The motor is filled with clean water, and the special wear-resistant sleeve with water as the medium (no grease and no pollution). The impeller group is made of stainless steel 304, which is corrosion-resistant, wear-resistant, energy-saving and environmentally friendly, suitable for extracting underground drinking water, fountains, seawater, and can also be used for beverage, food, petrochemical industry, marine fire protection, etc.
1. Stromversorgung: dreiphasiger Wechselstrom 380 V (Toleranz +/- 5 %), 50 Hz (Toleranz +/- 1 %).
2, Wasserqualität:
(1) Die Wassertemperatur beträgt nicht mehr als 20 °C.
(2) der Gehalt an festen Verunreinigungen (Massenverhältnis) beträgt nicht mehr als 0,01 %;
(3) PH-Wert (pH) 6,5–8,5;
(4) Der Schwefelwasserstoffgehalt beträgt nicht mehr als 1,5 mg/l;
(5) Der Chloridionengehalt beträgt nicht mehr als 400 mg/l.
3. Der Motor ist eine geschlossene oder mit Wasser gefüllte Nassstruktur. Vor der Verwendung muss der Hohlraum des Tauchmotors mit sauberem Wasser gefüllt sein, um ein falsches Füllen zu verhindern. Ziehen Sie dann die Wassereinspritz- und Luftablassschrauben fest, da die Verwendung sonst nicht zulässig ist.
4. Die Tauchpumpe muss vollständig im Wasser eingetaucht sein, die Tauchtiefe darf 70 m nicht überschreiten und der Abstand zwischen der Tauchpumpe und dem Boden des Brunnens darf nicht weniger als 3 m betragen.
5. Der Brunnenwasserdurchfluss muss der Wasserleistung der Tauchpumpe und dem Dauerbetrieb entsprechen. Die Wasserleistung der Tauchpumpe muss auf das 0,7- bis 1,2-fache des Nenndurchflusses geregelt werden.
6. Der Brunnen sollte gerade sein. Die Tauchpumpe darf nicht verwendet oder entleert werden, sondern nur vertikal verwendet werden.
7. Die Tauchpumpe muss mit dem Kabel entsprechend den Anforderungen und dem externen Überlastschutzgerät abgestimmt sein. 8. Es ist strengstens verboten, die Pumpe ohne Wasser im Leerlauf zu testen.
4SPstainless steel submersible pumps |
|||||
Modell |
Fließen m³/h |
Kopf (M) |
Motor Leistung (KW) |
Einheit Durchmesser (mm) |
Durchmesser (mm) |
4SP2-92/23 |
2 |
92 |
1,1 kW |
105 |
110以上 |
4SP2-112/28 |
112 |
1,5 kW |
|||
4SP2-132/33 |
132 |
1,5 kW |
|||
4SP2-160/40 |
160 |
2,2 kW |
|||
4SP2-192/48 |
192 |
2,2 kW |
|||
4SP2-220/55 |
220 |
3 kW |
|||
4SP3-64/15 |
3 |
64 |
1,1 kW |
105 |
110 以上 |
4SP3-77/18 |
77 |
1,1 kW |
|||
4SP3-94/22 |
94 |
1,5 kW |
|||
4SP3-107/25 |
107 |
1,5 kW |
|||
4SP3-137/32 |
137 |
2,2 kW |
|||
4SP3-167/39 |
167 |
3 kW |
|||
4SP3-188/44 |
188 |
3 kW |
|||
4SP3-222/52 |
222 |
4kw |
|||
4SP5-48/12 |
5 |
48 |
1,1 kW |
105 |
110 以上 |
4SP5-68/17 |
68 |
1,5 kW |
|||
4SP5-88/22 |
88 |
2,2 kW |
|||
4SP5-100/25 |
100 |
2,2 kW |
|||
4SP5-132/33 |
132 |
3 kW |
|||
4SP5-152/38 |
152 |
4KW |
|||
4SP5-160/40 |
160 |
4kw |
|||
4SP5-176/44 |
176 |
4kw |
|||
4SP5-208/52 |
208 |
5,5 kW |
|||
4SP5-260/65 |
260 |
7,5 kW |
|||
4SP5-300/75 |
300 |
7,5 kW |
4SPstainless steel submersible pumps |
|||||
Modell |
Fließen m³/h |
Kopf (M) |
Motor Leistung (KW) |
Einheit Durchmesser (mm) |
Durchmesser (mm) |
4SP8-30/7 |
8 |
30 |
1.1KW |
105 |
110以上 |
4SP8-43/10 |
43 |
1.5KW |
|||
4SP8-51/12 |
51 |
2.2KW |
|||
4SP8-60/14 |
60 |
2.2KW |
|||
4SP8-77/18 |
77 |
3KW |
|||
4SP8-90/21 |
90 |
4KW |
|||
4SP8-103/24 |
103 |
4KW |
|||
4SP8-129/30 |
129 |
5,5 kW |
|||
4SP8-150/35 |
150 |
5,5 kW |
|||
4SP8-172/40 |
172 |
7,5 kW |
|||
4SP8-189/44 |
189 |
7,5 kW |
|||
4SP8-210/50 |
210 |
7,5 kW |
|||
4SP14-22/5 |
14 |
22 |
1.5KW |
105 |
110以上 |
4SP14-31/7 |
31 |
2.2KW |
|||
4SP14-44/10 |
44 |
3KW |
|||
4SP14-57/13 |
57 |
4KW |
|||
4SP14-66/15 |
66 |
5,5 kW |
|||
4SP14-79/18 |
79 |
5,5 kW |
|||
4SP14-93/21 |
93 |
7,5 kW |
|||
4SP14-110/25 |
110 |
7,5 kW |
5SPstainless steel submersible pumps |
|||||
Modell |
Fließen m³/h |
Kopf (M) |
Motor Leistung (KW) |
Einheit Durchmesser (mm) |
Durchmesser (mm) |
5SP8-50/6 |
8 |
50 |
2,2 kW |
130 |
135 |
5SP8-75/9 |
75 |
3 kW |
|||
5SP8-100/12 |
100 |
4kw |
|||
5SP8-133/16 |
133 |
5,5 kW |
|||
5SP8-191/23 |
191 |
9,2 kW |
|||
5SP8-224/27 |
224 |
11 kW |
|||
5SP8-274/33 |
274 |
13 kW |
|||
5SP8-324/39 |
324 |
15 kW |
|||
5SP8-373/45 |
373 |
18,5 kW |
|||
5SP10-36/4 |
10 |
36 |
2,2 kW |
130 |
135 |
5SP10-45/5 |
45 |
3 kW |
|||
5SP10-63/7 |
63 |
4kw |
|||
5SP10-90/10 |
90 |
5,5 kW |
|||
5SP10-126/14 |
126 |
7,5 kW |
|||
5SP10-153/17 |
153 |
9,2 kW |
|||
5SP10-189/21 |
189 |
11 kW |
|||
5SP10-225/25 |
225 |
13 kW |
|||
5SP10-261/29 |
261 |
15 kW |
|||
5SP10-324/36 |
324 |
18,5 kW |
|||
5SP10-360/40 |
360 |
22 kW |
5SPstainless steel submersible pumps |
|||||
Modell |
Fließen m³/h |
Kopf (M) |
Motor Leistung (KW) |
Einheit Durchmesser (mm) |
Durchmesser (mm) |
5SP15-25/3 |
15 |
25 |
2.2KW |
130 |
135 |
5SP15-42/5 |
42 |
3KW |
|||
5SP15-59/7 |
59 |
4KW |
|||
5SP15-76/9 |
76 |
5,5 kW |
|||
5SP15-93/11 |
93 |
7,5 kW |
|||
5SP15-110/13 |
110 |
7,5 kW |
|||
5SP15-127/15 |
127 |
9,2 kW |
|||
5SP15-144/17 |
144 |
11KW |
|||
5SP15-161/19 |
161 |
11KW |
|||
5SP15-178/21 |
178 |
13KW |
|||
5SP15-195/23 |
195 |
15KW |
|||
5SP15-255/30 |
255 |
18,5 kW |
|||
5SP15-300/35 |
300 |
22KW |
|||
5SP15-340/40 |
340 |
25KW |
|||
5SP20-23/3 |
20 |
23 |
2,2 kW |
130 |
135 |
5SP20-30/4 |
30 |
3 kW |
|||
5SP20-38/5 |
38 |
4kw |
|||
5SP20-53/7 |
53 |
5,5 kW |
|||
5SP20-75/10 |
75 |
7,5 kW |
|||
5SP20-90/12 |
90 |
9,2 kW |
|||
5SP20-113/15 |
113 |
11 kW |
|||
5SP20-135/18 |
135 |
13 kW |
|||
5SP20-158/21 |
158 |
15 kW |
|||
5SP20-195/26 |
195 |
18,5 kW |
|||
5SP20-225/30 |
225 |
22 kW |
|||
5SP20-270/36 |
270 |
25KW |
|||
5SP20-310/42 |
310 |
30KW |
|||
5SP25-23/3 |
25 |
23 |
2,2 kW |
130 |
135 |
5SP25-30/4 |
30 |
3 kW |
|||
5SP25-38/5 |
38 |
4kw |
|||
5SP25-45/6 |
45 |
5,5 kW |
|||
5SP25-68/9 |
68 |
7,5 kW |
|||
5SP25-83/11 |
83 |
9,2 kW |
|||
5SP25-98/13 |
98 |
11 kW |
|||
5SP25-120/16 |
120 |
13 kW |
|||
5SP25-143/19 |
143 |
15 kW |
|||
5SP25-173/23 |
173 |
18,5 kW |
|||
5SP25-210/28 |
210 |
22 kW |
|||
5SP25-235/32 |
235 |
25KW |
|||
5SP25-285/39 |
285 |
30KW |
5SPstainless steel submersible pumps |
|||||
Modell |
Fließen m³/h |
Kopf (M) |
Motor Leistung (KW) |
Einheit Durchmesser (mm) |
Durchmesser (mm) |
5SP30-14/2 |
30 |
14 |
2.2KW |
130 |
135 |
5SP30-21/3 |
21 |
3KW |
|||
5SP30-28/4 |
28 |
4KW |
|||
5SP30-35/5 |
35 |
5,5 kW |
|||
5SP30-42/6 |
42 |
5,5 kW |
|||
5SP30-49/7 |
49 |
7,5 kW |
|||
5SP30-56/8 |
56 |
7,5 kW |
|||
5SP30-63/9 |
63 |
9,2 kW |
|||
5SP30-70/10 |
70 |
9,2 kW |
|||
5SP30-77/11 |
77 |
11 kW |
|||
5SP30-84/12 |
84 |
11 kW |
|||
5SP30-91/13 |
91 |
13 kW |
|||
5SP30-98/14 |
98 |
13 kW |
|||
5SP30-105/15 |
105 |
15 kW |
|||
5SP30-112/16 |
112 |
15 kW |
|||
5SP30-136/20 |
136 |
18,5 kW |
|||
5SP30-154/22 |
154 |
22KW |
|||
5SP30-172/25 |
172 |
25KW |
|||
5SP30-210/30 |
210 |
30KW |
6SPstainless steel submersible pumps |
|||||
Modell |
Fließen m³/h |
Kopf (M) |
Motor Leistung (KW) |
Einheit Durchmesser (mm) |
Durchmesser (mm) |
6SP10-35/4 |
10 |
35 |
2,2 kW |
143 |
150 |
6SP10-53/6 |
53 |
3 kW |
|||
6SP10-70/8 |
70 |
4kw |
|||
6SP10-96/11 |
96 |
5,5 kW |
|||
6SP10-131/15 |
131 |
7,5 kW |
|||
6SP10-157/18 |
157 |
9,2 kW |
|||
6SP10-192/22 |
192 |
11 kW |
|||
6SP10-226/26 |
226 |
13 kW |
|||
6SP10-261/30 |
261 |
15 kW |
|||
6SP10-322/37 |
322 |
18,5 kW |
|||
6SP17-40/5 |
17 |
40 |
3 kW |
143 |
150 |
6SP17-48/6 |
48 |
4kw |
|||
6SP17-72/9 |
72 |
5,5 kW |
|||
6SP17-96/12 |
96 |
7,5 kW |
|||
6SP17-128/16 |
128 |
9,2 kW |
|||
6SP17-152/19 |
152 |
11 kW |
|||
6SP17-168/21 |
168 |
13 kW |
|||
6SP17-208/26 |
208 |
15 kW |
|||
6SP17-256/32 |
256 |
18,5 kW |
|||
6SP17-312/39 |
312 |
22 kW |
|||
6SP20-37/4 |
20 |
37 |
3 kW |
143 |
150 |
6SP20-43/5 |
43 |
4kw |
|||
6SP20-68/8 |
68 |
5,5 kW |
|||
6SP20-85/10 |
85 |
7,5 kW |
|||
6SP20-111/13 |
111 |
9,2 kW |
|||
6SP20-136/16 |
136 |
11 kW |
|||
6SP20-162/19 |
162 |
13 kW |
|||
6SP20-196/23 |
196 |
15 kW |
|||
6SP20-230/27 |
230 |
18,5 kW |
|||
6SP20-281/33 |
281 |
22 kW |
|||
6SP20-332/39 |
332 |
25 kW |
6SPstainless steel submersible pumps |
|||||
Modell |
Fließen m³/h |
Kopf (M) |
Motor Leistung (KW) |
Einheit Durchmesser (mm) |
Durchmesser (mm) |
6SP25-33/4 |
25 |
33 |
4kw |
143 |
150 |
6SP25-49/6 |
49 |
5,5 kW |
|||
6SP25-74/9 |
74 |
7,5 kW |
|||
6SP25-90/11 |
90 |
9,2 kW |
|||
6SP25-106/13 |
106 |
11 kW |
|||
6SP25-122/15 |
122 |
13 kW |
|||
6SP25-147/18 |
147 |
15 kW |
|||
6SP25-180/22 |
180 |
18,5 kW |
|||
6SP25-212/26 |
212 |
22 kW |
|||
6SP25-245/30 |
245 |
25 kW |
|||
6SP25-293/36 |
293 |
30 kW |
|||
6SP25-325/40 |
325 |
37kw |
|||
6SP25-360/44 |
360 |
37kw |
|||
6SP25-390/48 |
390 |
45kw |
|||
6SP25-431/53 |
431 |
45kw |
|||
6SP30-23/3 |
30 |
23 |
3 kW |
143 |
150 |
6SP30-30/4 |
30 |
4kw |
|||
6SP30-38/5 |
38 |
5,5 kW |
|||
6SP30-53/7 |
53 |
7,5 kW |
|||
6SP30-75/10 |
75 |
9,2 kW |
|||
6SP30-90/12 |
90 |
11 kW |
|||
6SP30-105/14 |
105 |
13 kW |
|||
6SP30-120/16 |
120 |
15 kW |
|||
6SP30-150/20 |
150 |
18,5 kW |
|||
6SP30-188/25 |
188 |
22 kW |
|||
6SP30-210/28 |
210 |
25 kW |
|||
6SP30-255/34 |
255 |
30 kW |
|||
6SP30-293/25 |
293 |
37kw |
|||
6SP30-351/30 |
351 |
45kw |
|||
6SP30-410/35 |
410 |
55kw |
|||
6SP30-468/40 |
468 |
63kw |
6SPstainless steel submersible pumps |
|||||
Modell |
Fließen m³/h |
Kopf (M) |
Motor Leistung (KW) |
Einheit Durchmesser (mm) |
Durchmesser (mm) |
6SP35-20/2 |
35 |
20 |
3 kW |
143 |
150 |
6SP35-30/3 |
30 |
4kw |
|||
6SP35-40/4 |
40 |
5,5 kW |
|||
6SP35-51/5 |
51 |
7,5 kW |
|||
6SP35-61/6 |
61 |
9,2 kW |
|||
6SP35-72/7 |
72 |
11 kW |
|||
6SP35-82/8 |
82 |
13 kW |
|||
6SP35-102/10 |
102 |
15 kW |
|||
6SP35-123/12 |
123 |
18,5 kW |
|||
6SP35-143/14 |
143 |
22 kW |
|||
6SP35-164/16 |
164 |
25 kW |
|||
6SP35-204/20 |
204 |
30 kW |
|||
6SP35-255/25 |
255 |
37kw |
|||
6SP35-306/30 |
306 |
45kw |
|||
6SP35-360/35 |
360 |
|
|||
6SP35-410/40 |
410 |
63kw |
|||
6SP40-18/2 |
40 |
18 |
3 kW |
143 |
150 |
6SP40-27/3 |
27 |
5,5 kW |
|||
6SP40-45/5 |
45 |
7,5 kW |
|||
6SP40-55/6 |
55 |
|
|||
6SP40-64/7 |
64 |
11 kW |
|||
6SP40-74/8 |
74 |
|
|||
6SP40-92/10 |
92 |
15 kW |
|||
6SP40-110/12 |
110 |
18,5 kW |
|||
6SP40-129/14 |
129 |
22 kW |
|||
6SP40-145/16 |
145 |
25 kW |
|||
6SP40-184/20 |
184 |
30 kW |
|||
6SP40-220/24 |
220 |
37kw |
|||
6SP40-320/35 |
320 |
55kw |
|||
6SP40-360/40 |
360 |
63kw |
|||
6SP46-17/2 |
46 |
17 |
3 kW |
143 |
150 |
6SP46-25/3 |
25 |
5,5 kW |
|||
6SP46-45/5 |
45 |
7,5 kW |
|||
6SP46-54/6 |
54 |
9,2 kW |
|||
6SP46-63/7 |
63 |
kw |
|||
6SP46-72/8 |
72 |
13 kW |
|||
6SP46-90/10 |
90 |
15 kW |
|||
6SP46-108/12 |
108 |
18,5 kW |
|||
6SP46-126/14 |
126 |
22 kW |
|||
6SP46-144/16 |
144 |
25 kW |
|||
6SP46-180/20 |
180 |
30 kW |
|||
6SP46-207/23 |
207 |
37kw |
|||
6SP46-252/28 |
252 |
45kw |
|||
6SP46-270/30 |
270 |
45kw |
|||
6SP46-315/35 |
315 |
55kw |
|||
6SP46-360/40 |
360 |
63kw |
6SPstainless steel submersible pumps |
|||||
Modell |
Fließen m³/h |
Head (m) |
Motor Leistung (KW) |
Einheit Durchmesser (mm) |
Durchmesser (mm) |
6SP50-8/1 |
50 |
8 |
1,5 kW |
143 |
150 |
6SP50-17/2 |
17 |
3 kW |
|||
6SP50-25/3 |
25 |
5,5 kW |
|||
6SP50-34/4 |
34 |
7,5 kW |
|||
6SP50-43/5 |
43 |
7,5 kW |
|||
6SP50-51/6 |
51 |
9,2 kW |
|||
6SP50-60/7 |
60 |
11 kW |
|||
6SP50-68/8 |
68 |
13 kW |
|||
6SP50-86/10 |
86 |
15 kW |
|||
6SP50-103/12 |
103 |
18,5 kW |
|||
6SP50-120/14 |
120 |
22 kW |
|||
6SP50-137/16 |
137 |
25 kW |
|||
6SP50-154/18 |
154 |
30 kW |
|||
6SP50-172/20 |
172 |
30 kW |
|||
6SP50-206/24 |
206 |
37kw |
|||
6SP50-258/30 |
258 |
45kw |
|||
6SP50-300/35 |
300 |
55kw |
|||
6SP50-344/40 |
344 |
63kw |
|||
6SP60-15/2 |
60 |
15 |
4kw |
143 |
150 |
6SP60-23/3 |
23 |
5,5 kW |
|||
6SP60-30/4 |
30 |
7,5 kW |
|||
6SP60-38/5 |
38 |
9,2 kW |
|||
6SP60-45/6 |
45 |
|
|||
6SP60-53/7 |
53 |
13 kW |
|||
6SP60-60/8 |
60 |
15 kW |
|||
6SP60-68/9 |
68 |
18,5 kW |
|||
6SP60-83/11 |
83 |
22 kW |
|||
6SP60-105/14 |
105 |
25 kW |
|||
6SP60-120/16 |
120 |
30 kW |
|||
6SP60-150/18 |
150 |
37kw |
|||
6SP60-200/24 |
200 |
45kw |
|||
6SP60-232/28 |
232 |
55kw |
|||
6SP60-265/32 |
265 |
63kw |
|||
6SP70-6/1 |
70 |
6 |
2,2 kW |
143 |
150 |
6SP70-12/2 |
12 |
4kw |
|||
6SP70-19/3 |
19 |
5,5 kW |
|||
6SP70-25/4 |
25 |
7,5 kW |
|||
6SP70-32/5 |
32 |
9,2 kW |
|||
6SP70-38/6 |
38 |
11 kW |
|||
6SP70-51/8 |
51 |
15 kW |
|||
6SP70-58/9 |
58 |
18,5 kW |
|||
6SP70-64/10 |
64 |
18,5 kW |
|||
6SP70-70/11 |
70 |
22 kW |
|||
6SP70-77/12 |
77 |
22 kW |
|||
6SP70-84/13 |
84 |
25 kW |
|||
6SP70-90/14 |
90 |
25 kW |
|||
6SP70-97/15 |
97 |
30 kW |
|||
6SP70-103/16 |
103 |
30 kW |
|||
6SP70-116/18 |
116 |
37kw |
|||
6SP70-128/20 |
128 |
37kw |
|||
6SP70-155/24 |
155 |
45kw |
|||
6SP70-180/28 |
180 |
55kw |
|||
6SP70-210/32 |
210 |
63kw |
8SPstainless steel submersible pumps |
|||||
Modell |
Fließen m³/h |
Kopf (M) |
Motor Leistung (KW) |
Einheit Durchmesser (mm) |
Durchmesser (mm) |
8SP77-12/1 |
77 |
12 |
4KW |
184 |
200 |
8SP77-25/2 |
25 |
7,5 kW |
|||
8SP77-37/3 |
37 |
11KW |
|||
8SP77-50/4 |
50 |
15KW |
|||
8SP77-61/5 |
61 |
18,5 kW |
|||
8SP77-74/6 |
74 |
22KW |
|||
8SP77-86/7 |
86 |
26KW |
|||
8SP77-99/8 |
99 |
30KW |
|||
8SP77-123/10 |
123 |
37KW |
|||
8SP77-148/12 |
148 |
45KW |
|||
8SP77-185/15 |
185 |
55KW |
|||
8SP77-210/17 |
210 |
63KW |
|||
8SP77-246/20 |
246 |
75KW |
|||
8SP95-12/1 |
95 |
12 |
5,5 kW |
184 |
200 |
8SP95-24/2 |
24 |
9,2 kW |
|||
8SP95-36/3 |
36 |
13KW |
|||
8SP95-48/4 |
48 |
18,5 kW |
|||
8SP95-60/5 |
60 |
22KW |
|||
8SP95-72/6 |
72 |
26KW |
|||
8SP95-96/8 |
96 |
37KW |
|||
8SP95-120/10 |
120 |
45KW |
|||
8SP95-132/11 |
132 |
55KW |
|||
8SP95-144/12 |
144 |
55KW |
|||
8SP95-168/14 |
168 |
63KW |
|||
8SP95-193/16 |
193 |
75KW |
|||
8SP95-240/20 |
240 |
93KW |
|||
8SP120-12 |
120 |
12 |
7,5 kW |
184 |
200 |
8SP120-24 |
24 |
13KW |
|||
8SP120-36 |
36 |
18,5 kW |
|||
8SP120-48 |
48 |
22KW |
|||
8SP120-60 |
60 |
30KW |
|||
8SP120-72 |
72 |
37KW |
|||
8SP120-84 |
84 |
45KW |
|||
8SP120-96 |
96 |
55KW |
|||
8SP120-108 |
108 |
55KW |
|||
8SP120-120 |
120 |
63KW |
10SPstainless steel submersible pumps |
|||||
Modell |
Fließen m³/h |
Kopf (M) |
Motor Leistung (KW) |
Einheit Durchmesser (mm) |
Durchmesser (mm) |
10SP125-20 |
125 |
20 |
11KW |
233 |
250 |
10SP125-40 |
40 |
22KW |
|||
10SP125-60 |
60 |
30KW |
|||
10SP125-80 |
80 |
45KW |
|||
10SP125-100 |
100 |
55KW |
|||
10SP125-120 |
120 |
63KW |
|||
10SP125-140 |
140 |
75KW |
|||
10SP125-160 |
160 |
93KW |
|||
10SP125-180 |
180 |
93KW |
|||
10SP160-20 |
160 |
20 |
13KW |
233 |
250 |
10SP160-40 |
40 |
26KW |
|||
10SP160-60 |
60 |
37KW |
|||
10SP160-80 |
80 |
55KW |
|||
10SP160-100 |
100 |
63KW |
|||
10SP160-120 |
120 |
75KW |
|||
10SP160-140 |
140 |
93KW |
|||
10SP160-160 |
160 |
93KW |
|||
10SP160-180 |
180 |
110KW |
1, well submersible pump for clean water pump, prohibit the new well, pumping sediment and muddy water,
2, well water pump voltage grade of 380/50HZ, the use of other voltage grades of submersible motors need to be customized. The underground cable must use waterproof cable, must be equipped with starting equipment, such as distribution box, start not ready should have commonly used motor comprehensive protection function, such as short circuit overload protection, phase protection, undervoltage protection, grounding protection, idling protection, in case of abnormal conditions, the protection device should be timely action trip.
3, the installation and use of the pump must be reliably grounded, prohibit the push and pull switch when the hands and feet are wet, the installation and maintenance of the pump must be cut off the power supply, the use of the pump place to set up "to prevent electric shock" obvious signs:
4, down the well or before installation, the motor cavity must be filled with distilled water or non-corrosive clean cold boiling water, tighten the / water bolt, the pump on the ground test run, must be to the pump chamber water lubrication rubber bearings, instant start not more than a second, see whether the steering is the same as the steering instructions. When the pump is upright, pay attention to safety, prevent overturning injury.
5. Halten Sie sich strikt an die Bestimmungen für die Pumpenförderung und den Durchflussbereich, um eine zu geringe oder zu hohe Pumpenleistung, Verschleiß des Axiallagers und anderer Teile sowie ein Durchbrennen des Motors durch Überlastung zu verhindern.
6, after the pump down the well, the measurement of the motor to the ground insulation resistance should not be less than 100M, after the start to observe the voltage and current, check the motor winding insulation, whether in line with the requirements; pump storage location temperature if less than freezing point, should be dry the motor cavity water, prevent the motor cavity water ice damage caused by low temperature.
This product is a submersible pump. After installation, the insulation resistance and three-phase continuity should be rechecked to ensure the connection between the instrument and the starting equipment.If everything is normal, the machine can be tested. After starting, observe whether the readings of the instruments are correct. If the rated voltage and current beyond the nameplate, pay attention to whether the pump has noise or vibration.If everything is normal, it can be put into operation. After the first operation for four hours, the pump should be closed and the motor thermal insulation resistance test should be carried out quickly, and the value should not be less than 0.5 megaohm. After stopping the pump, it is necessary to restart it at an interval of five minutes to prevent the water column in the pipeline from completely reversing, causing excessive current and burning the motor. After normal operation, the power supply voltage, running current and insulation resistance should be checked regularly. If abnormal conditions are found, the machine should be stopped immediately to troubleshoot. When disassembling, it is necessary to untie the cable rope, remove the pipeline part, remove the line protection plate, and dry all the water in the motor cavity side by side. The disassembly sequence includes taking off the filter element, loosening the bolt of the coupling fixed to the motor shaft, unscrewing the bolt connecting the water inlet and the motor, separating the pump and the motor (pay attention to keeping the unit level when separating to avoid bending the pump shaft) and other steps. For motor disassembly, it is necessary to remove the nut, base, shaft head lock nut, thrust plate, key, lower guide, bearing seat, screw (pull rod screw), take out the rotor, and finally take out the connection part and upper guide bearing seat. When assembling the unit, it is necessary to clean the rust and dirt of each part, apply sealant and assemble in reverse order according to the disassembly. When running once a year or the operation time is less than one year but the immersion time is two years, it is necessary to disassemble and inspect in accordance with the provisions and replace the worn parts. Storage needs to empty the water in the motor cavity, pay attention to the anticorrosive wire mesh plate and tie the cable, stored in a room with a temperature below 40 DEG C and no corrosive substances and gases, and pay attention to rust prevention when not used for a long time.
01 Wasserentnahme aus einem tiefen Brunnen
02 Hochwasserversorgung
03 Bergwasserversorgung
04 Turm Wasser
05 Landwirtschaftliche Bewässerung
06 Gartenbewässerung
07 Flusswasserentnahme
08 Brauchwasser