Emerson KTM Series Manuel

KTM SERIES EF190FE SPLIT BODY FLANGED BALL VALVES

INSTALLATION AND MAINTENANCE MANUAL

Before installation these instructions must be fully read and understood

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° 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 AUTOMATED OPERATIONS

Alignment between actuator and valve is

extremely important.

Misalignment will result high operational

torque, create the stem side loading and cause

early stem leakage.

4 GENERAL INFORMATION FOR ON-SITE

INSTALLATION

4.1 Remove plastic end flanges

protectioncovers.

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.

A. Relieve the line pressure.

B. Place valve in half-open position

and flush the line to remove any

hazardous material from valve.

C. 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 Remove both counter flanges studsand

nuts and lift valve from line for

maintenance.

4.2 The valve may be fitted in any position on

the pipeline.

4.3 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.

4.4 The pipeline must be free of tension.

5.3 Remove handle (item 18) or actuator set,

stemnut (item 16), lock saddle (item15),

belleville washers (item 14), gland

(item13), thrust washer(item 12) and

stem packing(item 11).

5.4 Remove body stud (item 7) and nuts

(item7a) to allow end cap (item 2)

separated from body (item 1). The ball seat

(item 5) in the end cap should come out.

Remove body gasket(item 6).

5.5 Rotate the stem to "close" position, thus,

the ball (item 3) can be taken out easily

frombody.

5.6 Take out the ball seat (item 5) from body

seatpocket.

5.7 Pull out stem (item 4) and remove the

stem seal (item 8 and 10) compress ring

(item 9). Atthis stage, all the parts are in

"Loose condition" and ready for inspection.

6 VISUAL INSPECTION

Clean and inspect metal parts. It is not

necessary to replace the ball and stem unless

the ball seating surfaces have been damaged

by abrasion or corrosion. Full replacements

of all soft parts are strongly recommended.

Thereplacement parts can be ordered in

"Repair kit" form.

(2½"~5")

(6"~12")

KTM SERIES EF190FE SPLIT BODY FLANGED BALL VALVES

INSTALLATION AND MAINTENANCE MANUAL

7 PROCEDURE TO CHANGE PARTS AND

ASSEMBLY

7.1 Install ball seat (item 5) to body (item 1)

seat pocket and make sure the spherical

curvature facing the ball.

7.2 Put lower stem seal (item 8), compress

ring (item 9) and upper stem seal (item10)

to stem (item 4) and slide the stem up

through the body. Install stem packing

(item 11) and top with thrust washer

(item12), gland (item 13), Belleville washer

(item 14), lock saddle (item 15) and drive

stem nut (item 16) per the stem torque

data to ensure the whole stem seals have

been properly compressed. Turn the lock

saddle to engage it with stem nut - this is

to prevent stem nut from unthreading.

7.3 Put the handle (item 18) on stem and

secure it with handle nut (item 16).

7.4 Turn the handle to "close" position. Line

up the ball slots with stem tang and slides

ball (item 3) into the position. Turn the

handle to "open" position to prevent the

ball from falling out.

7.5 Install the body gasket (item 6) into the

shoulder of the end cap (item 2), put the

ball seat (item 5) into seat pocket.

7.6 Put the end cap (item 2) into body with all

the holes line up between or end cap holes

guided by body studs and engaged.

7.7 Finger tight the body stud and nuts and

tighten one side snugly, then the one

diagonally across. Repeat for other bolts

or nuts until the torque is observed per

bolting torque data.

7.8 Cycle the valve slowly with gentle back

and forth motion to build gradually to full

quarter turn. By cycling slowly, the seat

lips will assume a permanent seal shape

against the ball.

7.9 If possible, test the valve before placing

it back to line for service to ensure "No"

through and external leakage is observed.

15 ½ M8 195 22 52 6 M5 53 6

20 ¾ M8 195 22 52 6 M5 53 6

25 1 M10 399 45 130 15 M6 74 9

32 1¼ M10 399 45 130 15 M6 74 9

40 1½ M12 700 79 174 20 M8 177 20

50 2 M12 700 79 174 20 M8 177 20

65 2½ M12 700 79 190 22 M10 351 40

80 3 M12 700 79 190 22 M10 351 40

100 4 M12 700 79 260 30 M10 354 40

100 • 4 M16 1222 138 260 30 M10 354 40

125 5 M12 700 79 400 46 M10 354 40

125 • 5 M16 1222 138 400 46 M10 354 40

150 6 M16 1222 138 547 62 M12 575 65

200 8 M16 1222 138 547 62 M12 575 65

200 • 8 M20 3479 393 547 62 M12 575 65

250 10 M16 1222 138 850 97 M16 1097 124

250 • 10 M22 4514 510 850 97 M16 1097 124

300 12 M20 3479 393 850 97 M16 1097 124

300 • 12 M22 4514 510 850 97 M16 1097 124

KTM SERIES EF190FE SPLIT BODY FLANGED BALL VALVES

INSTALLATION AND MAINTENANCE MANUAL

BOLTING TORQUE DATA FOR EF190FE

Valve size For body nut For stem nut* For stem extension bolt or nut

DN NPS Size lbf·in Nm lbf·in Nm Size lbf·in Nm

NOTES

* NPS 4 and smaller stem nut are inch system.

NPS 5 and larger stem nut are metric system.

• For flange end ASME Class 300 and EN PN25/40

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.

KTM 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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