250QJR Profundus Bene Submersible Pump

OEM processus suscipe! Secundum usus usorum, consilium et fabricare varias species speciales requisita submersible motor et sentina non vexillum. Exsequendi signa: GB/T2816-2014 "Sentinam bene submersibilem", GB/T2818-2014 "Motorem asynchronum bene submersibile". Whatsapp： 17855846335

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Product Overview

The hot water pump adopts 50W400 grade high quality cold rolled silicon steel, stamped by high speed punch, with the advantages of low stator iron loss and low self-heating. The motor winding is specially designed for high temperature and anti-aging hot water motor. The winding is waterproof, and the high quality accessories such as 3CR13 stainless steel impeller shaft and high temperature durable bushing make it able to operate at high temperature for a long time, and can be used with frequency converter, which can be automatically adjusted according to the water consumption.

Conditiones usus

1, potestas supple: three-phase AC 380V (tolerantia + / - 5%), 50HZ (tolerantia + / - 1%).

2, aquae qualitate;

(1) Aqua temperatura non est altior quam XX °C;

(2) immunditia solida contenta (ratio massae) non maior est quam 0.01%;

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

(4) hydrogenii sulfidelis contentum 1.5mg/L majus non est;

(5) Ion contentum chloridum maius 400mg/L non est.

III, motor clauditur vel aqua repleta humida structura, antequam uti cavitas submersibilis motoris plena sit aqua munda, ne falsa plena sit, et deinde aqua infusione obstringere, aere emittere fulmina, secus uti non licet.

IV, sentinam submersibilem penitus demergi debet in aqua, urinarum profunditas non est maior quam 70m, imo sentina submersibilis ab imo putei non minus quam 3m.

V, puteus aquae fluxus in sentinam aquae submersibilis output et operationem continuam occurrere possit, sentinae aquae output submersibilis coerceri debet ad 0.7 - 1.2 temporibus fluxus aestimatus.

VI, puteus rectum esse, sentinam submersible vel rasurae adhiberi non potest, tantum verticali usu.

VII, sentinam submersibilem aequare oportet cum fune secundum exigentias, et externam fabricam tutelae cultro.

VIII, sentinam sine aqua nullo onere test machinari stricte prohibetur

Model Meaning

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Partialis Model Reference

Model	Flow (m3/h)	Caput (m)	Rotatingspeed (Mutatio / punctum)	Aqua sentinam(%)	Outlet diametri (mm)	Lorem bene diametri (mm)	Ratum power(KW）	Ratum voltage(V)	Ratum current (A *	Motorefficiency (%)	potentia factorcosφ	Unitas Aculeis Maximus amplitudo (mm)	Animadverte
250QJ50-40	50	40	2875	72	80	250supra	9.2	380	21.7	78.5	0.82	233
250QJ50-60		60					13		30.1	80.0	0.82
250QJ50-80		80					18.5		40.8	82.0	0.84
250QJ50-100		100					22		47.9	83.0	0.84
250QJ50-120		120					25		53.8	84.0	0.84
250QJ50-140		140					30		64.2	84.5	0.84
250QJ50-160		160					37		77.8	85.0	0.85
250QJ50-200		200					45		94.1	85.5	0.85
250QJ50-240		240					55		114.3	86.0	0.85
250QJ50-280		280					63		131.0	86.0	0.85
250QJ50-320		320					75		152.3	87.0	0.86
250QJ50-400		400					90		182.8	87.0	0.86
250QJ50-440		440					100		203.1	87.0	0.86
250QJ63-40	63	40	2875	74	80	250supra	11	380	25.8	79.0	0.82	233
250QJ63-60		60					18.5		40.8	82.0	0.84
250QJ63-80		80					22		47.9	83.0	0.84
250QJ63-100		100					30		64.2	84.5	0.84
250QJ63-120		120					37		77.8	85.0	0.85
250QJ63-160		160					45		94.1	85.5	0.85
250QJ63-200		200					55		114.3	86.0	0.85
250QJ63-220		220					63		131.0	86.0	0.85
250QJ63-260		260					75		152.3	87.0	0.86
250QJ63-300		300					90		182.8	87.0	0.86
250QJ63-360		360					100		203.1	87.0	0.86
250QJ80-20	80	20	2875	75	100	250supra	7.5	380	18.0	78.0	0.81	233
250QJ80-40		40					15		33.9	81.0	0.83
250QJ80-60		60					22		47.9	83.0	0.84
250QJ80-80		80					30		64.2	84.5	0.84
250QJ80-100		100					37		77.8	85.0	0.85
250QJ80-120		120					45		94.1	85.5	0.85
250QJ80-160	80	160	2875	75	100	250supra	55	380	114.3	86.0	0.85	233
250QJ80-180		180					63		131.0	86.0	0.85
250QJ80-200		200					75		152.3	87.0	0.86
250QJ80-240		240					90		182.8	87.0	0.86
250QJ80-280		280					100		203.1	87.0	0.86
250QJ100-18	100	18	2875	75	100	250supra	7.5	380	18.0	78.0	0.81	233
250QJ100-36		36					15		33.9	81.0	0.83
250QJ100-54		54					25		53.8	84.0	0.84
250QJ100-72		72					30		64.2	84.5	0.84
250QJ100-90		90					37		77.8	85.0	0.85
250QJ100-108		108					45		94.1	85.5	0.85
250QJ100-126		126					55		114.3	86.0	0.85
250QJ100-144		144					63		131.0	86.0	0.85
250QJ100-162		162					75		152.3	87.0	0.86
250QJ100-198		198					90		182.8	87.0	0.86
250QJ100-216		216					100		203.1	87.0	0.86
250QJ125-16	125	16	2875	76	125	250supra	9.2	380	21.7	78.5	0.82	233
250QJ125-32		32					18.5		40.8	82.0	0.84
250QJ125-48		48					25		53.8	84.0	0.84
250QJ125-64		64					37		77.8	85.0	0.85
250QJ125-80		80					45		94.1	85.5	0.85
250QJ125-96		96					55		114.3	86.0	0.85
250QJ125-112		112					63		131.0	86.0	0.85
250QJ125-128		128					75		152.3	87.0	0.86
250QJ125-160		160					90		182.8	87.0	0.86
250QJ125-176		176					100		203.1	87.0	0.86
250QJ125-192		192					110		219.6	87.5	0.87
250QJ140-15	140	15	2875	76	125	250supra	9.2	380	21.7	78.5	0.82	233
250QJ140-30		30					18.5		40.8	82.0	0.84
250QJ140-45		45					30		64.2	84.5	0.84
250QJ140-60		60					37		77.8	85.0	0.85
250QJ140-75		45					45		94.1	85.5	0.85
250QJ140-90		90					55		114.3	86.0	0.85
250QJ140-105	140	105	2875	76	125	250supra	63	380	131.0	86.0	0.85	233
250QJ140-120		120					75		152.3	87.0	0.86
250QJ140-150		150					90		182.8	87.0	0.86
250QJ140-165		165					100		203.1	87.0	0.86
250QJ140-180		180					110		219.6	87.5	0.87
250QJ200-20	200	20	2875	75	150	250supra	18.5	380	40.8	82.0	0.84	233
250QJ200-40		40					37		77.8	85.0	0.85
250QJ200-60		60					55		114.3	86.0	0.85
250QJ200-80		80					75		152.3	87.0	0.86
250QJ200-100		100					90		182.8	87.0	0.86
250QJ200-120		120					100		203.1	87.0	0.86
250QJ200-140		140					125		249.5	87.5	0.87

Salus Cautelae

This well submersible pump is a clean water pump. It is strictly prohibited to dig new wells and extract sediment and turbid water. The voltage grade of the well pump is 380/50HZ. Other submersible motors with different voltage grades need to be customized. Underground cables must be waterproof and equipped with starting equipment, such as distribution boxes, etc. The starting equipment should have conventional comprehensive motor protection functions, such as short circuit overload protection, phase loss protection, undervoltage protection, grounding protection and idling protection. In abnormal cases, the protection device should be tripped in time. The pump must be reliably grounded when installed and used. It is prohibited to push and pull the switch when the hands and feet are wet. The power must be cut off before installation and maintenance of the pump. The place where the pump is used must be clearly marked with "anti-electric shock". Before going down the well or installation, the motor must be filled with distilled water or non-corrosive clean cold water. The intake/drain bolts must be tightened. When testing the pump on the ground, water must be added to the pump chamber to lubricate the rubber bearings. The instantaneous start should not exceed one second to check whether the direction is correct. This is also applicable to direction indication. When using the vertical electric pump, pay attention to safety to prevent overturning and injury. Strictly in accordance with the provisions of the pump lift and flow range of use, to prevent the pump in low lift has a large flow or high lift has a large pull, resulting in extreme wear of thrust bearings and other parts, so that the motor overload burned. After the pump into the well, the measurement of the insulation resistance between the motor and the ground shall not be less than 100MΩ. After the start, regular observation of voltage and current, and check whether the motor winding insulation meets the requirements of the provisions. If the pump storage location temperature is below freezing, the water in the motor cavity should be drained to prevent freezing in the motor cavity and damage the motor due to low temperature.

Introductio ad Structuram

Brevis introductio structurae: pars sentinae maxime componitur ex stipite sentinali, impulsore, putamine diversio, globulus portante, valvae corporis (partes ad libitum) et alia membra inspicienda. Pars motor maxime composita ex basi, pressione cinematographico moderante, bracteae impulsus portans, fixurae laminae, dux inferior sedem gerens, stator, rotor, dux superior sedem gerens, annulum harenae, aqua limbum sectio, funem et alia elementa.

Pelagus features productum includit:

I, motor aquaticus plenus humidus submersibilis asynchronous motor tres phase asynchronous motor est, cavitatis motoriae plena est aqua munda, ad refrigerandum motorem et praeligatum ferentem, pressionis cinematographicae in fundo motoris moderatae aptando. ex expansione et contractione pressionis differentiae aquae intra corpus causatum ex mutatione caliditatis oriuntur motoris.

2, Ut arena in puteo aquae motoris ne ingrediatur, superior finis motoris scapus duobus sigillis olei instructus est, et anulus arenarius instituitur ad structuram arcendam ne structuram formandam.

3, Ad ne scapi sentinam excurrere incipiendo, scapi sentinae et scapus motoriis coitu inter se conexi sunt, superiorque impulsus in inferiore parte motoris instituitur.

IV, lubricatio motoris et sentinae afferentis est aqua lubricatio.

5, Motor stator coluber factus est altae qualitatis filum flexuosum submersibile, cum magna operatione velit.

VI, Sentina ab computatrum CAD designatur, cum simplici structura et operatione technica bona.

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install

(I) Praeparatio ante institutionem:
1. Perspice an sentinam submersibilem usui conditionibus occurrat et ambitum in manuali definitum.
2. Utens obiectu gravi cum diametro aequali maximo diametro exterioris sentinae submersibilis, metire an inneldiametri putoris sentinam submersibilem aptare possit, et metire an puteus profundus ad institutionem requisita occurrat.
3. Reprehendo utrum puteus mundus sit, et si puteus aqua turbidus est. Numquam uti sentinam electricam submersibilem ad lavandum putorem sentinam lutum et aquam arenam ad vitandum praematurum damnum ad sentinam electricam submersibilem.
4. Reprehendo an positio fibulae institutionis welhead sit conveniens et an qualitatem totius unitatis sustinere possit
5. Reprehendo si partes sentinae submersibiles sint perfectae et rite institutae secundum schematis conventus in manu-Removeo velum colum et gyrari queat ad videndum an mollius circumagatur.
6. Aquam cochleae et cavum mobilem reple, non mordax aqua (ex corrosivis (vide ut eam sursum), tum obstringas aqualram. Post 12 horas aquae injectiones, insulatio motoris resistentia non minus quam 150M Q mensurata est cum 500V tabula quatiens.
7. Cable iuncturam, globulus manica 120mm abscindens ab extremo e fune exeuntis et adaptans funem cum cultello electriciano vacillat longitudine trium filorum nucleorum in figura calcatae, decoriabit 20mm nucleum cupri, rade oxydi. iacuit extrinsecus filum aeneum cum cultello vel panno arenario, et inseres duas filis connexis in palirs. Postea ligans lauacrum arcte cum filo cupreo, solidatur illud penitus et firmiter, et arena cuiuslibet. silua in superficie. Deinde tres articulos, polyvestrum taeniola utere, ut eas in modum semi reclinatum pro tribus labris involvas. Involve ad duos terminos stratis ligaturae tightywith nyion stamina, et deinde utere modum reclinatum semi reclinatum ad machinam trium ordinum involvere. Involve exterius cum summus pressura velit machinae tres ordines. Denique ternas plicas simul et eas identidem involvunt pro quinque laminis cum taenia alta pressura. Singulae tabulae arcte ligatae esse debent, et articuli interpositi stricta et fimm debent esse ne aqua in velitationem penetrare et laedere, Involutione, aqua macerari in cella temperie 20'c per 12 horas, et metiare velit resistentiam cum mensa quatiente. quod non debet esse minus quam 100M Ω .

Adnexa funis processus schematis wiring talis est:
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8. Multimetro utere ad reprimendam num tria-phasma fila connexa sint et an resistentia DC proxime libratum sit.
9. Perscriptio num ambitus et transformantis capacitas cumulatur, et tunc coniunge cum onere transitum tutelae vel apparatum incipiens. Vide Tabulam 2 ad exempla specifica, et mitte situlam aquae in sentinam aquae ex aqua sentinae exitum ad praestringendum iuvantis gestus in sentinam, et pone sentinam submersibilem electricam erectam et constantem.Start (non plus quam unum secundum) et vide utrum directio gubernii sit cum signo gubernaculo consonans. Sin minus, aliquos duos connexiones trium-phase cables permuto. Deinde colum inaugurare et ad puteum descendere parant. Si in peculiaribus occasionibus adhibeantur (sicut fossae, fossae, flumina, stagna, stagna, etc.), sentinam electricam certo fundari debent.

(2) Installation instrumentorum et instrumentorum;
1. Unum par catenarum levandi plus duobus talentis.
2. Tripode cum perpendiculo non minus quam quattuor metra.
3. Duo funes suspensi (funes filum) qui pondus plus quam unum ton ferre possunt (pondere aquae soleatus completae).
4. duo paria fibulatorum inaugurare (facile).
5. Clavis, malleis, verticillis, instrumentis electricis et instrumentis, etc.

(III) Electric sentinam institutionem:
1. Tabulae institutionis sentinae submersibilis electrici in Figura ostenditur 2. Specificae institutiones dimensiones in Tabula 3 monstrantur "Index institutionis Dimensiones Submersible Electric Pump".

2. Solatus electrici submersibiles cum capite minore quam 30 metra directe levari possunt in puteum caligarum et funiculos filum vel alias funiculos cannabinos, qui plenum pondus totius machinae, fistulae aquae et aquae in tibiis ferre possunt.

3. Pumps cum capite plusquam 30 metrorum utimur fistulis ferreis, et series institutionis haec est:
① Fibulae utere ad fibulae partem superiorem sentinam aquae (motricis et aquae sentinae hoc tempore coniunctae sunt), eam cum cathena pensili tolle, et lente eam in puteum ligabis, donec Fibulae in putei caput auferas et removeas. catena pendula.
② Alterum par fibularum utere ad fistulam fibulae, eam leva cum cathena pendula 15 cm a LABIUM, et lente deprime. Inter fistulam LABIUM et sentinam flangePut Flexilis caudex in loco, et obstringere tibiam et sentinam aequabiliter cum valvis, nucibus et lavatoribus veris.
③ Sentinam submersibilem leviter tolle, fibulam in superiore fine aquae sentinae tolle, funem ligabis ad fistulam aquae cum taenia plastica firmiter, et lente ligabis eam donec Fibulae ad putei caput ponatur.
Eadem methodo omnes aquae fistulas in puteum alligant.
⑤Post funem plumbeum ad imperium transitum coniungitur, cum copia trium phase iungitur.

(4.) Notae in installation:
1. Si vallum phaenomenon in flantibus processum inveniatur, vertere vel fistulam aquam trahere, ut punctum vallum superetur. Si variae mensurae adhuc non operantur, quaeso Noli sentinam cogere ad vitandum damnum in sentinam electricam et puteum submersibilem.
2. In institutione, codex iuvantis ad cuiusque fistulae LABIUM collocari debet et aequaliter coarctari.
3. Cum aqua sentina in puteum demissa, in media fistula putei poni debet, ne sentinam contra murum putei diu curreret, sentinam pulsum et motorem verrere et comburere. .
4. Determinare profunditatem aquae sentinae ad imum putei iuxta arenam fluentem et condiciones putei limum. Sentinam in luto non sepelias. Distantia aquae sentinae ad fundum putei fere non minus quam 3 metra (vide figura 2).
5. Aquae viscus profunditas aquae sentinae non minus esse debet quam 1-1.5 metra a gradu aquae dynamicae ad nodi aquae diverticulum (vide Figure 2). Alioquin aquae sentinae gestus facile laedantur.
6. Aquae levare sentinam nimis humilis esse non potest. Alioquin valvae portae aquae putei fistulae inaugurari debet ut fluere sentinam fluere apud punctum aestimatum fluere prohibeat ne motor oneretur et exuratur propter magnas rates fluxus.
7. Cum aqua currit sentina, aqua output continuum et par esse debet, currens sit stabilis (sub condiciones operationis aestimatae, plerumque non plus quam 10% currentis aestimatae), nec vibratio nec strepitus esse debet. Si qua deprauatio est, machina cessari debet causam cognoscendi et removendi.
8. Cum inaugurari, attende ad occasum filum fundationis motoris (vide Figure 2). Fistula cum aqua est ferrea tibia, a puteo fibulato duc; cum fistula aquatica fistula plastica est, eam a fundamento sentinae electrici notam duc.

Tutela et sustentationem

（1）After the submersible pump is installed, check the insulation resistance and three-phase conduction from the switch again, check whether the instrument and the connection of the start equipment are wrong, if there is no problem, the trial machine can be started, and observe whether the indicator readings of the instrument exceed the rated voltage and current specified on the nameplate after the start, and observe whether the pump has noise and vibration phenomenon, and put into operation if everything is normal.
（2）After the first operation of the pump for four hours, the motor should be shut down to test the thermal insulation resistance quickly, and its value should not be less than 0.5 megaohm.
（3）After the pump is shut down, it should be started after five minutes to prevent the water column in the pipe from being completely reflowed and causing excessive motor current and burnout.
（4）After the pump is put into normal operation, in order to prolong its service life, it is necessary to check whether the supply voltage, working current and insulation resistance are normal regularly. If the following conditions are found, the pump should be shut down immediately to troubleshoot.
1 In the rated condition, the current exceeds 20%.
2 Aquae dynamicae in gradu aquae guttae ad sectionem limbi aquae intermittentes efficiunt.
3 Sentinam submersibilem habet vehementem vibrationem vel sonum.
4 Copia intentionis infra 340 voltas est.
5 A fuso peruritur.
6 Aquarum fistula laeditur.
7 The motor's thermal insulation resistance is lower than 0.5 megaohm.
（5）Unit disassembly:
1 Untie the cable tie, remove the pipeline part, and remove the wire plate.
2 cochleae aquam fulmine deprime, aquam in camera motoria pone.
3 colum remove, cochleam fixam solve in junctura, figere vectem motoriam.
4 cochleae descendit fulmen cum sectione motore aquam connectens limbum, et sentinam a motore separa (attende ad pulvinum unitatis cum secernendo, ne inflexio scapi sentinae)
5 disassembly series sentinae est: (vide figuram 1) aqua limbi sectio, impulsor, diversio putamen, impulsor ....... corpus valvae reprehendo, impulsor removens, specialia instrumenta adhibent ad manicam fixarum conicam solvendam. impulsor primus, neve inflectens et sentinam stipitem in processu disassemble contundere.
6 disassembly processus motoris est: (vide figure 1) motorem in suggestu ponere, ac nuces basi tollere, hastile caput nucis densis, laminam clavem impellere, clavem inferiorem duce sede gestans et duplex caput fulmen ab imo. in vicem motoris, et deinde rotor (animadverte ne sarcinam filum laedas) tollas et demum sectionem connectentem et ductorem superiorem sedem gestantem removeas.
7 unitas conventus: ante ecclesiam, aerugo et sordes partium purgari debent, et superficies coitus et fasteners obductis sealant, et deinde in opposito ordine disassemble congregantur (scapus motor movens sursum et deorsum post conventum circiter unum. millimetre), post conventum, coniunctio flexibilis esse debet, et postea machina emissarium velamentum test. Soleatus submersibiles accipientur e puteo ad distrahendum et sustentandum secundum Articulum 5 post annum operationis, vel minus quam annus operationis, sed biennium tempus tribuendi, et partes attritae reponentur.

Repono et custodiam

This product is a submersible pump. In order to ensure that your equipment can work effectively for a long time, we provide the following suggestions: In winter, pay special attention to draining the water in the motor cavity to prevent freezing; roll up the cable and tie it well.When storage, select a room with a temperature below 40 °C and no corrosive substances or gases. When not in use for a long time, be sure to prevent the submersible pump from rusting.These simple methods will improve the service life and performance of the product, ensuring that you can fully enjoy the convenience and benefits it brings.

Partibus gerens