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HCQ Intelligent Electric Actuator

OverviewParameterprinciple

Ⅰ、Overview

產品概述4.jpg

      

1. Main features of remote intelligent electric device:

1-1* use large scale digital integrated chip, powerful function and high precision.

1-2* electromechanical integration design, small volume and light weight.

1-3* the torque value of the output shaft is measured by the professional current hysteresis sensor, so the accuracy of the torque measurement value is improved. The error rate is less than 5% and can be dynamically monitored and displayed. Overtorque, blocking turn alarm.

1-4* the displacement measurement adopts the optical electromagnetic technology integrated encoder, so the basic error of valve positioning progress is 1.


2. The function of remote intelligent electric device.

2-1* limit protection function.

2-2* moment limit protection function.

2-3* Dynamic indicator contact function

The power device is turning on.

The electric device is running.

Open valve interlock 10. First round operation 11.

Closing moment of the valve.

* valve alarm function 1. Overtorque alarm function a.
  

3. Turn the alarm function a. Turn off the direction and turn the direction.

* control alarm function

1. Motor overheating protection
2. Control box overheating protection
3. Low battery protection.
4. Internal power failure protection
5. Internal system failure protection
6. Current valve position signal loss protection.
7. Local wiring failure alarm


Ⅱ、HCQ series product technical parameters

model

Output torque

(N.m)

Output speed

(r/min)

Motor Power

(kW)

Rated current

(A)

Rated thrust

(KN)

Light/dark rod diameter

(mm)

Flange number

weight

(Kg)

HCQ10

34

18

0.12

1.0

44

32/26

F10

27

24

36

48

HCQ12

81

18

0.25

1.3

F10

24

36

68

48

HCQ18

136

18

0.37

1.6

F10

108

24

72

36

54

48

HCQ20

203

18

0.55

2.5

100

38/32

F14

46

24

36

48

HCQ25

400

18

1.1

3.4

F14

24

298

36

244

48

HCQ35

610

18

1.5

4.5

150

54/45

F16

69

24

542

36

474

48

HCQ40

1020

18

2.2

6.5

220

64/51

F25

190

24

845

36

680

48

HCQ70

1490

18

3

9

220

70/57

F25

24

1290

36

1020

48

HCQ90

2030

18

5.5

14

334

70/57

F25 OR F30

200

24

1700

36

1355

48

HCQ95

3000

24

7.5

19

445

F30



Table 2. Performance data of HCQM series products (number of adjustments 1200 times/hour)

model

Adjusting torque

Rotating speed(rpm)   50Hz

Flange number

18

24

36

48

72

HCQM10

Adjusting torque

17

15.6

13.6

F10

Maximum torque

34

30

27

HCQM12

Adjusting torque

34

34

30

27

Maximum torque

61

54

54

48

HCQM20

Adjusting torque

81

81

68

54

47

F14

Maximum torque

122

109

81

68

54

HCQM25

Adjusting torque

152

129

102

102

Maximum torque

204

163

136

136

HCQM35

Adjusting torque

271

253

203

203

F16

Maximum torque

544

408

313

218


Table 3. HCQL Series Product Performance Data (straight stroke)

model

Flange number

Maximum stem diametermax

(mm)

Stroke length

(mm)

Actuator output speed

(rpm)

18

24

36

48

72

HCQL10

F10

26×3

115

Line speed
mm/sec

0.9

1.2

1.8

2.4

Adjust the thrust
(KN)

9.2

9.2

8.4

7.3

Rated push(KN)

18.43

18.43

16.26

14.63

HCQL12

F10

26×3

115

Line speed
mm/sec

0.9

1.2

1.8

2.4

Adjust the thrust
(KN)

18.43

18.43

16.26

14.63

Rated thrust (KN)

33.06

29.27

29.27

26.02

HCQL20

F14

32×6

115

Line speed mm/sec

1.8

2.4

3.6

4.8

7.2

Adjust the thrust
(KN)

31.15

31.15

26.12

20.74

18.06

Rated push (KN)

46.87

41.87

31.15

26.12

20.74

F14

38×14

115

Line speed
mm/sec

4.2

5.6

8.4

11.2

16.8

Adjust the thrust
(KN)

18.91

18.91

15.88

12.61

10.97

Rated push
(KN)

28.49

25.45

18.91

15.88

12.61

HCQL25

F14

33×6

115

Line speed

mm/sec

1.8

2.4

3.6

4.8

7.2

Adjust the thrust
(KN)

58.39

58.39

49.56

39.18

39.18

Rated push
(KN)

78.37

78.37

62.62

52.25

52.25

F14

38×14

115

Line speed mm/sec

4.2

5.6

8.4

11.2

16.8

Adjust the thrust (KN)

35.49

35.49

30.12

23.82

23.82

Rated push (KN)

47.64

47.64

38.06

31.76

31.76


 Ⅲ、working principle

HCQ,  HCQM series of multi-turn remote control intelligent electric device  driven by the motor, through the worm gear worm deceleration, drive the  hollow output shaft rotation. In this gear box, there is a manual/automatic switching mechanism. When  the switching handle is in the manual position, the hand wheel is  operated, and the hollow output shaft is rotated by the clutch. When  electrically operated remote-control intelligent electric device, the  manual/automatic switching mechanism automatically falls back, the  clutch and the worm gear mesh, the hollow output shaft is driven by the  three-phase motor, the torque of the shaft is controlled by the current  loop, and the bevel gear meshes on the hollow shaft. Transfer the stroke to the absolute encoder.

The  intelligent controller of the multi-turn remote control intelligent  electric device receives the standard analog current control signal or  the switch quantity control signal and compares with the position signal  of the valve position sensor, and the output shaft of the remote  control intelligent electric device is positioned corresponding to the  input signal. In  the position, the positioning control is completed, and the  interlocking control, two-wire control, or event signal can be used to  position the control system at a preset position unless the output shaft  torque value of the remote intelligent electric device is greater than  the rated torque during the operation. Value  or set the torque value, otherwise the intelligent controller of the  remote intelligent electric device will meet the requirements of the  control system, issue the correct instruction, trigger the three-phase  solid state relay or AC contactor, make the motor turn on the  three-phase power, and drive the remote control intelligence The electric device operates normally.

The multi-turn remote control intelligent electric device  adopts a non-invasive design, and the parameters and functions of the  electric device can be corrected or configured through a handheld remote  controller.

HCQL  direct-travel remote control intelligent electric device is based on  the HCQM multi-turn remote control intelligent electric device, and is  additionally composed of a trapezoidal nut screw, a flange bracket and  an adjustment stroke mechanism. Convert multi-turn torque and speed into linear motion stroke and exit thrust.

Angular-stroke  remote control intelligent electric device is based on HCQ, HCQM  multi-turn remote control intelligent electric device, and it is  composed of a combination of two-stage worm gear reducer.

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