Pneumatic
Actuators
Catalog 4123-PA
Revised, March 2000
Pneumatic Actuators
Introduction
Parker 60 Series spring return (AC/AO) or double acting (AD) rack and pinion actuators are compact, simply designed
devices that are quality engineered to provide high torque outputs and a high cycle, trouble-free life.
A compact, dual opposed rack and pinion design and guide band suspension combine to produce a symmetrically balanced,
center mount actuator. In addition, the actuator has a short powerful stroke, rapid response, and fully concentric operating
load capability which ensures optimum performance.
Features
• Three point suspension system uses carbon filled
PTFE guide bands for piston alignment and rack support
• Dual opposed piston design uses air pressure on
two pistons to deliver a balanced force to the pinion gear
• Patented balanced piston design results in even
distribution of bearing loads and eliminates piston tilting
• Multiple spring concept permits actuator use at
40 to 120 psig (2.8 to 8.3 bar) air supply requirements
• Suitable for use with dry or lubricated air, non-corrosive
gas, or light hydraulic oil
• Aluminum alloy body construction with two component
polyurethane coating
• Manual override
Specifications
Operating Pressure
90˚ Models:
40 to 120 psig (2.8 to 8.3 bar) maximum
AC – Normally Closed Spring Return
AD – Double Acting
AO – Normally Open Spring Return
180˚ Models:
80 psig (5.5 bar) maximum
ACX – Spring Return
ADX – Double Acting
Temperature Range
-4 ˚F to 175 ˚F (-20 ˚C to 79 ˚C)
Optional high and low temperature ranges available
Options
• Solenoid valve
• Rotary limit switch with valve position indicator
• Breather block
• Dual mount actuator
61S Option
• Compact single piston design
• Available for MB, HB, B2, and B6 Series Valves
Model Shown: 4Z-B6LJ-V-SS-61AD
Operation
Actuators are manufactured with an integral air
manifold and internal porting. The air manifold is
designed for direct mounting of solenoid valves.
This eliminates the need for external tubing and
simplifies installation. For applications not requiring
a solenoid valve, the air manifold inlet ports are
marked “A” and “B”. Air inlet port “A” will rotate the
actuator counter-clockwise. Spring return actuators
fail clockwise.
2
Parker Hannifin Corporation
Instrumentation Valve Division
Jacksonville, Alabama
1.75
(44.5)
1/4" NPT
2 PLACES
UNC 10-24
X.31 DEEP
4 PLACES
0.95
(24.1)
B
D
1.26
(32.0)
A
1.75
(44.5)
1/8" NPT
2 PLACES
UNC 10-24
X.31 DEEP
2 PLACES
1.0
(25.4)
A
B
0.25
(6.4)
0.50
(12.7)
0.83
(21.1)
2.0
(50.2)
UNC 10-24
X.31 DEEP
2 PLACES
1.75
(44.5)
Pneumatic Actuators
Dimensional Data for 61 and 61S Models
1/8" NPT
2 PLACES
0.25
(6.4)
0.83
(21.1)
1.0
(25.4)
2.0
(50.2)
61S Actuator
0.50
(12.7)
A
B
C
2.36
(59.9)
2.36
(59.9)
61 Actuator
( ) Denotes dimensions in millimeters
61SAD 61SAC/O 61SADX 61SACX
Dim Inch mm Inch mm Inch mm Inch mm
A 3.37 85.6 - - 4.63 117.6 - B - - 3.66 93.0 - - 5.83 148.1
C 3.38 85.9 3.38 85.9 3.38 85.9 3.38 85.9
61AD 61AC/O 61ADX 61ACX
Dim Inch mm Inch mm Inch mm Inch mm
A 4.06 103.1 - - 6.10 154.9 - -
B - - 4.65 118.1 - - 8.50 215.9
C1 3.38 85.9 3.38 85.9 3.38 85.9 3.38 85.9
C2 2.36 59.9 2.36 59.9 2.36 59.9 2.36 59.9
C1 – Single Mount C2 – Dual Mount
Dimensional Data for 62, 63, 64, 65, 66, 68 and 69 Models
E
AB C DE F
Model Inch mm Inch mm Inch mm Inch mm Inch mm Inch mm Inch mm
62AD 6.26 159.0 - - 4.17 105.9 3.15 80.0 1.26 32.0 2.91 73.9 3.15 80.0
62AC/O - - 6.77 172.0 4.17 105.9 3.15 80.0 1.26 32.0 2.91 73.9 3.15 80.0
63AD 7.09 180.1 - - 4.68 118.9 3.86 98.0 1.32 33.5 3.39 86.1 3.66 93.0
63AC/O - - 8.03 204.0 4.68 118.9 3.86 98.0 1.32 33.5 3.39 86.1 3.66 93.0
64ADX 6.34 161.0 - - 5.00 127.0 3.98 101.1 1.69 42.9 4.27 108.5 3.98 101.1
64ACX - - 7.17 182.1 5.00 127.0 3.98 101.1 1.69 42.9 4.27 108.5 3.98 101.1
65AD 7.83 198.9 - - 5.15 130.8 4.13 104.9 1.54 39.1 3.86 98.0 4.13 104.9
65AC/O - - 9.8 248.9 5.15 130.8 4.13 104.9 1.54 39.1 3.86 98.0 4.13 104.9
66AD 8.7 221.0 - - 5.67 144.0 4.65 118.1 1.59 40.4 4.25 108.0 4.65 118.1
66AC/O - - 10.51 267.0 5.67 144.0 4.65 118.1 1.59 40.4 4.25 108.0 4.65 118.1
68ADX 7.28 184.9 - - 6.33 160.8 5.31 134.9 2.09 53.1 5.61 142.5 5.31 134.9
68ACX - - 8.5 215.9 6.33 160.8 5.31 134.9 2.09 53.1 5.61 142.5 5.31 134.9
69AD 11.14 283.0 - - 6.65 168.9 5.63 143.0 1.99 50.5 5.04 128.0 5.63 143.0
69AC/O - - 14.17 359.9 6.65 168.9 5.63 143.0 1.99 50.5 5.04 128.0 5.63 143.0
C
F
Single Mount Dual Mount
3
Parker Hannifin Corporation
Instrumentation Valve Division
Jacksonville, Alabama
Pneumatic Actuators
SEE
PAGE 3
A
B
*
Valve Dimensional Data
Valve
A B
* C* D* E*
C
*
0.26 MOUNTING
HOLES 2 PLACES
D
*
E
*
Model Shown: 4Z-B6LJ-V-SS-61AC-2
*
Series Inch mm Inch mm Inch mm Inch mm Inch mm
B2 2.23 56.6
B6 2.49 63.2
B8 2.91 73.9
MB2 2.33 59.2 1.61 40.9 0.80 20.3 0.75 19.1 1.50 38.1
MB4 2.33 59.2
MB6 2.48 63.0
HB4 2.70 68.6
SB8 2.94 74.7
SB12 3.03 77.0
SB16 3.27 83.1 N/A N/A N/A N/A N/A N/A N/A N/A
SB20 3.46 87.9
SB24 3.73 94.7
SB32 3.92 99.6
*Not applicable for SB Series Ball Valves
Recommended Actuators for B, MB, and HB Series Ball Valves*
Valve Double Acting Spring Return Spring Return
Series AD AO AC
B2LJ 61AD or 61SAD 61AO-2 or 61SAO 61AC-2 or 61SAC
B2LJ2 61AD or 61SAD 61AO-2 or 61SAO 61AC-2 or R 61SAC
B2XJ 61ADX or 61SADX 61ACX-2 or 61SACX 61ACX-2 or 61SACX
B2XJ2 61ADX or 61SADX 61ACX-2 or 61SACX 61ACX-2 or 61SACX
B6LJ 61AD or 61SAD 61AO-2 or 61SAO 61AC-2 or 61SAC
B6LJ2 61AD or 61SAD 61AO-2 or 61SAO 61AC-2 or 61SAC
B6LS2 61AD or 61SAD 61AO-2 or 61SAO 61AC-2 or 61SAC
B6LPKR 61AD or 61SAD 61AO-2 or 61SAO 61AC-2 or 61SAC
B6LSPKR 61AD or 61SAD 61AO-2 or 61SAO 61AC-2 or 61SAC
B6XJ 61ADX or 61SADX 61ACX-2 or 61SACX 61ACX-2 or 61SACX
B6XJ2 61ADX or 61SADX 61ACX-2 or 61SACX 61ACX-2 or 61SACX
B6XS2 61ADX or 61SADX 61ACX-2 or 61SACX 61ACX-2 or 61SACX
B6XPKR 61ADX or 61SADX 61ACX-2 or 61SACX 61ACX-2 or 61SACX
B6XSPKR 61ADX or 61SADX 61ACX-2 or 61SACX 61ACX-2 or 61SACX
B8LJ 61AD 61AO-2 61AC-2
B8LJ2 61AD 62AO-3 62AC-3
B8LS2 61AD 62AO-3 62AC-3
B8LPKR 61AD 62AO-3 62AC-3
B8XJ 61ADX 61ACX-2 61ACX-2
B8XJ2 61ADX 64ACX-12 64ACX-12
B8XS2 61ADX 64ACX-12 64ACX-12
B8XPKR 61ADX 64ACX-12 64ACX-12
HB4LPKR 61AD 61AO-2 or 61SAO 61AC-2 or 61SAC
HB4LK 61AD 61AO-2 or 61SAO 61AC-2 or 61SAC
HB4XPKR 61ADX 61ACX-2 or 61SACX 61ACX-2 or 61SACX
HB4XK 61ADX 61ACX-2 or 61SSACX 61ACX-2 or 61SACX
MB2A 61AD or 61SAD 61AO-2 or 61SAO 61AC-2 or 61SAC
MB2L 61AD or 61SAD 61AO-2 or 61SAO 61AC-2 or 61SAC
MB2X 61ADX or 61SADX 61ACX-2 or 61SACX 61ACX-2 or 61SACX
MB4A 61AD or 61SAD 61AO-2 or 61SAO 61AC-2 or 61SAC
MB4L 61AD or 61SAD 61AO-2 or 61SAO 61AC-2 or 61SAC
MB4X 61ADX or 61SADX 61ACX-2 or 61SACX 61ACX-2 or 61SACX
MB6A 61AD or 61SAD 61AO-2 or 61SAO 61AC-2 or 61SAC
MB6L 61AD or 61SAD 61AO-2 or 61SAO 61AC-2 or 61SAC
MB6X 61ADX or 61SADX 61ACX-2 or 61SACX 61ACX-2 or 61SACX
*With 60 psig (4.1 bar) actuation pressure
4
Parker Hannifin Corporation
Instrumentation Valve Division
Jacksonville, Alabama
Pneumatic Actuators
Suggested Actuators for SB Series Ball Valves
Actuators were sized in this table using the maximum allowable pressure differential across the seats with a 1.20 multiplier for
application factor. Please determine, by reading page 6, if the media or service conditions would render the information in this
table questionable. Actuators for SB Series Ball Valves may also be downsized to fit the application using the technique found
on page 6.
Two-way Valves Three-way Diverter Valves Three-way Selector Valves
SBL SBXD SBX
Valve AD AC/AO Valve AD AC Valve AD AC
T Seats T Seats T Seats
SB12 61AD 61AD 62AC-3 61AC-2 SB12 61ADX 61ADX 64ACX-8 61ACX-2 SB12 61ADX 61ADX 68ACX-8 64ACX-12
SB16 62AD 61AD 63AC-3 63AC-3 SB16 64ADX 61ADX 64ACX-8 68ACX-2 SB16 64ADX 61ADX 68ACX-8 68ACX-8
SB20 62AD 62AD 65AC-3 63AC-4
SB24 63AD 62AD 66AC-3 65AC-4 SB24 64ADX 64ADX
SB32 63AD 63AD 69AC-3 66AC-4 SB32 68ADX 68ADX
RT Seats RT Seats
SB12 61AD 61AD 62AC-3 62AC-3 SB12 61ADX 61ADX 64ACX-8 64ACX-8
SB16 62AD 61AD 63AC-3 63AC-3 SB16 61ADX 61ADX 68ACX-8 68ACX-8
SB20 63AD 63AD 69AC-3 66AC-4
SB24 63AD 63AD 69AC-3 66AC-4 SB24 68ADX 68ADX
SB32 66AD 65AD 69AC-3 69AC-3 SB32
PF Seats PF Seats PF Seats
SB12 61AD 61AD 62AC-3 62AC-3 SB12 61ADX 61ADX 64ACX-8 64ACX-8 SB12 64ADX 61ADX 68ACX-8 68ACX-8
SB16 62AD 61AD 63AC-3 63AC-3 SB16 64ADX 64ADX 68ACX-8 68ACX-12 SB16 64ADX 64ADX
SB20 63AD 62AD 66AC-3 64AC-4
SB24 63AD 63AD 66AC-3 66AC-3 SB24 68ADX 64ADX
SB32 66AD 65AD 69AC-3 69AC-3 SB32 68ADX 68ADX
PKP Seats PKP Seats
SB12 63AD 62AD 66AC-3 65AC-4 SB12 64ADX 64ADX 68ACX-10 68ACX-10
SB16 63AD 63AD 69AC-3 66AC-4 SB16 68ADX 68ADX
SB20 65AD 63AD 69AC-3 69AC-4
SB24 66AD 65AD 69AC-3 69AC-4 SB24 68ADX 68ADX
SB32 69AD 66AD
UPE Seats UPE Seats UPE Seats
SB12 61AD 61AD 63AC-3 62AC-4 SB12 61ADX 61ADX 64ACX-8 64ACX-8 SB12 64ADX 61ADX 68ACX-8 68ACX-8
SB16 62AD 62AD 65AC-3 63AC-4 SB16 64ADX 61ADX 68ACX-8 68ACX-8 SB16 64ADX 64ADX 68ACX-10 68ACX-10
SB20 62AD 62AD 65AC-3 64AC-4
SB24 63AD 62AD 66AC-3 65AC-4 SB24 64ADX 64ADX
SB32 63AD 63AD 69AC-4 66AC-4 SB32 68ADX 64ADX
DE Seats DE Seats
SB12 62AD 61AD 63AC-3 63AC-3 SB12 64ADX 61ADX 68ACX-8 64ACX-12
SB16 62AD 61AD 65AC-3 63AC-4 SB16 64ADX 61ADX 68ACX-8 68ACX-8
SB20 65AD 63AD 69AC-3 66AC-4
SB24 66AD 65AD 69AC-3 69AC-4 SB24 68ADX 68ADX
SB32 69AD 66AD
*
Consult the factory for methods to actuate these valves.
Double Acting Spring Return Double Acting Spring Return Double Acting Spring Return
Size 60 psig 80 psig 60 psig 80 psig Size 60 psig 80 psig 60 psig 80 psig Size 60 psig 80 psig 60 psig 80 psig
(4.1 bar) (5.5 bar) (4.1 bar) (5.5 bar) (4.1 bar) (5.5 bar) (4.1 bar) (5.5 bar) (4.1 bar) (5.5 bar) (4.1 bar) (5.5 bar)
SB8 61AD 61AD 62AC-3 61AC-2 SB8 61ADX 61ADX 64ACX-8 61ACX-2 SB8 61ADX 61ADX 64ACX-8 64ACX-8
68ACX-12 SB24 68ADX 64ADX
-
**
SB8 61AD 61AD 62AC-3 61AC-2 SB8 61ADX 61ADX 64ACX-8 61ACX-2
68ADX
-
SB8 61AD 61AD 62AC-3 61AC-2 SB8 61ADX 61ADX 64ACX-8 61ACX-2 SB8 61ADX 61ADX 68ACX-8 64ACX-12
**
**
**
**
SB8 61AD 61AD 63AC-3 63AC-4 SB8 61ADX 61ADX 68ACX-8 64ACX-12
SB32 68ADX 68ADX
SB24 68ADX 68ADX
SB32
68ADX
-
**
**
68ACX-12
-
**
**
**
69AC-4 SB32
-
SB8 61AD 61AD 62AC-3 62AC-3 SB8 61ADX 61ADX 64ACX-8 64ACX-8 SB8 61ADX 61ADX 68ACX-8 64ACX-10
SB8 61AD 61AD 63AC-3 63AC-3 SB8 61ADX 61ADX 68ACX-8 64ACX-12
69AC-4 SB32
-
** * *
** * *
**
68ACX-12 SB24 68ADX 68ADX
-
68ACX-12 SB24 68ADX 68ADX
-
**
**
**
5
Parker Hannifin Corporation
Instrumentation Valve Division
Jacksonville, Alabama
Pneumatic Actuators
Determination of Valve Torque
By properly sizing an actuator to a valve for a specific
application, performance is guaranteed and economies are
gained. Before an actuator can be sized for an application,
the amount of torque required must be determined. The
operating torque of a ball valve is influenced by the design,
seat material, and application (service) conditions.
Stem torque is primarily dependent upon the tightness of the
stem nut. The design of the SB Series Ball Valve is such
that the stem torque is constant. Ball/seat torque is created
by the friction between the ball and seat and is also very
sensitive to service conditions. The “floating ball” design
concept allows the system pressure to force the ball into the
downstream seat. The higher the system pressure, the
harder the ball is forced into the downstream seat, and,
therefore, the higher the torque. Also, since different seat
materials have different coefficients of friction, the ball/seat
torque also becomes a function of the seat material being
used.
Valve torque is also a function of the media flowing through
the valve. Abrasive medias have a tendency to increase the
amount of friction between the ball and seats, whereas some
light oils, which provide additional lubricity, may reduce the
amount of torque required.
The pressure torque curves on page 7 are the result of
laboratory testing using water at ambient temperature as the
medium. Torque values derived from these curves, when
the appropriate service condition correction factors are
applied, will be adequate for the vast majority of applications.
Based upon the valve size, seat material, and differential
pressure across the valve (in the closed position), the
amount of torque required may be determined using the
following procedure:
1. Find the valve torque from the appropriate curve by
using the differential pressure. Locate the differential
pressure on the horizontal axis of the chart and move up
until you arrive at the appropriate valve size. Transfer
the intersecting point across to the vertical axis of the
graph and read the required torque.
2. Multiply this torque by the service and media application
factor multipliers. The maximum combined multiplier
should never be greater than 2.
Application Factor Multiplier
A. Service
On-Off 1.00
Emergency shutdown (cycled
less than once per month) 2.00
Applications with less than two
cycles per day 1.20
Applications below –20 ˚F (-29 ˚C) 1.25
B. Media
Saturated steam 1.20
Clean saturated steam 1.00
Liquid, clean (particle free) 1.00
Liquid, dirty (slurry), raw water 1.80
Gas, clean and wet 1.20
Gas, clean and dry (superheated stm.) 1.00
Gas, dirty (natural gas) 1.50
Chlorine 1.50
Actuator Selection
When the torque requirements have been determined,
the actuator may be properly sized.
1. Double Acting Operation (AD)
Select the actuator whose torque output, at the
minimum air supply pressure, exceeds the calculated torque. Actuator torque output charts are
shown on pages 8 and 9.
2. Spring Return Operation, Fail Closed (AC)
Select the actuator whose spring torque output
exceeds the calculated torque. Actuator torque
output charts are shown on pages 8 and 9. In
addition, check the selected actuator to insure the
air torque output at the minimum air supply pressure
also exceeds the calculated torque.
3. Spring Return Operation, Fail Open (AO)
Select the actuator whose spring torque output
exceeds the calculated torque. Actuator torque
output charts are shown on pages 8 and 9. In
addition, check the selected actuator to insure the
air torque output at the minimum air supply pressure
also exceeds the calculated torque.
6
Parker Hannifin Corporation
Instrumentation Valve Division
Jacksonville, Alabama
SB Series Pressure Torque Curves:
0 34 68 103 137 172 206
0 500 1000 1500 2000 2500 3000
Differential Pressure (bar)
Differential Pressure (psig)
Torque (In-lb)
Torque (Nm)
600
500
400
300
200
0
SB24
68
45
34
11
23
0
SB20
100
57
SB32
SB8, SB12,
& SB16
Two-way (L) and Three-way (XD) Diverter Valves
Pneumatic Actuators
Differential Pressure (bar)
017345168
250
200
150
100
Torque (In-lb)
50
0
0 250 500 750 1000
Differential Pressure (psig)
SB32
SB24
SB20
SB16
SB8 &
SB12
Differential Pressure (bar)
0 17 34 51 68 86 103
28
22
17
11
Torque (Nm)
6
0
500
400
300
200
Torque (In-lb)
100
SB20
SB16
SB8 & SB12
0
0 250 500 750 1000 1250 1500
Differential Pressure (psig)
SB32
SB24
57
45
34
23
Torque (Nm)
Torque (In-lb)
11
0
Differential Pressure (bar)
0 17 34 51 68 86 103
400
350
300
250
200
150
100
50
0
0 250 500 750 1000 1250 1500
Differential Pressure (psig)
T Seats RT Seats PF Seats
Differential Pressure (bar)
0 17 34 51 68 86 103
600
500
400
300
200
Torque (In-lb)
100
SB12
0
0 250 500 750 1000 1250 1500
Differential Pressure (psig)
SB32
SB24
SB20
SB8
SB16
68
57
45
34
23
Torque (Nm)
Torque (In-lb)
11
0
Differential Pressure (bar)
0 17 34 51 68 86 103
250
200
SB32
150
SB24
100
SB20
SB16
50
0
0 250 500 750 1000 1250 1500
Differential Pressure (psig)
SB12
SB8
28
22
17
11
Torque (Nm)
6
0
SB24
SB20
SB16
SB32
SB8 & SB12
45
39
34
28
22
17
Torque (Nm)
11
6
0
PKP Seats UPE Seats DE Seats
SB Series Pressure Torque Curves: Three-way (X) Selector Valves
Differential Pressure (bar)
014 28 41 55
250
SB32
200
150
100
Torque (In-lb)
50
0
0 200 400 600 800
PTFE Seats PF Seats UPE Seats
SB24
SB16
SB8, & SB12
Differential Pressure (psig)
28
22
17
11
Torque (Nm)
6
0
Differential Pressure (bar)
014 28 4155
400
350
SB32
300
250
200
Torque (In-lb)
150
100
50
0
0 200 400 600 800
Differential Pressure (psig)
SB16
SB24
SB8, & SB12
7
Differential Pressure (bar)
014 28 4155
45
39
34
28
22
Torque (Nm)
17
11
6
0
200
175
150
SB32
SB24
125
100
Torque (In-lb)
75
50
25
SB16
SB8, & SB12
0
0 200 400 600 800
Differential Pressure (psig)
23
17
11
Torque (Nm)
6
0
Parker Hannifin Corporation
Instrumentation Valve Division
Jacksonville, Alabama
Pneumatic Actuators
90˚ Models (AC, AO, and AD)
Performance Characteristics
Weight
Series
61 1.8 45.7 0.5 12.7 1.3 0.6 1.5 0.7 0.4 3.1 3.7 50.8 60.7
61S 1.8 45.7 0.5 12.7 1.2 0.5 1.2 0.6 0.4 2.4 1.2 39.3 19.7
62 2.2 55.9 0.6 15.2 2.9 1.3 3.7 1.7 0.5 6.1 6.7 100.0 109.8
63 2.8 71.1 0.7 17.8 4.0 1.8 5.3 2.4 0.7 9.8 13.4 160.7 219.7
65 3.1 78.7 0.9 22.1 5.3 2.4 7.9 3.6 1.1 20.1 22.0 329.5 360.7
66 3.6 91.4 1.0 25.4 6.8 3.1 10.1 4.6 1.2 21.4 29.9 350.8 490.2
69 4.3 109.2 1.5 38.1 12.8 5.8 20.1 9.1 2.3 49.0 61.0 803.3 1000.0
+Double acting only
Bore Stroke AD AC/AO Time in
Inch mm Inch mm lb kg lb kg sec Port “A” Port “B”+ Port “A” Port “B”+
Operating
AD Torques
Series
61 59 6.7 89 10.1 119 13.4 149 16.8
61S - - 45 5.1 59 6.7 75 8.5
62 109 12.3 165 18.6 220 24.9 276 31.2
63 205 23.2 309 34.9 413 46.7 518 58.5
65 312 35.2 471 53.2 630 71.2 789 89.1
66 461 52.1 696 78.6 930 105.1 1165 131.6
69 1011 114.2 1527 172.5 2042 230.7 2557 288.9
40 psig (2.8 bar) 60 psig (4.1 bar) 80 psig (5.5 bar) 100 psig (6.9 bar)
in-lb Nm in-lb Nm in-lb Nm in-lb Nm
Air Consumption Air Consumption
3
cc
AC and AO Torques
Series
Spring 40 psig (2.8 bar) 60 psig (4.1 bar) 80 psig (5.5 bar) 100 psig (6.9 bar) Torque
Set in-lb Nm in-lb Nm in-lb Nm in-lb Nm in-lb Nm
61 2 - - 23 2.6 55 6.2 87 9.8 41 4.6
61S 2 - - 16 1.8 21 2.4 26 2.9 21 2.4
62 4 - - 31 3.5 90 10.2 149 16.8 78 8.8
63 4 - - 58 6.6 169 19.1 279 31.5 146 16.5
65 4 - - 72 8.1 240 27.1 408 46.1 234 26.4
66 4 - - 143 16.2 392 44.3 641 72.4 323 36.5
69 4 - - 287 32.4 833 94.1 1378 155.7 723 81.7
2 44 5.0 103 11.6 162 18.3 220 24.9 39 4.4
3 8 0.9 66 7.5 126 14.2 185 20.9 58 6.6
5 - - - - 54 6.1 113 12.8 98 11.1
6 - - - - 18 2.0 77 8.7 117 13.2
2 82 9.3 193 21.8 304 34.3 413 46.7 74 8.4
3 15 1.7 126 14.2 236 26.7 346 39.1 110 12.4
5 - - - - 101 11.4 212 24.0 183 20.7
6 - - - - 34 3.8 144 16.3 220 24.9
2 117 13.2 285 32.2 453 51.2 622 70.3 117 13.2
3 10 1.1 178 20.1 347 39.2 515 58.2 175 19.8
5 - - - - 133 15.0 301 34.0 292 33.0
6 - - - - 26 2.9 195 22.0 351 39.7
2 192 21.7 441 49.8 690 78.0 939 106.1 161 18.2
3 43 4.9 293 33.1 542 61.2 790 89.3 242 27.3
5 - - - - 244 27.6 492 55.6 403 45.5
6 - - - - 95 10.7 344 38.9 484 54.7
2 406 45.9 952 107.6 1498 169.2 2043 230.8 361 40.8
3 73 8.2 620 70.0 1165 131.6 1711 193.3 543 61.3
5 - - - - 500 56.5 1045 118.1 904 102.1
6 - - - - 167 18.9 713 80.6 1085 122.6
Air Torque Spring
8
Parker Hannifin Corporation
Instrumentation Valve Division
Jacksonville, Alabama
Pneumatic Actuators
180˚ Models (ACX AND ADX)
Performance Characteristics
Series
61 1.8 45.7 1.0 25.4 1.9 0.9 2.4 1.1 0.8 4.5 5.7 73.8 93.4
61S 1.8 45.7 1.0 25.4 1.4 0.7 1.7 0.8 0.8 6.1 3.1 100.0 50.0
64 3.2 81.3 0.7 17.8 5.5 2.5 6.4 2.9 1.5 16.0 23.0 262.3 377.0
68 4.3 109.2 1.0 25.4 11.6 5.3 13.6 6.2 2.8 37.0 49.0 606.6 803.3
Bore Stroke AD AC
Inch mm Inch mm lb kg lb kg sec Port “A” Port “B”+ Port “A” Port “B”+
Weight
+Double acting only
ADX Torques
Series
61 59 6.7 89 10.1 119 13.4
61S - - 45 5.1 59 6.7
64 139 15.7 210 23.7 281 31.7
68 351 39.7 530 59.9 709 80.1
40 psig (2.8 bar) 60 psig (4.1 bar) 80 psig (5.5 bar)
in-lb Nm in-lb Nm in-lb Nm
Operating Air Consumption Air Consumption
Time in
3
cc
ACX Torques
Air Torque Spring
Series
61 2 - - 25 2.8 57 6.4 39 4.4
61S 2 - - 16 1.8 21 2.4 21 2.4
64 10 - - 60 6.8 131 14.8 78 8.8
68 10 - - 186 21.0 365 41.2 187 21.1
Spring 40 psig (2.8 bar) 60 psig (4.1 bar) 80 psig (5.5 bar) Torque
Set in-lb Nm in-lb Nm in-lb Nm in-lb Nm
8 19 2.1 90 10.2 161 18.2 62 7.0
12 - - 30 3.4 101 11.4 93 10.5
14 - - - - 71 8.0 109 12.3
8 76 8.6 255 28.8 433 48.9 150 16.9
12 - - 117 13.2 296 33.4 225 25.4
14 - - 48 5.4 227 25.6 262 29.6
9
Parker Hannifin Corporation
Instrumentation Valve Division
Jacksonville, Alabama
Pneumatic Actuators
SB Series Actuator Sizing Examples
EXAMPLE 1
EXAMPLE 2
Valve Desired: 24Z-SB24L-PF-T-SS
Actuator Desired: Spring Return, Normally Closed
Differential Pressure: 250 psig
Minimum Air Supply Pressure: 80 psig
Service: On-off
Media: Raw Water
Calculation
From the PF Seal Pressure-Torque graph on page 7:
Torque at 250 psig = 170 in-lb
Service Factor from page 6:
Multiplier = 1.00
Media Factor from page 6:
Multiplier = 1.80
Application Operating Torque =
Operating Torque x Application Factor =
170 in-lb x 1.00 x 1.80 = 306 in-lb
From the AC Spring Torques on page 8, proceed down the
table looking for a torque exceeding 306 in-lb. The 65AC-6
meets the requirement, but the Air Torque at 80 psig does not.
Repeat this step to find a larger actuator. The next actuator in
the table to meet both requirements is the 66AC-4.
Valve Model: 24Z-SB24L-PF-T-SS-66AC-4
Valve Desired: 12A-SB12L-T-SS
Actuator Desired: Spring Return, Normally Open
Differential Pressure: 400 psig
Minimum Air Supply Pressure: 60 psig
Service: -20 ˚F
Media: Dirty Gas
Calculation
From the T Seal Pressure-Torque graph on page 7:
Torque at 400 psig = 30 in-lb
Service Factor from page 6:
Multiplier = 1.25
Media Factor from page 6:
Multiplier = 1.50
Application Operating Torque =
Operating Torque x Application Factor =
30 in-lb x 1.25 x 1.50 = 57 in-lb
From the AC Spring Torques on page 8, proceed down the
table looking for a torque exceeding 57 in-lb. The 62AO-3
meets the requirement for both Spring Torque and Air
Torque.
Valve Model: 12A-SB12L-T-SS-66AO-3
How to Order Actuators
Factory Assembled
Add the actuator model designation as a suffix to the ball valve part number.
Example: 4Z-B6LJ2-SSP-61AC-2. Describes a B6 ball valve with a normally closed actuator.
For Field Assembly
Simply specify the actuator. Example: 65AC-3. Mounting bracket kits are required when mounting actuators to valves.
Options
High Temperature Seals – Extends the high temperature from 175 ˚F (79 ˚C) to 250 ˚F (121 ˚C) and to 400 ˚F (204 ˚C) on
special Series 62 and 63 90˚ models.
Low Temperature Seals – Extends the low temperature from –4 ˚F (-20 ˚C) to –40 ˚F (-40 ˚C).
Solenoid Valve (Single coil) – Mounts directly to the actuator inlet manifold. NEMA 4 or 7 housings with voltages of 120, 24,
and 240 VAC. A manual override is standard.
Limit Switch – Fully enclosed, heavy duty rotary limit switch package with visual valve position indicator. Available with NEMA
4, 7, and 9 housings. Two pre-wired SPDT switches, hermetically sealed REED switch, inductive sensors, and potentiometer.
Breather Block – A direct mount diverter module redirects instrument quality air to the spring chamber during the spring
stroke (fail stroke) of AC and AO actuators. Ideal for corrosive, wet, or dusty environments. Also improves spring stroke
speed and allows the solenoid valve to be mounted to it.
Dual Mount Actuator – Two valves may be actuated with a single actuator. Available with both valves open, both closed, or
one open and one closed.
NOTE: Parker pneumatically actuated B Series Ball Valves should be ordered with elastometric stem packing and seals or
the optional live-loaded PTFE packing. This reduces the need for any furthur packing adjustment after receipt from the
factory.
10
Parker Hannifin Corporation
Instrumentation Valve Division
Jacksonville, Alabama
Pneumatic Actuators
How to Order Options
High Temperature Seals – Add the suffix –HT to the end of the part number. For service up to 250 °F (121 °C). Add the
suffix –HT4 to the end of the part number for service up to 400 °F (204 °C). NOTE: The –HT4 option is only available on
series 62 and 63 90° models. Example: 2F-HB4LK-BN-SS-61AD-HT.
Low Temperature Seals – Add the suffix –LT to the end of the part number. Example: 4A-MB4LPFA-SS-61SAC-LT.
Accessories – Add one of the following suffixes to the end of the part number. Example: 16F-SB16L-PF-T-SS-63AC-3-2D.
Suffix Accessory
Single Option
-1A Breather Block
-1B Solenoid Valve, (NEMA 4, 120 VAC)
-1C Solenoid Valve, (NEMA 7, 120 VAC)
-1D Solenoid Valve, (NEMA 4, 24 VDC)
-1E Solenoid Valve, (NEMA 7, 24 VDC)
-1F Solenoid Valve, (NEMA 4, 240 VAC)
-1G Solenoid Valve, (NEMA 7, 240 VAC)
-1H Limit Switch – Two SPDT switches with mounting kit
Double Option
-2A Breather Block, Solenoid Valve, (NEMA 4, 120 VAC)
-2B Breather Block, Solenoid Valve, (NEMA 7, 120 VAC)
-2C Breather Block, Solenoid Valve, (NEMA 4, 24 VDC)
-2D Breather Block, Solenoid Valve, (NEMA 7, 24 VDC)
-2E Breather Block, Solenoid Valve, (NEMA 4, 240 VAC)
-2F Breather Block, Solenoid Valve, (NEMA 7, 240 VAC)
-2G Limit Switch, Solenoid Valve, (NEMA 4, 120 VAC)
-2H Limit Switch, Solenoid Valve, (NEMA 7, 120 VAC)
-2J Limit Switch, Solenoid Valve, (NEMA 4, 24 VDC)
-2K Limit Switch, Solenoid Valve, (NEMA 7, 24 VDC)
-2L Limit Switch, Solenoid Valve, (NEMA 4, 240 VAC)
-2M Limit Switch, Solenoid Valve, (NEMA 7, 240 VAC)
Triple Option
-3A Breather Block, Limit Switch, Solenoid Valve, (NEMA 4, 120 VAC)
-3B Breather Block, Limit Switch, Solenoid Valve, (NEMA 7, 120 VAC)
-3C Breather Block, Limit Switch, Solenoid Valve, (NEMA 4, 24 VDC)
-3D Breather Block, Limit Switch, Solenoid Valve, (NEMA 7, 24 VDC)
-3E Breather Block, Limit Switch, Solenoid Valve, (NEMA 4, 240 VAC)
-3F Breather Block, Limit Switch, Solenoid Valve, (NEMA 7, 240 VAC)
Dual Mount Actuator – Add –DVM as a suffix to the end of the part number. Example: 6F-B6LPKC-SS-61AC-2-DVM. With
DVM dual mount valve options, the following are standard arrangements: Two-way valves are provided in their failed position
(in their closed position with AD actuators). Three-way valves are provided as shown below. Contact the factory for details on
other available options.
How to Order Mounting Bracket Kits
Add the valve series and actuator model designation as a suffix to MK-. Example: MK-MB4L-61S. Describes a mounting kit
for a MB Series ball valve with a 61S Series actuator.
WARNING
FAILURE, IMPROPER SELECTION OR IMPROPER USE OF THE PRODUCTS AND/OR SYSTEMS DESCRIBED HEREIN OR RELATED ITEMS CAN CAUSE DEATH, PERSONAL
INJURY AND PROPERTY DAMAGE.
This document and other information from Parker Hannifin Corporation, its subsidiaries and authorized distributors provide product and/or system options for further investigation by users
having technical expertise. It is important that you analyze all aspects of your application and review the information concerning the product or system in the current product catalog. Due to
the variety of operating conditions and applications for these products or systems, the user, through its own analysis and testing, is solely responsible for making the final selection of the
products and systems and assuring that all performance, safety and warning requirements of the application are met.
The products described herein, including without limitation, product features, specifications, designs, availability and pricing, are subject to change by Parker Hannifin Corporation and its
subsidiaries at any time without notice.
Offer of Sale
The items described in this document are hereby offered for sale by Parker Hannifin Corporation, its subsidiaries or its authorized distributors. This offer and its acceptance are governed by
the provisions stated in the “Offer of Sale” located in Catalog 4110-U Needle Valves (U Series).
© Copyright 2000, Parker Hannifin Corporation. All Rights Reserved.
11
Parker Hannifin Corporation
Instrumentation Valve Division
Jacksonville, Alabama
Catalog 4123-PA, 20M, 03/00
Parker Hannifin Corporation
Instrumentation Valve Division
2651 Alabama Highway 21 North
Jacksonville, AL 36265-9681
Phone: (256) 435-2130
Fax: (256) 435-7718
www.parker.com/IVD
Accredited
by the Dutch
Council for
Certification
INSTRUMENTATION
VALVE DIVISION
AN ISO 9001 FACILITY
Quality Systems
Registrars, Inc.
QSR-202
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