AKD Range Intelligent Electric Actuators Manual of Installment and Commissioning

7/31/2019 AKD Range Intelligent Electric Actuators Manual of Installment and Commissioning

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AKD Range Intelligent

Electric ActuatorsManual of Installment and Commissioning

Yangzhou JIABAO Technology Co., Ltd.


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Contents

. General Introduction .............................................................................................................................................2

. Features of the product .......................................................................................................................................2

. Main Technical Specifications ............................................................................................................................3

. Operation of the Electric Actuator.....................................................................................................................4

. Commissioning.....................................................................................................................................................6

Introduction to menu setup operation of actuator.................................................................................................. 8

1. Entering the menu .................................................................................................................................................8

2. Setting the primary menu.....................................................................................................................................8

2.1 setting contents of the basic parameter.................................................................................................................. 9

2.2 Setting contents of the control parameters........................................................................................................... 11

2.3 Setting contents of the security parameters .........................................................................................................123. Setting the secondary setup.................................................................................................................................15

3.1 Setting contents of the remote control input parameters......................................................................................16

3.2 Setting contents of the digit parameters...............................................................................................................16

3.3 Setting contents of the analog parameter (the hardware of actuator is needed to support the analog parameter

control) ......................................................................................................................................................................16

3.4 Setting contents of local feedback parameters.....................................................................................................20

3.5 Setting contents of advanced parameters.............................................................................................................24

4. Changing the operation PWD of the actuator...................................................................................................28

Remote Control Wiring Diagram of AKD Range Electric Actuator...................................................................29

Open and close mode control and feedback wiring diagram of AKD range electric actuator .........................31

Analog parameter control and feedback wiring diagram of AKD range electric actuator...............................32

Remote Control Wiring Diagram of AKD100 Range Electric Actuator.............................................................33

Open and close mode control and feedback wiring diagram of AKD100 range electric actuator....................34


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. General Introduction

AKD Range Intelligent electric actuators are automatic equipment to execute the local and remote control of

valves, comprising an explosion-proof motor, controlling circuits, reduction gears and so on. AKD Range

Intelligent electric actuators make a perfect mechatronic product. All these equipments are sealed inside the

double-sealed waterproof enclosures with standard watertight up to IP68. With a hand-held setter, one can carry out

the non-intrusive quick setting, overhauling and interrogation. The actuators are endowed with the functions of

self-protection and explosion suppression, and it wont be necessary to open the enclosure of the working

actuator to carry out the adjustment, parameter-checking and malfunction diagnosing even in hazardous

areas. With all the advancement, reliability and convenient operation, our product enjoys high popularity

among the users and widely applied in the fields of electricity, petroleum, mining, water processing andso on.

. Features of the product

LCD display

Large screen of Matrix liquid crystal is adopted with all the menus in English. There are also

the reminders and explanations to go with. The interface is simple and easy. The open percentage of

the valves is synchronized with digital displays, and there are various kinds of information also on

display according to the real work situations. The high brightness luminescent tubes are equipped in

this product to indicate valves state of open, close and intermediate.

Control mode

Remote digit parameter signal and analog parameter signal (currency signal between 4 to 20 mA)

can be received to control. The local control selector can adjust the position of the valve on site.

State indication

The output of electric relay contact is used to indicate the open and close limit of valves andtrouble alarm. An extra 420mA electric current signal output is provided to indicate the open

percentage. In addition, the buses can feedback the various kinds of information of the actuators.

Commissioning and interrogating without removing electrical covers

Using the infra-red setter, one can input and adjust the various work parameters and open and

close limits without removing the electrical covers, which would prevent the dust, humidity and

other harmful substances from entering the inner of the actuators and accordingly greatly improves

the reliabilities of the electric actuators.


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High intelligence

It is endowed with the function ofman-computer interaction, and the electric control part adopts

the wholly new SOC chips control with high intelligence.

High protective quality

The aluminum alloy enclosure and casing with the surface bonderized are highly anticorrosive. The

transition fit is equipped with O ring while the sliding fit equipped with framed oil-seal casing which is

to the IP68. There are optional casing of explosion-proof type to work in the hazardous areas 1 and 2

with the IIA, IIB and T1-T4 explosive compounds.

High efficiency with low noise

The fine turbo and worm reduction equipment are of great qualities of small clearance, high

efficiency, low noise (maximum noise is 50 db) and long mechanic life.

Reliable self-locking quality

The self-lock quality between the turbo and the worm prevents the reversed movement of the

actuators in case of power failure or abortive signals.

Automatic reset of the clutch

The actuator is equipped with the particular mechanic selector of manual/electrical operation.

The manual operation can be realized through pulling the separation handle of the clutch. Once the

motor receives the signal to start, the clutch will reset automatically and bring the actuator into

automatic state.

Operation hand wheel

The hand wheel enables users to open or close the valves in case of power failure, and the

design guarantees safe and easy operation.

Features of the motor

Whole sealing squirrel-cage induction motor of single phase or three phases can be equipped in

accordance with the requirement of the power supplying. The motor is with large initiative torque

and small moment of inertia.

. Main Technical Specifications

Supplying Power380VAC10%,5060Hz or 220VAC5%,5060Hz

Input signal

Open and close control signalAC60V220V or DC24V


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Adjustment control signal4-20mA

output signal

Open and close contact signal, contact capacity 250V/5A, Mechanic life no less than 2 million times.

Analog parameter 4-20mA.

basic difference limit1.0%

travel control unit repetitive difference3

Dead band0.1%9.9% adjustable

Grade of ProtectionIP65IP68

Category of explosion-proofexplosion-proof sign ExdBT4 ExdCT4

Rated torqueSatisfy the required torque of the chosen type with 20 percent extra to avoid deadlocking.

Temperature of the environment-3070

. Operation of the Electric Actuator

Hand wheel

Cable entry

Front view of the actuator

display

Engagement

handle

Mode

selector

Local open and

close selector


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4.1 Manual operation

The electric actuator is equipped with the hand wheel and selector of electric operation and hand wheel

operation, which enables users to operation in case of the power failure or the malfunction of the control circuit.

Before one operates manually, one should switch the selector (the red one) to the position of stop or local.

Press the selector handle of electric operation or manual operation to the hand level, and turn to the hand wheel to

engage the clutch at the same time. When the hand gear is engaged, one can release the handle, which will turn

back to the free position by the clockwork spring with the inner gears locked at the hand level. Now, turn the hand

wheel will bring the output axis into motion to realize the manual operation.

4.2 Local operation

Local operations require the mode selector (the red) at the local level. Then one can use the operation selector

(the black) to do the operation. The two working modes (hold or inching) of the local operation can set with the

setter. Here, the close operation is employed to illustrate the work modes of hold and inching.

Inching: turn the operation selector (the black) to close and hold it, and the actuator will move in the direction

of close. Once the operation selector is released, it will get back to the original place, and then the movement in the

direction of close will also come to an end; turn the operation selector to open and the actuator will move in the

direction of open. Once the operation selector is released, the actuator will stop immediately.

Hold: after the operation selector is turned to close, the actuator will keep moving in the direction of close

even the selector is released and gets back to its original place. In the open operation, the operation selector is

turned to open and then released and gets back to the original place, the actuator will keep moving in the direction

End view of the actuator

Control

chamber Motor

Transmission

chamber


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of open.

4.3 Remote Control

Remote control refers to that the actuators are controlled by digits signals, analog signals or buses signals

coming form remote control chamber.

For detailed wirings, please refer to The Remote Control Wiring Diagram of AKD Range Electric Actuator.

. Commissioning

5.1 Introduction to the infra-red setter

The infra-red setter enables the non-intrusive working setting of the electric actuators. In using the setter, the

mode selector should be positioned at the stop level, and the infra-red emitter should point at the display of the

electric actuator within the distance of 1 meter.

Before using the infra-red setter, check the battery first to make sure that there is enough power. To check the

battery, one can press the keys of the setter to see if the red emitting indicator flashes from the front window.

Before using the infra-red setter to operate the actuator, please make sure the electric actuator is with power

(the liability of power or battery). The concerning setting contents of the actuator can only be changed under the

circumstance that the password of the actuator has been verified. If the parameters cannot be changed, please check

that if the password has been verified or not.

Infra-red setter


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5.2 Introduction to the keys of the infra-red setter

PS: Press the open or close key of the infra-red setter in case of non-power will not bring about the real

movement of the valve.

Keys Stands for

Menu

It is to enter or quit the menu. Press this key in any menu, one gets back to the

main menu

Up

It is to go among the different items in the submenu, switching to and fro among

different items of the same menu.

Down

It is to go among the different items in the submenu, switching to and fro among

different items of the same menu.

Left

It is to go among the different items in the submenu, switching right and leftamong different items of the same menu.

Right

It is to go among the different items in the submenu, switching right and left

among different items of the same menu.

Add

It is to add the values in adjusting the parameters.

Subtract

It is to subtract the values in adjusting the parameters.

Enter

It is used to confirm the input parameters in changing the parameters.

If the input parameters are confirmed, the parameters will flash.

Return / Stop

It is to return to the above menu or to stop the acturators in motion.

Close

It is to control the acturator to execute the close action. PS: in the setting menu

of valve position, the close operatoin wont be affected by the close limit.

Open

It is to control the acturator to execute the open action. PS: in the setting menu

of valve position, the open operatoin wont be affected by the open limit.


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IR debug

50 %

000008

Introduction to menu setup operation of actuator

1. Entering the menu

Initiative interface

Direct the infra-red setter to the display of the electric actuator and press the menu key (M key) to

enter the setup parameter/Restore PWD interface.

Now, press the key Down to enter the interface of Restore PWD, and the requirement of

inputting authorized operation PWD(i.e. password) displays. The super PWD is 007 and the restored

manufactured PWD is 018.

Press to enter the Setup parameter and the PWD interface appears

Generally, the manufactured PWD is 000. one can press directly to enter the setting

interface (employing the default setting will change the PWD as 018. One needs to press key + or

- to change the PWD to 018, and then one can enter the menu to set).

2. Setting the primary menu

Press to enter the

Primary setting

Setup Parameter

Restore PWD

Input PWD

[000]

Primary setup

Secondary setup

Changing PWD


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Basic parameter

Control Parameter

SecurityParamete

Concerning contents of

primary setting

Press again to enter the basic parameter

2.1 setting contents of the basic parameter

2.1.1 Setting the direction of closing valve

2.1.2 setting the type of close protection

Press to set theTypes of Close

protection

2.1.3 setting the type of open protection

Press to set the

Types of open

protection

ProtectForClose

Limit

Torque

press

ToConfirm

ProtectForOpen

Limit

Torque

press

ToConfirm

Direction Clockwise/

Of Close Anticlockwise+

press

To Confirm

Set the direction of close in

accordance with the real closedirection of the valve, and the

default direction is clockwise.

The default setting is limited

protection

The default setting is limited

protection


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2.1.4 Setting ignoring overtorque when actuator in motion.

Press to set theignore overtorque

2.1.5 Watch the counter value of current position

Press to watch

The counter value

of current position

2.1.6 Setting the close level of actuator

Press to set the

Close limit

Bring the actuator to the full close level either electrically or manually and then press , and

confirm the new setting? will display. Press again to complete the close position setting.

2.1.7 Setting the open position of actuator

Press to set theOpen limit

Bring the actuator to the full open level either electrically or manually and then press , and

confirm the new setting? will display. Press again to complete the open position setting.

Open Limit 32368

CurrPos 32711

50%

press

ToConfirm

CloseLimit 32368

CurrPos 32711

50%

press ToConfirm

Ignore OverTorque

Enable

Disable

press

ToConfirm

The default setting is disable.

counter value of

current position

50% 32768

Only for Watch


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2.1.8 Setting the value of over torque when close

Press to set the

Value of over torqueWhen close

2.1.9 Setting the value of over torque when open

Press to set the

Value of over torque

When open

2.1.10 Setting the counter value of axis stopped

Press to set the

Counter value of

Axis stopped

2.1.11 Returning from the basic parameters setting of the actuator

Press key C and go back to the upper menu.

2.2 Setting contents of the control parameters

In the interface of

Primary setting

Press to set the control parameters

2.2.1 Setting the local control parameters

Setting the

local Control

Basic parameter

ControlParameterSecurityParamete

Local control

Hold

Inching

press ToConfirm

ValueofOverTorque

When Close:

100%press

ToConfirm

ValueofOverTorque

When Open

100%

press

ToConfirm

counter value of

axis stoped:

150

press

ToConfirm

Hold means that one action of the selector

will bring the actuator to full open or close

in local control. If one needs to stop, just

switch the operation selector to stop.Inching means releasing the selector will

stop the action of the actuator.

Generally, there is no need to set.




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Press key + or - to change the option and then press to confirm or to complete the setting.

2.2.2 Setting the control parameters of remote interlock

Generally, the default is disable

Press to set the

Remote interlock

Press key + or -to change the option and then press to confirm or to complete the setting.

2.2.3 Setting the two wire remote control parameters

Generally, the default is disable

Press to set the

two wire control


2.2.4 Return from the setting control parameters

Press key C

and return to the

upper menu

2.3 Setting contents of the security parameters

Press to set the

security parameters

Press to enter the setting security parameters.

Two Wire control

Disable

Close Open

press

ToConfirm

Remote interlock

Disable

enable

press

ToConfirm

Basic parameters

Control parameters

Security parameters

Basic parameter

ControlParameter

SecurityParamete


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2.3.1 Setting forcible panel type

Forcible panel type


2.3.2 Setting IR control type

Here, the enable and disable refer to

that whether the actuator permits theinfra-red setters open and close.

Press to set the

IR control


2.3.3 Setting Forbid Act After Power Off

Press to set

Forbid Act After

Power OFF


2.3.4 Setting Action When ESD

Press to set

action when ESD


Forcible PanelTp

Enable IR

Local Remote

press

ToConfirm

Action When ESD

Hold Close

Open Disable

press

ToConfirm

Forbid Act after

Power off:

Yes No

press

ToConfirm

IR control

Enable Disable

press

ToConfirm

Generally, there is no need to set


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2.3.5 Setting Valid ESD Level

Press to setvalid ESD Level


2.3.6 Setting ESD Surpass Hot

Press to set

ESD Surpass Hot


2.3.7 Setting ESD Surpass Lock

Press to set

ESD Surpass Lock


2.3.8 Setting ESD surpass local stop

Press to set

ESD Surpass

Local Stop


ESD Surpass Local

Stop

Yes No

press

ToConfirm

ESD Surpass Lock

Yes No

press

ToConfirm

ESD Surpass Hot

Yes No

press

ToConfirm

Valid ESD Level

High Low

press

ToConfirm


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2.3.9 Setting ESD surpass FAPO(i.e. Forbid Act after Power off)

Press to set

ESD Surpass FAPO


2.3.10 Return from the setting security parameters

Press key C and return to the upper menu.

3. Setting the secondary setup

Press to set the

secondary setup

Setting contents of

the Secondary setup

ESD Surpass FAPO

Yes No

press

ToConfirm

Primary setup

Secondary setup

Changing PWD

Remote Signal

local feedback

advanced param

Primary setup

Secondary setup

Changing PWD


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3.1 Setting contents of the remote control input parameters

Press again to enter

the Contents concerningremote Signal

3.2 Setting contents of the digit parameters

3.2.1 Setting the control modes of remote digit parameters

Press to setThe control mode Of

remote digit parameters


Now, press key C to return to the upper menu.

3.3 Setting contents of the analog parameter (the hardware of actuator is needed

to support the analog parameter control)

3.3.1 Setting the parameters of remote analog control mode

Press to set the

parameters of remote

analog control mode

3.3.2 calibrate low signal

Calibrate Low Signal

of analog input

Calibrate Low

Signal:17% 175

press

ToConfirm

digit parameter

analog parameter

Mode of control

Hold Inching

press

ToConfirm

Digit parameter

Analog parameters

Hold means that the actuator just needs

one open or close signal (the signal should

be bigger than 500mS) to move to full openor close. If one needs it to stop at the

intermediate place, the remote stop signal is

needed.

Inching means that the actuator will follow

the direction of the continuous signal to act

or to stop once the signal is off.

Supply the 4-20mA signal source

and then confirm the number value

at 0% (4mA). It is already adjusted

before goes out the factory and

reset is usually unnecessary.


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3.3.3 calibrate high signal

Press to calibrate high Signal:

calibrate high signal

of analog input

3.3.4 Inching low signal of analog input

Press to inch the low signal of analog input:

Inching low signal

of analog input

Used to inching the analog input lowsignal and usually unnecessary to

change

Change the value by key + or - and then press to complete the set.

3.3.5 Inching high signal of analog input

Press to inch high signal of analog input:

Inching high signal

of analog input

Used to inching the analog input low

signal and usually unnecessary to

change

Change the value by key + or - and then press to complete the set.

3.3.6 Adjusting the times of sampling in analog parameters input

Press to adjust the times of sampling in analog parameters input:

Changes are usually unnecessary

Times of sampling

in analog parameters

input

Change the value by key + or - and then press to confirm.

Calibrate High

Signal:17% 175

press

ToConfirm

Inching High

Signal:175

press

ToConfirm

Inching Low

Signal:

175

ress

ToConfirm

Times of sample

031

press

ToConfirm

Supply the 4-20mA signal source and

then confirm the number value at

100% (20mA). It is already adjusted

before goes out the factory and reset

is usually unnecessary.


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3.3.7 Adjusting the interval between signals in analog parameters input

Press to adjust the interval between signals in analog parameter input:

Interval between

signals in analogparameters input Changes are usually unnecessary


3.3.8 Setting the dead area in analog parameter input

Press to set the dead area in analog parameter input:


Setting the

dead Area

3.3.9Setting the inching area of close in analog parameter input control

Press to set the inching area of close:

The default value is 2%, and it

should be changed to 0% in the

long travel

Set the

inching Area of close


3.3.9 Setting the inching area of open in analog parameter input control

Press to set the inching area of open:

The default value is 2%, and it

should be changed to 0% in the

long travel

Set the

inching Area of open


Setting the inching area of open and close is to set a value between the target percentage and the

Interval between

Signal:003

press

ToConfirm

Dead Area

1.0%

press

ToConfirm

Inching Area of

Close:2%

press

ToConfirm

Inching Area of

Open:2%

press

ToConfirm


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valve position in motion within which the inching is adopted and outside which the direct mode is

employed. The default value is 2%, and it can be adjust according to the real motion of the valve

position when the motor stops. The values of the parameters should not be less than the values

passed by the valve position when the motor stops. Generally, the values cannot be set as 0, and it

can be set between 0 and 15.The value cannot be set too large. If the value is set too large, one will see in the DCS system

that the actuator will act slowly after entering inertia area. If the value is set too large, it will take too

long for the actuator to complete one open or close adjustment.

3.3.10 Setting the precision of act in analog parameter input adjustment

Press to set the precision of act in remote analog parameter adjustment:


Precision of actIn remote analog

Parameter adjustment


3.3.11 Setting the timer of inching in motor-driving

Press to set the timer of inching in motor-driving:

Timer of inching

Of motor It is to change the travel of motor,

and make it more precise to locate

the movement.

This parameter is usually used in motor-driving to set the timer of the power-supplying and the

default value is 45. The value can be adjusted according to the real circumstances. In this menu, the

motor remoter will change the motor operation to inching, and the precise value of valve level is

displayed at the same time. To adjust, first enter the menu. Press the open or close key in theinfra-red setter. Watch the change of the precise value of valve level while pressing the open or close

key. If there are two neighboring the precise value of valve level are the same, the set values should

be increased, also press the confirmation key to confirm, then press the open or close key to watch

the change of the values of the precise valve level.

Make sure that each increment or decrement of this parameter value is not too large but within 1

or 2 and not exceeding 5. Make sure not to press the open or close key on the infra-red setter

alternately but complete the adjustment in one direction then the other.

Precision 0.5%

Of act +

press

ToConfirm

Timer Of Inching

45 32768

Current Position

press

ToConfirm


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3.3.12 Setting act when losing signal in analog parameters input

Press to set the act when losing signals:

It is usually defaulted as hold.Act when losing

signals

Change the option by key + or - and then press to confirm. Press key C and

return to the upper menu.

3.4 Setting contents of local feedback parameters

Contents of the

secondary setup

Press to set the local feedback.

3.4.1 Contents of the local feedback

local feedback:

3.4.2 Setting contents of local volt-free contact feedback

Press to set the function of local volt-free contact 1:

Function of contact 1

Change the option by key + or - and then press to confirm.

Act when LostSig

Close HoldOpen Disable

press

ToConfirm

Digit feedback

Analog feedback

Function ofContact 1:

Full Close

press

ToConfirm

Remote Signal

local feedback

advanced param


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Press to set the type of contact 1:

Type of contact 1


For the setting of contact 2, 3, and 4, refer to that of contact 1.

Introduction to Contacts Function:

Full close: At the position of full closeFull open: At the position of full open

Intermediate: Any place between open and close

Close over-torque: Torque is more than limit in close

Open over-torque: Torque is more than limit in open

Intermediate torque Torque is more than limit at any place

Closing: The actuator is closing

Opening: The actuator is opening

Outputting: The actuator is outputting revolution(i.e. closing or opening)

Operation by hand wheel: Manual operation

Blocked: Motor makes no action when supplied with power

ESD signal: There are ESD signals coming

Open interlock: There are signals of interlocking for opening coming

Close interlock: There are signals of interlocking for closing coming

Act of interlock: There are signals of interlocking for closing or opening and signals of

closing or opening valve coming

Stop-selecting: In the state of commissioning

Local-selecting: In the state of local panel control mode

Remote-selecting: In the state of remote control mode

Low battery: The batteries havent enough powerTemperature protection: Temperature of the motor is higher than limit

Lost Phase: Lost phase of the TP power

Malfunction of power: Power failure

Valve stuck: The valve got stuck and the axis stop revolving

Control alarm: The alarm of losing analog signals or ESD signal appearing in remote

control

Comprehensive alarm: Alarm for all the malfunctions

Setting the value and range of contact in contact function place set as intermediate

Press to set the value of contact 1:

Type of Contact1

Normally Close

Normally Openpress

ToConfirm


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Value of contact 1

Value of contact will only appear

when the function is set at

intermediate with the range of0%-100%

Press to set the range of contact 1:

Range of contact 1


3.4.3 Setting contents of local analog feedback (The hardware of actuator is needed to support

the analog feedback)

Local

analog Feedback

Press to set the analog Feedback4-20mA:

It is defaulted as enable, and

changes are usually unnecessary.

local valve Position

analog feedback(i.e. CPT)

enable or disable?

Press to set the matching values of high signal of CPT means:

The high signal of

CPT means

It is defaulted as full open, and

changes are usually unnecessary.

Digit feedback

Analog feedback

PositionFeedback

Disable

Enable

press

ToConfirm

High Signal of

CPT Means:

FOpen FClose

press

ToConfirm

Range of

Contact 1:

5%

press

ToConfirm

Value of

Contact 1:

50%

press

ToConfirm


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Press to set the revisory quantity of CPT when close:

it is defaulted as 0% without

advanced value

advanced value offeedback analog parameters

in actuator closing operation

Press to set the revisory quantity of CPT when open:

advanced value of

feedback analog parameters

in actuator opening operationIt is defaulted as 0% without

advanced value.

Press to set the low signal value of CPT:

Adjusting low signal

Value of CPT (4mA)

adjustment has been completed

before going into market and

no changes needed.

Press to set the high signal value of CPT:

Adjusting high signal

Value of CPT (20mA)

adjustment has been completed

before going into market and

no changes needed

Press to set the feedback of torque:

Feedback of torque

enable or disable?

hardware needed to support

it is defaulted as disable and no

change needed.

Feedback of Torque

Disable

Enable

press

ToConfirm

Revisory quantity

of CPT when Close

0%press

ToConfirm

Revisory quantity

of CPT when Open

0%

press

ToConfirm

Low Signal Value

of CPT

151

press

ToConfirm

HighSignal Value

of CPT

798

press

ToConfirm


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Press to set the matching values of high signal of CTT means:

The high signal of

CTT means

hardware needed to supportit is defaulted as full open, and

no change needed generally.

Press key C continuously and return to the secondary menu.

3.5 Setting contents of advanced parameters

Setting contents of

Secondary setup

Press to set the advanced parameters:

Setting contents of

advanced parameters

3.5.1 Adopting the default configuration

Press to enter the default configuration:

Default configuration

High Signal of

CTT Means

FOpen FClosepress

ToConfirm

Remote Signal

local feedback

advanced param

Default Config

Advanced Setup

Software Version

Load?

Default Config 1

Default Config 2

Default Config 3

Remote Signal

local feedback

advanced param


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After press , and note Default configuration 1, confirm?, then press again and appears

restoring completed, press key C to return.

For the setting of default configuration 2, 3, refer to that of default configuration 1.

Adopting the default configurations will refresh all the parameters of the actuator. The defaultconfigurations should not be adopted unless the actuator data are dysfunctional. Adopting default

configuration will clear all the set parameters.


Advance Parameters

3.5.2 Adjusting the advanced parameters (This menu is only for the operation of the

professionals. Serious results will arise otherwise).

Press to enter advanced setup:

Setting power

supplying type


Press to set the phase order of motor:

Setting the phase

Order of motor


Default Config

Advanced Setup

Software Version

PowerSupply Type

Tri-phase

Single-phase

press

ToConfirm

Phase Order of

Motor: ContraryIn Sequence

press

ToConfirm


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Press to set the rated torque:

Set the rated Torque


Press to set the rated current:

Set the rated Current


Press to set the seize current:

Set the seize Current


Press to set the alarm capacity of battery:

Set the alarm

Capacity of Battery


Rated Torque 50%

Current Torque

30%press

ToConfirm

RatedCurrent 50%

Current Current30%

press

ToConfirm

SeizeCurrent 75%

Current Current

60%

press

ToConfirm

Alarm Cap 80%

Current Capacity

Of Cell 95%

press

ToConfirm


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Press to set the system date and time:

System date and time


Press to enter the actuator will be reset?:

Resetting of theActuator

Press to confirm and the resetting is completed. The program will start again after the reset and

return to the initiative interface.

Press to enter the interface of hardware version:

Hardware version

This information is set by the

manufacturer for later reference

Press key C and return to the upper menu:3.5.3 Watching the actuators software version

Press to enter the interface of software version:

Input new

Date 01-00-10

Time 9:06:50

press

ToConfirm

Will the actuator

be reseted?

press

ToConfirm

Hardware version

1.0

press

ToConfirm

Default Config

Advanced Setup

Software Version


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This information is for reference

only and not for change.

Software version

4. Changing the operation PWD of the actuator

Press key C continuously and return to the upper menu:

Press to change the PWD:

Change the values by key +-

and then confirm

Change PWD

version

ABD_D_1.1

compile date2008-01-08

Primary setup

Secondary setup

Changing PWD

Input new PWD

[000]


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Remote Control Wiring Diagram of AKD Range Electric ActuatorTerminal block

(1) 3 PH Supply A(380V) (24) 60-220V AC public terminal for remote control input mode

choosing

(2) 3 PH Supply B(380V) (25) 20-60V AC/DC public terminal for remote control input mode

choosing

(3) 3 PH Supply C(380V) (26) Control terminal+ for remote control input mode choosing

(without control level, it is the open and close control mode;

with control level, it is the analog parameter mode)

(4) Actuator internal 24V DC (-) output (27) valve torque transmitter CTT- option

(5) Actuator internal 24V DC (+) output (28) valve torque transmitter CTT+ option

(29) Valve position transmitter CPT- Default as 4-20mA

(6) Indication Contacts S1-1 (30) Valve position transmitter CPT+ Default as 4-20mA

(7) Indication Contacts S1-2 (31) Inputting+analog parameters in remote control

Default as 4-20mA

(8) Indication Contacts S2-1 (32) Inputting-analog parameters in remote control

Default as 4-20mA

(9) Indication Contacts S2-2(10) Indication Contacts S3-1 (33) reserved

(11) Indication Contacts S3-2 (34) reserved



(14) 20-60V AC/DC public input terminal

of remote control

(37) reserved

(15) 60-220V AC public input terminal of

remote control

(38) reserved

(16) close of remote control input (39) reserved

(17) Stop/hold of remote control input


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(18) Open of remote control input (40) remote monitoring contact S0-1 (normally closed terminal)

(19) Emergency shut down of remote

control input

(41) remote monitoring contact S0-2 (public terminal)

(20) Close interlock of remote control

input

(42) remote monitoring contact S0-3

(21) Open interlock of remote control

input

(22) 20-60V AC/DC public input terminal

of remote control

(E) ground connection

(23) 60-220V AC public input terminal of

remote control


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31

Open and close mode control and feedback wiring diagram of AKD range

electric actuatorInner 24V DC employed to control

open

stop

Three-wire control Four-wire control

close

open

5

16

18

4

14

Control chamber Actuator

close

5

16

17

4

14


18

Control chamber actuator

6

7

8

9

10

11

12

13

Full close indication of the valve

Full open indication of the valve

Comprehensive

malfunction

alarm indication

Volt-free contact feedback

6

7

8

9

10

Actuator

11

12

13

Control chamber


Remote/local switch indication




Comprehensive

malfunction

alarm indication


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32

Analog parameter control and feedback wiring diagram of AKD range electric

actuator

+

32

30

4

25


29

31

5

26

4-20mA outputA

4-20mA inputA

+

Inner wiring of the

terminal block


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Remote Control Wiring Diagram of AKD100 Range Electric Actuator

Terminal block

XS1-120-60V AC/DC public input terminal of

remote controlXS1-13 Indication Contacts S1-1

XS1-260-220V AC public input terminal of

remote controlXS1-14 Indication Contacts S1-2

XS1-3 close of remote control input XS1-15 Indication Contacts S2-1

XS1-4 Stop/hold of remote control input XS1-16 Indication Contacts S2-2

XS1-5 Open of remote control input XS1-17 Indication Contacts S3-1

XS1-6Emergency shut down of remote

control inputXS1-18 Indication Contacts S3-2

XS1-7 Close interlock of remote control input XS1-19 Indication Contacts S4-1

XS1-8 Open interlock of remote control input XS1-20 Indication Contacts S4-2

XS1-920-60V AC/DC public input terminal of

remote control

XS1-1060-220V AC public input terminal of

remote controlXS2-22 3 PH Supply A

XS1-11 Actuator internal 24V DC (-) output XS2-23 3 PH Supply B

XS1-12 Actuator internal 24V DC (+) output XS2-24 3 PH Supply C

13 1

14 2

15 3

16 4

17 5

18 6

19 7

20 8

21 9

22 10

23 11

24 12

13 1

14 2

15 3

16 4

17 5

18 6

19 7

20 8

21 9

22 10

23 11

24 12

XS2 XS1


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Open and close mode control and feedback wiring diagram of AKD100 range

electric actuator

XS1-3

XS1-12

XS1-5

XS1-1

XS1-11

Close

Open

Inner 24V DC employed to control


XS1-3

XS1-12

XS1-4

XS1-1

XS1-11

Close

Stop


XS1-5

Open

XS1-13

XS1-14

XS1-15

XS1-16

XS1-17

XS1-18

XS1-19

XS1-20


Comprehensive

malfunction alarm

indication

Three-wire controlFour-wire control


XS1-13

XS1-14

XS1-15

XS1-16

XS1-17

XS1-18

XS1-19

XS1-20

Control chamber Actuator Control chamber Actuator




Comprehensive

malfunction alarm

indication




AKD Range Intelligent Electric Actuators Manual of Installment and Commissioning

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Transcript of AKD Range Intelligent Electric Actuators Manual of Installment and Commissioning