Honeywell V5097A-E Product Data

Page 1

V5097A-E Industrial Gas Valves

APPLICATION

The V5097A-E Gas Valves are used with the V4055, V4062 and V9055 Fluid Power Actuators to control gas flow to commercial and industrial burners.

While it is possible to combine any V5097 gas valve with any V4055, V4062, or V9055 fluid actuator, a limited range of combinations apply to the application most often used. See Table 1.

PRODUCT DATA

FEATURES

• Used with natural or liquefied petroleum (LP) gases.

• V5097 normally closed valves are rated for final shutoff service (safety shutoff).

• V5097A,C,D,E Valves are for on-off service.

• V5097B Valve has a characterized guide and in combination with the V4055, V4062 and V9055 Fluid Power Actuators, provides slow-opening, HI-LO-OFF, and modulating functions, respectively.

• V5097C,E Valves have a double seal and are used with V4055D,E Fluid Power Actuators to provide proof-of-closure switch and valve seal overtravel interlock.

• V5097D,E Valves are for high pressure applications (see Table 2).

• Two valve body types (small and large) applicable to seven pipe sizes:

— Small body type for 3/4 in. (19 mm), 1 in. (25 mm),

1-1/4 in. (32 mm), 1-1/2 in. (38 mm) and 2 in. (51 mm) pipes.

— Large body type for 2 in. (51 mm), 2-1/2 in. (64 mm)

and 3 in. (76 mm) pipes.

• Eight pipe adapter sizes 3/4 in. (19 mm) to 3 in. (76 mm) have NPT or BSP-PL threaded connections.

• V5097 version provides three 1/4 in. upstream and two 1/4 in. downstream taps and plugs. CE version provides an additional downstream tap and plug.

• Valve body rating of 75 psi (5 bar); body passes Underwriters Laboratories Inc. burst test.

• Yellow SHUT indicator attached to the valve stem provides indication of the valve closed position.

• Unpainted die-cast aluminum body.

Contents

Application ........................................................................ 1

Features ........................................................................... 1

Specifications ................................................................... 2

Ordering Information ........................................................ 2

To Size Two Identical Valves Piped In Series ................... 6

Installation ........................................................................ 8

Operation and Checkout .................................................. 9

Service Information .......................................................... 10

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V5097A-E INDUSTRIAL GAS VALVES

SPECIFICATIONS

IMPORTANT

The specifications in this publication do not include normal manufacturing tolerances; therefore, an individual unit may not exactly match the specifications listed. Also, this product is tested and calibrated under closely controlled conditions, and some minor differences in performance can be expected if those conditions are changed.

Table 1. Usual Combinations of Fluid Power Actuators and V5055 Industrial Gas Valves.

Fluid Power Actuators/

Industrial Gas Valves

V5097A V5097B V5097C V5097D V5097E

Pressure

Type Model

V4055 On-Off

V4062 Hi-Lo-Off

V9055 Modulating

Refer to Table 3 or actual pressure ratings of the various combinations of valves and actuators.

Valve guide has notches to determine valve flow characteristics guide; provides a more linear relationship between stem travel

A Low • • •

B High

Low • •

High

A Low •

Low • •

A Low •

Low

Rating

On-Off

•

Low pressure

Characterized

Guide

•

VSOI

•

High Pressure

On-Off VSOI

•

and gas flow.

Valve seal overtravel interlock. Valve has two seals, and actuator has a proof-of-closure switch.

These combinations have higher pressure ratings; see Table 3.

Verify flow curve requirements to application requirements.

•

Models: See Table 2.

ORDERING INFORMATION

When purchasing replacement and modernization products from your TRADELINE® wholesaler or distributor, refer to the TRADELINE® Catalog or price sheets for complete ordering number.

If you have additional questions, need further information, or would like to comment on our products or services, please write or phone:

1. Your local Honeywell Automation and Control Products Sales Office (check white pages of your phone directory).

2. Honeywell Customer Care

1885 Douglas Drive North

Minneapolis, Minnesota 55422-4386 In Canada—Honeywell Limited/Honeywell Limitée, 35 Dynamic Drive, Toronto, Ontario M1V 4Z9. International Sales and Service Offices in all principal cities of the world. Manufacturing in Australia, Canada, Finland, France, Germany, Japan, Mexico, Netherlands, Spain, Taiwan, United Kingdom, U.S.A.

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V5097A-E INDUSTRIAL GAS VALVES

Table 2. Industrial Gas Valve Models:

Model Number Features

V5097A Low pressure on-off (with quick-opening

guide).

V5097B Low pressure characterized guide (provides

slowly increasing gas flow on opening). For slow-opening, high-low-off, or modulating service.

V5097C Low pressure double-seat. Used with

V4055D, V4062D, V9055D Actuators to provide proof-of-closure switch and a valve seal overtravel interlock.

V5097D High pressure on-off (with quick-opening

guide).

V5097E High pressure double-seat. Used with

V4055D, V4062D, V9055D Actuators to provide proof-of-closure switch and a valve seal overtravel interlock.

Type of Gas: Natural or liquefied petroleum (LP) only.

Pipe Size:

Small Body: 3/4 in. (19 m); 1 in. (25 mm); 1-1/4 in. (32 mm);

1-1/2 in. (38 mm); 2 in. (51 mm).

Large Body: 2 in. (51 mm); 2-1/2 in. (64 mm); 3 in. (76 mm).

Pipe Threads:

NPT or BSP-PL threads (equivalent to ISO R7 and DIN 2999). Available 3/4 in. to 3 in. pipe adapters. (Order separately.)

Pressure Ratings: See Table 3.

Valve Body Rating: 75 psi (5 bar); body passes burst test

of Underwriters Laboratories Inc.

Pipe Adapter Ratings: See Table 4.

Gas Pressure Limit Switch Mounting: Two 1/4 in. NPT

or BSP-PL upstream and downstream tapping and plug.

Upstream Tapping and Plug: 1/4 in. NPT or BSP-PL.

Downstream Tapping and Plug: 1/4 in. NPT.

Ambient Operating Temperature Rating: -40°F to +150°F

(-40°C to +66°C); -40°F to +125°F (-40°C to +52°C) when used with V9055.

Material: Die-cast aluminum.

Mounting: Directly in gas supply line.

Dimensions: See Fig. 1 and 2.

Weight:

Small Body Valve: 3.68 lb (1.67 kg). Large Body Valve: 8.0 lb (3.64 kg). Small Body Pipe Adapters:.67 lb (0.3 kg). Large Body Pipe Adapters: 2.125 lb (.97 kg).

Replacement Parts:

133393A Replacement Seal Assembly (Includes valve seal,

bonnet seal and tube of lubricant) for Small Body Valves.

133392A Replacement Seal Assembly (Includes valve seal,

bonnet seal and tube of lubricant) for Large Body Valves. For all pipe adapter sizes, see Table 4. Replacement Bonnet Assembly (Table 5):

Includes complete bonnet assembly, plus the required

replacement seal assembly.

Accessories:

133637 Tube of lubricant (supplied). DSP3556 Valve Assembly Tool (UVG).

Valve Capacities: IAS ratings at 1 in. (0.25 kPa) pressure drop; based on gas with 0.64 sp gr. See Table 3.

Bolt/Nut Fasteners:

Small Body:

3/8-16 x 1.375, Grade 5 bolt. Metric equivalent

M8 x 1.25 x 35mm, class 9.8.

Large Body:

1/2-13 x 2.00, Grade 5 bolt. Metric equivalent

M12 x 1.75 x 50mm, class 9.8.

4074EYE Bag Assembly, contains 6 bolts, nuts and lock

washers for Large Body Valves and adapters. 4074EYF Bag Assembly, contains 6 bolts, nuts and lock

washers for Small Body Valves and adapters. 4074EYK Bag Assembly, contains 2 O-rings and tube of

lubricant—small body. 4074EYL Bag Assembly, contains 2 O-rings and tube of

lubricant—large body.

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V5097A-E INDUSTRIAL GAS VALVES

6-3/4 (171)

1-9/32 (33)

5 (127)

ALLOW 2 IN. (51 MM) CLEARANCE FOR ACTUATOR REMOVAL.

VALVE

DIM. A DIM. B DIM. C DIM. D DIM. E DIM. F DIM. G DIM. H DIM. J

SIZE (IN.)

IN. MM IN. MM IN. MM IN. MM IN. MM IN. MM IN. MM

11-1/8

3/4

11-1/8

1-1/4

11-1/8

1-1/2

11-3/4

2-1/2

11-3/4

283

298

2-3/4

3-3/8

8-3/16

208

8-1/4

8-3/16

8-5/16

208

211

8-1/4

11-3/4

210

298

2-7/16

3-5/8

127

203

2-5/16

4-7/16

113

OCTAGON

IN. MM IN. MM IN. MM

7/8

1-1/2

3-15/16

6-1/2

100

165

2-13/16

4-1/2

114

M11682A

Fig. 1. Approximate dimensions of 3/4 in. through 3 in. V5097 Valves with valve actuator, in inches and millimeters.

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V5097A-E INDUSTRIAL GAS VALVES

6-3/4 (171)

1-9/32 (33)

DIM. A DIM. B DIM. C DIM. D DIM. E DIM. F DIM. G DIM. H DIM. J

OCTAGON

5 (127)

VALVE SIZE (IN.)

IN. MM IN. MM IN. MM IN. MM IN. MM IN. MM IN. MM

11-1/8

11-3/4

283

298

2-3/4

3-3/8

8-3/16

8-5/16

208

211

356

533

IN. MM IN. MM IN. MM

127

203

113

100

165

114

3/4

1-1/4

1-1/2

2-1/2

M29712

ALLOW 2 IN. (51 MM) CLEARANCE FOR ACTUATOR REMOVAL.

2-7/16

3-5/8

2-5/16

4-7/16

7/8

1-1/2

3-15/16

6-1/2

2-13/16

4-1/2

Fig. 2. Approximate dimensions of two small and large V5097 Valves with valve

actuators and pipe adapters in inches and millimeters.

Table 3. V5097 Models.

Standard Pressure Actuators

V4055A,D, V4062, V9055

Model

Standard Pressure Valves V5097A,B,C

High Pressure Valves V5097D,E

Maximum operating pressure differential. Once open, the valve and actuator operate correctly against this pressure differential at 85% of rated voltage.

Maximum opening pressure. Actuator opens valve against this pressure at 85% of rated voltage.

c Maximum close-off pressure. Maximum allowable pressure drop across fully closed valve prevents seal leakage (independent of

Pipe Size

(in. NPT)

MOPD

psi mbar psi mbar psi bar psi bar psi bar psi bar

3/4 to 2 5 340 15 1000 15 1 15 1 15 1 15 1

2 to 3 13 880

3/4 to 2 5 340 40 2700 75 5 25 1.6 62 4 75 5

2 to 3 13 880 45 3 15 1 21 1.4 45 3

MOP

MCOP

75 psi valve body rating).

5 65-0230—07

MOPD

High Pressure Actuators

V4055B,E

MOP

MCOP

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V5097A-E INDUSTRIAL GAS VALVES

Approvals:

Underwriters Laboratories Inc. Listed: File MH1639, Guide No.

YI02: V4055A,B,D,E/V5097A,B,C,D,E. V4062/V5097A,B,C,E. V9055/V5097A,B,C,E.

Swiss Re (Formerly GE Gap/IRI) Acceptable:

V4055A,B,D,E/V5097A,B,C,D,E.

V9055/V5097A,B,C,E. Factory Mutual Approved: Report No. 1D9A2.AF CSA File No. 158158-1205788

V4055A/V5097A,B.

V4055B/V5097D.

V4055DV5097C.

V4055E/V5097E.

V4062/V5097B,C.

V9055/V5097B,C.

NOTE: CSA does not certify models equipped with BSP

threads.

International Approval Services (IAS) Certified (60 Hz Actuator

Models Only): Report No. 1029-SSV-4098:

V4055A,B,D,E/V5097A,B,C,D, E.

V4062/V5097B.

V9055/V5097B. CE Approved: CE-0063AR1359 (V5097A1020, V5097A1038,

V5097B1028, V5097B1036 Only). Australian Gas Association Approved (Pending).

Table 4. Valve Plus Two Pipe Adapters Ratings.

Adapter

Part Number Size (in.)

32000109-001 3/4 NPT 665 18.8

32000109-002 1 NPT 960 27.2

32000109-003 1-1/4 NPT 1406 39.8

32000109-004 1-1/2 NPT 1717 48.6

3200109-005 2 NPT

(Small Body)

32001605-001 2 NPT

(Large Body)

32001605-002 2-1/2 NPT 4250 120.3

32001605-003 3 NPT 5230 148.1

32000109-006 3/4 BSP 665 18.8

32000109-007 1 BSP 960 27.2

32000109-008 1-1/4 BSP 1406 39.8

32000109-009 1-1/2 BSP 1717 48.6

32001605-004 2 BSP

(Large Body)

32001605-005 2-1/2 BSP 4250 120.3

32001605-006 3 BSP 5230 148.1

CSA Rated Capacity

(cfh) (cu m/hr)

1990 56.9

3620 102.5

Table 5. Replacement Bonnet Assemblies.

Valve Model Pipe Adapter Size (in. NPT) Replacement Bonnet Assembly (part no.)

V5097A1004 (On-Off) 3/4, 1, 1-1/4, 1-1/2, 2 (small) 133398AA

V5097A1012 2, 2-1/2, 3 (large) 133417AA

V5097B1002 (Characterized guide) 3/4, 1, 1-1/4, 1-1/2, 2 (small) 133398BA

V5097B1010 2, 2-1/2, 3 (large) 133417BA

V5097C1000 3/4, 1, 1-1/4, 1-1/2, 2 (small) 133398CA

V5097C1018 2, 2-1/2, 3 (large) 133417CA

V5097D1008 3/4, 1, 1-1/4, 1-1/2, 2 (small) 136308AA

V5097D1016 2, 2-1/2, 3 (large) 136307AA

V5097E1005 3/4, 1, 1-1/4, 1-1/2, 2 (small) 136308BA

V5097E1013 2, 2-1/2, 3 (large) 136307BA

Gas Valve Sizing

Honeywell gas valve capacities are shown in cubic feet per hour (cfh) or cubic meters per hour (m gravity of 0.64 (1 cfh = 0.0283 m

1. Check the burner nameplate for (a) the type of gas used, and (b) the gas flow capacity (listed in Btuh or in cfh).

2. Call the gas utility for information on (a) sp gr and (b) Btu/cu ft for type of gas used.

3. If the capacity is listed in Btuh, convert to cfh using the following formula:

Capacity in cfh = Btuh (from burner nameplate) Btu/cf (from gas utility)

4. For gases with specific gravities other than 0.64, correct the cfh from the nameplate or from the formula in step 3 for the specific gravity of gas used, following the information in Fig. 3.

h) for gas with a specific

h).

5. Use the cfh capacity (for 0.64 or the corrected cfh from step 4) for determining the gas valve size in Fig. 4.

6. Determine the maximum pressure drop across the valve and draw a horizontal line at this pressure in Fig. 4.

7. Draw a vertical line in Fig. 4 at the capacity (cfh) previously determined. Use the corrected capacity for a gas with a specific gravity other than 0.64.

8. Use the valve size at the intersection of the horizontal and vertical lines. If the intersection is between valve sizes, use the next larger valve size in Fig.4.

TO SIZE TWO IDENTICAL VALVES PIPED IN SERIES

1. Find the cf/h for the type of gas used.

2. Consider both valves as one unit. Determine the total

maximum pressure drop across the unit.

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V5097A-E INDUSTRIAL GAS VALVES

3. Find the pressure drop across the first valve by assuming it to be 45 percent of the total pressure drop.

4. Find the valve size from Fig. 1.

5. The second valve will be the same size as the first valve.

How to use the Specific Gravity Conversion Factors (Fig. 3)

Listed valve capacity ratings are based on 0.64 specific gravity (sg gr) gas. When the required cfh capacity is known for gas of other specific gravity, it can be converted to the 0.64 equivalent by using the correct multiplying factor obtained from Fig. 3.

2.50

2.25

2.00

1.75

For example, a valve capacity of 2670 cfh based on 0.72 sp gr gas is required. What valve capacity, based on 0.64 sp gr gas, will be required?

On the vertical scale of Fig. 3, find 0.72 specific gravity (left side of figure). Draw a line horizontally from that point to the right to intersect the curve, then move straight down the chart to the bottom scale and read the conversion factor (1.06, in this example).

Multiply the 2670 cfh by the conversion factor (1.06) to obtain a valve capacity of 2830 cfh.

Applying this number to Fig. 4, assuming a 1 in. wc pressure drop, use a 2 in. (large body) V5097 Valve for that flow (step 8 of Gas Valve Sizing).

1.50

1.25

1.00

SPECIFIC GRAVITY

0.75

0.50

0.25

0.72

0.6 0.7 0.8

EXAMPLE

1.06

0.9

1.0 1.1 2.01.2 1.3 1.4 1.5 1.6 1.7 1.8 1.9

CONVERSION FACTORS

Fig. 3. Specific gravity conversion factors.

M17879

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V5097A-E INDUSTRIAL GAS VALVES

M11687D

100 (2.8)

1 2 34567891 2 34567891 2 34567891

9 8 7

1 9

8 7 6

11.0

(0.25)

10.0 (2.5)

100.0 (25)

.9 .8 .7

100.0 9

8 7

9 8 7 6

1.0 .9 .8

.7 .6

1000 (28)

10,000 (283)

100,000 (2830)

CAPACITY IN cfh (m

h) FOR GAS WITH SPECIFIC GRAVITY OF 0.64 (1 cfh = 0.0283 m3h)

PRESSURE DROP, INCHES WC

[1 in. wc = 0.25 kPa]

3/4 INCH

1 INCH

1 1/4 INCH

1 1/2 INCH

2 1/2 INCH

3 INCH

2 INCH LARGE

INCH SMALL

INSTALLATION

IMPORTANT

65-0230—07 8

The V5097 Valve is designed to provide control of gaseous fuel (natural and LP gas) flow in applications with minimum water exposure. V5097 Valves used in maritime, beverage, food processing, outdoor or other installations with occasional exposure to water can develop valve stem and spring corrosion, decreasing the operating life of the valve. Inspect V5097 Valves used in these installations annually and replace the valve bonnets when corrosion is noted.

A valve actuator with a NEMA 4 rating is recommended for these installations because the water-tight design of the NEMA 4-rated actuator prevents water from entering the valve stem and spring chamber through the actuator. Under certain

Fig. 4. Flow curves for V5097 valves.

conditions, some water can be retained in the external upper portion of the valve body. The retained water is effectively excluded from the valve stem and spring chamber by a functional seal that is incorporated into the NEMA 4-rated actuator.

When Installing this Product...

1. Read these instructions carefully. Be sure to carefully follow Warning information.

2. Check the ratings given in the instructions and on the product to make sure the product is suitable for your application.

3. Installer must be a trained, experienced flame safeguard control technician.

4. After installation is complete, check out product operation as provided in these instructions.

Page 9

WARNING

Explosion Hazard And Electrical Shock Hazard.

WARNING

Can cause explosion, serious injury or death.

1. Turn off gas supply before starting installation.

2. Disconnect power supply for valve actuator before beginning installation.

3. Install the valve so the arrow on the valve body points in the gas flow direction.

Location

1. Install the valve in the gas supply line downstream from the pressure regulator.

2. Mount the valve and actuator in any position that allows sufficient clearance for installation and for repair and replacement.

3. Be sure the valve position indicators are easily visible with the valve and actuator in the final position.

4. Ensure the final position of the valve and actuator allows for damper linkage, if used.

IMPORTANT

Allow space for turning the valve body and pipe adapter (actuator not attached) onto the gas piping. Swing dimensions measured from the center of the pipe for 3/4 in. through 2 in. (small) valves are 3-1/4 in. (83 mm) and for 2 in. through 3 in. (large) valves are 5 in. (127 mm).

V5097A-E INDUSTRIAL GAS VALVES

Checkout

Explosion Hazard And Electrical Shock Hazard. Can cause explosion, serious injury or death.

Do not allow fuel to accumulate in the combustion chamber for longer than a few seconds without igniting to prevent an explosive mixture from accumulating.

Explosion Hazard. Can cause serious injury or death.

1. Do not put the system into service until you have satisfactorily completed the following Valve Leak Test, all applicable tests described in the Checkout section of the instructions for the flame safeguard control, and any other tests required by the burner manufacturer.

2. All tests must be performed by a trained, experienced flame safeguard control technician.

3. Close all manual fuel shutoff valves as soon as trouble occurs.

After the installation is completed, cycle the valve several times with the manual fuel shutoff cock closed. Make sure the valve and actuator function properly. Also perform the Valve Leak Test before putting the valve into service.

Explosion Hazard. Can cause serious injury or death.

1. Make sure gas flow is in the direction of the arrow on the valve body so the valve shuts off.

2. Do not use valve in a corrosive environment or the valve may not shut completely.

IMPORTANT

Use only the three Grade 5 (minimum) bolts or metric equivalent with split washers (supplied with valve) secured and fastened to ensure gas-tight seal. Use all six bolts.

Installation

Installation instructions are found in form 66-1099, Integrated Valve Train Assembly Instructions.

OPERATION AND CHECKOUT

Operation

A V5097 Industrial Gas Valve is operated by a V4055, V4062 or V9055 Fluid Power Gas Valve Actuator. The valve opens when the actuator is energized, and closes when power is removed. When closed, the valve seals off against the rated close-off pressure with no power applied. For further information, refer to the actuator instructions.

Valve Leak Test (Fig. 5)

This is a test for checking the closure tightness of the gas safety shutoff valve. It should be performed only by trained experienced flame safeguard control technicians during the initial startup of the burner system, or whenever the valve or valve bonnet is replaced (see Service Information section). It is recommended that this test also be included in the scheduled inspection and maintenance procedures. For a periodic inspection test, follow steps 1, 3, 4, 5, 8, 9, 10, 12, 13, 16, and

17.

1. De-energize the control system to assure no power goes to the valve actuator (C, Fig. 5).

2. Close the upstream manual gas cock (A).

3. Make sure the manual test petcock (F) is closed in the leak test tap assembly (D).

4. Remove the leak test tap plug and connect the test apparatus to the leak tap (D).

5. Close the downstream manual gas cock (E).

6. Open the upstream manual gas cock (A).

7. Run the V5097 Valve to its fully open position (through

the safety system); then immediately de-energize the system to close the V5097 Valve.

8. Immerse a 1/4 in. (6 mm) tube vertically 1/2 in. (13 mm) into a jar of water.

9. Slowly open the test petcock (F).

10. When the rate of bubbles coming through the water

stabilizes, count the number of bubbles appearing during a ten-second period or note the time required for ten bubbles. Each bubble appearing represents a flow rate of 0.001 cfh.

To meet US requirements, be sure leakage does not exceed the rates in Table 6.

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V5097A-E INDUSTRIAL GAS VALVES

WARNING

Table 6. V5097 Valve Allowable Leakage Rate.

Minimum

V5097

Pipe

Adapter

Size (in.) Medium

3/4, 1, 1-1/4, 1-1/2, 2

0.64 gas 573 14 6.7

1.00 air

Maximum

Allowable

Leakage

SCCH

458 9 10.2

No. of

Bubbles in

10 sec. )

No. of

Seconds

for 10

bubbles

1.57 LP 366 9 10.5

2, 2-1/2, 3 0.64 gas 940 24 4.1

1.00 air

752 16 6.2

1.57 LP 602 15 6.4

Based on air at standard conditions, test pressures provided by ANSI Z21.21, Section 2.42 and a maximum of 235 cc/h/in. of seal-off diameter (not pipe size).

DABC E

LEAK

TEST TAP

GAS SUPPLY

UPSTREAM MANUAL GAS COCK

CAN ALSO BE A PERMANENT PETCOCK.

PRV = PRESSURE REGULATING VALVE.

SSOV = SAFETY SHUTOFF VALVE.

USE ONLY ONE OF THE DOWNSTREAM TAPS ON THE SS0V.

PRV

SSOV

2 3

1/4 IN. (6 MM) FLEXIBLE TUBING

1/4 IN. (6 MM) ALUMINUM OR COPPER PILOT TUBING

(13 MM)

DOWNSTREAM MANUAL GAS COCK

BURNER

MANUAL TEST PETCOCK

JAR OR GLASS WITH WATER

CUT AT 45 DEGREE ANGLE

M9547F

Fig. 5. Valve leak test.

NOTE: For international leak test requirements, contact the

appropriate approval agency.

After the Test

1. Close the upstream manual gas cock (A).

2. Close the test petcock (F), remove the test apparatus, and replace the leak test tap (D).

3. Open the upstream manual gas cock (A) and energize

the V5097 Valve actuator through the safety system.

4. Test with rich soap and water solution to make sure there is no leak at the test tap (D) or any pipe adapter/valve mating surfaces.

5. De-energize the V5097 Valve (C).

6. Open the downstream manual gas cock (E).

7. Restore the system to normal operation. If two safety

shutoff valves are used, check each V5097 Valve for closure tightness.

SERVICE INFORMATION

Explosion Hazard And Electrical Shock Hazard. Can cause explosion, serious injury or death.

1. Turn off the gas supply and disconnect all electrical power to the valve actuator before servicing.

2. Properly position and seat the seals in the valve body to prevent a hazardous gas leak.

3. Do not disassemble the valve bonnet assembly because the valve seat is not replaceable.

IMPORTANT

Only trained, experienced flame safeguard control technicians should attempt to service or repair flame safeguard controls and burner assemblies.

Scheduled Inspection and Maintenance

Set up and follow a schedule for periodic inspection and maintenance for the burner, all other controls, and the valve(s) and actuator(s) for leaking oil. It is recommended that the valve leak test in the Operation and Checkout section be included in this schedule. Refer to the instructions for the primary safety control for more information.

Valve Checkout for Oil Leakage from Actuator

1. Turn off the gas supply at the manual shutoff valve located upstream from the valve(s) being serviced.

2. Shut off all electrical power to the valve actuator(s).

3. Mark and disconnect the wires from the actuator termi-

nals. Remove conduit and disengage the damper linkage assembly (if applicable).

4. Loosen the two set screws from the valve to lift off the actuator.

5. If the actuator is to be replaced and it did not leak hydraulic fluid, skip to Step 11.

NOTE: It is good practice to inspect the inside of the

valve whenever the actuator is replaced. To do so, remove the bonnet assembly, inspect the valve and bonnet. If all is well, proceed to Step 7.

6. If the actuator leaked hydraulic fluid onto the valve (the fluid is red), it must be cleaned off from the valve and bonnet assembly. a. Wipe off the outer valve body. b. Remove the valve bonnet bolts and lift off the bonnet.

NOTE: V5055/V5097C and E Valves have additional

internal springs that will push the bonnet up as the bolts are loosened.

c. Inspect the inside of the valve.

IMPORTANT

If fluid is present on the inside surfaces of the valve body or bonnet surfaces, the bonnet assembly or entire valve must be replaced. For part numbers, see Table 5.

d. If the inside surfaces are clear of hydraulic fluid,

clean the bonnet assembly and be sure to remove all hydraulic fluid from the inside and outside of the actuator mounting curb. This is the “cup-like” area

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V5097A-E INDUSTRIAL GAS VALVES

CAUTION

around the valve stem. Avoid using a cleaning solution as it may damage the rubber seals used in the valve.

7. If the valve bonnet assembly is in good condition and is not replaced, replace the bonnet seal. Do not reuse the old bonnet seal. See “Replacement Parts:” on page 3 for the seal number.

8. Coat seals with grease provided and position in valve body/bonnet assembly.

9. Carefully seat the bonnet assembly on the valve body. Be sure the seals are in their proper position. On those valves with a spring below the disc, be sure the spring is centered in the indentation on the inside of the valve body.

10. After positioning the bonnet assembly, replace the screws removed earlier.

NOTE: When replacing the bonnet assembly on the 4-

inch valve, draw it evenly into the valve body. Finger-tighten the eight bolts. Draw the bonnet assembly into the valve by tightening, in order, bolts 1, 5, 7 and 3 (two turns each). See Fig. 3. Repeat until the bonnet assembly is seated. Tighten the remaining bolts. Torque the bolts as follows:

Valve Size Torque

3/4 in. (19 mm) to 1-1/2 in. (38 mm) 55 in.-lb.

.2 in. (51 mm) to 4 in. (102 mm) 75 in.-lb.

Seal Assembly Replacement (Fig. 6)

When removing the bonnet to inspect and clean the valve, install new seal assemblies (see Replacement Parts in the Specification section). Coat the new seals with the grease provided and insert them in the valve body as shown in Fig. 6.

BONNET SEAL

11. Remount the actuator on the bonnet assembly. Tighten the two set screws (50-60 inch pounds).

12. Replace the damper crank arm assembly.

13. Re-attach the wires removed from the actuator terminals

and turn on the electrical power.

14. With the gas still off, cycle the actuator to check for proper mechanical operation.

Be sure to perform a bonnet seal and seat leak check after installation.

Be sure to read and follow all instructions that come with the actuators, valves, seal and bonnet kits.

Valve Bonnet Replacement

The entire valve bonnet can be replaced without removing the valve body from the gas line. Do not disassemble the valve bonnet assembly because the valve seat is not replaceable.

For part numbers, refer to Replacement Parts in the Specifications section. Complete instructions for replacing the bonnet assembly are included with the replacement part.

VALVE SEAL

M11686

Fig. 6. Proper positions of valve

and bonnet seals in V5097 Valves.

Failure to properly position and seat the seals in the valve body can result in a hazardous gas leak.

After the new bonnet assembly is installed or the bonnet is removed for any reason, check for gas leakage around the bonnet seal. Turn on the gas at the manual valve. Paint the seal area with a rich soap and water solution. Bubbles indicate a gas leak. If a leak is detected, check that the bonnet screws are tight. If necessary, turn off the gas again and remove the bonnet to make sure the seals are properly seated.

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V5097A-E INDUSTRIAL GAS VALVES

Automation and Control Solutions

Honeywell International Inc. Honeywell Limited-Honeywell Limitée

1985 Douglas Drive North 35 Dynamic Drive

Golden Valley, MN 55422 Toronto, Ontario M1V 4Z9

customer.honeywell.com