Vane Flex
Energy-Saving Pump Connectors
Flexible pump connector conditions flow at pump discharge New Vane Flex™ dramatically reduces pump turbulence and improves flow of engineered piping system. Piping engineers now have a more compact, efficient solution to reduce turbulence and straighten flow. The new Vane…
Product Description
Product Highlights
Additional Resources
Submittals
Product Description
Flexible pump connector conditions flow at pump discharge
New Vane Flex™ dramatically reduces pump turbulence and improves flow of engineered piping system.
Piping engineers now have a more compact, efficient solution to reduce turbulence and straighten flow. The new Vane Flex™ pump connector not only exceeds flow-straightening values recommended by all major manufacturers of balancing-type valves, it does it in a fraction of space.
How does the Vane Flex Work?
Combining hydrodynamic-shaped vanes with a flexible pump connector, the Vane Flex maintains the full range of movement of a standard flexible connector, yet, at the same time and in the same space as a standard connector, provides better flow-straightening than a length of pipe equivalent to 5-to-10 diameters.
In addition, the Vane Flex provides the same stress relief and vibration in the same face-to-face as a standard pump connector.
Why is turbulence so damaging?
Valve flutter & poor balancing
Turbulence causes disc flutter, which causes wear, which is why older valves won’t close completely. Useful life is reduced, and most importantly, results in poor balancing. A spool piece of 5 to 10 diameters of pipe after the pump/before the valve was the universal fix suggested to minimize turbulence.
How can a Vane Flex be less expensive than a length of pipe?
First, 5 to 10 diameters length of pipe is valuable space. Secondly, the cost of the pipe and the cost of flanges and labor to weld and install this recommended length is already more expensive than the Vane Flex.
But most important… What’s specified versus what is actually installed in the field doesn’t always match, resulting in difficulty in balancing the system and premature valve wear.
Vane flex vs. 10 pipe diameters Independent testing at the Milwaukee School of Engineering
Visual Flow Tests conducted in the Hydraulics lab at the Milwaukee School of Engineering compared a length of pipe equivalent to 10 diameters, a standard flexible connector, and the Vane Flex. The results were dramatic.
10 pipe diameters: The testing showed there is still significant turbulence even at the recommended maximum 10 pipe diameters from the pumps.
Standard pump connector: Turbulence out of a pump connector that is connected directly to a pump is dramatically worse and would create difficulty in balancing the system.
Vane Flex pump connector: The testing showed Vane Flex exhibited a marked reduction in flow turbulence, far exceeding even the 10 pipe diameters requested by every system balancing valve maker. This equates to a positive impact on the performance of the engineered pipe system.
Product Highlights
- Reduces discharge turbulence in fraction of space
- Hydrodynamic shaped vanes
- Protects valves immediately downstream of pump
- Equals 5-10 pipe diameter turbulence reduction
- Less pressure drop than 5-10 pipe diameter
- Vibration isolating pump connector
Additional Resources
Submittals
VANE FLEX - 150# PLATE FLANGES
Model No. | Size | OAL | Permanent Offset |
Intermittent Offset |
Pressure at 70°F |
3D Drawing |
---|---|---|---|---|---|---|
VF0200 | 2 | 9 | .375″ | .125″ | 455 | Revit/CAD |
VF0250 | 2.5 | 9 | .375″ | .125″ | 345 | Revit/CAD |
VF0300 | 3 | 9 | .375″ | .125″ | 289 | Revit/CAD |
VF0400 | 4 | 9 | .375″ | .125″ | 300 | Revit/CAD |
VF0500 | 5 | 11 | .375″ | .125″ | 220 | Revit/CAD |
VF0600 | 6 | 11 | .375″ | .125″ | 200 | Revit/CAD |
VF0800 | 8 | 12 | .375″ | .125″ | 190 | Revit/CAD |
VF1000 | 10 | 13 | .375″ | .125″ | 150 | Revit/CAD |
VF1200 | 12 | 14 | .375″ | .125″ | 125 | Revit/CAD |
VF1400 | 14 | 14 | .375″ | .125″ | 105 | Revit/CAD |
VANE FLEX - 150# PLATE FLANGED X GROOVE END AND L.R. 90° ELBOW
Model No.
Size
A*
B*
Permanent
Offset
Intermittent
Offset
Pressure
at 70°F
3D
Drawing
VF90FG0200
2
14.25
3.25
.375″
.125″
455
Revit/CAD
VF90FG0250
2.5
15
4
.375″
.125″
345
Revit/CAD
VF90FG0300
3
15.75
4.75
.375″
.125″
289
Revit/CAD
VF90FG0400
4
17.25
6.25
.375″
.125″
300
Revit/CAD
VF90FG0500
5
20.75
7.75
.375″
.125″
220
Revit/CAD
VF90FG0600
6
22.25
9.25
.375″
.125″
200
Revit/CAD
VF90FG0800
8
26.75
12.25
.375″
.125″
190
Revit/CAD
VF90FG1000
10
30.75
15.25
.375″
.125″
150
Revit/CAD
VF90FG1200
12
34.75
18.25
.375″
.125″
125
Revit/CAD
VF90FG1400
14
37.75
21.25
.375″
.125″
105
Revit/CAD
VANE FLEX - 150# PLATE FLANGED AND 90° REDUCING ELBOW
Model No.
Size
A*
B*
Permanent
Offset
Intermittent
Offset
Pressure
at 70°F
3D Drawing
VF90R0225
2 x 2.5
12.25
4
.375″
.125″
345
Revit/CAD
VF90R0203
2 x 3
13
4.75
.375″
.125″
289
Revit/CAD
VF90R2503
2.5 x 3
13
4.75
.375″
.125″
289
Revit/CAD
VF90R0204
2 x 4
14.5
6.25
.375″
.125″
300
Revit/CAD
VF90R2504
2.5 x 4
14.5
6.25
.375″
.125″
300
Revit/CAD
VF90R0304
3 x 4
14.5
6.25
.375″
.125″
300
Revit/CAD
VF90R2505
2.5 x 5
18
7.75
.375″
.125″
220
Revit/CAD
VF90R0305
3 x 5
18
7.75
.375″
.125″
220
Revit/CAD
VF90R0405
4 x 5
18
7.75
.375″
.125″
220
Revit/CAD
VF90R0306
3 x 6
19.5
9.25
.375″
.125″
200
Revit/CAD
VF90R0406
4 x 6
19.5
9.25
.375″
.125″
200
Revit/CAD
VF90R0506
5 x 6
19.5
9.25
.375″
.125″
200
Revit/CAD
VF90R0408
4 x 8
23.25
12.25
.375″
.125″
190
Revit/CAD
VF90R0508
5 x 8
23.25
12.25
.375″
.125″
190
Revit/CAD
VF90R0608
6 x 8
23.25
12.25
.375″
.125″
190
Revit/CAD
VF90R0610
6 x 10
27.25
15.25
.375″
.125″
150
Revit/CAD
VF90R0810
8 x 10
27.25
15.25
.375″
.125″
150
Revit/CAD
VF90R1012
10 x 12
31.25
18.25
.375″
.125″
125
Revit/CAD
VANE FLEX - 150# PLATE FLANG X GROOVE ENDS AND 90° REDUCING ELBOW
Model No.
Size
A*
B*
Permanent
Offset
Intermittent
Offset
Pressure
at 70°F
3D Drawing
VF90RFG0225
2 x 2.5
12.25
4
.375″
.125″
345
Revit/CAD
VF90RFG0203
2 x 3
15.75
4.75
.375″
.125″
289
Revit/CAD
VF90RFG2503
2.5 x 3
15.75
4.75
.375″
.125″
289
Revit/CAD
VF90RFG0204
2 x 4
17.25
6.25
.375″
.125″
300
Revit/CAD
VF90RFG2504
2.5 x 4
17.25
6.25
.375″
.125″
300
Revit/CAD
VF90RFG0304
3 x 4
17.25
6.25
.375″
.125″
300
Revit/CAD
VF90RFG2505
2.5 x 5
20.75
7.75
.375″
.125″
220
Revit/CAD
VF90RFG0305
3 x 5
20.75
7.75
.375″
.125″
220
Revit/CAD
VF90RFG0405
4 x 5
20.75
7.75
.375″
.125″
220
Revit/CAD
VF90RFG0306
3 x 6
22.25
9.25
.375″
.125″
200
Revit/CAD
VF90RFG0406
4 x 6
22.25
9.25
.375″
.125″
200
Revit/CAD
VF90RFG0506
5 x 6
22.25
9.25
.375″
.125″
200
Revit/CAD
VF90RFG0408
4 x 8
26.75
12.25
.375″
.125″
190
Revit/CAD
VF90RFG0508
5 x 8
26.75
12.25
.375″
.125″
190
Revit/CAD
VF90RFG0608
6 x 8
26.75
12.25
.375″
.125″
190
Revit/CAD
VF90RFG0610
6 x 10
30.75
15.25
.375″
.125″
150
Revit/CAD
VF90RFG0810
8 x 10
30.75
15.25
.375″
.125″
150
Revit/CAD
VF90RFG1012
10 x 12
34.75
18.25
.375″
.125″
125
Revit/CAD
VANE FLEX - 150# PLATE FLANGES AND L.R. 90° ELBOW
Model No.
Size
A*
B*
Permanent
Offset
Intermittent
Offset
Pressure
at 70°F
3D Drawing
VF900200
2
11.5
3.25
.375″
.125″
455
Revit/CAD
VF900250
2.5
12.25
4
.375″
.125″
345
Revit/CAD
VF900300
3
13
4.75
.375″
.125″
289
Revit/CAD
VF900400
4
14.5
6.25
.375″
.125″
300
Revit/CAD
VF900500
5
18
7.75
.375″
.125″
220
Revit/CAD
VF900600
6
19.5
9.25
.375″
.125″
200
Revit/CAD
VF900800
8
23.25
12.25
.375″
.125″
190
Revit/CAD
VF901000
10
27.25
15.25
.375″
.125″
150
Revit/CAD
VF901200
12
31.25
18.25
.375″
.125″
125
Revit/CAD
VF901400
14
34.25
21.25
.375″
.125″
105
Revit/CAD
VANE FLEX - 150# PLATE FLANGES X GROOVED END
Model No.
Size
OAL
Permanent
Offset
Intermittent
Offset
Pressure
at 70°F
3D Drawing
VFFG0200
2
11.75
.375″
.125″
455
Revit/CAD
VFFG0250
2.5
11.75
.375″
.125″
345
Revit/CAD
VFFG0300
3
11.75
.375″
.125″
289
Revit/CAD
VFFG0400
4
11.75
.375″
.125″
300
Revit/CAD
VFFG0500
5
13.50
.375″
.125″
220
Revit/CAD
VFFG0600
6
13.50
.375″
.125″
200
Revit/CAD
VFFG0800
8
15.25
.375″
.125″
190
Revit/CAD
VFFG1000
10
16.25
.375″
.125″
150
Revit/CAD
VFFG1200
12
17.25
.375″
.125″
125
Revit/CAD
VFFG1400
14
17.25
.375″
.125″
105
Revit/CAD
VANE FLEX - 150# PLATE FLANGES AND CONCENTRIC REDUCER
Model No.
Size
OAL
Permanent
Offset
Intermittent
Offset
Pressure
at 70°F
3D Drawing
VFR0225
2 x 2.5
12.25
.375″
.125″
345
Revit/CAD
VFR0203
2 x 3
12.25
.375″
.125″
289
Revit/CAD
VFR2503
2.5 x 3
12.25
.375″
.125″
289
Revit/CAD
VFR0204
2 x 4
12.75
.375″
.125″
300
Revit/CAD
VFR2504
2.5 x 4
12.75
.375″
.125″
300
Revit/CAD
VFR0304
3 x 4
12.75
.375″
.125″
300
Revit/CAD
VFR2505
2.5 x 5
15.75
.375″
.125″
220
Revit/CAD
VFR0305
3 x 5
15.75
.375″
.125″
220
Revit/CAD
VFR0405
4 x 5
15.75
.375″
.125″
220
Revit/CAD
VFR0306
3 x 6
16.25
.375″
.125″
200
Revit/CAD
VFR0406
4 x 6
16.25
.375″
.125″
200
Revit/CAD
VFR0506
5 x 6
16.25
.375″
.125″
200
Revit/CAD
VFR0408
4 x 8
17.50
.375″
.125″
190
Revit/CAD
VFR0508
5 x 8
17.50
.375″
.125″
190
Revit/CAD
VFR0608
6 x 8
17.50
.375″
.125″
190
Revit/CAD
VFR0610
6 x 10
19.50
.375″
.125″
150
Revit/CAD
VFR0810
8 x 10
19.50
.375″
.125″
150
Revit/CAD
VFR1012
10 x 12
21.50
.375″
.125″
125
Revit/CAD
Vane Flex - 150# Plate Flange and Concentric Reducer x Groove
Model No.
Pipe Size
A
Permanent
Offset
Intermittent
Offset
Pressure Rating
(PSI)*
Weight
(Lbs.)
3D Drawing
Smaller
Larger
VFRFG0225
2”
2-1/2”
15”
.375”
.125”
387
17
Revit/CAD
VFRFG0203
2“
3”
15”
.375”
.125”
316
18
Revit/CAD
VFRFG2503
2-1/2”
3”
15”
.375”
.125”
316
19
Revit/CAD
VFRFG0204
2”
4”
15-1/2”
.375”
.125”
232
24
Revit/CAD
VFRFG2504
2-1/2”
4”
15-1/2”
.375”
.125”
232
24
Revit/CAD
VFRFG0304
3”
4”
15-1/2”
.375”
.125”
232
25
Revit/CAD
VFRFG2505
2-1/2”
5”
18-1/2”
.375”
.125”
191
33
Revit/CAD
VFRFG0305
3”
5”
18-1/2”
.375”
.125”
191
33
Revit/CAD
VFRFG0405
4”
5”
18-1/2”
.375”
.125”
191
34
Revit/CAD
VFRFG0306
3”
6”
19”
.375”
.125”
165
39
Revit/CAD
VFRFG0406
4”
6”
19”
.375”
.125”
165
39
Revit/CAD
VFRFG0506
5”
6”
19”
.375”
.125”
165
40
Revit/CAD
VFRFG0408
4”
8”
21”
.375”
.125”
234
67
Revit/CAD
VFRFG0508
5”
8”
21”
.375”
.125”
234
68
Revit/CAD
VFRFG0608
6”
8”
21”
.375”
.125”
234
68
Revit/CAD
VFRFG0610
6”
10”
23”
.375”
.125”
230
100
Revit/CAD
VFRFG0810
8”
10”
23”
.375”
.125”
230
102
Revit/CAD
VFRFG1012
10”
12”
25”
.375”
.125”
161
142
Revit/CAD