K-Ball F171/ F171T & F180/ F180F IOM Owner's manual

Type
Owner's manual

K-Ball F171/ F171T & F180/ F180F IOM are a series of three-piece bolted ball valves designed for a wide range of industrial applications. They feature a patented ‘SEALMASTER’ shaft arrangement for sizes DN 15 (NPS ½) and larger, ensuring compliance with TA Luft fugitive emission requirements. The double shaft seal design provides increased reliability and longevity, while the anti-static design helps prevent the buildup of static electricity.

K-Ball F171/ F171T & F180/ F180F IOM are a series of three-piece bolted ball valves designed for a wide range of industrial applications. They feature a patented ‘SEALMASTER’ shaft arrangement for sizes DN 15 (NPS ½) and larger, ensuring compliance with TA Luft fugitive emission requirements. The double shaft seal design provides increased reliability and longevity, while the anti-static design helps prevent the buildup of static electricity.

Installation and Maintenance Instructions for KTM K-Ball 3 piece bolted designs
© 2017 Emerson. All Rights Reserved.Emerson.com/FinalControl
KTM K-BALL F171/ F171T AND F180/ F180F/R180/R180F
INSTALLATION AND MAINTENANCE INSTRUCTIONS
1 USE
Long life of valves can be maintained under
normal working conditions and in accordance
with pressure/temperature and corrosion data
chart.
2 MANUAL OPERATIONS
The opening and closing of the valve is done by
turning the handle ¼ turn (90 degree turn).
A. VALVE IN OPEN POSITION
The handle is in line with the valve or pipeline.
B. VALVE IN CLOSED POSITION
The handle is perpendicular with the pipeline.
3 GENERAL INFORMATION FOR ON-SITE
INSTALLATION
Please refer to K-ball Brochure
# VCTDS-02776-EN 19/02
3.1 The valve may be fitted in any position on
the pipeline.
3.2 Before installing the valves, the pipes must
be flushed clean of dirt, burrs and welding
residues to prevent damage to the seats and
ball surface.
3.3 The pipeline must be free of tension.
4 INSTALLATION OF THREADED VALVES
4.1 Use conventional sealant, such as hemp
core, Teflon, etc. on the threads.
4.2 Apply wrench on the hexagon end of the
valve only. Tightening by using the valve body or
handle can seriously damage the valve.
4.3 For applications where screwed end valves
are back-welded on site, these valves must be
dismantled according to instructions for weld
end valves.
VCIOM-07280-EN 19/05
5
DISASSEMBLY AND CLEANING PROCEDURES
CAUTION
Ball Valves can trap fluids in ball cavity when it is
in closed position.
5.1 If the valve has been used to control
hazardous media, it must be decontaminated
before disassembly. It is recommended that the
following steps be taken for safe removal and
reassemble.
5.1.1 Relieve the line pressure.
5.1.2 Place valve in half-open position and flush
the line to remove any hazardous material
from valve.
5.1.3 All persons involved in the removal and
disassembly of the valve should wear the
proper protective clothing, such as face
shield, glove, and apron, etc
5.2 Maintenance of parts is easy, even if the
valve is installed in the line:
• F171/F171T: by loosening the body bolt
through the body hinge, removing the other
bolt on opposite side of the body hinge (at
top), and loosening remaining bolts, valve
body can be swung out.
• R180/F180: by loosening one body bolt and
removing remaining bolts, valve body can be
swung out.
• R180F/F180F: by loosening two body bolts
on opposite sides of the center section and
removing remaining bolts, valve body can be
swung out.
Seats, gaskets, and ball can be replaced
without disturbing pipe alignment:
(See procedures to change Ball and Repair Kit.)
6 PROCEDURES TO CHANGE BALL AND
REPAIR KIT*
6.1 Swing the body per 5.2 procedures and
place the valve in close position.
6.2 Remove Body Gasket (#6), Seats (#7)
and the Ball (#3). Inspect the Ball closely for
scratches, if any, the Ball should be replaced.
6.3 Reassemble the Ball Valve by using New
Seats and Body Gaskets. Swing the Body back
to original position. Tighten Body Bolts per
Torque Data.
6.4 Whenever Stem Seal arrangements need to
be changed.
Follow Step 1 and 2 and continued with
following steps:
6.4.1 Removed Handle (#20), Stem Nut (#19),
Lock Saddle (#18), Belleville Washers
(#12), Gland (#11), thrust washer (#10),
and Stem Packing (#9).
6.4.2 Pull out Stem (#8) and Upper Thrust
Washer (#16). Compress Ring (#15) and
Lower Thrust Washer (#14) from inside
the Valve Body.
6.4.3 Reassemble the Stem arrangement by
using new parts. Tighten Stem Nut per
the Torque Data turns the Lock Saddle to
engage it with Stem Nut and put Handle
back.
6.4.4 Check proper operation of the Valve.
2
23
5
6
1
9
10
11
12
17
18
19
13
16
15
14
8
7
3
4
2
20 21 22
24
20
25
KTM K-BALL F171/ F171T AND F180/ F180F
INSTALLATION AND MAINTENANCE INSTRUCTIONS
FEATURES
• Patented ‘SEALMASTER’ shaft arrangement
for DN 15 (NPS ½) (full bore) and larger sizes
• Double shaft seal design complies with
TA Luft fugitive emission requirements
• Three-piece swing out design
• Valve pressure rating:
DN 8 - 40 (NPS ¼ - 1½) - ASME Class 400
DN 50 - 100 (NPS 2 - 4) - ASME Class 300
• ISO 5211 top mounting plate
• End connections flanged, screwed, butt weld
or socket weld
• Carbon steel or stainless steel bodies
• Size range DN 8 (NPS ¼) to DN 100 (NPS 4)
- Full bore
• Seat material options
• Blow-out proof shaft and anti-static design
• Tightness to EN 12266-1, Rate A
• Patented ‘POSILOCK’ handle for
DN 15 (NPS ½) to DN 50 (NPS 2)
- Full bore
NOTE
* Stainless steel welded connectors are CF3M/1.4409
MATERIALS OF CONSTRUCTION
No. Part name Material Quantity
1 Body CF8M / WCB, 1.4408 / 1.0619 1
2 Cap CF8M / WCB, 1.4408 / 1.0619 2*
3 Ball ASTM A351 Gr. CF8M 1
4 Bolt A2-70 4-6
5 Bolt washer 304SS 4-12
6 Body gasket PTFE 2
7 Ball seat PTFE 2
8 Anti-static shaft A276 Type 316 1
9 V-ring shaft packing PTFE 1 set
10 Thrust washer 50% SS powder / 50% PTFE 1
11 Gland 304SS 1
12 Belleville washer 301SS 2
13 Locking trigger Stainless steel 1
14 Lower shaft seal 50% SS powder / 50% PTFE 1
15 Compress ring 316L SS 1
16 Upper shaft seal TFM 1600 1
17 Stop bolt Stainless steel 1
18 Lock saddle Stainless steel 1
19 Shaft nut 304SS 1-2
20 Handle CF8 / SGP Zn plating 1
21 Handle sleeve Vinyl 1
22 Rivet 304SS 1
23 Bolt nut A2-70 4-12
24 Triangle stopper Stainless steel 1
25 Handle adapter CF8 1
Sizes up to DN 100 (NPS 4)
Handle for valve
Sizes DN 65 - 100 (NPS 2½ - 4)
3
8 - 10 ¼ - ⅜ M6 74 9 35 4 M5 53 6
15 ½ M8 177 20 52 6 M5 53 6
20 ¾ M8 177 20 52 6 M5 53 6
25 1 M8 177 20 130 15 M6 74 9
32 M10 354 40 130 15 M6 74 9
40 M10 354 40 174 20 M8 177 20
50 2 M10 354 40 174 20 M8 177 20
65 M12 575 65 190 22 M10 354 40
80 3 M16 1097 124 190 22 M10 354 40
100 4 M16 1097 124 260 30 M10 354 40
125 5 M12 575 65 400 46 M10 354 40
150 6 M16 1097 124 547 62 M12 575 65
200 8 M16 1097 124 547 62 M12 575 65
250 10 M16 1097 124 850 97 M16 1097 124
300 12 M20 2920 330 850 97 M16 1097 124
8 - 10 ¼ - ⅜ M6 74 10 35 4 M5 53 6
15 ½ M6 74 10 52 6 M5 53 6
20 ¾ M8 177 22 52 6 M5 53 6
25 1 M8 177 22 130 15 M6 70 8
32 M10 354 40 130 15 M6 70 8
40 M10 354 40 174 20 M8 177 20
50 2 M12 575 65 174 20 M8 177 20
65 M12 575 65 190 22 M10 354 40
80 3 M16 1097 124 190 22 M10 354 40
15 ½ M6 74 10 35 4 M5 53 6
20 ¾ M6 74 10 52 6 M5 53 6
25 1 M8 177 22 52 6 M5 53 6
32 M8 177 22 130 15 M6 70 8
40 M10 354 40 130 15 M6 70 8
50 2 M10 354 40 174 20 M8 177 20
65 M12 575 65 174 20 M8 177 20
80 3 M12 575 65 190 22 M10 354 40
100 4 M16 1097 124 190 22 M10 354 40
KTM K-BALL F171/ F171T AND F180/ F180F
INSTALLATION AND MAINTENANCE INSTRUCTIONS
BOLTING TORQUE FOR F171/ F171T FULL BORE
Valve size Body nut Stem nut Stem extension / Bolt or nut
DN NPS Size lbf·in Nm lbf·in Nm Size lbf·in Nm
BOLTING TORQUE FOR F180 FULL BORE
Valve size Body nut Stem nut Stem extension / Bolt or nut
DN NPS Size lbf·in Nm lbf·in Nm Size lbf·in Nm
BOLTING TORQUE FOR F180 REDUCED BORE
Valve size Body nut Stem nut Stem extension / Bolt or nut
DN NPS Size lbf·in Nm lbf·in Nm Size lbf·in Nm
4
8 - 10 ¼ - ⅜ M6 88 10 35 4 M5 53 6
15 ½ M6 88 10 52 6 M5 53 6
20 ¾ M8 195 22 52 6 M5 53 6
25 1 M8 195 22 130 15 M6 70 8
32 M10 399 45 130 15 M6 70 8
40 M12 700 79 174 20 M8 177 20
50 2 M12 700 79 174 20 M8 177 20
65 M12 700 79 190 22 M10 354 40
80 3 M16 1222 138 190 22 M10 354 40
15 ½ M6 88 10 35 4 M5 53 6
20 ¾ M6 88 10 52 6 M5 53 6
25 1 M8 195 22 52 6 M5 53 6
32 M8 195 22 130 15 M6 70 8
40 M10 399 45 130 15 M6 70 8
50 2 M12 700 79 174 20 M8 177 20
65 M12 700 79 174 20 M8 177 20
80 3 M12 700 79 190 22 M10 354 40
100 4 M16 1222 138 190 22 M10 354 40
KTM K-BALL F171/ F171T AND F180/ F180F
INSTALLATION AND MAINTENANCE INSTRUCTIONS
BOLTING TORQUE FOR F180F FULL BORE
Valve size Body nut Stem nut Stem extension / Bolt or nut
DN NPS Size lbf·in Nm lbf·in Nm Size lbf·in Nm
BOLTING TORQUE FOR F180F REDUCED BORE
Valve size Body nut Stem nut Stem extension / Bolt or nut
DN NPS Size lbf·in Nm lbf·in Nm Size lbf·in Nm
Neither Emerson, Emerson Automation Solutions, nor any of their affiliated entities assumes responsibility for the selection, use or maintenance of any product.
Responsibility for proper selection, use, and maintenance of any product remains solely with the purchaser and end user.
K-Ball is a mark owned by one of the companies in the Emerson Automation Solutions business unit of Emerson Electric Co. Emerson Automation Solutions, Emerson
and the Emerson logo are trademarks and service marks of Emerson Electric Co. All other marks are the property of their respective owners.
The contents of this publication are presented for informational purposes only, and while every effort has been made to ensure their accuracy, they are not to be
construed as warranties or guarantees, express or implied, regarding the products or services described herein or their use or applicability. All sales are governed by
our terms and conditions, which are available upon request. We reserve the right to modify or improve the designs or specifications of such products at any time without
notice.
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K-Ball F171/ F171T & F180/ F180F IOM Owner's manual

Type
Owner's manual

K-Ball F171/ F171T & F180/ F180F IOM are a series of three-piece bolted ball valves designed for a wide range of industrial applications. They feature a patented ‘SEALMASTER’ shaft arrangement for sizes DN 15 (NPS ½) and larger, ensuring compliance with TA Luft fugitive emission requirements. The double shaft seal design provides increased reliability and longevity, while the anti-static design helps prevent the buildup of static electricity.

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