Page 1
Type 1066 With H Mounting
Fisher Controls Instruction Manual
Type 1066 on-off
Piston Rotary Actuator
With H Mounting
Adaptation
April 1984
Form5231
Introduction
Scope of Manual
This instruction manusl provides installation. operatIm
maintenanca, and parts ordering information for the Type
1066 orroff piston rotary actuator with H mounting (see
figure 1). Instructions for accessories are included in
separate instruction manuals.
Description
The Type 1066 piston rotary actuator Is doubleacting
pneumatically operated, and is normally used for on-off
applications. This actuator is field-reversible between
pusbdown4@close and push-down-to-open actuator
action of the operated equipment,
The H mounting adaptation penits the actuator to be
used with uset-provided mounting brackets and
couplings for rotary actuation of equipment other than
Fishervalve bodies. This mounting adaptation includes a
flat mounting-surface that is drilled and tapped for
attaching the user-provided bracket. Cap screws for
attaching the bracket are provided. H mounting also
includes an output shaft (with milled flats) to provide
rotary output either directly or through a user-provided
coupling. Dimensional information for the mounting
surface and the output shaft are shown in figure 3.
Specifications
Specifications are shown in table 1 fw Type 1066
actuators Some specifications for a given actuator as it
originally comes from the factory are stamped on a
nameplate (figure 2) attached to the actuator.
L
Figure 1. Type 1066 Actuator With H Mounting Adaptation
Installation
If it is necessary to mount the actuator on a valve body or
other equipment, perform the actuator mounting pro
cedure.
Page 2
Type 1066 With H Mounting
Table 1. Specifications
ACTUATOR SIZES
H 20
and n 75
CYLINUER
PRESSURE
Maximum Allowable: 120 psig
(8.3
bar)
minimum Recommended: 40
psig (2.8 bar)
MAXIMUM ROTATION 90 degrees, with travel stops
adjustable to 60 degrees
OUTPUT SHAFT
OIAMETEA$
INCHES (mnJ
Size 20: n 7/8 (22.2) and n l-1 /6
(28.6)
Size 75: n l-1/6 (28.6) and
m l-1/2 (38.1)
MAXIMUM ALLOWAELE
OUTPUT TORGUE
Size 20: Up to 2,000 inchpounds
(2;: y;m)
For l-1/8
inch
(28.6
mm)
output shaft-Up to 4,260 inch-
pounds (464 Nom)
For i-7/2 inch (38.1
mm)
output
shaft-Up to 7,500 inch
pounds (647 N-m)
STROKING TIME Dependent on actuator size, rota-
tion, and supply pressure. It
stroking time is critical, consult
your Fisher sales office or sales
representative
TEMPERATURE
CAPABILITIES
CYLINOEG
VOLUMETRIC
GISPLACEMENT
TRAVEL INOICATION
PRESSURE
CONNECTIONS
l/4-inch NPT female
MOUNTING
POSITIONS
See figure 5
APPROXIMATE Size 20: 32 (15)
Nitriie @Rings: -40 to 160°F
(-40 to 82°C)
Vitonw @Rings: 0 to 300°F (-18
to 149°C)
See table 2
Graduated scale and pointer corn
bination locatedon actuatorcover
on
side opposite actuator end of
operated equipment shaft
WEIGHTS, POUNDS [kp)
Size 75: 85 (38)
AOGITIONAL For construction materials, see
SPECIFICATIONS
the parts list
To avoid personal injury or property
damage caused by bursting of pressure
retaining parts, be certain the cylinder
pressure does not exceed 120 psig (6.3
bar). Use pressurelimiting or pressurs
relieving devices to prevent the cylinder
pressure from exceeding this limit.
Actuator Mounting
Use the following steps to connect the actuator to a valve
body or other equipment. Key numbers are shown in
figure 6. Mounting dimensions are shown in figure 3.
Note
Find dimensions and center of gravity
information in figures 3 and 4 and approxi-
mate weights in table 1. This information is
required for fabrication of the proper
bracket and coupling.
1. Consult figure 5 for available mounting styles and
positions.
Note
For the desired mounting style and posC
tion, if the milled fiats on the output shaft of
the hub (key 6) are oriented such that the
output shaft cannot accommodate the
2
Page 3
Errata Sheet
for
Type 1066 On-Off Piston Rotary Actuator
With H Mounting Adaptation
Instruction Manual
Form 5231, April 1984
Make the following additions for the size 27 actuator as well as the indicated
changes to this manual.
0
In table 1 on page 2, add the following specification information:
ACTUATOR SIZES
20, 27, and 75
OUTPUT SHAFT DIAMETERS
INCHES (mm)
Size 27: 7/8 (22.2) and L-118
(28.6)
MAXIMUM ALLOWABLE
OUTPUT TORQUE
Size 27:
Up to 2,000 inch-pounds
(226 N.m)
APPROXIMATE WEIGHT,
POUNDS (kg)
Size 27:
62 (28)
MAXIMUM ALLOWABLE
CYLINDER PRESSURE
Size 27: 90 psig (6.2 bar)
0
In table 2 on page 2, add the following information:
ACTUATOR
DISPLACEMENT(')
CLEARANCE VOLUME(l) HOUSING VOLUME(l)
SIZE
VOLUME ABOVE PISTON
BELOW PISTON
Inch3 cm3 Inch3 3 Inch3 3
27 42 688 25 245
1. Total volume to stroke piston down is equal to displacement volume plus
clearance volume above piston; total volume to stroke piston up is equal to
displacement volume plus housing volume below piston.
0
In figure 3 on page 3,
add the following dimensions:
ACTUATOR
C E F H
P K L
_ SlZE
Inches
27 1 7.88 15.25 1.31 2.38 5.50 10.88 1 1.03
mm
27 200 387 33 60 140 22 26
0 Fisher Controls International, Inc. 1984; All Rights Reserved
Type 1066 With H Mounting
September 1984
Page 4
ACTUATOR
SIZE
”
In figure 4 on page 4, add the following dimensions:
0 Refer to the following bolting torques when either performing maintenance
011 or mounting a size 27, Type 1066 actuator:
0
In the parts list on pages 8, 9, and 10, add the following parts:
KEY DESCRlPTION
- -
PAKT NUMBER
1 Housing,
cast
iron
Size 27
48A4404 X012
2 Cylinder Cover, steel
Size 27
38A4433 X012
3
Piston, aluminum
Size 27 28A4409 X012
4 Bearing, steel (ENC)
Size 27 28A4407 X012
5 Piston Rod, steel
Size 27 38h4434 x012
2
Page 5
KEY
6
8
9
10
11
12
14
15
17*
DESCRIPTION PART NUMBER
Hub & Bearing Assembly
Stainless sreel/carbon-filled TFE
Sizes 20 and 27
Standard Hub Construcciun
(1)
7/8-inch (22.2 nun) output shaft diameter
l-1/8 inch (28.6 nuu) Output shaft diameter
38A4418 X012
38A4484 X012
Reverse Hub Construction
(2)
7/8-inch (22.2 mm) output shaft diameter
l-1/8 inch (28.6 mm) output shaft diameter
39~8333 x012
39A8334 X012
Size 75
Standard Hub Construction
(1)
l-1/8 inch (28.6 mm) output shaft diameter
l-l/Z inch (38.1 mm) output shaft diameter
MA4485 X012
38A4486 X012
Reverse Hub Construction
(2)
l-1/8 inch (28.6 mm) output shaft diameter
l-1/2 inch (38.1 mm) output shaft diameter
39A8335 X012
39A8336 X012
Cylinder, steel @NC; heat-treated)
Size 27 18A4438 X1112
Pin, 17-4PH stainiess steel (heat-treated)
Size 27 18A4421 X012
Lever & Bearing Assembly, steel/TFE
Size 27 18A4422 X012
Sealing Washer, pl carbon steel & rubber
Size 27
157641 9YO12
Set Screw, steel (2 required)
Size 27 15A2679 x012
E-Ring, pl carbon steel (2 required)
Size 27
lF6252 28992
Flat Washer, steel (4 required)
Size 27 lA5189 25O72
O-Ring
Size 27
Nitrile
Fluoroelastomer
ID4446 X0052
ID4446 X0012
*Recommended spare part.
1.
Use this hub construction for mounting positions 2 and 4 for clockwise to
close equipment action, and for mounting positions 1 and 3 for
counterclockwise to close equipment action. (Refer to figure 5 in the
instruction manual for mounting positions.)
2. Use this hub constructiw for mounting positions 1 and 3 for clockwise ta
close equipment action,
and
for mounting positions 2 and 4 for counter-
clockwise to close equipment action. (Refer to figure 5 in the insrruc-
tlon manual for mounting positions.)
Page 6
KEY
DESCRlPTION
-
--
18*
O-Ring
Size 27
Nitri.le
Fluoroelastomer
19
Cap Screw, Zll pl steel
Size 27
20
Cap Screw, zn pl steel (8 required)
Size 27
21
Travel Indicator Scale, stainless steel
Size 27 (2 required)
22 Travel Indicator, stainless steel
Size 27
Standard
Use w/Type 304 or 3552 switch
7/8-inch (22.2 mm) output shaft diameter
l-l/R inch (28.6 mm) output shaft diameter
Use with limit switch
PART NUMBER
24
Machine Screw, pl carbon steel (2 required)
(Use w/switches only - see figure 7 in manual)
Size 27
30
Stud, zn pl steel (4 required)
Size 27
31
Hex Nut, zn pl steel (4 required)
Size
27
33*
Gasket, asbestos/nitrile
Size 27
34*
O-Ring
Size 27
Nitrile
Fluoroelastomer
39
40
Retaining Ring, pl carbon steel (2 required)
(Not required with switches)
Size 27
18A4508 X012
Retaining Ring, stainless steel
(Not required with switches)
Size 27
J/8-inch (22.2 mm) output shaft diameter lYA5504 X012
l-1/8 inch (28.6 mm) output shaft diameter
lYA5505 X012
15A8508 X012
15A8508 X022
lA4278 24052
lA353 1 24052
38A4488 X012
1884491 X012
28A4482 X012
28A4483 X012
28A4426 X012
lB8776 28YY2
18A4442 X012
lA3412 24122
18A4443 X012
lV1157 06992
lV1157 x0012
*Recommended spare part.
Page 7
KEY
41
43
DESCRIPTION
Adaptor, steel
(Use with switches only - see figure 7
in manual)
Size 27
PART NUMBER
7/8-inch (22.2 m) output shaft diameter 20A4515 X012
l-1/8 inch (28.6 mm) output shaft diameter 28A4516 x012
Thrust Masher, stainless steel
Size 27
19A5989 X012
5
Page 8
Page 9
Type 1066 With H Mounting
"
I7
+!
P
+t
w ,cw
3
Page 10
Type 1066 With H Mounting
Figure 4. Center of
Gravity Dimensions
operated equipment shaft, refer to the
changing positions procedure in the
Changlng Actuator Mounting section. This
procedure describes how the output shafi
can be repositioned to accommodate the
operated equipment shaft.
2. Attach an appropriate mounting bracket (not
provided) against the travel indicator scale(key21) in the
desired orientation with the cap screws (key 20). See
figure 3 for mounting dimensions on the travel indicator
scale. Tighten the cap screws to 18 foot-pounds (25
N-m) for size 20 actuators and to 75 foot-pounds (102
Nom) for size 75 actuators.
3. Slide the actuator (with the user-provided mounting
bracket attached) into the user-provided coupling on the
operated shaft. Then, secure theactuatorto the operated
equipment in the desired mounting position with appre
priate fasteners, such as mounting cap screws. See
figure 3 for output shaft dimensions.
4. If necessary perform the adjustment procedure
before proceeding totheloadingconnectionsprocedure.
Loading Connections
1. Type 1066 actuators should have either a loading
solenoid, a four-way switching valve, or two threeway
switching valves connected to the i/4-inch NPT pressure
connections located at the top and bottom of the actuator
cylinder.
2. Connecteither1/4-inch(6.4mm) or3/6-inch(9.5 mm)
tubing between the actuator pressure connections and a
controlling instrument Keep the length of tubing as short
as possible to avoid transmission lag in the control signal.
3. When the actuator is completely installed and
connected to the instrument, check the actuator for
correct action (air-teopen or air-toclose) to match the
controlling instrument. For successful operation, the
piston rod (key 5) and equipment operating shaft must
move freely in response to loading pressure changes on
the piston (key 3).
Adjustment
Key numbers referenced in this section are shown in
figure 6.
Avoid personal injury or property damage
from a sudden release ot process pressure
or uncontrolled process fluid. Before
starting adjustment:
l
Isolate the valve or other operated
equipment from the process,
l
Release process pressure, and
l
Vent the actuator loading pressure.
TheTypel066 actuatorisfactorysetforafull90degrees
of operated shaft rotation unless otherwise specified by
thecustomer. Adjustmentsmay bemadeafterinstallation
by loosening the self-sealing nuts(key37) and turning the
set screws(key 12). Top and bottom piston position limits
are set with the upper and lower set screws, respectively.
If rotation of either set screw (key 12) seems difficult,
apply Lubriplate MAG-II11 lubricant or equivalent (key35)
to the threads of each set screw as shown in figure 6.
4
Page 11
Type 1066 With H Mounting
Principle of Operation
Refer to figure 6. Piston movement is accomplished by
loading air pressure on one side of the piston (key 3),
while unloading air pressure from the other side. The
piston moves a lever (key 10) to open or close the
operated equipment. To operate these actuators, a
loading solenoid, a four-wayswitchingvalve, or two three
way valves are required.
Maintenance
Actuator parts are subject to normal wear and must be
inspected and replaced as necessary. The frequency of
inspection and replacement depends upon the severity
of sewice conditions. Instructions are given in this
section for replacing the cylinder C-ring, the cylinder
gasket and the lever/bearing assembly. Unless otherwise specified, key numbers referenced in the following
steps are shown in figure 6.
Style s
Avoid personal injury or property damage
from a sudden release of process pressure
or uncontrolled process fluid. Before
starting disassembly:
l
lsolatetheoperatedequipmentfromits
process,
Figure 5. Actuator Housing
Construction Styles
and Mounting Positions
l
Release process pressure, and
l
Vent the actuator loading pressure.
1. Disconnect the pressure tubing from the actuator.
4. Remove the cap screws (key 20) from the operated
Then. remove the cap screws (key 16), the flat washers
shafl end of the actuator. Then, remove the actuator from
(key 15). the cylinder cover(key2), and thecylinder(key6).
the operated equipment.
2. Inspect the O-ring(key 17) and the gaskets(key33)
for nicks or flat spots that might cause leakage. Replace
either part as necessary
Note
If replacing the Bring (key 17) or gaskets
(key 33) is the only maintenance necessaw, skip the remaining steps and re
assemble the actuator as described in step
25 of this procedure.
3. Remove the limit switch, position switch, or other
accessories, if used. Refer to the accessory instruction
manual for instructions.
5. With the actuator at the top of its stroke, mark the
orientation of the flats on the output shaft end of the hub
(key6) with respect to the actuator housing (keyl). Also,
mark the orientation of the travel indicator (key 22) with
respect to the travel indicator scale (key 21). These
markings are used during reassembly to allow for proper
output shaft positioning. With the output shaft, housing,
travel indicator, and travel indicator scale properly
marked, remove the retaining ring (key40) and the travel
indicator. Then, remove both retaining rings (key 39).
Unscrew the remaining cap screws (key 20) and remove
both travel indicatorscales(key21) from both sidesofthe
actuator. Mark the orientation of each travel indicator
scale with respect to the actuator housing before
removing it.
Page 12
Type 1066 With H Mounting
6. Remove the bearing(key4) andthen removethe hub
(key6) from the housing(key1). InspecttheDrings(keys
18 and 34) for wear and damage. Replace the Orings if
necessary
7. Lift the piston(key3) with attached piston rod(key5)
and attached lever and bearing assembly(key 10) out of
the actuator housing.
8. Unscrew the cap screw (key 19). and remove the
sealing washer (key 11) and the piston from the piston
rod. For size 20 actuators, a fiat washer(key23) will also
be removed with these parts.
9. Remove one of the two E-rings (key 14) and then
remove the pin (key 9). Separate the lever and bearing
assembly from the piston rod.
10. Inspect the lever and bearing assembly for axcessive wear. Replace the assembly if necessary
11. Reconnect the lever and bearing assembly to the
piston rod with the pin. Secure the pin with the E-ring.
12. Apply Lubriplate MAG-1 or equivalent lubricant (key
35) to the cap screw (key 19) and the C-ring (key 17) as
shown in figure 6.
13. Attach the piston to the piston rod with the cap
screw (key 19) and sealing washer (key 11). Torque the
cap screw to 60 foot-pounds (81 N-m) for size 20
actuators and to 130 foot-pounds (176 N.m) for size 75
actuators. For size 20 actuators, a flat washer (key 23) is
also installed with these parts.
14. Lower the piston rod assembly into the actuator
housing.
15. Apply Lubriplate MAG-1 or equivalent lubricant (key
35) to the CHing (key 34) as shown in figure 6.
16. Inspect the hub(key6) for excessive wear. Replace
the hub if necessary
17. With the actuator at the top of its stroke, slide the
hub into the housing and through the lever and bearing
assembly so that the markings that were made in step5 of
this procedure are oriented correctly (output shaft to
actuator housing).
18. Inspect the bearing (key 4) for excessive wear.
Replace the bearing if necessary
19. Apply Lubriplate MAG-1 or equivalent lubricant (key
35) to the outer surface of the bearing (key 4) and to the
Bring (key 18) as shown in figure 6.
20. Install the bearing into the housing.
21. Slide each travel indicator scale (key 21) onto the
hub on each side of the actuator. When installing each
travel indicator scale, make sure that the markings on
each scale and housing that were made in step5 of this
procedure are oriented correctly.
_
22. Install each retaining ring (key 39) onto the hub on
each side of the actuator.
23. With the actuator at the top of its stroke, slide the
travel indicator(key22) ontotheendofthe hubsothatthe
markings that were made in step 5 of this procedure are
oriented correctly (travel indicator to travel indicator
scale). Secure the travel indicator to the hub with the
retaining ring (key 40).
24. Slide the actuator onto the equipment operating
shaft and secure it to the mounting bracket in the desired
position with the cap screws (key 20). Install the cap
screws(key20) on bothsidesoftheactuator housingand
torque them to 16 foot-pounds (25 N-m) for size 20
actuators and to 75 foot-pounds (102 N.m) for size 75
actuators.
25. Apply Lubriplate MAG-1 or equivalent lubricant (key
35) to the wall of the cylinder as shown in figure 6. Then,
install the cylinder and cylinder cover and secure them to
theactuatorwiththecapscrews(key16)andflatwashers
(key 15). Torque the cap screws to 30 foot-pounds (41
N-m) for size 20 actuators and to 75 foot-pounds (102
N-m) for size 75 actuators.
_
26. Connect the pressure tubing to the actuator. Then,
install the limit switch, position switch, or other acces-
sories, if used. Refer to the accessory instruction manual
for instructions.
27. Perform the adjustment procedure before placing
the actuator into operation.
Changing Actuator Mounting
There are two possible mounting stylesandfourpossibfa
positions for each style. See figure 5.
Avoid personal injury or property damage
from sudden release of process fluid.
Before starting disassembly:
l
Isolate the valve or other operated
equipment from the process,
l
Release process pressure, and
l
Vent the actuator loading pressure.
4
Page 13
Type 1066 With H Mounting
Use the following procedures along with figure 6 for key
number references to convert from style A to style 8, or
vice versa, or to change the mounting position.
Changing Styles
1. Disconnect the pressure tubing from the actuator.
Then, remove the limit switch, position switch, or other
accessories, if used. Refer to the accessory instruction
manual for instructions.
2. Remove the cap screws (key 20) from the operated
shaft end of the actuator. Then, remove the actuator from
the operated equipment.
3. Using a convenient air supply with 120 psig (8.3 bar)
maximum pressure. position the actuator piston at the top
of its stroke. Remove the retaining ring (key 40) and the
travelindicator(key22). Then, unscrewtheremainingcap
screws (key 20).
4. Rotate the actuator housing 180 degrees while main-
taining the appropriate position (1, 2, 3. or 4).
5. The style change results in a 90-degree shift in flat
orientation on the actuator output shaft end of the hub
(key6). If this shift can be accommodated conveniently by
using a different coupling or by reorienting the coupling
on the operated equipment shaft, skip steps 6 through 9
and proceed with step 10 of this procedure. Otherwise,
proceed with the following step.
6. Remove both retaining rings(key39) and both travel
indicator scales (key 21) from both sides of the actuator.
Then, remove the bearing (key 4) and the hub from the
housing (key 1).
7. Before sliding the hub into the lever and bearing
assembly, make sure that the milled flats on the output
shaft end of the hub are positioned appropriately. The
flats may be positioned either parallel with or perpep
dicular to the actuator cylinder(key8) when the actuator
is at the top of its stroke. If necessary, flip the hub enct
over-end to obtain proper flat orientation. With the hub
positioned appropriately, slide the hub into the housing
and through the lever and bearing assembly.
8. Apply Lubriplate MAG-1 or equivalent lubricant (key
35) to the outersurfaceofthe bearing(key4). Then, install
the bearing into the housing.
9. Slide each travel indicator scale (key 21) and each
retaining ring (key 39) onto the hub on each side of the
actuator.
10. With the actuator at the top of its stroke, slide the
travel indicator (key 22) onto the end of the hub and
position it so that it can show the proper position of the
operated equipment when the operated equipment is in
the open position. Secure the travel indicator to the hub
with the retaining ring (key 40).
11. Slide the actuator in the desired position (1,2,3. or4)
onto the equipment operating shaft and secure it to the
mounting bracket with the cap screws(key20). Install the
capscrews(key20) on both sidesoftheactuatorhousing
and torque them to 18 foot-pounds(25 Nom) for size 20
actuators and to 75 foot-pounds (102 N-m) for size 75
actuators.
12. Connect the pressure tubing to the actuator. Then,
install the limit switch, position switch, or other accessories, if used. Refer to the accessory instruction manual
for instructions.
13. Perform the adjustment procedure before placing
the actuator into operation.
Changing Positions
Note
If changing from mounting position 1 to
position3 or from position2 toposition4. or
vice versa, disregard steps 1 through 11
and proceed as follows. Remove the cap
screws (key 20) from the operated shaft
end of the actuator, remove the actuator
from the operated equipment, and then
rotate the actuator to the appropriate
position. Slide the actuator in the desired
position onto the equipment operating
shaft and secure it to the mounting bracket
with the cap screws (key 20). Torque the
cap screws to18 foot-pounds (25 Nom) for
size 20 actuators and to 75 foot-pounds
(102 N-m) for size 75 actuators. Perform
the adjustment procedure before placing
the actuator into operation.
1. Disconnect the pressure tubing from the actuator.
Then, remove the limit switch, position switch, or other
accessories, if used. Refer to the accessory instructlon
manual for instructions.
2. Using a convenient air supply with 120 psig (8.3 bar)
maximum pressure, position theactuatorpiston at the top
of its stroke. Remove the cap screws (key 20) from the
operated shaft end of the actuator. Then, remove the
actuator from the operated equipment.
3. Remove the retaining ring (key 40), the travel
indicator(key22), and bothretainingrings(key39). Then,
unscrew the remaining cap screws (key 20) and remove
both travel indicatorscales(key21) from both sidesofthe
actuator.
4. Remove the bearing(key4), and then remove the hub
(key 6) from the housing (key 1).
Page 14
Type 1066 With H Mounting
(FISHER”)
5. Rotate the actuator housing either 90 degrees
clockwise or90 degrees counterclockwise as desired to
obtain the appropriate mounting position.
6. Before sliding the hub into the lever and bearing
assembly(key lo), make Sure that the milled fiats on the
output shaft end of the hub are positioned appropriately.
The flats may be positioned either parallel with or
perpendicular to the actuator cylinder (key 8) when the
actuator is at the topof its stroke. With the hub positioned
appropriately, slide the hub into the housing and through
the lever and bearing assembly.
7. Apply Lubriplate MAG-1 or equivalent lubricant (key
35) to theoutersurfaceofthe bearing(key4). Then, install
the bearing into the housing.
6. Slide each travel indicator scale (key 21) and each
retaining ring (key 39) onto the hub on each side of the
actuator. Then, with the actuator at the top of its stroke,
slide the travel indicator(key22) onto the end of the hub
and position it so that it can show the proper position of
the operated equipment when the operated equipment is
in the open position. Secure the travel indicator to the hub
with the retaining ring (key 40).
9. Maintaining the desired mounting position, slide the
actuator onto the equipment operating shaft and secure it
to the mounting bracket with the cap screws (key 20). Install the cap screws (key 20) on both sides of the
actuator housing and torque them to 16 foot-pounds (25
Nom) for size 20 actuators and to 75 foot-pounds (102
Nom) for size 75 actuators.
10. Connect the pressure tubing to the actuator. Then,
install the limit switch, position switch, or other axesso&s, if used. Refer to the accessory instruction manual
for instructions.
11. Perform the adjustment procedure before placing
the actuator into ooeration.
Parts Ordering
When corresponding with your Fisher sales office or
sales representative about this equipment, refer to the
serial number found on the
actuator
nameplate (figure 2
and key 27, figure 6). Also, specify the complete llcharacter part number from the following parts list when
ordering replacement parts.
Parts List
KBY
1
2
3
4
5
6
Pall Number
Page 15
Type 1066 With H Mounting
Figure 6. Type 1066 Acluator with H Mounting Adaptation
Page 16
Type 1066 With H Mounting
.
7-
Figure 7. Adaptor(Key41) for Type 1066 Actuators
(Shown with Type 304 Position Switch)
Loading...