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10 series Pneumatic Actuator

10 series Pneumatic Actuator

Designing Features of Hawks 10 Series Pneumatic Actuator

Extruded aluminum ASTM6005 body with both internal and external corrosion protection, having a honed cylinder surface for longer life and a low coefficient of friction.

Dual piston rack and pinion design for compact construction, symmetric mounting position, high-cycle life, and fast operation. Reversed rotation can be accomplished in the field by simply inverting the pistons.

Multiple bearings and guides on racks and pistons, low friction, high cycle life, and prevent shaft blowout. 

Modular preloaded spring cartridge design, with coated spring for simple, versatile range, greater safety and corrosion resistance, and longer cycle life. 

Fully machined teeth on the piston and pinion for accurate, low backlash, rack-and-pinion engagement, maximum efficiency.

Carbon steel with nickel-plated or stainless steel fasteners for long-term corrosion resistance.

Full conformance to the latest specifications: ISO5211, DIN 3337, and Namur, or product interchangeability and easy mounting of solenoids, limit switches, and other accessories.

Parameter

Material

No

Description

Qty

Standard Material

Protection

Optional Material

1

Indicator Screw

1

Plastics

 

 

2

Indicator

1

Plastics

 

 

3

Cilpilp

1

Stainless Steel

Nickel Plated

 

4

Gasket

1

Engineering Plastics

 

 

5

Body

1

Cast Aluminum

Hard Anodize,Etc.

 

6

Retainer Ring

1

Engineering Plastics

 

 

7

Cam

1

Steel Alloy

 

 

8

O Ring (Upper Bearing)

1

NBR

 

Fluorine Rubber/Silicone Rubber

9

Upper Bearing

1

Engineering Plastics

 

 

10

Pinion

1

Stainless Steel

Nickel Plated

 

11

Lower Bearing

1

Engineering Plastics

 

 

12

O Ring (Lower Bearing)

1

NBR

 

Fluorine Rubber/Silicone Rubber

13

O Ring (Adjust Screw)

2

NBR

 

Fluorine Rubber/Silicone Rubber

14

Nut (Adjust Screw)

2

Stainless Steel

Nickel Plated

 

15

Adjust Screw

2

Stainless Steel

Nickel Plated

 

16

Piston

2

Cast/Aluminum/Casting

Anodized/Zinc Galvanized

Stainless Steel

17

Guide (Piston)

2

Engineering Plastics

 

 

18

O Ring (Piston)

2

NBR

 

Fluorine Rubber/Silicone Rubber

19

Washer (Piston)

2

Engineering Plastics

 

 

20

Spring (Single Addling)

0–12

Spring Steel

Dipping Paint

 

21

O Ring (End Cap)

2

NBR

 

Fluorine Rubber/Silicone Rubber

22

End Cap

2

Cast Aluminum

Powder Coating,Etc.

 

23

Cap Screw

8

Stainless Steel

Nickel Plated

  

Connection Type and Weight

 

 

Connection Type

1.Air supply connection is designed in accordance with NAMUR Standard to install solenoid valves.

2.The NAMUR drive pinion and the NAMUR top mounting connection permit direct installation of accessories such as limit switch box and positioner.

3.Bottom mounting connection is designed in accordance with ISO5211 and DIN3337 standards for direct mounting with valve gear boxes or mounting brackets.

New Type

New connection types are continued researching and developing.

Customer Need

We can design and produce all kinds of connection types according to customer'needs.

Air Volume (cm3)

 

Model

32

40

52

63

75

82

92

105

127

140

160

190

210

240

270

CW

30

65

135

220

350

540

760

1100

2150

2950

4260

5900

7500

14360

21480

CCW

29

43

110

160

270

410

570

860

1590

2100

3080

5400

5630

10450

17010

  

Weight (kgs)

 

Model

32

40

52

63

75

82

92

105

127

140

160

190

210

240

270

DA

0.4

0.75

1.1

1.96

2.4

2.9

3.95

5.8

9.3

14.5

17.5

31

46

67

97

SR

 

 

1.4

2.3

3

3.7

5

7.5

12.2

20

24

35

54

80

118

Note: Spring Return unit weights are with full 6 sets of springs per piston.

Dimension Table

Model

A

B

C

D

E

F

G

H

I

J

K

L

M

Z

Ø

Air Connection

10032DA

20

25

45

65

 

 

30

50

Ø36

 

 

M5*8

 

 

9*9

12

100

40

NAMUR Rp1/8”

10040DA

25

32

60

80

30

30

50

Ø36

Ø50

M5*8

M6*8

9*9

12

108

40

NAMUR Rp1/8”

10052DA/SR

30

40

74.3

95

59

30

80

Ø36

Ø50

M5*8

M6*8

11*11

15

135

40

NAMUR Rp1/8”or1/4”

10063DA/SR

36

44

88

107.5

74

30

80

Ø50

Ø70

M6*10

M8*13

14*14

16

142

40

NAMUR Rp1/4”

10075DA/RR

42

50

100.5

121

80.5

30

80

Ø50

Ø70

M6*10

M9*13

14*14

16

168

40

NAMUR Rp1/4”

10083DA/RR

46

57

108.5

128.7

88

30

80

Ø50

Ø70

M6*10

M9*13

17*17

19

188

40

NAMUR Rp1/4”

10092DA/RR

50

57

117

137

96.5

30

80

Ø50

Ø70

M6*10

M8*13

17*17

22

192

40

NAMUR Rp1/4”

10105DA/RR

57.5

64

133

153

109.5

30

80

Ø70

Ø102

M8*13

M10*16

22*22

26

258

40

NAMUR Rp1/4”

10127DA/RR

68.5

69

161

181

132

30

80/130

Ø70

Ø102

M8*13

M10*16

22*22

26

310

55

NAMUR Rp1/4”

10140DA/RR

75

77

180

200

137.5

30

80/130

Ø102

Ø125

M10*16

M12*20

27*27

31

370

55

NAMUR Rp1/4”

10160DA/RR

86

79

198

218

158

30

80/130

Ø102

Ø125

M10*16

M12*20

27*27

31

397

55

NAMUR Rp1/4”

10190DA/RR

103

103

230

260

189

30

130

 

 

Ø140

 

 

M16*25

38*36

40

525

80

NAMUR Rp1/4”

10210DA/RR

113

113

255

285

210

30

130

 

 

Ø140

 

 

M16*25

38*36

40

532

80

NAMUR Rp1/4”

10240DA/RR

129

129

290

320

245

30

130

 

 

Ø165

 

 

M20*25

46*46

50

602

80

NAMUR Rp1/4” or 3/8”

10270DA/RR

146

146

326

356

273

30

130

 

 

Ø165

 

 

M20*25

46*46

50

722

80

NAMUR Rp1/2”

Operating Principle and Condition

Double Acting Operating Principle

CCW

Input the compressed air from theA,the left and right plungers move reversely, the output pinion rotates counter-clockwise, and the air at the sides of the both plungers exhausts from B.

CW

Input the compressed air from the B, the left and right plungers move to the center, the output pinion rotates clockwise, and
the air between the two plungers exhausts from A.

Single Acting Operating Principle

CCW

Input the compressed air from the A, the left and right plungers move reversely,the output pinion rotates counter-clockwise, and the air at the sides of the both plungers exhausts from B.

CW
When it is out of air or power, the two plungers move to the center under the spring action,the output pinion rotates clockwise, and the air exhausts from A.

 

Operating Condition

 

 

1. Operating Media

Dry and clear aik or the non corrosive gases

The maximum particle diameter must less than 40um

2. Air Supply Pressure

The minimum supply pressure is 2.58ar

The maximum supply pressure is 10Bar

3. Operating Temperature

Standard: -20℃<+80℃

Low temperature: -35℃"+80C(can be customized)

High temperature: 15℃+150C(can be customized)

4. Travel Adjustment

Have adjustment range of +-5 degree for the rotation at 0 and 90 degree

5. Application

Either indoor or outdoor

 

Torque List and Reference Selection

Double Acting Torque List

 

Model/Torque

Air Pressure(Bar)

2.5

3

3.5

4

4.5

5

5.5

6

7

8

10032DA

3.2

3.8

4.4

5.0

5.7

6.31

6.9

7.6

8.8

10.1

10040DA

4.9

6.0

6.9

7.9

8.9

9.85

10.8

11.8

13.8

15.8

10052DA

9.9

12.0

13.8

15.8

17.7

19.7

21.7

23.6

27.6

31.5

10063DA

14.5

17.7

20.3

23.2

26.1

29.0

31.9

34.8

40.6

46.4

10075DA

24.8

30.2

34.7

39.6

44.6

49.5

54.5

59.4

69.3

79.2

10083DA

35.3

43.0

49.4

56.4

63.5

70.5

77.6

84.6

98.7

112.8

10092DA

49.5

60.4

69.3

79.2

89.1

99.0

108.9

118.8

138.6

158.4

10105DA

80.5

98.2

112.7

128.8

144.9

161.0

177.1

193.2

225.4

257.6

10127DA

141.5

172.6

198.1

226.4

254.7

283.0

311.3

339.6

396.2

452.8

10140DA

215.0

262.3

301.0

344.0

387.0

430.0

473.0

516.0

602.0

689.0

10160DA

291.0

342.8

393.4

449.6

505.8

562.0

618.2

674.4

786.8

899.2

10190DA

532.0

649.0

744.8

851.2

957.6

1064.0

1170.4

1276.8

1489.6

1702.4

10210DA

665.0

811.3

931.0

1064.0

1197.0

1330.0

1463.0

1596.0

1852.0

2128.0

10240DA

962.0

1173.6

1346.8

1539.2

1731.6

1924.0

2116.4

2308.8

2692.6

3078.4

10270DA

1462.0

1793.6

2046.8

2339.2

2631.6

2924.0

3216.4

3509.8

4093.6

4678.4

TYPE: Double acting pneumatic actuator

The suggested safe factor for double acting actuators under normal working conditions is 20%-30%.

Example:

The torque needed by valve=100 Nm

The torque considered safe factor=100(1+30%)=130 Nm

Air supply pressure=5Bar

According to the above table we can choose the minimum model is 10105DA

 

Reference Selection

 

Model

If air pressure

Reference

Reference

Valve

Double

ISO5211

32DA

6.3

 

 

 

9

F03

40DA

9.85

 

 

 

9

F03/05

52DA

19.7

40

2”

9

9

F03/05

63DA

29

65

2.5”

11

11

F05/07

75DA

49.5

80

3”

20

14

F05/07

83DA

70.5

100

4”

29

17

F05/07

92DA

99

100

4”

47

17

F05/07

105DA

161

125

5”

82

22

F07/10

127DA

283

150

6”

130

22

F07/10

140DA

430

250

10”

360

27

F10/12

160DA

562

250

10”

360

27

F10/12

190DA

1064

300

12”

475

36

F14

210DA

1330

350

14”

760

36

F14

240DA

1924

400

16”

1300

46

F16

270DA

2924

500

20”

2340

46

F16

Single Acting Torque List and Reference Selection

 

Springs mounting from for spring return actuators:

Reference Selection

TYPE:

Single acting pneumatic actuator

The suggested safe factor for single acting actuators under normal working conditions is20%~30%.

Example:

The torque needed by valve=100 Nm

The torque considered safe factor=100 (1+30%)=130 Nm

Air supply pressure=5Bar

According to the above table, we can choose the minimum model is 10140sR with full 6pcs spring.

Company
Ningbo Hawks Auto Parts Co., Ltd.
Ningbo Hawks Auto Parts Co., Ltd.


Ningbo Hawks Auto Parts Co., Ltd. is a high-tech enterprise based in Ningbo, a central hub of Chinese manufacturing. We integrate R&D, precision casting, machining, and assembly into our operations. With a modern factory spanning 30,000 square meters, we are dedicated to providing high-quality, highly reliable critical components for clients in the motorcycle and industrial sectors.

Our positioning goes beyond that of a traditional component supplier. Through a deeply vertically integrated manufacturing model, we maintain autonomous control over the entire production process—from raw material smelting and casting to precision machining, surface treatment, and final assembly. This effectively ensures consistent product quality, on-time delivery, and controllable costs.

**II. Our Core Strengths and Hardware Capabilities**

Our core advantages are built upon substantial hardware investment and a complete process chain:

**1. Complete Process Chain and Advanced Equipment:**
We possess a full set of equipment from blank manufacturing to final assembly, ensuring full-process quality control.
*   **Smelting and Casting:**
    *   3 non-ferrous metal smelting electric furnaces: Ensure the purity and precise composition of aluminum alloy raw materials.
    *   20 metal gravity casting machines and 6 die-casting machines: Cover a wide range of casting needs from complex thin-walled parts to high-strength structural components, providing flexible casting solutions.
*   **Heat Treatment and Surface Treatment:**
    *   6 heat treatment equipment units: Provide treatments such as T6, solution, and aging to significantly enhance the mechanical properties of castings.
    *   2 shot blasting machines, 2 vibratory finishers, 10 polishing machines: Used for workpiece cleaning, deburring, and surface finishing.
    *   300-meter automated painting line: Capable of applying primer and topcoat to meet various appearance and anti-corrosion requirements.
    *   3 ultrasonic cleaning machines: Achieve thorough cleaning of deep holes and complex structures, ensuring assembly quality.
*   **Precision Machining:**
    *   5 machining centers, 18 CNC lathes, 30 conventional lathes, 10 milling machines: Form a robust machining cluster with capabilities including turning, milling, drilling, and tapping, enabling efficient completion of high-precision, complex parts machining.
*   **Final Assembly:**
    *   6 specialized assembly lines: Ensure efficient, orderly, and standardized assembly and testing of component assemblies.

**2. Technology-Driven and Quality Commitment:**
*   **Engineering Team:** We have an experienced R&D team with the capability for synchronous development with customers.
*   **ISO 9001 Quality Management System:** This forms the foundational quality management framework for our entire operation.
*   **International Explosion-Proof Certifications (e.g., ATEX, IECEx):** These key certifications are mandatory passes for our industrial valve actuators, gearboxes, and other products to enter potentially explosive atmospheres in sectors like oil, natural gas, chemicals, and mining. They prove our products are fully compliant with international explosion-proof standards in design and manufacturing, ensuring a high level of safety and reliability in hazardous environments. This provides crucial safety assurance and compliance for our global industrial customers.

**3. Diversified Market Application Experience:**
Our products are successfully applied in two major sectors, giving us broader technical vision and more innovative solutions.
*   **Motorcycle Sector:** Supplies high-quality aluminum alloy castings and machined parts for engines, frames, and braking systems.
*   **Industrial Sector:** Supplies gearboxes, handles, and pneumatic actuators to the valve industry, with products exported overseas.

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