity must be filled with water to lubricate the rubber bearings, and the instant start time shall not exceed one second to check whether the direction is correct. Pay attention to safety when lifting, and prevent the overturning of the pump from causing injury. Strictly according to the provisions of the pump lift and flow range, to prevent the pump in low lift when the large flow or in high lift when the large pull, resulting in serious wear and tear of thrust bearings and other parts, causing motor overload and burnout. After the pump into the well, the insulation resistance between the motor and the ground should not be less than 100MΩ, after the start of regular observation of voltage and current, and check whether the motor winding insulation meets the requirements; if the pump storage temperature below freezing, the water in the motor cavity should be discharged to prevent the cold temperature caused by the motor cavity water icing and damage the motor due to low temperature.

Ro-ràdh goirid den structar: ​​tha pàirt pumpa sa mhòr-chuid air a dhèanamh suas de chrann pumpa, impeller, slige gluasaid, giùlan rubair, bodhaig bhalbhaichean seic (pàirtean roghainneil) agus co-phàirtean eile. Tha pàirt motair sa mhòr-chuid air a dhèanamh suas de bhunait, film riaghlaidh cuideam, giùlan smeòrach, truinnsear smeòrach, cathair giùlain iùil nas ìsle, stator, rotor, cathair stiùiridh àrd, fàinne gainmhich, roinn inlet uisge, càball agus co-phàirtean eile.

Am measg prìomh fheartan an toraidh tha:

 1, Tha an motair na motair asyncronach trì-ìre fliuch làn uisge, tha an t-uamhas motair làn uisge glan, air a chleachdadh gus an motair a fhuarachadh agus an giùlan a lubricadh, thathas a’ cleachdadh am film riaghlaidh cuideam aig bonn an motair gus atharrachadh eadar-dhealachadh cuideam leudachaidh is giorrachadh an uisge taobh a-staigh a’ bhodhaig air adhbhrachadh le atharrachadh ann an àrdachadh teòthachd an motair.

 2, Gus casg a chuir air a’ ghainmhich ann an uisge an tobair bho bhith a ’dol a-steach don motair, tha dà ròn ola aig ceann àrd a’ chrann motair, agus tha fàinne gainmhich air a chuir a-steach gus structar casg gainmhich a chruthachadh.

 3, Gus casg a chuir air a ’chrann pumpa bho bhith a’ ruith suas nuair a thòisicheas e, tha an cas pumpa agus an cas motair ceangailte le ceangal, agus tha giùlan smeòrach àrd air a chuir a-steach aig pàirt ìosal an motair.

 4, Is e lubrication an motair agus an giùlan pumpa lubrication uisge.

 5, Tha an lùb stator motair air a dhèanamh de uèir lùbach motair àrd-inbheach, le coileanadh insulation àrd.

 6, Tha am pumpa air a dhealbhadh le coimpiutair CAD, le structar sìmplidh agus deagh choileanadh teignigeach.

(1) Ag ullachadh mus stàladh:
1. Dèan cinnteach a bheil am pumpa fon uisge a’ coinneachadh ris na cumhaichean cleachdaidh agus an raon a tha air a shònrachadh san leabhar-làimhe.
2. A’ cleachdadh inneal trom le trast-thomhas co-ionann ris an trast-thomhas a-muigh as àirde den phump a tha fon uisge, tomhais an urrainn dha trast-thomhas a-staigh an tobair a bhith a’ freagairt air a’ phumpa fon uisge, agus tomhas a bheil doimhneachd an tobair a’ coinneachadh ri riatanasan an stàlaidh.
3. Dèan cinnteach a bheil toll an tobair glan agus a bheil uisge an tobair turbid. Na cleachd pumpa dealain fon uisge gu bràth gus poll pumpa welor agus uisge gainmhich a nighe gus milleadh ro-luath air a’ phump dealain fon uisge a sheachnadh.
4. Dèan cinnteach a bheil suidheachadh a’ chlamp stàlaidh welhead freagarrach agus an urrainn dha seasamh ri càileachd an aonaid gu lèir
5. Dèan cinnteach a bheil na pàirtean pumpa fon uisge coileanta agus air an stàladh ceart a rèir an diagram cruinneachaidh san leabhar-làimhe Thoir air falbh an scrion sìoltachain agus cuairteachadh a’ chàraid gus faicinn a bheil e a ’tionndadh gu sùbailte
6. Unscrew an sgriubha uisge agus lìon a’ chuas motair le uisge glan, neo-chreimneach (nota. bi cinnteach gun cuir thu a-steach e), agus an uairsin teannachadh an sgriubha uisge. Às deidh 12 uair de in-stealladh uisge, cha bu chòir an aghaidh insulation an motair a bhith nas ìsle na 150M Q nuair a thèid a thomhas le clàr crathadh 500V.
7. Ceangal càball, gearradh dheth muinchill rubair 120mm bho aon cheann den chàball a tha a’ dol a-mach agus an càball maidsidh le sgian an dealain an uairsin cuir fad nan trì prìomh uèirichean ann an cumadh ceum air cheum, thoir air falbh cridhe copair 20mm, sgrìob an ocsaid còmhdach air taobh a-muigh na h-uèir copar le sgian no clò gainmhich, agus cuir a-steach an dà cheann uèir ceangailte ann am palirs.An dèidh a bhith a 'ceangal an t-sreath gu teann le uèir copar mìn, sèididh e gu mionaideach agus gu daingeann, agus gainmheach sam bith. burrs air an uachdar. An uairsin, a-mach air na trì joints, cleachd teip insulation polyvester gus am pasgadh ann an dòigh leth-chruach airson trì lòchrain. Paisg dà cheann an t-sreath còmhdaich gu teann le snàithlean nyion, agus an uairsin cleachd dòigh leth-chruach gus an teip a phasgadh airson trì sreathan. Còmhdaich an còmhdach a-muigh le teip insulation le cuideam àrd airson trì sreathan. Mu dheireadh, paisg na trì sreathan ri chèile agus paisg iad a-rithist airson còig sreathan le teip le cuideam àrd. Feumaidh gach còmhdach a bhith air a cheangal gu teann, agus feumaidh na joints interlayer a bhith teann agus fmm gus casg a chuir air uisge bho bhith a ’drùidheadh ​​​​agus a’ dèanamh cron air an insulation, Às deidh a bhith air a phasgadh, bog ann an uisge aig teòthachd an t-seòmair 20 ° c airson 12 uair, agus tomhas an aghaidh insulation le bòrd crathadh. , nach bu chòir a bhith nas lugha na 100M Ω

Tha an diagram pròiseas sreangadh càball ceangailte mar a leanas:

8. Cleachd multimeter gus dèanamh cinnteach a bheil na h-uèirichean trì-ìrean ceangailte agus a bheil an aghaidh DC timcheall air cothromach.
9. Dèan cinnteach a bheil cus luchd air a’ chuairt agus comas an cruth-atharrachaidh, agus an uairsin ceangail an tionndadh dìon cus cuideim no an uidheamachd tòiseachaidh. Faic Clàr 2 airson modalan sònraichte, agus an uairsin dòirt bucaid uisge a-steach don phump uisge bhon ionad pumpa uisge gus na giùlan rubair a lubricadh anns a’ phump, agus an uairsin cuir am pumpa dealain fon uisge gu dìreach agus gu seasmhach.Start (gun a bhith nas fhaide na aon diog). agus dèan cinnteach a bheil an stiùireadh stiùiridh co-chòrdail ris an t-soidhne stiùiridh. Mura h-eil, suaip dà cheangail den chàball trì-ìre.Then stàlaich an criathrag agus ullaich airson a dhol sìos an tobar. Ma thèid a chleachdadh aig amannan sònraichte (leithid dìgean, dìgean, aibhnichean, lochan, lòin, msaa), feumaidh am pumpa dealain a bhith air a chuir air bhonn gu h-earbsach.

(2) Uidheam agus innealan stàlaidh:
1. Aon phaidhir de shlabhraidhean togail airson barrachd air dà thunna.
2. Tripod le àirde dìreach nach eil nas lugha na ceithir meatairean.
3. Dà ròp crochte (ròpaichean uèir) as urrainn cuideam nas motha na aon tunna a ghiùlan (faodaidh cuideam seata iomlan de phumpaichean uisge a ghiùlan).
4. Stàlaich dà phaidhir de clamps (splints).
5. Wrenches, ùird, screwdrivers, innealan dealain agus ionnstramaidean, msaa.

(3) Stàladh pumpa dealain:
1. Tha an diagram stàlaidh den phump dealain submersible air a shealltainn ann am Figear 2. Tha na tomhasan stàlaidh sònraichte air an sealltainn ann an Clàr 3 "Liosta de mheudan stàlaidh a' phump dealain fon uisge".

2. Faodar pumpaichean dealain fon uisge le ceann nas lugha na 30 meatair a thogail gu dìreach a-steach don tobar le bhith a’ cleachdadh phìoban agus ròpaichean uèir no ròpannan hemp eile as urrainn làn chuideam an inneil gu lèir, pìoban uisge, agus uisge anns na pìoban a ghiùlan.

3. Bidh pumpaichean le ceann nas motha na 30 meatair a 'cleachdadh pìoban stàilinn, agus tha an sreath stàlaidh mar a leanas:
① Cleachd clamp gus ceann shuas pàirt a’ phump uisge a chlampadh (tha am pumpa motair is uisge air a cheangal aig an àm seo), tog e le slabhraidh crochte, agus ceangail gu slaodach a-steach don tobar gus an cuir thu an clamp air ceann an tobair agus thoir air falbh an slabhraidh crochte.
② Cleachd paidhir clamps eile gus pìob a chlampadh, tog e le slabhraidh crochte 15 cm air falbh bhon flange, agus lughdaich e gu slaodach. Eadar flange pìoba agus flange pumpa Cuir am pasgan rubair na àite agus teannachadh a’ phìob agus am pumpa gu cothromach le boltaichean, cnothan agus nigheadairean earraich.
③ Tog beagan am pumpa fon uisge, thoir air falbh an clamp air ceann shuas a’ phump uisge, ceangail an càball gu daingeann ris a’ phìob uisge le teip plastaig, agus ceangail sìos e gu slaodach gus an tèid an clamp a chuir aig ceann an tobair.
④ Cleachd an aon dòigh airson a h-uile pìob uisge a cheangal a-steach don tobar.
⑤ Às deidh don chàball luaidhe a bhith ceangailte ris an suidse smachd, tha e ceangailte ris an t-solar cumhachd trì ìrean.

(4) Rudan ri thoirt fa-near aig àm an stàlaidh:
1. Ma lorgar iongantas jamming tron ​​​​phròiseas pumpaidh, tionndaidh no tarraing am pìob uisge gus faighinn thairis air a’ phuing jamming. Mura h-eil grunn cheumannan ag obair fhathast, feuch nach toir thu air a’ phump sìos gus milleadh a sheachnadh air a’ phump dealain fon uisge agus an tobar.
2. Rè an stàladh, bu chòir ceap rubair a chuir aig flange gach pìoba agus a theannachadh gu cothromach.
3. Nuair a thèid am pumpa uisge a leigeil a-steach don tobar, bu chòir a chuir ann am meadhan pìob an tobair gus casg a chuir air a ’phump bho bhith a’ ruith an-aghaidh balla an tobair airson ùine mhòr, ag adhbhrachadh gum bi am pumpa a ’crith agus an motair a’ sguabadh agus a losgadh .
4. Obraich a-mach doimhneachd a' phump uisge gu bonn an tobair a rèir suidheachadh gainmhich is eabar an tobair. Na cuir a-steach am pumpa san eabar. Mar as trice chan eil an astar bhon phump uisge gu bonn an tobair nas lugha na 3 meatairean (faic Figear 2).
5. Cha bu chòir doimhneachd inntrigidh uisge a’ phump uisge a bhith nas lugha na 1-1.5 meatairean bhon ìre uisge fiùghantach chun nód uisge a-steach (faic Figear 2). Rud eile, dh ’fhaodadh na giùlan pumpa uisge a bhith air am milleadh gu furasta.
6. Chan urrainn togail a' phump uisge a bhith ro ìosal. Rud eile, feumar bhalbhaichean geata a chuir a-steach air loidhne-phìoban uisge ceann an tobair gus smachd a chumail air sruthadh a’ phump aig a’ phuing sruthadh ìre gus casg a chuir air a’ motair a bhith air a luchdachadh cus agus a losgadh a-mach air sgàth ìrean sruth mòr.
7. Nuair a bhios am pumpa uisge a 'ruith, bu chòir an toradh uisge a bhith leantainneach agus eadhon, bu chòir an sruth a bhith seasmhach (fo chumhachan obrach comharraichte, mar as trice gun a bhith nas fhaide na 10% den t-sruth), agus cha bu chòir crith no fuaim a bhith ann. Ma tha ana-cainnt sam bith ann, bu chòir stad a chuir air an inneal gus faighinn a-mach an adhbhar agus cuir às dha.
8. Nuair a bhios tu a’ stàladh, thoir aire do shuidheachadh an uèir talmhainn motair (faic Figear 2). Nuair a tha am pìob uisge na phìob stàilinn, stiùir e bhon chlamp ceann tobair; nuair a tha am pìob uisge na phìob plastaig, stiùir e bho chomharra bunaiteach a’ phump dealain.

1. 1.After the submersible electric pump is installed, recheck the insulation resistance and three-phase continuity from the switch, and check whether there are any errors in the connection of the instruments and starting equipment. If there are no problems, you can start the test machine. After starting, observe whether the indication readings of each instrument are correct. If the rated voltage and current specified on the nameplate are exceeded, observe whether the water pump has any noise or vibration. If everything is normal, it can be put into operation.
   2. Four hours after the water pump is operated for the first time, the motor should be stopped and the thermal insulation resistance tested quickly. The value should be no less than 0.5 megohms.
   3．After the water pump is stopped, it should be restarted after an interval of five minutes to prevent the water column in the pipe from flowing back completely and causing the motor to burn out due to excessive current.
   4. After the water pump is put into normal operation, in order to extend its service life, it is necessary to regularly check whether the power supply voltage, operating current and insulation resistance are normal. If the following conditions are found, the machine should be shut down immediately to eliminate the fault.
2. 
   ①Under rated working conditions, the current exceeds 20%.
   ② The dynamic water level drops to the water inlet section, causing intermittent water discharge.
   ③The submersible pump vibrates violently or makes loud noise.
   ④The power supply voltage is lower than 340 volts.
   ⑤One phase of the fuse is burned out.
   ⑥The water pipe is damaged.
   ⑦The thermal insulation resistance of the motor to the ground is less than 0.5 megohms.
3. 
   5. Unit disassembly:
   ① Untie the cable tether, remove the pipeline part, and remove the wire protection plate.
   ② Unscrew the water drain bolt and drain all the water in the motor cavity.
   ③Remove the filter and loosen the fixing screw on the coupling that fixes the motor shaft.
   ④ Unscrew the bolts connecting the water inlet section and the motor, and separate the water pump from the motor (pay attention to leveling the unit when separating to prevent the pump shaft from bending)
   ⑤The water pump disassembly sequence is: (see Figure 1) water inlet section, impeller, diversion shell, impeller... check valve body. When disassembling the impeller, use a special tool to first loosen the tapered sleeve that fixes the impeller. Avoid disassembly during the disassembly process. Bend the pump shaft and damage various parts.
   ⑥The motor disassembly process is: (See Figure 1) Place the motor on the platform, and remove the nuts, bases, shaft head locking nuts, thrust plates, keys, and lower guides on the stud bolts (tie rod bolts) in sequence from the bottom of the motor. bearing seat, stud bolts, and then take out the rotor (be careful not to
   If the wire package is damaged), finally remove the connecting section and upper guide bearing seat.
   ⑦Unit assembly:
   Before assembly, all parts should be cleaned of rust and dirt, and all mating surfaces and fasteners should be coated with sealant, and then assembled in the reverse order of disassembly (the amount of movement of the motor shaft after assembly is about one millimeter). After completion, the coupling should be flexible, and then put the filter on to test the machine.
4. 
   6． Every time the submersible electric pump is operated for one year, or if it is operated for less than one year but has been submerged for two years, it should be disassembled and inspected in accordance with Article 5 to replace worn parts.

 1, cuir a-mach an uisge anns a’ chuas motair (gu sònraichte sa gheamhradh gus casg a chuir air an motair bho reothadh), agus ceangail an càball gu math.

 2, stòradh ann an seòmar a-staigh às aonais stuthan creimneach agus gasaichean, le teòthachd nas ìsle na 40 ° C.

 3, bu chòir cleachdadh fad-ùine aire a thoirt do chasg meirge bho phumpaichean fon uisge.

01 Tobar uisge domhainn

02 Solar uisge àrd

03 solar uisge beinne 

04 tùr uisge

05 Uisgeachadh àiteachais

06 uisgeachadh gàrraidh

07 toirt a-steach uisge aibhne

08 uisge dachaigheil