Spartan Peripheral Devices telephone: (450) 424-6067 • fax ...

Spartan Peripheral Devices telephone: (450) 424-6067 • fax: (450) 424-6071 • email: [email protected] • website: www.spartan-pd.com 23/24 Actuators NEMA 4 - 19 Sept 2016


®

4575 Damascus Rd, Memphis , TN 38118 F (901)363-1123 | P (901)794-5790www.valveteck.com

Pro Valve High Performance

Stem: High-strength, one piece 17-4 PH stainless steel with ISO square.

Adjustable Packing Gland:Allows constant “adjustability” of the PTFE stem packing.

Stem Seal: Multiple rows of PTFE v-ring packing prevents external leakage

Top Bearings:Shaft bearings are corrosion resistant 316 stainless + PTFE liner. The bearings will not distort under mechanical loading.

Taper Pins: Locks the disc and shaft securely in place and renders the shaft “blow out proof”.

Internal Over Travel Stop: Welded into the valve body and designed to keep the valve disc/shaft in the correct quadrant to prevent over travel of the disc. The stop acts as a “safety” to protect the seats.

Low Profile 316 SS Disc: Allows for higher Cv capacity and lower pressure loss.

Full-Faced Serrated Seat Retainer: Attaches to body with hex screws, for easy seat repair.

Viton Encapsulated RTFE Seat: Viton energizes the RTFE to provide resilient “memory” seal.

Bottom Bearing:Shaft bearings are corrosion resistant 316 stainless + PTFE liner. The bear-ings will not distort under mechanical loading.

ISO Yoke: ISO 5211 design allows direct mounting of actuators and direct access to the adjustable packing gland.

Body: Extended neck allows for insulation clearance. ANSI 150# and 300# design in carbon and stainless alloy.

Wafer Style

Lug Style The Pro Valve high performance butterfly valves are engineered for a wide range of industrial and commercial applications such as high pressure / high temperature water, oil, or steam. The Procentric design has been rigorously tested to meet industry performance requirements. The fully supported one piece shaft with heavy duty metal bearings ensure perfect alignment of the seat and disc, for trouble free performance and long service life.

Positive mechanical sealing, ANSI Class VI “bubble tight”Dead end service rated for “end of the line applications”.Double offset design extends seat life and reduces down time.

Features:Compact and light weight size for fast and easy installation.High turn down ratio and equal percentage flow curveManufactured in ISO 9001 facility

Sectional View

1


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ProCentric Double OffsetThe first offset is between the center of stem and the center of the seat. This offset puts the stem behind the sealing surface for gradual disc engagement when the disc moves in and out of the seat. This procentric action prevents cutting or pinching of the seat.

The second offset is between the center of the valve and the center of the stem. This offset allows the disc to swing free of the seat in the open position. This procentric action reduces seat wear, and minimizes seating torque, to create an eccentric seating action for high cycle applications.

High Performance Stem SealThe precision machined packing chamber allows a maximum amount of PTFE Chevron packing rings. The narrow chamber keeps the v-ring packing stacked closely and securely to the valve shaft during high cycle applications.

The superior finish of the interior packing chamber and valve shaft assures long service life. The smooth finish reduces friction and maintains a zero leak, zero emission stem seal.

Constant 360° “even packing load” is exerted on the packing through the adjustable two piece packing gland. Studs connected to the valve body distribute the load evenly for ZERO stem leakage.

Energized RTFE Seat DesignPressure assisted PTFE seats are reinforced with 15% glass and achieve bi-directional bubble tight close off. The unique sealing system includes a Viton encapsulated core that energizes the RTFE and provides memory.

Under higher pressure conditions the energized seat is engineered to direct the seat energy against the disc edge

Disc and system pressure energize the seal as pressure is increased. Higher pressure leads to tighter shutoff and superior sealing.

The energized Viton core seat is isolated and protected from media contact by the Teflon encapsulation.

Fire Safe Seat - API 607 TestedThe RTFE + Inconel back up ring is engineered to seal off pipeline flow in the event of a fire. In normal operation the RTFE seat with Inconel metal back up ring allows bi-directional bubble tight close off up to the full ANSI rating.

In the event of a fire, if the fire destroys any part of the RTFE encapsulated seat, the inconel metal back up ring will stay in constant contact with the disc to provide a metal to metal back up seal.

In emergency fire conditions, the line pressure is immediately reduced and the area is foamed to extinguish the fire. The resulting pressure loss and rapid cooling causes many valves to fail. Because the Procentric seat design does not rely on media pressure to seal, the back up ring performs in fire safe conditions to safely contain the flow.

Recommended Flow Direction

Centerline of Stem

1st Off-set

Centerline of Seat

2nd Off-setCenterline of Valve

Centerline of Stem

2


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Baked On Epoxy Coating (WCB Body) Epoxy powder is electrostatically applied for a uniform coating then cured in a conveying oven, for a positive bond and smooth glossy finish. Once cured, the epoxy becomes permanently bonded to the WCB body. Baked epoxy coatings give protec-tion from corrosive applications and environments such as salt spray, humidity or chemical spray. The 2 to 3 mils coat-ing meets the following test method standards: ASTM D 972, 523, 2794, 522, 3363-method B, 2247 and ASTM B11.7

Recommended Mating Gaskets The Pro Valve “Pro-centric” High Performance valve is designed to work with 1/8” ring gaskets that are made from a non-asbestos fiber type material. We suggest 1/8” thickness to ensure a proper seal between the serrated valve face and the raised face flange. The 1/8” thickness is more forgiving on flange miss-alignment, high cycling, high vibration, thermal upsets, water hammer and piping systems with inadequate piping supports or pipe hangers that could allow the piping/flange to shift over time.

Detail #10,#11

Design Standards1918

161514

1312

11

12

10

87

45

6

9

FS20

FS5

FS19

17

3

Standard DescriptionANSI B16.34 Shell Testing

ANSI B16.5 Pipe Flanges and Fittings

API 607 Fire Safe Fire Test

ISO 5211 Mount Pad Top Works

MSS-SP-61 Testing Steel Valves

MSS-SP-68 Valve Design

Standard DescriptionAPI 609, MSS SP68 Face to Face

ANSI B16.36 Wall Thickness

API 598 Inspection and Testing

API 609 Design

MSS-SP-25 Marking System

ISO 9001:2000 Quality Manufacturing

Materials of ConstructionNo. Part Name Qty Material Standard

1 Body 1 WCB or CF8M ASTM A351 ASTM A2162 Shaft 1 17-4 AISI3 Pins 2 316 SS AISI4 Seat 1 RTFE5 Retainer Flange 1 WCB or CF8M ASTM A351 ASTM A2166 Hex Bolt - 316 SS7 Encapsulated O-Ring 1 Viton8 Disc 1 CF8M ASTM A3519 Spring 1 304 SS AISI

10 Bushing Lower 1 SS + PTFE11 Bushing Upper 3 SS + PTFE12 Packing 5 PTFE Graphite - Firesafe13 Gland Bushing 1 316 SS AISI14 Studs 2 304 SS15 Packing Gland 1 CF8M16 Nut 2 304 SS17 Lock Washer 4 304 SS18 Hex Bolt 4 304 SS19 ISO Yoke 1 WCB or CF8M ASTM A351 ASTM A216

FS5 Firesafe Ring 1 InconelFS19 Firesafe Washer 1 GraphiteFS20 Firesafe Steel Ball 304 SS

Notes: 1. **Recommended spare parts 2. FS# = Firesafe Parts 3. WCB = Carbon 4. CF8M = 316 Stainless

**

******

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SizeInch

ANSI Class 150# ANSI Class 300#Soft Seated Fire Safe Soft Seated Fire Safe

75 psi 150 psi 225 psi 285 psi 75 psi 150 psi 225 psi 285 psi 285 psi 400 psi 600 psi 700 psi 285 psi 400 psi 600 psi 700 psi2” 225 250 266 276 350 380 389 399 299 341 366 372 435 451 478 489

2.5” 235 265 275 305 370 395 410 420 315 360 390 403 457 478 505 5373” 249 276 292 334 394 414 428 438 334 378 415 434 478 505 531 5844” 313 361 414 489 535 584 608 633 489 564 620 682 690 743 876 9295” 430 483 531 690 633 730 755 803 690 744 867 960 876 956 1089 11686” 517 633 743 805 779 828 876 949 748 960 1115 1177 1036 1168 1328 14348” 796 1115 1177 1353 1193 1314 1460 1606 1363 1518 1735 1921 1752 1965 2284 239010” 1301 1642 1982 2292 1752 2045 2410 2677 2456 2726 3222 3594 2921 3399 3877 414212” 1796 2354 2911 3470 2191 2823 3456 4138 3717 4213 5080 5452 4514 6372 7700 902814” 2704 3509 4487 5700 3894 5112 6328 7545 6107 7966 9957 10953 8917 10356 13232 1438316” 3682 5005 6372 8364 4868 6815 8032 9493 8962 10953 13277 14604 11219 14383 18985 2013618” 5080 6815 8342 10842 6815 8762 10710 13144 11617 14604 17259 18587 15534 19561 25889 2847820” 6505 10267 11152 15578 7789 10223 13144 16065 16551 19472 23013 24783 20446 26022 35315 3841324” 11329 15578 19472 23367 14095 18410 22725 27615 24827 28323 35050 37528 29739 37174 50185 55761

Pressure / Temperature

CV Values Represented as US Gallon per Minute (GPM)

Torque Values Inch Pound

TEMP°F

Class 150 Class 300WCB

Carbon Body

CF8MStainless

Body

WCBCarbon Body

CF8MStainless

Body-20° to 100° 285 psi 275 psi 740 psi 720 psi

150° 273 psi 263 psi 708 psi 680 psi200° 260 psi 250 psi 675 psi 650 psi250° 254 psi 244 psi 530 psi 510 psi300° 230 psi 220 psi 390 psi 365 psi350° 215 psi 200 psi 250 psi 230 psi400° 100 psi 90 psi 100 psi 80 psi450° 0 psi 0 psi 0 psi 0 psi500° 0 psi 0 psi 0 psi 0 psi

ANSI B16.34 Fig 2

Fig 3

Fig 1

Fig 4

Steam Service Other Applications• Vacuum Service:Full Rated 28” of mercury• Dead End Service:Full Rated bi-directional

PSI (STEAM) TEMP F°0 212°

10 239°25 266°50 297°75 320°100 338°

ANSI Class 150# Disc Opening (degrees)Inch 10° 20° 30° 40° 50° 60° 70° 80° 90°

2 1.5 6 14 25 39 56 76 99 1022.5 2.2 9 21 37 56 80 110 142 1463 3.4 14 32 57 87 125 171 221 2284 6.8 27 63 114 171 248 338 437 4515 10.8 43 100 180 271 392 535 692 7146 16.5 66 154 278 419 607 827 1070 11038 30.9 124 289 520 784 1135 1584 2002 206410 52.8 211 492 886 1336 1934 2638 3411 351712 72.6 290 677 1219 1838 2660 3628 4690 483714 90 392 914 1646 2481 3592 4898 6530 685716 132 531 1230 2229 3361 4865 6634 8845 928718 171 684 1596 3873 4332 6270 8550 11270 1140020 207 828 1932 3478 5244 7590 10350 13800 1442024 315 1260 2940 5292 7890 11550 15750 21000 22050

ANSI Class 300# Disc Opening (degrees)Inch 10° 20° 30° 40° 50° 60° 70° 80° 90°

2 1.5 6 14 25 39 56 76 99 1022.5 2.2 9 21 37 56 80 110 142 1463 3.4 14 32 57 87 125 171 221 2284 6.8 27 63 114 171 248 338 437 4515 10.8 43 100 180 271 392 535 692 7146 16.5 66 154 278 419 607 827 1070 11038 27.3 109 255 459 692 1001 1365 1820 191110 52.8 211 492 886 1336 1934 2638 3411 351712 72.6 290 677 1219 1838 2660 3628 4690 4837

100# Steam Rating = MAXIMUM 338° F

740 PSI - ANSI 300# WCB Body

720 PSI - ANSI 300# CF8M Body

285 PSI - ANSI 150# WCB Body

275 PSI - ANSI 150# CF8M Body

RTFE Seat

4


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Dimensional Data

Valve Size

Weight (lbs) Wafer LugB C D E F G

Wafer LugP R S

Wafer Lug A1 A2 K L M N

2” 10.14 11.24 9.42 9.42 6.42 1.75 1.06 2.45 1.25 0.433 - - 5⁄8”-11 4 4.75 2.76 0.354

2.5” 11.02 12.57 9.13 9.13 6.42 1.88 1.09 2.91 1.25 0.433 - - 5⁄8”-11 4 5.50 2.76 0.354

3” 13.45 14.55 10.43 10.43 7.40 1.92 1.20 3.37 1.25 0.433 - - 5⁄8”-11 4 6.00 2.76 0.354

4” 17.86 23.37 11.73 11.73 8.23 2.13 1.26 4.25 1.25 0.433 - - 5⁄8”-11 8 7.50 2.76 0.354

5” 21.38 28.88 13.95 13.95 9.07 2.25 1.34 5.30 1.25 0.551 - - ¾”-10 8 8.50 2.76 0.354

6” 28.66 36.60 14.50 14.50 9.60 2.31 1.38 6.40 1.25 0.551 - - ¾”-10 8 9.50 2.76 0.354

8” 46.08 64.15 16.76 16.76 10.75 2.50 1.49 8.35 1.25 0.669 - - ¾”-10 8 11.75 4.02 0.433

10” 71.65 83.78 19.26 19.26 11.36 2.81 1.70 10.16 1.61 0.866 0.94 2 7⁄8”-9 12 14.25 4.02 0.433

12” 122.36 142.20 23.00 23.91 14.37 3.23 1.86 11.93 2.01 1.063 0.94 2 7⁄8”-9 12 17.00 5.51 0.71

14” 143.30 171.96 25.16 26.07 15.00 3.62 2.19 13.94 2.01 1.063 1.06 4 1”-8 12 18.75 5.51 0.71

16” 209.44 251.33 27.66 29.63 17.57 4.00 2.31 15.59 2.01 1.417 1.06 4 1”-8 16 21.25 6.50 0.866

18” 264.55 304.24 32.00 32.06 18.88 4.50 2.45 17.48 2.50 1.471 1.25 4 1 1⁄8”-7 16 22.75 6.50 0.866

20” 353.84 322.98 34.23 33.95 20.01 5.00 2.94 19.45 2.50 1.811 1.13 4 1 1⁄8”-7 20 25.00 6.50 0.866

24” 483.91 585.33 38.58 38.58 22.13 6.06 3.12 23.30 3.01 1.811 1.25 4 1 ¼”-7 20 29.50 6.50 0.866

Valve Size

Weight (lbs) Wafer LugB C D E F G

Wafer LugP R S

Wafer Lug A1 A2 K L M N

2” 10.14 11.24 9.42 9.42 6.42 1.75 1.06 2.45 1.25 0.433 - - 5⁄8”-11 8 5 2.76 0.354

2.5” 11.02 12.57 9.13 9.13 6.42 1.88 1.09 2.91 1.25 0.433 - - ¾”-11 8 5.88 2.76 0.354

3” 13.45 14.55 10.47 10.47 7.40 1.92 1.20 3.37 1.25 0.433 - - ¾”-11 8 6.63 2.76 0.354

4” 17.86 23.37 11.93 11.93 8.23 2.13 1.26 4.25 1.25 0.433 - - ¾”-11 8 7.88 2.76 0.354

5” 21.38 28.88 13.95 13.95 9.07 2.25 1.34 5.30 1.25 0.551 - - ¾”-10 8 9.25 2.76 0.354

6” 28.66 36.60 14.53 14.53 9.61 2.31 1.38 6.40 1.25 0.669 - - ¾”-10 12 10.63 2.76 0.354

8” 46.08 64.15 17.92 17.92 10.76 2.88 1.49 8.35 1.25 0.866 - - 7⁄8”-9 12 13.00 4.02 0.433

10” 71.65 83.78 19.74 19.23 11.88 3.25 1.70 10.16 1.61 1.063 1 2 1”-8 12 15.25 4.02 0.433

12” 122.36 142.20 24.55 24.55 14.74 3.62 1.86 11.91 2.01 1.063 1.13 2 1 5⁄8”-7 12 17.75 5.51 0.71

ANSI 150 High Performance Valve Inches

InchesANSI 300 High Performance Valve

BA1 K Hole Size

L Number of Holes

PBolt Circle

WAFER

R

SHole Dia.

GF

CD

E

For 10” and above

LUG

BA2

M Thread Size

N Number of Holes

PBolt Circle

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Padlock Hole

AB

(.472”)

Locking 10-Position Handle

Gear Operator

321

Valve Size inches Gear Figure NumberWeight ISO

Mount Ratio A Wheel Size B C D E G H J

Class 150 Class 300 Class 150 Class 300

2” 2” PVHP2-4GO PVHP2-4GO 27 F07 30:1 11.81 2.48 3.03 0.748 9.17 6.06 6.97 3.942-½”, 3”, 4” 2-½”, 3”, 4” PVHP2-4GO PVHP2-4GO 27 F07 30:1 11.81 2.48 3.03 0.748 9.17 6.06 6.97 3.94

5”, 6” 5”, 6” PVHP5-6GO PVHP5-6GO300 27 F07 30:1 11.81 2.48 3.03 0.748 9.17 6.06 6.97 3.948” - PVHP8GO - 33 F10 50:1 11.81 3.05 3.03 0.748 8.90 6.61 7.87 4.57- 8” - PVHP8GO300 33 F10 50:1 11.81 3.05 3.03 0.748 8.90 6.61 7.87 4.47

10” - PVHP10GO - 33 F10 50:1 11.81 3.05 3.03 0.748 8.90 6.61 7.87 4.5712”, 14” 10”, 12” PVHP14GO PVHP12GO 33 F14 50:1 11.81 3.05 3.03 0.748 8.90 6.61 7.87 4.57

16” - PVHP16GO - 66 F16 80:1 11.81 4.72 4.06 0.984 11.81 10.24 11.81 6.2218” - PVHP18GO - 66 F16 80:1 11.81 4.72 4.06 0.984 11.81 10.24 11.81 6.2220” - PVHP20GO - 116 F16 300:1 11.81 4.72 5.79 0.984 13.78 10.98 13.78 7.4824” - PVHP24GO - 116 F16 300:1 11.81 4.72 5.79 0.984 13.78 10.98 13.78 7.48

Fig. Number Size A B WTPVHP2-3 HDL 2”-3” 10.51 1.06 2 lbPVHP3-4 HDL 4” 10.51 1.06 2 lbPVHP5-6 HDL 5”-6” 10.51 1.06 2 lbPVHP 8 HDL 8” 13.89 1.18 4 lb

No Qty Description Material1 1 Bolts Ductile Iron2 1 Ratchet Plate Steel3 1 Lever Steel

1

4

5

23

No Qty Description Material1 1 Handwheel Cast Iron2 4 Bolts Steel3 1 Housing Cast Iron4 1 Segment Gear Ductile Iron5 1 Worm Gear Steel

Material of Construction 2”-24

Dimensions InchesMaterial of Construction

Optional Stainless Steel Lever/Plate upon request

6

C

HJ

EG

A

B

D

Sizes 2”- 10”

HJ

G

AB

D

E

C

Sizes 12”- 24” stops

stopsmechanical

mechanical


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1. SeriesPVHP=Pro Valve High Performance

1. SeriesBF = Butterfly

3. Body Type W = Wafer L = Lugged

3. Size02 = 2”

25 = 2.5”through24” = 24”

2. Size02 = 2.0”2.5 = 2.5”03 = 3.0”

to24 = 24”

4. ANSI Class CodeQ = ANSI 150 LugS = ANSI 150 WaferT = ANSI 300 LugW = ANSI 300 Wafer

2. Assembly2 = 2-Way

Manual Valve Figure Number

Automated Valve Figure Number

5. ConstructionC = Carbon Body, 316 SS Disc 17-4 PH Shaft, RTFE SeatA = 316 SS Body, 316 SS Disc 17-4 PH Shaft, RTFE SeatS = Carbon Body, 316 SS Disc 17-4 PH Shaft, Fire Safe SeatT = 316 SS Body, 316 SS Disc 17-4 PH Shaft, Fire Safe

6. Actuator41 = Electric Non-Spring (120 VAC)**81 = Double Acting Pneumatic82 = Spring Return Pneumatic

7. ControlsElectric ActuatorO = On/OffE=Modulating (0-10 VDC or 4-20 ma)

Pneumatic ActuatorO = On/OffE =Modulating Electronic (0-10 VDC)P =Modulating Pneumatic (3-15 PSI)

4. Class Rating1 = 150 ANSI Class2 = 300 ANSI Class

6. Disc Material2 = 316 SS (CF8M)

5. Body Material1 = Carbon Steel (WCB)2 = 316 SS (CF8M)

8. AccessoriesElectric ActuatorC = Cycle TimerD = Digital Board High ResolutionF = FeedbackK = POT (5K Ohms feedback)M = Manual Override Kill boxJ = Local Control Station

Pneumatic ActuatorS = EP Solenoid ValveL = Limit Switch, 2-SPDT, with VisualC = EP with Limit Switch Pre WiredQ = Limit Switch with FeedbackE = Speed Controls

7. Shaft/Bearing Material1 = 17-4 PH SS Shaft 316 SS Backed PTFE Bearing

9. OperatorB = Bare Shaft2 = Locking HandleG = Worm Gear3 = Stainless Locking HandleX = Other

8. Seat/Seal Material1=PTFE Seat / PTFE V-Ring Seal2=RTFE Seat / PTFE V-Ring F=Fire-SafeRTFE + Inconel / Graphite V-Ring Seal

Series

1

PVHP

Series

1

BFClass

4

Q

04

2

Size

2

2

Assembly

C

5

Construction

L

3

Type

02

3

Size

82

6

Actuator

E

7

Controls

F

8

Accessories

1

4

Class

1

5

Body

2

6

Disc

1

7

Shaft

2

8

Seat

G

9

Operator

Note 1: Seat is 15% Glass Filled PTFEWarranty: Each Pro Valve High Performance Assembly is warranted from defects in material and workmanship under normal use and service for a period of (1) year from date of purchase. (see our complete terms and conditions)

Note 1: **Other Voltages Available 2: Wafer Bodies Consult Factory Warranty: Each Pro Valve High Performance Assembly is warranted from defects in material and workmanship under normal use and service for a period of (1) year from date of purchase. (see our complete terms and conditions)

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ANSI 300# Class Speed 90°Amp Draw

41 Series Operator Assembly Dimensions inch

Size in

ModelNumber

Close off Psi

Wt.lb.

On/Off(sec.)

Mod.(sec.) On/Off Mod. A B C D E F G H I

2” BF202TC410 285 48 18 75 2.38 700-00 700-01 3.31 5.71 1.75 13.31 16.50 3.00 5.00 5/8 - 11 8

2½” BF225TC410 285 53 18 75 2.38 700-00 700-01 3.31 5.71 1.88 13.31 16.50 2.71 5.88 3/4 - 10 8

3” BF203TC410 285 56 18 75 2.38 700-00 700-01 3.31 5.71 1.92 13.31 17.50 3.07 6.63 3/4 - 10 8

4” BF204TC410 285 67 22 75 2.38 700-01 700-01 3.31 5.71 2.13 13.31 18.50 3.70 7.88 3/4 - 10 8

5” BF205TC410 285 77 22 75 2.87 700-02 700-02 3.31 5.71 2.25 13.31 19.33 4.90 9.25 3/4 - 10 8

6” BF206TC410 285 90 22 75 2.87 700-02 700-02 3.31 5.71 2.31 13.31 19.88 4.90 10.63 3/4 - 10 12

8” BF208TC410 285 162 26 75 3.38 700-03 700-03 3.31 6.30 2.50 14.49 22.13 7.20 13.00 7/8 - 9 12

10” BF210TC410 285 226 32 75 7.20 700-08 700-08 4.13 7.05 2.81 16.14 24.25 7.40 15.25 1 - 8 16

12” BF212TC410 285 272 32 75 7.20 700-12 700-12 4.13 7.05 3.23 16.14 27.00 9.80 17.75 11/8 - 7 16

Single Phase 120 VAC

Standard Assembly: Carbon Lug Body, 316 SS Disc, RTFE Seat, 120 VAC, On/Off with Heater, Auxiliary 2-SPDT, Manual Override. For Alloy Options and Control Options See Page 7 “Assembly Figure Number”.

ANSI 150# Class Speed 90°AmpDraw

41 Series Operator Assembly Dimensions inch

Size in

ModelNumber

Close off Psi

Wt.lb.

On/Off(sec.)

Mod.(sec.) On/Off Mod. A B C D E F G H I

2 BF202QC410 285 50 18 75 2.38 700-00 700-01 3.31 5.71 1.75 13.31 14.25 3.00 4.75 5⁄8 - 11 4

2½ BF225QC410 285 54 18 75 2.38 700-00 700-01 3.31 5.71 1.88 13.31 15.50 2.71 5.50 5⁄8 - 11 4

3 BF203QC410 285 57 18 75 2.38 700-00 700-01 3.31 5.71 1.92 13.31 19.50 3.03 6.00 5⁄8 - 11 4

4 BF204QC410 285 68 22 75 2.38 700-01 700-01 3.31 5.71 2.13 13.31 20.50 3.50 7.50 5⁄8 - 11 8

5 BF205QC410 285 80 22 75 2.38 700-01 700-01 3.31 5.71 2.25 13.31 21.00 4.88 8.50 ¾ - 10 8

6 BF206QC410 285 86 22 75 2.87 700-02 700-02 3.31 5.71 2.31 13.31 21.50 4.90 9.50 ¾ - 10 8

8 BF208QC410 285 111 26 75 3.38 700-03 700-03 3.31 6.30 2.50 14.49 24.00 6.01 11.75 ¾ - 10 8

10 BF210QC410 285 175 26 75 4.55 700-06 700-06 3.31 6.30 2.81 14.49 26.50 7.90 14.25 7⁄8 - 9 12

12 BF212QC410 285 225 26 75 7.20 700-08 700-08 4.13 7.05 3.23 16.14 29.00 9.54 17.00 7⁄8 - 9 12

14 BF214QC410 285 295 32 75 7.20 700-12 700-12 4.13 7.05 3.62 16.14 31.50 11.07 18.75 1 - 8 12

16 BF216QC410 285 395 32 75 7.20 700-12 700-12 4.13 7.05 4.00 16.14 33.00 12.06 21.25 1 - 8 16

18 BF218QC410 285 546 50 50 7.20 700-30 700-30 5.67 9.09 4.50 16.14 52.25 13.18 22.75 11⁄8 - 7 16

20 BF220QC410 285 630 50 50 7.20 700-30 700-30 5.67 9.09 5.00 16.14 53.25 13.94 25.00 11⁄8 - 7 20

24 BF224QC410 285 875 50 50 7.20 700-30 700-30 5.67 9.09 6.06 16.14 60.25 16.45 29.50 1¼ - 7 20

8

8

C

AB

Auto Hand

NOTE: ALLOW 8” CLEARANCE FOR COVER REMOVAL

F

E

(2) 3/4” NPTConduit

G H I -Bolt Circle -Bolt Size -Number of Holes

D

ETL 3102145


®


Double Acting 80 PSI

Standard Assembly: Carbon Lug Body, 316 SS Disc, RTFE Seat, On/Off Double Acting Actuator. For Alloy Options and Control Options See Page 7 “Assembly Figure Number”.

ANSI 300# ClassSpeed

90°Air Ports

NPT

81 SeriesOperator

On/Off - Mod.

Assembly Dimensions inch

Size in

ModelNumber

Close off Psi

Wt.lb. A B C D E F G H I

2” BF202TC810 700 30 0.4 ¼” 75 DA 1.81 2.25 1.75 8.03 11.50 2.99 5.00 5⁄8 - 11 8

2½” BF225TC810 700 34 0.4 ¼” 75 DA 1.81 2.25 1.88 8.03 11.50 2.71 5.88 ¾ - 10 8

3” BF203TC810 700 37 0.4 ¼” 75 DA 1.81 2.25 1.92 8.03 12.50 2.99 6.63 ¾ - 10 8

4” BF204TC810 700 48 0.5 ¼” 88 DA 1.97 2.30 2.13 10.31 13.60 3.50 7.88 ¾ - 10 8

5” BF205TC810 700 51 0.7 ¼” 100 DA 2.26 2.52 2.25 10.55 15.00 4.24 9.25 ¾ - 10 8

6” BF206TC810 700 65 0.9 ¼” 125 DA 2.66 2.93 2.29 11.85 16.50 4.92 10.63 ¾ - 10 12

8” BF208TC810 700 105 1.3 ¼” 135 DA 2.95 3.03 2.88 15.35 18.50 5.90 13.00 1⁄8 - 9 12

10” BF210TC810 700 146 1.6 ¼” 160 DA 3.43 3.43 3.25 18.03 20.50 7.35 15.25 1 - 8 16

12” BF212TC810 700 221 2.2 ¼” 200 DA 4.06 4.06 3.62 20.67 28.00 6.81 17.75 11⁄8 - 7 16


90°Air Ports

NPT

81 SeriesOperator

On/Off - Mod.


Size in

ModelNumber

Close off Psi


2 BF202QC810 285 30 0.3 ¼” 63 DA 1.42 1.85 1.75 6.61 11.00 3.00 4.75 5⁄8 - 11 4

2½ BF225QC810 285 34 0.4 ¼” 75 DA 1.81 2.25 1.88 8.03 11.50 2.71 5.50 5⁄8 - 11 4

3 BF203QC810 285 37 0.4 ¼” 75 DA 1.81 2.25 1.92 8.03 12.50 3.03 6.00 5⁄8 - 11 4

4 BF204QC810 285 48 0.4 ¼” 75 DA 1.81 2.25 2.13 8.03 13.50 3.50 7.50 5⁄8 - 11 8

5 BF205QC810 285 49 0.5 ¼” 88 DA 1.97 2.30 2.25 10.31 14.50 4.88 8.50 ¾ - 10 8

6 BF206QC810 285 65 0.7 ¼” 100 DA 2.26 2.52 2.31 10.55 16.00 4.90 9.50 ¾ - 10 8

8 BF208QC810 285 105 0.9 ¼” 125 DA 2.66 2.93 2.50 11.85 18.00 6.01 11.75 ¾ - 10 8

10 BF210QC810 285 128 1.3 ¼” 135 DA 2.95 3.03 2.81 15.35 19.00 7.90 14.25 7⁄8 - 9 12

12 BF212QC810 285 198 1.6 ¼” 160 DA 3.43 3.43 3.23 18.03 22.00 9.54 17.00 7⁄8 - 9 12

14 BF214QC810 285 256 2.2 ¼” 200 DA 4.06 4.06 3.62 20.67 24.50 11.07 18.75 1 - 8 12

16 BF216QC810 285 379 2.9 ¼” 300 DA 4.45 4.45 4.00 20.94 27.00 12.06 21.25 1 - 8 16

18 BF218QC810 285 478 3.8 ¼” 500 DA 5.12 5.12 4.50 23.70 31.50 13.18 22.75 11⁄8 - 7 16

20 BF220QC810 285 557 4.5 ¼” 600 DA 5.79 5.79 5.00 28.43 36.50 13.94 25.00 11⁄8 - 7 20

24 BF224QC810 285 823 - ¼” HPD 20 DA 7.09 6.06 6.06 31.25 40.50 16.45 29.50 1¼” - 7 20

9

Air PortsNAMUR

G H I

-Bolt Circle -Bolt Size -Number of Holes

B AD

C

E

F


®


Spring Return 80 PSI

Standard Assembly: Carbon Lug Body, 316 SS Disc, RTFE Seat, On/Off Spring Return Actuator (Fail Open or Fail Closed). For Alloy Options and Control Options See Page 7 “Assembly Figure Number”.


90°Air Ports

NPT

82 SeriesOperator

On/Off - Mod.


Size in

ModelNumber

Close off Psi


2 BF202TC820 700 30 1.1 ¼” HP 100 SR 2.26 2.64 1.75 10.55 13.50 3.00 5.00 5⁄8 - 11 8

2½ BF225TC820 700 40 1.4 ¼” HP 125 SR 2.66 2.93 1.88 11.85 13.50 2.71 5.88 ¾ - 10 8

3 BF203TC820 700 42 1.4 ¼” HP 125 SR 2.66 2.93 1.92 11.85 14.50 3.07 6.63 ¾ - 10 8

4 BF204TC820 700 57 1.9 ¼” HP 135 SR 2.95 3.03 2.13 15.35 16.00 3.70 7.88 ¾ - 10 8

5 BF205TC820 700 62 1.9 ¼” HP 135 SR 2.95 3.03 2.25 15.35 17.00 4.90 9.25 ¾ - 10 8

6 BF206TC820 700 89 2.2 ¼” HP 160 SR 3.43 3.43 2.29 18.03 18.50 4.90 10.63 ¾ - 10 12

8 BF208TC820 700 152 3.0 ¼” HP 200 SR 4.06 4.50 2.88 20.67 21.00 7.20 13.00 7⁄8 - 9 12

10 BF210TC820 700 215 4.1 ¼” HP 300 SR 4.45 4.45 3.25 20.94 23.50 7.40 15.25 1 - 8 16

12 BF212TC820 700 329 5.0 ¼” HP 500 SR 5.12 5.12 3.62 23.70 30.50 9.80 17.75 1 1⁄8 - 7 16


90°Air Ports

NPT

82 SeriesOperator

On/Off - Mod.


Sizein

ModelNumber

Close off Psi


2 BF202QC820 285 33 0.9 ¼” 88 SR 1.97 2.30 1.75 10.31 12.00 3.00 4.75 5⁄8 - 11 4

2½ BF225QC820 285 37 0.9 ¼” 88 SR 1.97 2.30 1.88 10.31 12.00 2.71 5.50 5⁄8 - 11 4

3 BF203QC820 285 41 0.9 ¼” 88 SR 1.97 2.30 1.92 10.31 13.00 3.03 6.00 5⁄8 - 11 4

4 BF204QC820 285 51 1.4 ¼” 125 SR 2.66 2.93 2.13 11.85 15.50 3.50 7.50 5⁄8 - 11 8

5 BF205QC820 285 63 1.4 ¼” 125 SR 2.66 2.93 2.25 11.85 16.00 4.88 8.50 ¾ - 10 8

6 BF206QC820 285 81 1.9 ¼” 135 SR 2.95 3.03 2.31 15.35 17.50 4.90 9.50 ¾ - 10 8

8 BF208QC820 285 132 2.2 ¼” 160 SR 3.43 3.43 2.50 18.03 19.50 6.01 11.75 ¾ - 10 8

10 BF210QC820 285 179 3.0 ¼” 200 SR 4.06 4.06 2.81 20.67 22.00 7.90 14.25 7⁄8 - 9 12

12 BF212QC820 285 263 4.1 ¼” 300 SR 4.45 4.45 3.23 20.94 25.00 9.54 17.00 7⁄8 - 9 12

14 BF214QC820 285 385 5.0 ¼” 500 SR 5.12 5.12 3.62 23.70 33.00 11.07 18.75 1 - 8 12

16 BF216QC820 285 725 - ¼” HPD 25 SR 8.86 7.32 4.00 56.00 36.50 12.06 21.25 1 - 8 16

18 BF218QC820 285 778 - ¼” HPD 25 SR 8.86 7.32 4.50 56.00 39.50 13.18 22.75 1 1⁄8 - 7 16

20 BF220QC820 285 1243 - ¼” HPD 30 SR 10.24 8.35 5.00 65.50 43.00 13.94 25.00 1 1⁄8 - 7 20

24 BF224QC820 285 1506 - ¼” HPD 30 SR 10.24 8.35 6.06 65.50 45.00 16.45 29.50 1 ¼ - 7 20

10

G H I

-Bolt Circle -Bolt Size -Number of Holes

B AD

C

E

F

Air PortsNAMUR

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Spartan Peripheral Devices telephone: (450) 424-6067 • fax: (450) 424-6071email: [email protected] • website: www.spartan-pd.com

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