Product Bulletin
657 and 667 Actuators
D100087X012
Fisherr 657 and 667 Diaphragm Actuators
Fisher 657 and 667 spring-opposed diaphragm
actuators position the valve plug in the valve in
response to varying controller or valve positioner
pneumatic output signals applied to the actuator
diaphragm. Zero setting of the actuator is determined
by the compression of the actuator spring. Span is set
by both the actuator spring rate and the number of
springs available. The 657 actuator is direct-acting; the
667 is reverse-acting. These actuators are designed to
provide dependable on-off or throttling operation of
automatic control valves.
Features
Application Versatility–Five actuator types in eleven
sizes are available for an extensive variety of
applications. Spring rates, travel stops, and manual
operators are available for nearly any control valve
application.
Excellent Linearity Between Loading Pressure and
Travel–A molded diaphragm travels in a deep
diaphragm casing, minimizing area change
throughout the travel.
W2174-2 W1916-3
657 ACTUATOR
Fisher 657 and 667 Actuators Mountedon
easy-et Valves
667 ACTUATOR
61.1:657
May 2012
High Degree of Dynamic Stability and Frequency
Response–A shallow casing on the pressure side
means reduced volume on that side, thereby
minimizing response time.
High Thrust Capability–The molded diaphragm
allows maximum thrust for given diaphragm size.
Long Service Life–Rugged thick-walled cast iron and
steel construction provides increased stability,
corrosion protection, and protection from
deformation should over-pressurization occur.
www.Fisher.com
Cold Service Applications–Enhanced product
specifications for all sizes of 657 and 667 diaphragm
actuators allow performance to -50_C(-58_F). Use
of a positioner is recommended to ensure
responsiveness in applications operating below
-40_C(-40_F).
Positive Connections–A split block stem connection
provides a solid transfer of motion while allowing
easy mounting. The absence of linkages helps to
avoid lost motion and inaccurate valve positioning.
Product Bulletin
61.1:657
May 2012
Specifications
657 and 667 Actuators
D100087X012
Standard Operating Pressure Range
(1)
657 and 667: J 0.2to1.0bar(3to15psig)orJ 0.4
to 2.0 bar (6 to 30 psig)
657-4 and 667-4: 0.2to1.9bar(3to27psig)
667 Size 76:
J 0.4to2.0bar(6to30psig)orJ 0to
3.1 bar (0 to 45 psig)
Maximum Travel
See table 1
Output Indication
Stainless steel disk or pointer and graduated scale
Stroking Speed
Dependent on actuator size, travel, spring rate, initial
spring compression, and supply pressure. If stroking
speed is critical, consult your Emerson Process
Management sales office
Maximum Allowable Thrust
(2)
See table 1
Construction Materials (refer to figure 1)
Diaphragm Casing
Sizes 30
Size 80:
Size 100:
-
87: Steel
J Cast iron or J steel
J Cast aluminum
Diaphragm
Sizes 30
-
87: J Nitrile on nylon, J Silicone on
polyester
Size 100: Nitrile on polyester
Diaphragm Plate
657 Sizes 30
657 Sizes 70
667 Sizes 30
667 Sizes 70
-
60, 100: J Cast aluminum
-
87: J Cast iron or J steel
-
60, 100: J Cast aluminum or J steel
-
87: J Cast iron or J steel
Actuator Spring: Steel
Spring Adjustor: Steel
Spring Seat:
J Steel or J cast iron
Actuator Stem: Steel
Travel Indicator: Stainless steel
O-Rings: Nitrile
Seal Bushing: Brass
Stem Connector: Zinc-plated steel
Yoke
Sizes 30
-
80: J Cast iron or J steel
Size 100: Steel
Operating Temperature Range
Standard Construction (Nitrile Elastomers): -40 to
82_C(-40to180_F)
Optional Construction (Silicone Diaphragm):
C(-40to300F)
149
Maximum Valve Packing Box Temperature: 427_C
(800_F) with cast iron yoke
(1)
-40 to
Construction Materials for Cold Service
[to -50_C(-58_F)] 657 and 667--all sizes
Yoke: Steel (Grade LCC)
Diaphragm: Silicone
O-Rings:
Bolting: Stainless Steel B8M Cl 2
Stem Connector: Stainless Steel
Lubricant: Silicone
Volumetric Displacement
See table 2
Stem and Yoke Boss Diameters
See table 1
Signal Connections
Sizes 30 - 60 and 667 Size 76: 1/4 NPT internal
Approximate Weight
Sizes 70 and 87: 1/2 NPT internal
Size 80
See table 3
657: 3/4 NPT internal with 1/4 NPT internal bushing
667: 1/2 NPT internal with 1/4 NPT internal bushing
Size 100: 1 NPT internal with 1/4 NPT internal bushing
Effective Diaphragm Area
See table 1
1. The pressure and temperature limits in this bulletin and in any applicable standard o r code limitation shouldnot be exceeded.
2. Do not exceed thethrust limits in thisbulletin.
3. Includes diaphragmcasing seals, casing-mounted handwheel on 657, seal bushingon 667.
Options
J Oversize signal connections, J Plastic yoke covers,
J Watertight yoke (sealed construction for certain
applications where valve stem and packing must be
protected)
(3)
Ethylene Propylene
2
657 and 667 Actuators
D100087X012
Product Bulletin
61.1:657
May 2012
Available Configurations
Direct Action
All 657 actuators are direct acting. Applying air
pressure to the upper diaphragm casing forces the
actuator stem downward. When this pressure is
reduced, the opposing spring force moves the
actuator stem upward. Should the loading pressure
fail, the spring forces the stem to the extreme upward
position. This provides fail-open action for
push-down-to-close valves and fail-closed action for
push-down-to-open valves.
657–Adirect- acting actuator used on sliding-stem
valves. Available in sizes 30 through 100. See figures 1,
2, 5, and 6.
657-4–A 657 actuator in sizes 70 and 87, designed
with 102 mm (4-inch) travel.
667–A reverse-acting actuator used on sliding-stem
valves. Available in sizes 30 through 100 and 76. See
figures1,2,and7.
667-4–A 667 actuator in sizes 70 and 87, designed
with 102 mm (4-inch) travel.
Accessories
Handwheels
Handwheels for diaphragm actuators are often used as
adjustable travel stops. They also provide a ready
means of positioning the control valve in an
emergency. The specifications in tables 5 and 6 apply
to handwheels on both 657 and 667 Series actuators.
For repeated or daily manual operation, the unit
should be equipped with a side-mounted handwheel
actuator.
Reverse Action
All 667 actuators are reverse acting. Applying air
pressure to the lower diaphragm casing forces the
actuator stem upward against the opposing spring
force. When this loading pressure is reduced, the
spring moves the actuator stem downward. Should
the loading pressure fail, the spring forces the stem to
the extreme downward position. These actuators
provide fail-closed action for push-down-to-close
valves and fail-open action for push-down-to-open
valves.
Contents
Features 1.....................................
Specifications 2................................
Available Configurations 3.......................
Direct Action 3.................................
Reverse Action 3...............................
Accessories 3..................................
Handwheels 3.................................
Adjustable Travel Stops 7........................
Other 7.......................................
Ordering Information 14.........................
Top-Mounted Handwheels–Typical 657 and 667
actuators with handwheels mounted on the
diaphragm case are shown in figure 2 (not available on
a 667 actuator, size 80). On the 657 actuator, the
handwheel can be set to limit the travel in the upward
direction; on the 667 actuator, travel in the downward
direction can be restricted. A P-2 travel stop (figure 4)
is available for a 667 actuator, sizes 45-60 to limit
travel in either the upward ordownwarddirections.An
actuator with a P-2 travel stop is limited to a maximum
travel of 19 mm (0.75 inch). The handwheel on the size
100 is similar in function to those on the smaller sizes,
but it uses a gear drive similar to the drive employed
on the integral side-mounted handwheels (see figure
2).
Tables
Additional Specifications 5.......................
Volumetric Casing Displacement 6................
Approximate Actuator Weights
(without handwheel) 6........................
Thrust Capabilities 7............................
Handwheel Specifications 10.....................
Adjustable Travel Stop Styles 11..................
Dimensions 14.................................
3
Product Bulletin
61.1:657
May 2012
Figure 1. Typical Actuators
657 and 667 Actuators
D100087X012
DIAPHRAGM CASINGS
DIAPHRAGM
DIAPHRAGM PLATE
ACTUATOR SPRING
ACTUATOR STEM
SPRING SEAT
SPRING ADJUSTOR
STEM CONNECTOR
YOKE
W0364-2
667 SIZES 30-87
TRAVEL INDICATOR DISK
INDICATOR SCALE
W0363-2
657 SIZES 30-87
W0366-1
657 SIZE 100
4
Product Bulletin
657 and 667 Actuators
D100087X012
Table 1. Additional Specifications for Fisher 657 and 667 Series Actuators
EFFECTIVE
ACTUATOR
SIZE
DIAPHRAGM
AREA
2
cm
30 297 54 9.5 19 10,231
34 445 54 9.5 29 10,231
40 445 71 12.7 38 12,010
45 677 71 12.7 51 25,132
46 1006 71 12.7 51 33,584
50 677 90 19.1 51 25,131
60 1006 90 19.1 51 30,246
(2)
70
1419 90 19.1
76(667) 1006 90 19.1 51 30,246
80 1761 127
(2)
87
1419 127 25.4
100 2902
2
Inch
30 46 2-1/8 3/8 0.75 2300
34 69 2-1/8 3/8 1.125 2300
40 69 2-13/16 1/2 1.5 2700
45 105 2-13/16 1/2 2 5650
46 156 2-13/16 1/2 2 7550
50 105 3-9/16 3/4 2 5650
60 156 3-9/16 3/4 2 6800
(2)
70
220 3-9/16 3/4
76(667) 156 3-9/16 3/4 2 6800
80 273 5
(2)
87
220 5 1
100 450
1. These values are based on material limitations such as yoke, stem connection, diaphragm plate, and travel stop strengths.
2. Values also apply to657-4 and 667-4 actuators.
3. For 657-4 and 667-4actuator constructions.
4. Steel construction.
5. H=Heavy actuator-to-valve bolting.
YOKE
BOSS
DIAMETER
(5)
127H
178 50.8
(5)
5H
7 2
STEM
DIA
MAXIMUM
TRAVEL
mm N
76
(3)
102
25.4
31.8 88,075
76
76
(3)
102
31.8
102 200,160
Inch Lb
3
(3)
4
1
1-1/4 19,800
3
3
(3)
4
1-1/4
4 45,000
61.1:657
May 2012
MAXIMUM
ALLOWABLE
THRUST
39,142
63,392
39,142
8800
14,150
8800
(1)
(4)
(4)
5
Product Bulletin
61.1:657
May 2012
Table 2. Volumetric Casing Displacement for Fisher 657 and 667 Series Actuators
ACTUATOR
SIZE
30 540 918 1080 1180 --- --- --- --- ---
34 and 40 934 1470 1700 1850 2330 2790 --- --- ---
45 and 50 1560 --- 2790 3000 3720 4420 5410 --- ---
46, 60, and 76 2180 --- 3880 4210 5280 6340 7740 --- ---
70 and 87 3490 5240 5950 6420 7830 9240 11,110 14,880 18,570
80 4820 --- -- - --- 10,490 12,450 14,860 19,340 ---
100
46, 60, and 76
100
1. Clearance volume indicates casing volume at zerotravel.
2. Includes clearance volume.
657 10,880 --- --- 16,400 19,170 21,940 25,630 33,000 40,380
667 12,780 --- --- 18,320 21,070 23,840 27,530 34,900 42,280
30
34 and 40
45 and 50
70 and 87
80
657 664 --- --- 1002 1170 1339 1564 2014 2464
667 780 --- --- 1118 1286 1455 1680 2130 2580
CLEARANCE
VOLUME
cm
Inch
33
57
95
133
213
294
(1)
3
3
11 16 19 29 38 51 76 102
0.4375 0.625 0.75 1.125 1.5 2 3 4
56
90
---
---
320
---
66
104
170
237
363
---
72
113
183
257
392
---
TRAVEL, mm
Casing Volume
TRAVEL, INCH
Casing Volume
---
142
227
322
478
640
(2)
(2)
,cm
,Inch
---
170
270
387
564
760
657 and 667 Actuators
D100087X012
3
3
---
---
330
472
678
907
---
---
---
---
980
1180
---
---
---
---
1133
---
Table 3. Approximate Actuator Weights (without handwheel)
ACTUATOR
SIZE
30 16 15 36 34
34 22 22 48 48
40 23 23 51 50
45 37 41 82 90
46 49 55 107 121
50 42 43 92 94
60 53 55 116 122
70 107 115 235 254
76 --- 86 --- 190
80 234 284 515 626
87 116 118 255 260
100 346 544 762 1200
657 667 657 667
Kg Lb
ACTUATOR
6
657 and 667 Actuators
D100087X012
Product Bulletin
61.1:657
May 2012
Table 4. Thrust Capabilities
TRAVEL
mm Bar N
19
29
38
51
76
102
Inch Psig Lb
0.75
1.125
1.5
1. For Size 76 667 actuators, contact yourEmerson Process Management sales office.
2. Consult Fisher 657 and 667 instruction manuals(D100306X012, D100307X012,
D100310X012, and D100311X012)for additional information onmaximum pressure
limitations.
2
3
4
ACTUATOR
SIZE
30
34
40
45
46
50
60
70
80
87
100
30
34
40
45
46
50
60
70
80
87
100
(1)
by Input Signal Range
PRESSURE RANGE
TO ACTUATOR
DIAPHRAGM
(2)
0.2-1 2250 1840
0.4-2 3890 3270
0.2-1 3380 3380
0.4-2 5830 5530
0.2-1 3380 2760
0.4-2 5530 3680
0.2-1 4670 4670
0.4-2 8410 8870
0.2-1 6940 6250
0.4-2 13,190 11,800
0.2-1 5140 3740
0.4-2 8410 7010
0.2-1 6940 4860
0.4-2 13,190 8330
0.2-1 7830 7830
0.4-2 18,590 13,700
0.2-1 10,110 11,250
0.4-2 18,950 19,680
0.2-1 6850 7830
0.4-2 18,590 13,700
0.2-1 16,010 8010
0.4-2 32,030 36,030
0.2-1 12,010 ---
0.4-2 22,019 28,024
3-15 506 414
6-30 874 736
3-15 759 759
6-30 1311 1242
3-15 759 621
6-30 1242 828
3-15 1050 1050
6-30 1890 1995
3-15 1560 1404
6-30 2964 2652
3-15 1155 840
6-30 1890 1575
3-15 1560 1092
6-30 2964 1872
3-15 1760 1760
6-30 4180 3080
3-15 2272 2528
6-30 4260 4424
3-15 1540 1760
6-30 4180 3080
3-15 3600 1800
6-30 7200 8100
3-15 2700 --6-30 4950 6300
THRUST
CAPABILITIES
657 667
Clockwise rotation of the handwheel on the 657
actuator moves the actuator stem downward,
compressing the spring. Spring action returns the
stem as the handwheel is turned countercloc kwise.
With the 667 actuator, counterclockwise rotation
moves the stem upward, and spring action returns the
stem on clockwise rotation.
Side-Mounted Handwheels–Figure 3 shows the
side-mounted handwheels (designated by the letters
MO) applicable to sizes 34 through 87, 657 and 667
actuators. Size 30 actuators do not have a
side-mounted handwheel available.
All side-mounted handwheels can be used to stroke
the valve in either direction at any point in the actuator
stem travel. Unlike the top-mounted handwheel, the
side-mounted handwheel can be positioned to limit
travel in either direction, but not both at the same
time. With the handwheel in the neutral position,
automatic operation is possible throughout full valve
travel. In any other position, valve travel will be
restricted. The handwheel is furnished with a
spring-loaded ball detent which prevents vibration
from changing the setting.
Adjustable Travel Stops
Top-mounted adjustable travel stops are available for
657 and 667 Series actuators. They are used to limit
travel in the up, down, or up and down directions.
Figure 4 illustrates the different constructions. Table 7
locates the different style constructions with actuator
type and use.
Other
Accessories such as transducers, positioners, position
transmitters, air relays, volume boosters, switching
valves, lockup valves, limit switches, and solenoid
valves are also available for actuator mounting. They
are described in separate publications. Contact your
Emerson Process Management sales office for details.
7
Product Bulletin
61.1:657
May 2012
Figure 2. Typical Top-Mounted Handwheels
657 and 667 Actuators
D100087X012
W0368-2
657 ACTUATOR
(EXCEPT SIZE 100)
W0370-1
TOP VIEW
W0369-2
667 ACTUATOR
(EXCEPT SIZES 80 AND 100)
W0370-1
657 ACTUATOR SIZE 100
(GEAR DRIVEN)
8
657 and 667 Actuators
D100087X012
Figure 3. Typical Side-Mounted Handwheels for Fisher 657 and 667 Series Actuators
W0371-1 W0372-1
SIZES 34 THROUGH 60
SIZES 70, 76, 80, AND 87
Product Bulletin
61.1:657
May 2012
SECTION A-A
Figure 4. Adjustable Travel Stops
STYLE 1
657 AND 657-4
UP STOP
STYLE 2
657 AND 657-4
DOWN STOP
STYLE 10
667 DOWN STOP
STYLE 11
667 UP
AND DOWN STOP
40A8764-E
STYLE 12
667 UP STOP
STYLE 13
667 UP STOP
STYLE 14
667 UP STOP
40A38A1211-E
STYLE P2
667 UP AND
DOWN STOP
9
Product Bulletin
61.1:657
May 2012
Table 5. Fisher 657 Handwheel Specifications
TOP-MOUNTED HANDWHEEL SIDE-MOUNTED HANDWHEEL
657
ACTUATOR
SIZE
30 171 0.3 190 6670 --- --- --- ---
34 and40 222 0.3 210 10,010 304 0.2 230 10,010
45 and50 222 0.3 420 15,080 355 0.3 360 15,080
46 and60 222 0.3 490 22,690 355 0.3 540 22,690
70 and87 355 0.3 590 29,360 432 0.8 160 29,360
80 355 0.3 770 37,770 432 0.4 240 37,770
(2)
100
30 6.75 8 42 1500 --- --- --- ---
34 and40 8.75 8 48 2250 12 5.14 52 2250
45 and50 8.75 8 95 3390 14 6.65 81 3390
46 and60 8.75 8 110 5100 14 6.65 122 5100
70 and87 14 8 132 6600 17 20 36 6600
80 14 8 173 8490 17 10 53 8490
(2)
100
1. Tangential handwheel force required to produce thehandwheel output force shown. (Proportional tohandwheel outputforce).
2. Top-mounted with gear drive.
3. Maximum force available to compress the actuatorspring and close thevalve.
Handwheel
Diameter
mm N N mm N N
406 6 270 160,000 --- --- --- ---
Inch
16 144 60 36,000 --- --- --- ---
Turns Per
mm Travel
Turns Per
Inch Travel
Rim Force
Lb Lb Inch
(1)
Maximum
Handwheel
Output
(3)
Force
Handwheel
Diameter
Turns Per
mm Travel
Turns Per
Inch Travel
657 and 667 Actuators
D100087X012
Maximum
Handwheel
Rim Force
(1)
Lb Lb
Output
Force
(3)
10
Product Bulletin
657 and 667 Actuators
D100087X012
Table 6. Fisher 667 Handwheel Specifications
TOP-MOUNTED HANDWHEEL SIDE-MOUNTED HANDWHEEL
(1)
Maximum
Handwheel
Output
(3)
Force
667
ACTUATOR
SIZE
Handwheel
Diameter
Turns Per
mm Travel
Rim Force
45 and50 355 0.3 360 15,080
46 and60 355 0.3 540 22,690
70, 76, and 87 432 0.8 160 29,360
667
ACTUATOR
SIZE
Inch
Turns Per
Inch Travel
Lb Lb
45 and50 14 6.65 81 3390
46 and60 14 6.65 122 5100
70, 76, and 87 17 20 36 6600
667
ACTUATOR
SIZE
Handwheel
Diameter
mm N N mm N N
Turns
Per
mm
Travel
Rim
Force
30 171 0.3 200 6670 30 --- --- --- ---
34 and40 222 0.3 230 10,010 34 and40 304 0.2 230 10,010
45 and50
46, 60, and 76
70 and87
(2)
100
667
ACTUATOR
SIZE
222 0.2 460 17,790
355 0.2 430 26,690
222 0.2 460 17,790
355 0.2 430 26,690
355 0.2 520 26,690
762 mm Bar 0.2 410 44,480
406 6 270 160,000 80 432 0.4 240 37,770
Turns
Inch
Per
Inch
Lb Lb
Travel
30 6.75 8 45 1500 30 --- --- --- ---
34 and40 8.75 8 51 2250 34 and40 12 5.14 52 2250
45 and50
46, 60, and 76
70 and87
(2)
100
1. Tangential handwheel force required to produce thehandwheel output force shown. (Proportional tohandwheel outputforce).
2. Top-mounted with gear drive.
3. Maximum force available to compress actuator spring.
8.75 6 103 4000
14 6 97 6000
8.75 6 103 4000
14 6 97 6000
14 6 118 6000
30 InchBar 6 92 10000
16 144 60 36,000 80 17 10 53 8490
(1)
61.1:657
May 2012
Maximum
Handwheel
Force
Output
(3)
Table 7. Adjustable Travel Stop Styles
Actuator Size 30 34 40 45 46 50
(1)
60 and
667 Size 76
70 87 80 100
657 Up Stop 1 1 1 1 1 1 1 1 1 NOTE 2 NOTE 2
657 DownStop 2 2 2 2 2 2 2 2 2 --- ---
667 Up Stop
12, 13
(3)
,1412, 13
(3)
,1412, 13
(3)
,1412, 13
(3)
,1412, 13
(3)
,1412, 13
14
(3)
,
12, 13
14
(3)
,
12 12 13
(3)
667 DownStop 10 10 10 10 10 10 10 10 10 --- NOTE 2
667 Up and
Down Stop
1.Seefigure4.
2. Top-mounted handwheel, see figure2.
3. Adjustable handwheel up stop.
4. 38 mm (1.5 inch)maximum travel.
5. Adjustable handwheelup and down stop, 19 mm (0.75 inch) maximumtravel.
--- 11 11 11
(4)
,P2
(5)11(4)
,P2
(5)11(4)
,P2
(5)
11
(4)
(5)
,P2
--- --- --- ---
---
11
Product Bulletin
61.1:657
May 2012
657 and 667 Actuators
D100087X012
Figure 5. Fisher 646 Electro-Pneumatic Transducer
on 657 Actuator
W4917-1
Figure 6. Fisher 3582i Valve Positioner on
657 Actuator
Figure 7. Fisher 4200 Position Transmitter on
667 Actuator
W4273-1
12
W4930
Product Bulletin
657 and 667 Actuators
D100087X012
Table 8. Dimensions
DIMENSION
REFERENCE
657, -4
B
667, -4
C 289 333 333 406 473 536 406 473 536 473 635 536 729
D 54 54 71 71 71 71 90 90 90 90 127 127 127
657
657-4
657MO
657-4 MO
E
667
667-4
667MO
657-4 MO
657
H
c
667
H
s
J
c
J
s
657, -4
K
667, -4
657, -4
M
667, -4
657
657MO
657-4MO
N
667
667MO
667-4MO
657, -4
B
667, -4
C 11.38 13.12 13.12 16.00 18.62 21.12 16.00 18.62 21.12 18.62 25.00 21.12 28.69
D 2.125 2.125 2.8125 2.8125 2.8125 2.8125 3.5625 3.5625 3.5625 3.5625 5 5 5
657
657-4
657MO
657-4 MO
E
667
667-4
667MO
657-4 MO
657
H
c
667
H
s
J
c
J
s
657, -4
K
667, -4
657, -4
M
667, -4
657
657MO
657-4MO
N
667
667MO
667-4MO
1. MO = Manual operator.
2. Also available with 7 inch boss.
3. With group 1 springs, E=1959 mm (77.12inch). With group 2springs, E=1497 mm(58.94 inch).
4. With group 1 springs, E=2345 mm (92.31inch). With group 2springs, E=1883 mm(74.12 inch).
5. With group 1 springs, M=2103 mm (82.81inch). With group 2 springs, M=1654 mm (65.12inch).
30 34 40 45 46 47 50 60 70 76 80 87 100
0
38
440
---
(1)
440
---
478
---
478
---
121
119
--- 284 286 375 375 --- 378 378 292 222 303 292 401
171 222 222 222 222 356 222 222 356 356 356 356 ---
--- 305 305 356 356 --- 356 356 432 432 432 432 406
213
194
---
---
---
---
---
---
---
---
0.00
1.50
17.31
---
17.31
---
18.81
---
18.81
---
4.75
4.69
--- 11.19 11.25 14.75 14.75 --- 14.88 14.88 11.50 11.50 11.94 11.50 15.78
6.75 8.75 8.75 8.75 8.75 14.00 8.75 8.75 14.00 8.75 14.00 14.00 ---
--- 12.00 12.00 14.00 14.00 --- 14.00 14.00 17.00 17.00 17.00 17.00 16.00
8.38
7.62
---
---
---
---
---
---
---
---
25
38
498
---
498
---
573
---
573
---
164
121
222
224
226
214
---
---
---
---
---
---
1.00
1.50
19.62
---
19.62
---
22.56
---
22.56
---
6.44
4.75
8.75
8.83
8.88
8.44
---
---
---
---
---
---
25
38
548
---
548
---
594
---
594
---
164
137
272
244
248
248
---
---
---
---
---
---
1.00
1.50
21.56
---
21.56
---
23.38
---
23.38
---
6.44
5.38
10.69
9.62
9.75
9.75
---
---
---
---
---
---
38
38
659
---
659
---
768
---
768
---
202
159
291
310
306
362
---
---
---
---
---
---
1.50
1.50
25.94
---
25.94
---
30.25
---
30.25
---
7.94
6.25
11.44
12.19
12.06
14.25
---
---
---
---
---
---
38
38
656
---
656
---
748
---
748
---
202
159
291
310
306
362
---
---
---
---
---
---
1.50
1.50
25.81
---
25.81
---
29.44
---
29.44
---
7.94
6.25
11.44
12.19
12.06
14.25
---
---
---
---
---
---
ACTUATOR SIZE
38
38
---
---
---
---
---
---
---
---
---
---
395
---
---
---
---
---
---
---
---
---
Inches
1.50
1.50
---
---
---
---
---
---
---
---
---
---
15.56
---
---
---
---
---
---
---
---
---
mm
38
38
722
---
722
---
784
---
784
---
202
159
354
325
370
378
---
---
---
---
---
---
1.50
1.50
28.44
---
28.44
---
30.88
---
30.88
---
7.94
6.25
13.94
12.81
14.56
14.88
---
---
---
---
---
---
38
38
722
---
722
---
784
---
784
---
202
159
354
325
370
378
---
---
---
---
---
---
1.50
1.50
28.44
---
28.44
---
30.88
---
30.88
---
7.94
6.25
13.94
12.81
14.56
14.88
---
---
---
---
---
---
38
38
840
994
976
1124
933
1070
1164
1314
313
286
406
375
446
446
---
219
219
---
219
219
1.50
1.50
33.06
39.12
38.44
44.25
36.75
42.12
45.81
51.75
12.31
11.25
16.00
14.75
17.56
17.56
---
8.62
8.62
---
8.62
8.62
---
38
---
---
---
---
881
---
1112
---
---
159
---
375
---
446
---
---
---
---
219
---
---
1.50
---
---
---
---
34.70
---
43.76
---
---
6.25
---
14.75
---
17.56
---
---
---
---
8.62
---
---
---
1075
---
1183
---
1257
---
1392
---
227
---
435
432
503
503
254
384
---
254
384
---
---
---
42.31
---
46.56
---
49.50
---
54.81
---
8.94
---
17.12
17.00
19.81
19.81
10.00
15.12
---
10.00
15.12
---
61.1:657
May 2012
38
38
938
1089
1057
1204
1003
1143
1245
1394
313
286
780
419
527
527
---
219
219
---
219
219
1.50
1.50
36.94
42.88
41.62
47.38
39.50
45.00
49.00
54.88
12.31
11.25
18.88
16.50
20.75
20.75
---
8.62
8.62
---
8.62
8.62
---
---
(2)
NOTE 3
---
NOTE 4
---
1857
---
2346
---
---
---
451
451
NOTE 5
2105
---
---
---
---
---
---
---
---
(2)
NOTE 3
---
NOTE 4
---
73.12
---
92.38
---
---
---
17.75
17.75
NOTE 5
82.88
---
---
---
---
---
---
13
Product Bulletin
61.1:657
May 2012
Figure 8. Dimensions (also see table 8)
657 and 667 Actuators
D100087X012
AU6713-D
657, 667,
657-4, AND 667-4
SIZES 30 THROUGH 87
AU6713-D
657, 667,
657-4, AND 667-4
SIZES 30 THROUGH 87
Ordering Information
When ordering, specify:
Application
1. On-off or throttling service
2. Input signal range
3. Maximum s upply pressure
4. Valvebodytypeandsizewithwhichtheactuator
will be used
5. Valve plug travel
A0171-2
ALL TYPES
SIZES 70, 80, 87, AND
667 SIZE 76
40A8196
657 AND 667
SIZE 100
8. Seismic requirements, if critical
9. Ambient temperature range
Actuator and Positioner
Be sure to specify: actuator type number; whether a
positioner is required; whether a top-mounted
handwheel is required; and whether an adjustable up
or down travel stop is required. Refer to the
Specifications section. Review the information under
each specification and in the referenced tables and
figures. Specify the desired choice wherever there is a
selection to be made.
6. Actuator thrust required with actuator stem both
fully retracted and fully extended
7. Stroking time requirements, if critical
14
Valve Body and Accessories
Refer to the separate valve body bulletin and bulletins
covering accessories for ordering information.
657 and 667 Actuators
D100087X012
Product Bulletin
61.1:657
May 2012
15
Product Bulletin
61.1:657
May 2012
657 and 667 Actuators
D100087X012
Neither Emerson, Emerson Process Management, 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.
Fisher andeasy-e are marks owned by one ofthe companies in the Emerson Process Management business unit of Emerson Electric Co. Emerson Process
Management, 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 arenot
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 termsand conditions,which are available uponrequest. Wereserve the right to modify or improve the designs or specifications of such
products at any time without notice.
Emerson Process Management
Marshalltown, Iowa 50158 USA
Sorocaba, 18087 Brazil
Chatham, Kent ME4 4QZ UK
Dubai, United Arab Emirates
Singapore 128461 Singapore
www.Fisher.com
E 1990, 2012 Fisher Controls International LLC. All rightsreserved.
16
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