Turbine Pump
|
| Available in Different Designs and Capacities |
» |
Direct Couple Drive |
» |
V/Flat Pulley Drives |
» |
Right Angle Gearhead Drive |
» |
Combination Drive |
» |
Solid Shaft Drive |
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| Salient Feature of GSL Turbine Pumps |
| IMPELLERS : Made of Bronze / Alloy Cast Iron with smooth vanes designed for high efficiency balanced dynamically. Available in close and semi open construction to meet various duty requirements. |
BOWLS : Made out of closed grain cast iron. It houses the bronze bearing and impeller and connected each otherby flanged joints/Thread joints. |
DISCHARGE CASE : Made out of closed grained Cast Iron In Oil Lubricated pumps a sealing arrangement is provided by gland packing with bronze rings and guide bush. In case of Water Lubricated pumps, it is provided with long bronze bearing with sand collar for protection from slit and sand. |
SUCTION CASE : Made out of Cast Iron. It houses a long bronze bearing with sand collar and sealing plug forsand free running in bearing. |
| COLUMN ASSEMBLY : For Oil lubricated :- Comprislng of - |
| |
| (a) |
Column pipe of Steel in 3 mt and 1.5 mt standard length threaded or Ranged joints. |
| (b) |
Shaft enclosing tube of steel tube of 1.5 mt length internally threaded. |
| (c) |
Line shaft bearing of Bronze externally threaded & Grooved for oil lubricating line shaft acts of as bush -bearing for Line shaft & couple for shaft enclosing tube. |
| (d) |
Line shaft made of carbon steel ground & polished. |
| (e) |
Line shaft coupling made of steel. |
| (f) |
Spider made of cast Iron or Rubber for sturdiness & vibration free operation fitted at suitable interval of joints. |
|
| (ii) WATER LUBRICATED : Comprising of : |
| |
| (a) |
Column pipe of Steel in 3 mtand 1.5 mt standard length Threaded or Flanged joints. |
| (b) |
Line shaft:-Made of carbon steel ground & Polished fitted with stainless steel sleeve. |
| (c) |
Line shaft coupling made of steel. |
| (d) |
Spider made of Cast Iron for sturdiness & Vibration free operation. Also Suitable to hold Line shaft rubber bearing. |
| (e) |
Line shaft rubber bearing made of neoprene rubber. |
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|
Pump |
Minimum Tubewel Size in m.m. |
Capacity Range |
Head Range per stage |
Speed r.p.m. |
Allowable stages |
Maximum H.P. per stage |
Model |
Litre p.m. |
Meters |
4GSL |
100 |
75 - |
300 |
4.6 - 2.4 |
2880 |
30 |
0.29 |
6GSL |
150 |
300 - |
650 |
3.0 - 1.5 |
1440 |
30 |
0.35 |
6GSL |
150 |
750 - |
1,300 |
10.7 - 6.1 |
2880 |
10 |
2.40 |
7GSL |
200 |
455 - |
985 |
4.5 - 2.4 |
1440 |
30 |
0.77 |
7GSL |
200 |
1,060 - |
1,970 |
15.2 - 8.8 |
2880 |
10 |
6.16 |
8GSL |
200 |
750 - |
1,515 |
5.2 - 3.3 |
1440 |
18 |
1.45 |
9GSL |
250 |
1,212 - |
2,880 |
7.0 - 3.0 |
1440 |
14 |
2.40 |
10GSL |
250 |
1,900 - |
4,150 |
7.6 - 3.0 |
1440 |
13 |
5.80 |
12GSL |
300 |
3,030 - |
6,050 |
11.6 - 6.1 |
1440 |
8 |
11.42 |
14GSL |
350 |
6,050 - |
9,100 |
14.6 - 9.7 |
1440 |
6 |
25.70 |
16GSL |
400 |
7,500 - |
12,600 |
19.8 - 7.6 |
1440 |
5 |
40.20 |
20GSL |
500 |
15,150 - |
24,200 |
27.4 -14.6 |
1440 |
2 |
150.20 |
|
Due to continued research, newer design developments and improvements, we reserve the right to change specifications given here without prior notice |
