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BALL VALVE

FBA_N25_F215

Model FBA_N25_F215
Fast reliable quater-turn shut-off
FBA_N25_F215
FBA_N25_F215

Summary Card

FunctionQuater-turn shut-off
Bore typeFull bore
RangeDN 15 – 80
ConnectionEN 1092-2
DimensionsFace-to-Face EN 1092-2
Material (Body)Ductile Iron GGG 40
Temperature range'-10 to 120 °C
Max. working pressure PN 25
MediaWater and steam
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Info

Use: On-off isolation

Avoid: Throttling and regulation

Why This Valve

Versatile System

Versatile System

Compatible with multiple media and aplications

Ductile Iron

Ductile Iron

High strength and durability in demanding systems

Full bore

Full bore

No unnecessary pressure loss

Reliable shut-off

Reliable shut-off

Quarter-turn isolation

Product Overview

The FIVC Ball Valve is a high-performance, quarter-turn full-bore valve designed for reliable pipeline isolation.
It ensures excellent shut-off performance with minimal friction loss and long operational life.

Technical Specifications

FunctionQuater-turn shut-off
FeatureFull bore
StandardDIN 2533
ConnectionISO 228
DimensionsFace-to-Face 1092-2
External operationHand lever
Testing standardsISO 5208 Rate A Norminal pressure: PN 25 Shell test pressure: 3.75 MPa Seat (seal) test pressure: 2.75 Mpa Seat Test Pressure (Pneumatic / Air): 0.5 Mpa

Materials

BodyDuctile Iron GGG 40
SeatPTFE + 15% Fiber Glass
BallStailness Steel 316/304

Field of Application

Temperature range'-10 to 120 °C
Max. working pressure PN 25
MediaWater and Steam

Key Features

Corrossion resistanceOf durable materials, exhibiting excellent corrosion resistance.
Green responsibility Maximize space efficiency, ideal for tight installations.
Space optimizer Maximize space efficiency, ideal for tight installations.
Adaptability Easy adaptability and integration into various systems, providing full flexibility
Low maintanence Requires minimal maintenance, reducing downtime and lifecycle costs.

Usage & Applications

UsageFlow isolation. Avoid throttling and regulation
ApplicationsHVAC, Cooling system, MTHW (Max. 120 C.), Chilled Water, Filtration, Irrigation, Water management

Declaration

EN 1092-2

Full Technical Data

Datasheet
Datasheet
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2D Drawing
2D Drawing
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Quick Dimensions

FBA_N25_F215
Size (DN) L t C Z-ø d ØW ØG h D f H E Lg Kg
15 115 14 65 4-14 F03 F04 9.5 95 2 50 80 130 2.4
20 120 14 75 4-14 F03 F04 9.5 105 2 55 80 130 3
25 125 16 85 4-14 F04 F05 11.5 115 2 60 90 170 4
32 130 17 100 4-18 F04 F05 11.5 140 2 74 102 170 5
40 140 18 110 4-18 F05 F07 15.5 150 3 78 110 220 7.5
50 150 18 125 4-18 F05 F07 15.5 165 3 86 120 220 9.2
65 170 20 145 4-18 F07 F10 18.5 185 3 98 140 284 13.5
80 180 20 160 4-18 F07 F10 18.5 200 3 114 150 284 18

Full Technical Data

Datasheet
Datasheet
Download
2D Drawing
2D Drawing
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FBA_N25_F215
N° Name Material
1 Body Ductile Iron GGG40
2 Butterfly washer Stainless Steel 304
3 Mid-stem Stainless Steel 304/316
4 Gasket Stainless Steel 304
5 Handlever Carbon steel
6 Fix-plate Stainless Steel 304
7 Stop plate Stainless Steel 304
8 Locking nut Stainless Steel 304
9 Gland ring Stainless Steel 304
10 O-ring NBR
11 Nut 201
12 CAP Ductile Iron GGG40
13 Stud bolt 201
14 Upper gasket PTFE
15 Ball 316/304
½” – 1.5″ Solid ball
2″ – 3″ Hollow ball
16 Lower gasket PTFE
17 Mid-gasket PTFE
18 Ball seating PTFE + 15% Fiber Glass
19 Stop bolt Stainless Steel 304
20 Handlever bushing PVC
21 Nut Stainless Steel 304
Frequently Asked Questions
What type of valve is this? +
It is a quarter-turn, full port ball valve designed for pipeline isolation.
Is the valve CE marked? +
No. According to PED 2014/68/EU Art. 4.3, it is manufactured under Sound Engineering Practice (SEP) and therefore exempt from CE marking.
What bore type does this valve have? +
The product is a full port (full bore) ball valve. What that means in practice: The internal diameter matches the pipe diameter, minimizing pressure drop and friction loss.
What is the advantage of a full port design? +
"A full port valve: Reduces pressure loss in the pipeline Maintains flow capacity Minimizes energy loss Prevents unnecessary turbulence This makes it ideal for isolation in systems where flow efficiency matters."
Can this valve be used for flow regulation? +
Technically, ball valves can throttle — but this valve is designed for isolation, not precise flow control. For continuous regulation, a globe valve or control valve is typically the better engineering choice.
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Need Help?

Get in touch with our experts

Your personal information will be processed in accordance with our Privacy Policy.
+45 69 15 25 00
mna@flowconivc.com