Wireless Remote Control Quarter-turn Electric Valve Actuator

Wireless Remote Control Quarter-turn Electric Valve Actuator
Details:
Q type electric valve actuators are suitable for butterfly valves, ball valves etc, which are required to turn 90°. These actuators are featured by small size, light weight, high efficiency, high reliability, high protection capability, low noise and so on.
Both operation at site and remote controlling can be carried out. So they have been applied in petroleum and chemical industries, power plant, water treatment and paper-making industries.

Spec.:
•Model: Part Turn Electric Actuator FRY-Q
•Material: Aluminum alloy
•Ambient Temperature: -20 to 60℃
•Protection grade: IP67
•Torque range: 50Nm to 5000Nm
•Signal Control: 4-20mA, 1-5V, 0-10V DC
•Voltage: 380VAC or 220VAC. Special voltage could be customized
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Description
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ELECTRIC VALVE ACTUATOR

Q type electric valve actuator

 

PRODUCT FEATURES

• Q type electric valve actuators are suitable for butterfly valves, ball valves etc, which are required to turn 90°. These actuators are featured by small size, light weight, high efficiency, high reliability, high protection capability, low noise and so on. Both operation at site and remote controlling can be carried out. So they have been applied in petroleum and chemical industries, power plant, water treatment and paper-making industries.

 

• Freya controls designs, produces and provides high-quality actuators and services related to valve automation.

 

• With our many years of experience in the field of automation, we have launched the Q series of electric actuators, which are compact, rugged, reliable and can be fully integrated into complex control systems.

• We are always ready to provide you with our Q series actuators and accessories as well as quality services.

• Compact and robust construction, lightweight.

• Wide range of torque variation (From min 50Nm to max 5000Nm).

• Hard anodized aluminum housing inside and outside with external high temperature paint coating for use against severe industrial environment.

• Enclosure uses radial seals & O-rings that provide protection to waterproof IP67 and optional watertight lP68.

• lSO5211 standard.

• Removable drive bushing for easy machining and mounting.

• Self-locking provided by double worm gearing (no brake required).

• It automatically identifies and corrects phases. Automatic phase failure protection protects equipment safety.

•Reliable mechanical torque sensing system providing safe operation in overload condition.

• Large size window and indicator provides better position indication from a distance.

• Number of local position control options to provide easy commissioning and field operation.

 

 

PRODUCT STRUCTURE

Product structure

 

Product structure

 

 

1 Integrated control unit Non-sunk switch button is adopted to ensure complete waterproof function. The built-in circuit board has a reliable power isolation from external interference signals by optical isolation elements. If there is an over-torque switch induction, for the safety of the motor and valve, the actuator will refuse to be sensed by other sensors before the operator inputs the home position (RESET) button.

 

2 Selection of control mode

The selective switch "Remote"-"Stop"-"Local" installed on the local operating device can be used to set up remote operation (remote control) or local operation (local control) or stop mode.

 

3 Local electric operation

The operating switch "Open"-"Close" installed on the local operating device can be used to open or close actuator locally.

 

4 Motor

The valve-specific motor that can be disassembled independently has the characteristics of high starting torque and small inertia. The squirrel cage induction motor with embedded thermostat. The built-in thermostat accurately detects the increased temperature to prevent form motor damaging.

 

5 Electric operation

The motor drives the electric worm through a first-stage spur gear pair, and the worm drives the eccentric shaft to rotate through the copper worm gear combined with it. This reduction gear structure has self-locking performance, when the motor stops, the valve will be locked in position.

 

6 Stroke control, torque control and opening indicating mechanism

Stroke control It adopts a cam mechanism, the cam shaft is synchronized with the output shaft and two micro switches are respectively set in the opening and closing directions.The upper end of the cam shaft is equipped with a dial to indicate the valve position. Torque control The electric worm is equipped with a butterfly spring group, the axial movement of the electric worm is proportional to the output torque of the output shaft, and the movement of the worm is converted into the rotation of the torque shaft through the rack and pinion structure. A cam is installed on the torque shaft, and a microswitch is provided correspondingly in the direction of opening and closing.

 

7 Manual operation

When the handwheel is turned, the manual worm drives the outer gear of the fixed ring gear to rotate, and the inner gear of the fixed ring gear and the planetary gear form a fixed-axis gear train to drive the output shaft to rotate. Therefore the manual and electric operation conversion of the actuators is completed through the role conversion of the static ring gear. There is no clutch, and there is no need to switch the handle to achieve fully automatic switching.

 

8 Terminal box

The independent sealed terminal cavity can ensure the sealing integrity of the electrical part of the electric actuator when performing on-site wiring, and at the same time meet the product explosion-proof requirements.

 

9 Mechanical limit

There is an adjustable limit screw in each direction of opening and closing. A special sealing gasket is installed on the limit screw to ensure good sealing performance of this part.

 

FIELD CASES

Field Cases

Field Cases

 

 

WIRELESS REMOTE CONTROL CAN BE CUSTOMIZED

A Province Province Irrigation District Pipe Network Intelligent Measurement and Control Overall Control Program

product-601-330

Integrated Wireless Intelligent Irrigation Valve Function Description

product-356-345

Integrated Wireless Intelligent Irrigation Valve Function Description

1.The solar panel is directly installed on the intelligent electric installatioino need to install separately

2,Integrated wireless intelligent denso has built-in LORA wireless communication function

3,Integrated wireless intelligent electric device is DC24 160W brushlessmotor

4,The pressure and flow rate of each Gedankou intelligent control pipelindirectly enter into the integrated wireless intelligent denso module on thepipeline through the sensor signal, forming a closed-loop control of balancepipeline pressure and flow rate.

5,The irrigation valve opening degree can be set locally or on the regionaintegrated intelligent gateway in multiple sections. and can realize the softstart action function ofopening and closing the valve

6,With remote. local, cell phone APP.central control PC terminal 4Gmultiple control methods

7,Integrated with solar power supply unit, designed with battery powermanagement system, timely monitoring of battery voltage monitoring

8.,With pipeline blockage protection, motor overheating and overcurrentprotection, valve limit protection, real-time measurement and control of thopening degree, low battery voltage alarm and other functions9.LORA transmission distance in the open area, the effective transmissiondistance of not less than 1.2KM10, no external utility, all by solar power, battery storage, under cloudyskies, continuous operation of not less than 5 days, electric valve openingand closing 50 times to. each valve opening travel time of not less than 30seconds

 

Mobile APP wireless remote control electric valve overview:

The mobile phone APP wireless remote control electric valve control part realizes the local valve opening and closing signal output control and open position signal acquisition (optional). Low post-maintenance cost, strong environmental adaptability; high communication frequency. The centralized control device is composed of switch knob/button, box body, and communication control circuit board (industrial computer/pc/tablet/mobile phone is optional). The centralized control device and the valve unit realize one-to-many communication, and the opening and closing of the valve is unified by the centralized control center control. The valve unit realizes the shut-off control of the pipeline fluid. After the area location is divided and the communication address is bound, it can be remotely controlled by the corresponding switch knob/button on the centralized control device

 

What are the monitoring functions of wireless communication valve electric actuators?

1. Non-invasive design, simple and intuitive debugging;

2. Full viewing angle LCD menu display interface: Chinese and English are optional;

3. Various fault information, opening of valve head, timely load current, input current signal value, working state of valve head, control mode selection, bus function selection, stroke setting, etc.;

4. All parameters and status of the valve head can be displayed and set on the LCD display;

5. Four non-through magnets control the operation of the Hall element in the electrical housing;

6. Compared with other knobs or touch operation, the dimension is beautiful and the operation is convenient.

product-492-431

What are the characteristics of wireless communication valve electric actuators?

1. Real-time monitoring of the working status of electric valves;

2. Support local and remote equipment maintenance;

3. Count the number of link valves;

4. The remote monitoring equipment has reserved interfaces, which can be connected to electromagnetic flowmeters and pressure transmitters, which is convenient for later project expansion. Under this function, the alarm linkage control function can be expanded.

product-510-301

 

What are the characteristics of wireless communication electric actuator remote control valve electric device?

1. The device is dust-proof, rain-proof, light-corrosion-proof, and its protection level is IP55 (special order IP65, IP67).

2. The torque control mechanism is reliable in action, easy to adjust, and high in torque repeatability.

3. The three-phase asynchronous motor of the valve electric device is adopted, which has the characteristics of large starting torque, small rotational inertia, long service life, etc., and F-class insulation.

4. The duty cycle is 10 minutes for a short time (30 minutes for special order).

5. Equipped with a mechanical (conventional type) or liquid crystal (conventional type without) valve position indicator, which can intuitively know the opening of the valve.

6. Hand-electric switching: fully automatic switching, when manual operation is required, the electric device can be operated directly by transferring the hand wheel; when electric operation is required, direct electric operation is required, without switching the handle. (Caution: Do not transfer the handwheel when running electrically!)

7. There are triple protections such as stroke limit, over-torque limit and mechanical limit switch, which guarantee the safety of the driving device and valve.

8. Power supply: conventionally 380V (±10%), 50Hz (special order three-phase 660V, 415V, single-phase 220V, 60Hz).

9. Explosion-proof mark: ExdIIBT4 (conventional type is not explosion-proof).

10. Relative humidity of the environment: ≤95% (at 25°C).

11. Ambient temperature: -20~60℃ (special order -40~100℃).

product-490-263

4G control valve electric actuator mechanism

The 4G control valve electric actuator mechanism is using the Internet of Things technology to connect the electric actuator to a dedicated network, so as to realize the centralized control, management, data storage and analysis of the intelligent valve. The system is flexible in configuration, convenient in management, and has strong reliability and reliability. It can collect and store relevant status data of smart valves distributed in different regions in real time and for a long time, and feedback fault and alarm information in time. In addition, early warning settings can be made for different models, different applications and different operating parameters. Once the operating parameters of the actuator exceed the predetermined normal fluctuation range, the system will immediately generate an alarm and notify relevant personnel in time.

 

 

 

PRODUCT ACCESSORIES

PRODUCT ACCESSORIES

 

 

 

PRODUCT DISPLAY

Q type electric valve actuator

Q type electric valve actuator

 

 

STANDARD SPECIFICATIONS

Protection grade

Standard IP65/IP67 Special IP68

Power supply

Three-phase AC380V---460V 50/60Hz Single-phase: AC110V-AC220V DC24V AC24V 50/60Hz

Duty cycle(on-off)

Short 10 minutes (special order 30 minutes)

Duty cycle(modulating)

Short 10 minutes (special order 30 minutes)

Motor

Squirrel cage induction motor

Limit switches

2 each for open and close (SPDT 250VAC/16A rating)

Torque switches

1 each for open and close (SPDT 250VAC/16A rating)

Jam protection

Build-in overheat protection

Travel angle

90°

Position indicator

Continuous mechanical indicator with arrow

Self locking

Provided by double worm gearing (no brake)

Mechanical stopper

1 each for each travel end (open and close), external & adjustable

Ambient temperature

Standard: -20~+60℃ Optional: -40~+80℃

Ambient humidity

90%RH max (Non-condensing)

Explosion-proof grade

ExdIIBT4 IECEx ATEx customized certification can be provided

Functions

LCD Chinese / English display window and local operation function

Self phase sequence identifying and phase disconnection protection

Infrared setting and control

Fault self-diagnosis technology

Modbus, Profidbus DP, Hart

Signal

A: Remote passive dry contact, signal short pulse (Inching).

B: Remote passive dry contact, signal long pulse (hold).

C: Active DC24V signal.

D: Active AC220V signal.

E: Remote DC4-20mA signal.

Feedback signal

A: Open, close, stop signals (passive dry contact).

B: Fault signal (passive dry contact).

C: Valve position signal (DC4-20mA, DC1-5V, DC0-10V)

D: Remote control signal (passive dry contact)

 

 

 

TECHNICAL DATA

Model

Torque

(N·m)

Max.

stem

diameter

(mm)

Manual

ratio

Output

speed

(r/min)

AC380V

AC220V

Weight

Kg

Power

(KW)

Current

(A)

Power

(KW)

Current

(A)

Direct

mounted

Foot-plate

mounted

FRY-Q-005

50

19

60:1

0.5

0.045

0.35

0.06

0.7

8.5

16

FRY-Q-010

100

19

60:1

0.5

0.06

0.5

0.09

1.0

9

17

FRY-Q-015

100

28

90:1

0.5

0.06

0.5

0.09

1.0

17

25

FRY-Q-020

200

28

90:1

0.5

0.09

0.7

0.12

1.5

17

25

FRY-Q-030

300

28

90:1

0.5

0.12

0.8

0.15

2.0

17

25

FRY-Q-040

400

28

90:1

0.5

0.15

0.9

0.18

2.5

18

26

FRY-Q-060

600

38

87:1

0.5

0.18

1.0

0.25

3.0

25

41

FRY-Q-090

900

38

87:1

0.5

0.25

1.5

0.37

4.0

26

50

FRY-Q-120

1200

38

87:1

0.5

0.25

1.5

0.37

4.0

27

51

FRY-Q-180

1800

38

87:1

0.5

0.37

2.0

0.55

5.0

28

67

FRY-Q-300

3000

55

348:1

0.5

0.37

2.0

0.55

5.0

39

77

FRY-Q-400

4000

55

348:1

0.5

0.55

3.0

0.75

7.0

40

78

FRY-Q-500

5000

55

348:1

0.5

0.55

3.0

0.75

7.0

41

82

 

Note:

1. Under the rated voltage, the ratio of the jam current to the rated current of the motor is 7, and the tolerance is +20% of the guaranteed value

2. lf there are special requirements, the company can provide other speeds: 0.25/1/2/3/4 (r/min), etc.

 

 

DIMENSIONS

product dimenions

 

Model

B1

B2

H

H1

H2

L

L1

D

FRY-Q-005/015

68

114

156

270

73

250

157

140

FRY-Q-020/040

91

157

191

273

103

332

208

160

FRY-Q-060/180

143

203

227

309

126

424

232

250

FRY-Q-300/800

143

203

291

373

190

424

232

250

 

 

CONNECTION DIMENSIONS

connection dimensions

 

Model

B1

B2

H

H1

H2

L

L1

D

FRY-Q-005/015

68

114

156

270

73

250

157

140

FRY-Q-020/040

91

157

191

273

103

332

208

160

FRY-Q-060/180

143

203

227

309

126

424

232

250

FRY-Q-300/800

143

203

291

373

190

424

232

250

 

 

CONNECTION DIMENSIONS

connection dimensions

 

Model

Flange model

d1

d2

d3

n-d4

D7

H

h

h1

Reserved

Max.

FRY-Q-005

 

FB1

77

 

57

4-M6

12.7

12.7

35

   

FRY-Q-010

 

FB1

77

 

57

4-M6

15.9

15.9

35

3

2

F05

 

65

35

50

4-M6

8

18

35

   

FRY-Q-015

FRY-Q-020

 

FB2

92

 

70

4-M8

19

19

42

   

F07

 

90

55

70

4-M8

12

28

42

3

2

FRY-Q-030

FRY-Q-040

 

FB3

115

 

89

4-M12

22.2

22.2

42

   

F10

 

125

70

102

4-M10

12

28

42

3

2

FRY-Q-060

 

FB3

115

 

89

4-M12

28.6

28.6

50

   

F10

 

125

70

102

4-M10

15

38

50

3

2

FRY-Q-120

 

FB4

140

 

108

4-M12

31.7

31.7

50

   

F12

 

150

85

125

4-M12

15

38

50

3

2

FRY-Q-120

FRY-Q-180

 

FB5

197

 

159

4-M16

33.3

33.3

60

   

F14

 

175

100

140

4-M16

20

38

60

3

3

FRY-Q-180

FRY-Q-300

FRY-Q-500

 

FB5

197

 

159

4-M16

41.3

41.3

90

   

F16

 

210

130

165

4-M20

20

60

90

3

3

 

 

 

FACTORY

Our factory

 

 

 

 

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