EVM

EVM
VERTICAL MULTISTAGE PUMPS
in AISI 304
Vertical multistage centrifugal pumps completely made of stainless steel AISI 304. Reliable, quiet and
easy to maintain. Suitable for municipal, Industrial and agricultural applications e.g. Fire fighting,
water boosting (WRAS approved) water treatment plants, irrigation, hot and cold water movement for
heating systems, cooling and airconditioners, especially suitable for boiler feed due to the robust construction of the pumps. IEC standard motors are used on all models.
SPECIFICATIONS
TECHNICAL DATA
Maximum working pressure up to 25 bar

Liquid temperature: from 15C up to +120C
Asincronous 2 poles motor

Insulation class F
Protection IP 55
Three-phase standard voltage: 220-265/380-460V 6%
(up to 4 kW)
380-460V 6%
(above 4 kW)
MATERIALS
Pump body, external casing, casing cover, impellers,
diffusers, bearing sleeve, coupling guard and bolts in
contact with liquid AISI 304 (G version for EVM 30-60:
Bottom casing in cast iron).
Tie-rods and bolts not in contact with liquid in zinc
coated steel
Shaft in AISI 316
Bearing in contact with liquid in tungsten-carbide
Bracket and base in cast iron
Mechnical seal in SiC/Sic/FPM
94
EVM
in AISI 304
The EBARA EVM vertical multistage pumps offer technically advanced designs to meet market
demands including hot water applications.
Unique bulge forming process produces rugged construction with increased wall thickness and assures
component integrity.
Impeller
T = thickness back shroud
Standard IEC motors
t = thickness front shroud
Air vent
in casing cover allows proper venting preventing air
entrapment and dry run
Vent position
eliminates
all air
Intermediate Case
Lower
mechanical
seal position
Liner ring
is a self-aligning, floating design constructed of
EPD bonded to stainless steel to prevent
swelling at high temperatures
Mechanical seal
Silicon/Carbon/FPM
mechanical shaft
seal
Metal core
Positive
Sealing
O-rings between
intermediate
casings provide
positive sealing
Tungsten carbide lower pump bearings

and sleeves are standard construction for all
services providing maximum operating life
96
EVM
in AISI 304
All wetted parts are constructed of high quality stainless steel.

EBARA's robust construction extends to critical internal components such as the impellers. The
back shrouds are as much as three times thicker than the front shrouds while front shrouds are
20% to 60% thicker than comparable designs.
Direct drive
pump and motor shafts are keyed for positive,
reliable power transmission with no adjustments
necessary
Motor
Floating outer casing
Key
Motor
Bracket
Coupling
allows for thermal expansion in

hot water applications and is
flexible preventing deformation
due to pressure fluctuations
Floating
Outer Casing
Snap Ring
Key
clearance
Thrust Bearing
built-in on 3 HP and larger pumps
to handle axial thrust loads
Tie bolts
Anti-erosion measures
a dish-shaped insert is fitted to the intermediate
casing designed to promote smooth flow and
prevent high velocity areas that accelerate erosion
Square-edge spline shaft

provides positive location and drive of impellers
eliminating wear from sliding between faces
Dimensions & flanges

installation is to market
accepted dimensions for
easy upgrade of existing
installations
97
EVM

PERFORMANCE TABLE EVM 2-4-8-16-30-60
98
in AISI 304
EVM
in AISI 304
PERFORMANCE TABLE EVM 2-16

Pump type
EVM
EVM2 2N6/0.37
EVM2 3N6/0.55
EVM2 4N6/0.75
EVM2 5N6/1.1
EVM2 6N6/1.1
EVM2 7N6/1.5
EVM2 9N6/2.2
EVM2 11F6/2.2
EVM2 13F6/3.0
EVM2 15F6/3.0
EVM2 18F6/4.0
EVM4 2N6/0.75
EVM4 3N6/1.1
EVM4 4N6/1.5
EVM4 5N6/2.2
EVM4 6N6/2.2
EVM4 7N6/3.0
EVM4 8N6/3.0
EVM4 10N6/4.0
EVM4 11F6/4.0
EVM4 12F6/4.0
EVM4 14F6/5.5
EVM4 16F6/5.5
EVM4 19F6/7.5
EVM8 2N6/1.5
EVM8 3N6/2.2
EVM8 4N6/3.0
EVM8 5N6/4.0
EVM8 6N6/4.0
EVM8 8N6/5.5
EVM8 11F6/7.5
EVM8 14F6/11
EVM8 16F6/11
EVM16 2F6/3.0
EVM16 3F6/5.5
EVM16 4F6/7.5
EVM16 5F6/7.5
EVM16 6F6/11
EVM16 7F6/11
EVM16 8F6/15
EVM16 10F6/15
EVM16 11F6/18.5
Output
kW
HP
0,37
0,55
0,75
1,1
1,1
1,5
2,2
2,2
3.0
3.0
4.0
0.75
1.1
1.5
2.2
2.2
3.0
3.0
4.0
4.0
4.0
5.5
5.5
7.5
1.5
2.2
3.0
4.0
4.0
5.5
7.5
11
11
3.0
5.5
7.5
7.5
11
11
15
15
18.5
0.55
0.75
1.0
1.5
1.5
2.0
3.0
3.0
4.0
4.0
5.5
1.0
1.5
2.0
3.0
3.0
4.0
4.0
5.5
5.5
5.5
7.5
7.5
10
2.0
3.0
4.0
5.5
5.5
7.5
10
15
15
4.0
7.5
10
10
14.5
14.5
20
20
25
Absorbed current [A]

Three-phase
380V
460V
1,2
1,7
2
2,6
2,6
3,5
4,9
4,9
6,7
6,7
8,7
2
2,6
3,5
4,9
4,9
6,7
6,7
8,7
8,7
8,7
10,6
10,6
13,4
3,5
4,9
6,7
8,7
8,7
10,6
13,4
21
21
6,7
10,6
13,4
13,4
21
21
28
28
34
1
1,4
1,7
2,1
2,1
2,9
4
4
5,5
5,5
7,2
1,7
2,1
2,9
4
4
5,5
5,5
7,2
7,2
7,2
9
9
11,6
2,9
4,0
5,5
7,2
7,2
9
11,6
17,9
17,9
5,5
9
11,6
11,6
17,9
17,9
24
24
28,8
Q=Capacity
l/min
25
30
40
50
m/h
1,5
1,8
2,4
72 100
120
140
160
200
250
4,3
7,2
8,4
9,6
12
15
18
21
24 26,4
EVM30 2F6/5.5
EVM30 3F6/7.5
EVM30 4F6/11
EVM30 5F6/15
EVM30 6F6/18.5
EVM30 7F6/18.5
EVM30 8F6/22
EVM30 9F6/30
EVM60 2F6/11
EVM60 3F6/15
EVM60 4F6/18.5
EVM60 5F6/22
EVM60 6F6/30
kW HP
H=Total manometric head in meters

11
43 35.7
34
31
27
16.5
57 47.5
45.5
41
36
22
57
51.5
45
27.6
71.5 59.5
20.5 18.1
86 71.5
68.5
62
54
33
101 85.5
82.5
75
66
41
130 110
106
96
85
52.5
159 134
130
118
104
64.5
188 159
153
139
123
76
217 183
177
160
142
88
261 220
212
192
170
105
28.7
20
17.1
13.5
43
38
35
30
25.5
20.3
25.3 23.5
58
52
48
42.5
36.5
29
72.5
65
60
53
46
36.3
87
77.5
72
63.5
55
43.5
101
90.5 84.5
74
64
51
116
104
96.5
85
73
58
145
130
120
106
91.5
72.5
159
142
132
117
101
80
174
155
144
127
110
87
202
181
169
148
128
101
231
207
193
170
146
116
275
246
229
201
174
138
32
31
30
29
28
25
19.9
48
46.5
45
44
42
37.5
29.8
64
62
60
58.5
56
50
39.8
80
77.5
75
73
70
62.5
49.5
96
93
90
87.5
84
75
59.5
128
124
120
117
112
100
79.5
174
167
164
158
150
133
102
221
253
45
213
244
-
208
237
-
200
229
-
191
218
42
169
193
40.5
130
149
38
34.5
30
25
20.8
68
63
60.5
57
51.5
45
38
31.2
90.5
84
81
76
69
60
50.5
41.5
113
105
101
95
86
75
63
52
139
130
126
120
110 96.5
82
67.5
163
152
147
140
128
113 95.5
79
186
173
168
160
147
129
109
90
232
256
217
238
211
232
200
218
183
202
161
177
137
150
113
124
5.5
7.5
11
15
18.5
18.5
22
30
11
15
18.5
22
30
7.5
10
14.5
20
25
25
30
40
15
20
25
30
40
Absorbed current [A] l/min 0

Three-phase
380V
460V
10,6
13,4
21
28
34
34
41
54
21
28
34
41
54
9
11,6
17,9
24
28,8
28,8
34,4
50
17,9
24
28,8
34,4
50
440
23
Q=Capacity
Output
400
28.6 23.8
PERFORMANCE TABLE EVM 30 - 60

Pump type
EVM
300 350
m/h
250
15
400 500 600 700 900 1100 1300 1500

24
30
36
42
54
66
78
90
H=Total manometric head in meters

52 47.5
42
37.5
71
63.5
56
108 101
91.5
82
70
54
140 131
118
106
91
72
164 155
139
125
107
85
188 178
161
145
124
98
220 209
249 235
49
-
188
215
-
170
196
46
146 117
169 134
44.5 42.5
39
34.5
29
22
78
22.5
46.2 33.8
31
72
66.5 64.5
93
86.5 83.5 80.5
115
107
104
100
145
135
131
127
99
62
56.5
50
42
31
73
64.5
54
40
91
80
67
50
116
103
87
66
EVM

PERFORMANCE CURVES EVM2 series (according to ISO 9906 Annex A)
100
in AISI 304
EVM

101
in AISI 304
EVM

102
in AISI 304
EVM

103
in AISI 304
EVM

104
in AISI 304
EVM

105
in AISI 304
EVM

DIMENSIONS EVM 2-4
106
in AISI 304
EVM
in AISI 304
DIMENSIONAL TABLE EVM 2-4

Weight
[kg]
Weight
[kg]
Pump
Pump with
motor
PL
EVM 2 2N6/0.37
14
20
50
226,5
EVM 2 2F6/0.37
20
26
75
251,5
EVM 2 3N6/0.55
14,5
21,5
50
247,5
EVM 2 3F6/0.55
20,5
27,5
75
272,5
EVM 2 4N6/0.75
15,5
25,5
50
278,5
EVM 2 4F6/0.75
21,5
31,5
75
303,5
EVM 2 5N6/1.1
16
27
50
299,5
EVM 2 5F6/1.1
22
33
75
324,5
EVM 2 6N6/1.1
16,5
27,5
50
320,5
EVM 2 6F6/1.1
22,5
33,5
75
345,5
EVM 2 7N6/1.5
18
33
50
351,5
EVM 2 7F6/1.5
24
39
75
376,5
EVM 2 9N6/2.2
21
38
50
393,5
EVM 2 9F6/2.2
27
44
EVM 2 11F6/2.2
25
42
EVM 2 13F6/3.0
26,5
48
EVM 2 15F6/3.0
30,5
52
EVM 2 18F6/4.0
32,5
59
EVM 4 2N6/0.75
15
25
50
250,5
EVM 4 2F6/0.75
21
31
75
275,5
EVM 4 3N6/1.1
15,5
26,5
50
278,5
EVM 4 3F6/1.1
21,5
32,5
75
303,5
EVM 4 4N6/1.5
16
31
50
316,5
75
341,5
50
344,5
75
369,5
50
372,5
Pump Type
EVM
Pmax.
[MPa]
2)
Motor
Size
71
1,6
80
90 S
Dimensions [mm]
90L
2,5
100
75
554,5
112
80
90 S
37
34
EVM 4 5F6/2.2
23
40
EVM 4 6N6/2.2
18,5
35,5
EVM 4 6F6/2.2
24,5
41,5
75
397,5
EVM 4 7N6/3.0
20,5
42
50
410,5
EVM 4 7F6/3.0
26,5
48
75
435,5
EVM 4 8N6/3.0
21
42,5
50
438,5
1,6
90L
EVM 4 8F6/3.0
27
48,5
EVM 4 10N6/4.0
24
50,5
EVM 4 10F6/4.0
30
56,5
519,5
EVM 4 11F6/4.0
29,5
56
547,5
EVM 4 12F6/4.0
30
56,5
EVM 4 14F6/5.5
35,5
74,5
75
87,5
11 2
75
463,5
50
494,5
75
2,5
132
MW
1)
BM
1~
3~
129
112
BL
BY1
BW
215
SG
SE
SF
ST
SN
SD
M10
G 1"
75
25
66
85
115
16
14
G 1"
75
M10
2 50
25
66
85
115
16
14
160 206
G 1"
75
M10
250
25
66
85
115
16
14
160 206
G 1"
75
M10
2 50
160 206
-
232
SA
250
142
160
150
129
25
66
85
115
16
14
G 1"
75
M10
250
25
66
85
115
16
14
160 206
G 1"
75
M10
160 206
-
250
138
267 160 206 180
25
66
85
115
16
14
G 1"
75
M10
25
66
85
115
16
14
75
M10
250
306
196
145
617,5
22
36
I
1)
160 206
512,5
17
43,5
418,5
EVM 4 4F6/1.5
EVM 4 19F6/7.5
460,5
EVM 4 5N6/2.2
EVM 4 16F6/5.5
ML
1)
160 206
232
250
160 206
-
160
150
129
250
160 206
267
250
160 206
-
250
180
138
160 206
-
250
160 206
306
250
-
160 206
-
250
160 206
196
145
100
149
180
210
G 1"1/4
32
76
G 1"1/4
32
76
G 1"1/4
32
76
G 1"1/4
32
76
G 1"1/4
32
76
G 1"1/4
32
76
G 1"1/4
32
76
G 1"1/4
32
76
100 140
75
100 140
75
100 140
75
100 140
75
100 140
75
100 140
75
100 140
75
18
18
M10
18
18
M10
18
18
M10
18
18
M10
18
18
M10
18
18
M10
18
18
M10
18
18
306
575,5
651,5
707,5
250
370
270
791,5
1) Motor dimensions
2) 1,6 MPa = 16 bar
2,5 MPa = 25 bar
107
198
100 140
EVM
DIMENSIONS EVM 8-16
108
in AISI 304
EVM
in AISI 304

Pump Type
EVM
Weight
[kg]
Weight
[kg]
Pump
Pump
with
motor
EVM
8 2N6/1.5
25
40
EVM
8 2F6/1.5
39
54
EVM
8 3N6/2.2
26,5
43,5
EVM
8 3F6/2.2
40,5
57,5
EVM
8 4N6/3.0
29
51
EVM
8 4F6/3.0
43,5
65
EVM
8 5N6/4.0
30
56,5
EVM
8 5F6/4.0
44
70,5
EVM
8 6N6/4.0
31,5
58
EVM
8 6F6/4.0
45,5
72
EVM
8 8N6/5.5
39
78
EVM
8 8F6/5.5
53
92
EVM
8 11F6/7.5
44,5
88,5
EVM
8 14F6/11
51
129
EVM
8 16F6/11
52,5
131
EVM
16 2F6/3.0
36
57,5
EVM
16 3F6/5.5
39
78
EVM
16 4F6/7.5
41,5
86
EVM
16 5F6/7.5
46
90
EVM
16 6F6/11
53
131
EVM
16 7F6/11
55,5
134
EVM
16 8F6/15
57
146
EVM
16 10F6/15
64
153
EVM
16 11F6/18.
67
166
Motor
Size
Dimensions [mm]
H
PL
ML
1)
337,5
90 S
267
367,5
90 L
100
112
407,5
80
437,5
306
467,5
547,5
132
757,5
160 M
817,5
100
377,5
200
252
G 1"1/2
280
40
88
200
252
G 1"1/2
I
1)
180
MW
1)
BL
BY1
BW
138
SA
SG
280
40
88
200
252
G 1"1/2
280
40
88
200
252
G 1"1/2
280
200
252
196
145
40
88
G 1"1/2
SE
SF
100
110 150
100
110 150
100
110 150
100
110 150
100
SN
SD
M12
18
18
M12
18
18
M12
18
18
M12
18
18
M12
18
18
M12
280
40
88
252
G 1"1/2
40
88
110 150
18
18
50
102 125 165
18
18
270
198
503
335
246
306
196
145
370
270
198
280
130
190
215
110 150
ST
200
370
637,5
BM
100
250
437,5
132
477,5
517,5
90
160M
587,5
627,5
667,5
503
300
335
747,5
160 L
787,5
547
1) Motor dimensions
2) 1,6 MPa = 16 bar
2,5 MPa = 25 bar
109
246
EVM
in AISI 304

Pump Type
EVM
Pmax.
[Mpa]
2)
Motor
Size
Weight
[kg]
Weight
[kg]
Pump
Pump +
motor
EVM30 2F6/5,5
80
117
EVM30 3F6/7,5
87
125
EVM30 4F6/11
97
172
EVM30 5F6/15
100
186
EVM30 6F6/18.5
104
200
EVM30 7F6/18.5
107
203
EVM30 8F6/22
112
23 4
180
840,5
EVM30 9F6/30
119
297
200
888,5
EVM60 2F6/11
103
178
EVM60 3F6/15
1 07
193
Dimensions [mm]
H
PL
522,5
132
ML
1)
I
1)
MW
1)
270
198,0
335
246,0
602
366
266,0
669
405
341,0
335
246,0
370
648,5
160M
105
BY1
BW
BF
BH
SA
SG
SE
SF
ST
SD
170
210
240
280
14
35
65
122 145 185
22
18
190
260
266
306
14
35
100
150 180 220
24
18
170
210
240
280
14
35
65
122 145 185
22
18
190
260
266
306
14
35
100
150 180 220
24
18
503
696,5
744,5
160L
320
547
792,5
2,5
653,5
160M
503
725,5
160L
140 797,5
547
365
EVM60 4F6/18.5
112
209
EVM60 5F6/22
117
239
180
869,5
602
366
266,0
EVM60 6F6/30
126
304
200
941,5
669
405
341,0
EVM30(G) 2F6/5,5
75
112
370
270
198,0
EVM(G)30 3F6/7,5
78
120
EVM(G)30 4F6/11
92
167
EVM(G)30 5F6/15
95
181
335
246,0
EVM(G)30 6F6/18.5
99
195
EVM(G)30 7F6/18.5
102
198
EVM(G)30 8F6/22
107
229
180
840,5
602
366
266,0
EVM(G)30 9F6/30
114
292
200
888,5
669
405
341,0
EVM(G)60 2F6/11
95
170
EVM(G)60 3F6/15
99
185
335
246,0
522,5
132
570,5
1,6
648,5
160M
105
160L
503
696,5
744,5
320
547
792,5
2, 5
160M
653,5
503
725,5
1,6
BL
570,5
1,6
1,6
BM
160L
140 797,5
547
365
EVM(G)60 4F6/18.5
104
201
EVM(G)60 5F6/22
109
231
180
869,5
602
366
266,0
EVM(G)60 6F6/30
118
296
200
941,5
669
405
341,0
1) Motor dimensions
2) 1,6 MPa = 16 bar
2,5 MPa = 25 bar
110

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EVM

VERTICAL MULTISTAGE PUMPS

Maximum working pressure up to 25 bar

Asincronous 2 poles motor

VERTICAL MULTISTAGE PUMPS

Standard IEC motors

t = thickness front shroud

Tungsten carbide lower pump bearings

VERTICAL MULTISTAGE PUMPS

All wetted parts are constructed of high quality stainless steel.

Floating outer casing

allows for thermal expansion in

Square-edge spline shaft

Dimensions & flanges

VERTICAL MULTISTAGE PUMPS

VERTICAL MULTISTAGE PUMPS

PERFORMANCE TABLE EVM 2-16

Absorbed current [A]

H=Total manometric head in meters

Absorbed current [A] l/min 0

PERFORMANCE TABLE EVM 30 - 60

400 500 600 700 900 1100 1300 1500

H=Total manometric head in meters

86.5 83.5 80.5

VERTICAL MULTISTAGE PUMPS

VERTICAL MULTISTAGE PUMPS

VERTICAL MULTISTAGE PUMPS

VERTICAL MULTISTAGE PUMPS

VERTICAL MULTISTAGE PUMPS

VERTICAL MULTISTAGE PUMPS

VERTICAL MULTISTAGE PUMPS

VERTICAL MULTISTAGE PUMPS

DIMENSIONAL TABLE EVM 2-4

267 160 206 180

VERTICAL MULTISTAGE PUMPS

DIMENSIONS EVM 8-16

VERTICAL MULTISTAGE PUMPS

DIMENSIONAL TABLE EVM 8-16

102 125 165

VERTICAL MULTISTAGE PUMPS

DIMENSIONAL TABLE EVM 30-60

122 145 185

150 180 220

122 145 185

150 180 220

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