Arico v-series Temperature Controllers

8/11/2019 Arico v-series Temperature Controllers

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V Series Temperature Controllers

User's manual

(21)Specifications

1 100240VAC10H, 50/60HZ

2. 2 * 4

3. 4

4. 0.5% 25J )

5. TC: J BK@@@ @@@RTD: Pt100

6. G@ @@

@ 250V NO:7A / NC:5A@@ @@@@Digital. DC24V/20mA

@ 010VA05VA15V

@ 020mAA420mA

Alarm1/2 & Aux.outputlG

RelayG250V NO:7A / NC:5A

Digital VoltageGDC24V/20mA

(* V Series output for aux. and alarm1/2 : 250V/5A)

7.

8. ON/OFF, PID

9.

10. 055J (32K130K)

@@@@@ 10%80%

. Power SupplyG

DisplayG digits

KeyG machinery keys

AccuracyG full scale (

Main InputG

OutputGMain output

RelayGVoltageG

Analog volt.G

Analog currentG

FunctionGHeating and cooling

Control ModeG

Alarm ModeG10

AmbientGTemperatureG

HumidityG (non-condensing)

(22)Wiring

Thank you for purchasing model V Series PID

Temperature Controller.

Before installing, connecting or using the instrument,

please go through this instruction manual

carefully and use the unit in proper manner.

VNA0000006

ARICO Technology Co., Ltd. reserves the right to

make any kind of design or functional modification

at any moment without prior notice.

Website:www.arico.com.tw E-mail:infoI arico.com.twVer.:1.0.8

V V3

V2 BV5

V4


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(11)Faceplate (12)Key Operation

Level Key

Set Key

Increment Key

Decrement Key

(23)PID Control

1BEntry into level select mode and select level, and press intoparameter mode.

2BIn parameter mode, press level key leave parameter mode to

3BIn setting mode, press level key for saving parameter and return to

mode.parameter

Press for 2 sec to return to normal mode.

1BPress set key enable set value.

2BIn parameter mode, press set key for enable to set parameter.

3BIn setting mode, press set key for saving parameter or settingreturn to parameter mode.digit, and

1BIn level select mode, key to entry parameter modepress increment

2BIn parameter mode, key for selecting parameter.press increment

3BIn setting mode, key to increase the setting valueuntil high limit.

press increment

1BIn level select mode, press decrement key to entry parameter mode

2BIn parameter mode, key for selecting parameter.press decrement

3BIn setting mode, key to decrease the setting valueuntil low limit,,

press decrement

Press + at the same time for 2 sec to start or stop self-tuning.

Press decrement key for 2 sec to start or stop control output.

Press increment key for 2 sec to start or stop manual output.

Press set key for 8 sec to set the pass word "0044" automatically

Press to return to the head of level in parameter mode.

1. Output control mode

Main : PID Aux. : PID

Main : on/off Aux. : on/off

Main : on/off Aux. : PID

Main : PID Aux. : on/off

2. Output heating &cooling control mode

Main :heating Aux. :cooling

Main :cooling Aux. :heating

Auxiliary output function assists main output function in avoiding

the temperature out of control. They have opposite modes to

control.

3. Alarm Hysteresis band :

The output cycle time is one of important factor in control.It's

necessary to evaluate the heating and cooling system effici-

ency to set the output cycle time.suggest that the output

cycle time >20sec in relay output. If the output cycle time=0,

it will be analog output mode for that the higher temperature

stability system is desired,and the time=1~19 are for voltage

output mode and lower stability system.

4. Proportional Band : P

Range=1~100 or and it 's avalible to set by user.

5. Integral Time : I

The time is fluctuation.I

6. Differential Tim e : D

Range=0~250 units,1unit=0.1sec and 0 for disable.It's

avalible to set by user.

7. What is the "PID" Control?

"P" is proportional band and unit = or .It can describe

with the following equation:

P = [ ( SV - PV ) * 100 ] / proportional band

"D" is differential time and unit=0.1sec. If "D"=10,10*0.1=1

sec, it means that differential action will be executed once

per sec. The setting is smaller and the time is shorter and

the output percentage is fewer.

8. PID Value Self Tuning :

PID value self tuning has three types: The first is disable

for self tuning,the second is only once ,and the other is

every times after power on.

But it only will be executed by the following situations:

The setting value of heating system should be higher than

the present temperature for 45 or 85 .Or the setting

value of cooling system should be lower than the present

tem perature for 45 or 85 .If this function was executed

is desired,it's necessary to start this one, to set value,and

to comfirm that the temperature range is enough to execute it, then turn off the power supply and restart the instrument,

we will see the PID value and the flashing of decimal point

in the right-down horn.It will be shuted after changing value

during self tuning.

PVGNorm al modeGPres ent temp. Value

Level select modeGParameter level 1~4

Parameter modeGParameter name

SVGNormal modeGSetting valueBManual output percentage

Parameter modeGParameter value

OUT1GMain o utput indic ator

OUT2GAux. output indicator

AL1GAlarm 1 output indicator

AL2GAlarm 2 output indicator

Level select mode.


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(41)Other Parameter Function (42)Error Messages

(32)Alarm Function (33)ON/OFF Control

Thermocouple

breaking

(43)Special Function

(44)Order Code

In ON/OFF control type, we can

set ON/OFF hysteresis band to

control temperature in desired range.

(34)Manual Control Type

The user can force to set output percentage.

(35)Output Function

ON/OFF hysteresis band

Alarm Range :

It's avalible to set alarm

0 to 99 in unit

Alarm Hysteresis band :

range from or

It's avalible to set alarmhysteresis band from 0 to 10in unit orAnd avoid temperature tounstable and fast change incritical point.

Alarm rang e Alarm rang e

Alarm rang e Alarm range

1. Relay Output :

It's better to set output cycle time >20sec in relay output. The setting

time is larger and the duration of relay is longer.

2. Digital voltage Output :

It's available to set output cycle time from 1 to 60 sec as user's

need in digital voltage output (24V).

3. Analog Output :

It's available to set the high and low limits of analog output after

the value of output cycle time equal 0. The range of analog

output are 0~20mA or 0~10V.

1. Password

Password has 4 digits.The units digit controls the using ofparameter level 1~4, the tens digit controls the setting of

Parameter level 1~4, and the other digits should be set by 0. The example is the following :

Password = 0023The parameter level 1~3 can be used and the level 1~2 canbe set.

*DP:Decimal point

2. Thermocouple type

3. Unit

The unit : or

4. Temperature Offset

The tem

perature offest range :

-99~+99 /

5. Main Output Percentage High Lim it :

This function can magnify and minifyof PID control.the output percentage

The related equation as the following: Output percentage after tuning = ( output percentage before

it ) / 100 tuning * output percentage high lim

6. Aux. Output Percentage High Lim it :

This function can magnify and minify the output percentageof PID control. The related equation as the following:

Output percentage after tuning = ( output percentage before

7. Restore The Default :

tuning * output percentage high limit ) / 100

This function will restore the default from the user's settings.

1.PID Self Tuning :The condition for starting : Present value should be lower than

setting for 45 . Present value will flash during executingself-tuning.

2.Manual Output Control : Under manual output control,setting value is manual output

percentage and setting output key to tuning output percentagedirectly.

(31)Dimension

TC type

Open

Short

JP1

JP2

PT type

Short

Open

J0 TYPE

J1 TYPE

K0 TYPE

K1 TYPE

PT0 TYPE

PT1 TYPE

No alarm

Low limit

High limit

Lo/Hi limit

Low limit standby

Lo/Hi limit standby

Reverse Lo/Hi limit

Absolute

Reverse Lo limit

Reverse Hi limit

Reverse Absolute

Unit: mm

J TYPE without DP,Range: 0~900 XC / 32 1200

J TYPE with DP, Range: 0.0~900.0 XC / 32.0~999.9 XF

K TYPE without DP,Range: 0~1200 XC / 32~1500 XF

K TYPE with DP, Range: 0.0~999.9 XC / 32.0~999.9 XF

PT TYPE without DP,Range: -200~500 XC / -328~900 XF

PT TYPE with DP, Range: -199.9~500.0 XC / -199.9~900.0 XF

~ XF

Model

1GMode

V100G48 48 mm

V200G48 96 mm

V300G72 72 mm

V400G96 96 mm

V500G96 48 mm

2 3GMain Output / Aux. Output

OGNone

RGRelay ( * )

VGDigital volt. Output 24V/20mA

IGAnalog current output 0~20mA, 4~20mA

LGAnalog volt. output 0~10V, 0~5V, 1~5V

/

4 / 5GAlarm 1 / 2

OGNone

RGRelay ( * )

VGDigital volt. output 24V/20mA

1 2 3 4 5


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(36)Parameter Configuration Flow Chart

PV

SV:default=50C

Level 1 Level 2 Level 3

Main outputPercentageRange=0~100%

Aux. outputpercentageRange=0~100%

Alarm 1 Hi value

Range=0~99 J /K

Alarm 2 value

Range=0~99J /K

PID auto tuning:none

:Execute once :execute every

times

Control mode

See Table 1

Main & Aux. O/PHeating/coolingModeSee Table 2

Main O/P cycletimeRange=0~60sec

Aux. O/P cycletimeRange=0~60sec

Main O/P propor-Tional bandRange=0~100C/F

Aux. O/P propor-tional bandRange=0~100C/F

Main O/P different-ial timeRange=0~250/0.1s

Aux. O/P D time

Range=0~250/0.1s

Level 4

Alarm 1 mode

See Table 3

Manual O/P mode:enable

:disable

Alarm 1 deadbandRange=0~10 J /K

Alarm 2 mode

See Table 3

Alarm 2 dead

bandRange=0~10 J /K

Analog O/P lowlimitRange=0~200

Analog O/P highlimitRange=0~200

Password

Range=0000~9999

Thermocoupletype

See Table 4

Unit= orJ K

Input temp.offsetRange=-99~+99J/K

Main O/P propor-tional high limitRange=0~200

Aux. O/P propor-tional high limitRange=0~200

Restore default:usable

:disable

Main output hyst-eresis bandRange:1~100J /KDisplay in on/offcontrol mode

Aux. output hyst-eresis bandRange:1~100J/KDisplay in on/offcontrol mode

Main output I timeRangeG0~250/0.1sec

Aux. output I timeRangeG0~250/0.1sec

SV low limit

Range:Thermocouple

Low limit ~

(J /K)

SV high limit:Range: ~Thermocouple high limit

(J /K)

ake 5 Main O/P control model

use self tuning

control model

use auto tuning

control model

matters needing attention:

When use At control model.

Will have the excess temperature

henomenon in at calculation process.

inished until the calculation.

he calculation period PV right

ottom decimal point will glitter.

Level 2

Main & aux. output heating & cooling mode:Set the control modes of main & aux. heat-ing & cooling

Main output cycle time : Set the cycle timeof main output.

Aux. output cycle time : Set the cycle time

of aux. output.

Main output proportional band : Set thevalue P of main output proportional band.

Main output differential time : Set the valueD of main output differential time.

Aux. output differential time : Set the valueD of aux. output differential time.

Aux. output proportional band : Set thevalue P of aux. output proportional band.

Main output hysteresis band : Set thevalue of main output hysteresis bandDisplay and adjust in on/off control mode

Aux. output hysteresis band : Set thevalue of aux. output hysteresis bandDisplay and adjust in on/off control mode

Aux. output integral time : Set thevalue of aux. output integral time

Main output integral time : Set thevalue of main output integral time

SV high limit : Set the S V high limit fromSV low limit to the thermocouple highlimit

SV low limit : Set the SV low limit fromthe thermocouple low range to SV highlimit

Cooling delay : Set the range of PV exceedSV, the system will execute the cooling

Control mode : Set the control modes ofmain and aux. output.

Table 1 Output control mode

Main : PID Aux. : PID

Main : on/off Aux. : on/off

Main : on/off Aux. : PID

Main : PID Aux. : on/off

Table 2 Output heating &cooling control mode

Main :heating Aux. :cooling

Main :cooling Aux. :heating

Table 3 Alarm mode

Table 4 Input thermocouple type

*DP:Decimal point

Parameter description

Level 1

Level 3

Level 4

Main output percentage : Display the perc-entage of main output, and it was controledby PID control function.

Alarm 2 value : Set the range of alarm 2

Aux. output percentage : Display thePercentage of aux. output.

PID auto tuning : Execute the PID valueautomatically.

Manual output mode : Switch usable & dis-able for manual output.

Alarm 1 mode : Set the alarm 1 action mode

Alarm 1 hysteresis band : Set the value ofalarm 1 hysteresis band.

Alarm 2 mode : Set the alarm 2 action mode

Alarm 2 hysteresis band : Set the value ofalarm 2 hysteresis band.

Analog output low limit : Output the low limitwhen analog output

Analog output high limit : Output the highlimit when analog output

Password : Set the password to change theparameter using and setting.

Thermocouple type : Set the thermocoupletype.

Unit : or are selectable

Input temperature offset : Set offset value toincrease or decrease the present tempera-ture.

Main output percentage high limit : Set thepercentage high limit of main output

Aux. output percentage high limit : Set thepercentage high limit of aux. output

Default value : Restore default from theuser settings.

Range=0~99 J /K

Alarm 1 Low value

auto tuning switch

Yes:start AT tuning

NO:stop AT tuning

Main O/P

control model

Set Take 5

Cooling delayRangeG0~30J /K

Alarm 1 value : Set the low alarm range of

alarm 1

Alarm 1 value : Set the Hi alarm range of

alarm 1

Auto tuning model switch

Main output control model:Set the Auto tuning or Self tuning

J0 TYPE

J1 TYPE

K0 TYPE

K1 TYPE

PT0 TYPE

PT1 TYPE

(Take 6)

(Take 6)

(Take 6)

Soft start outputtime rangeG0~60min

Soft start output

Percent rangeG0~100%

Soft start output time : Heater dehumidifyTime

Soft start output percent : Heater dehumidifyOutput percent

(Take 6)

No alarm

Low limit

High limit

Lo/Hi limit

Low limit standby

Lo/Hi limit standby

Reverse Lo/Hi limit

Absolute

Reverse Lo limit

Reverse Hi limit

Reverse Absolute

ake 6 :the Main O/P control

model( ) set to mode

he PID parameter shows:

J TYPE without DP,Range: 0~900C/32 1200F

J TYPE with DP, Range: 0.0~900.0C/32.0~999.9F

K TYPE without DP,Range: 0~1200C/32~1500F

K TYPE with DP, Range: 0.0~999.9C/32.0~999.9F

PT TYPE without DP,Range: -200~500C/-328~900F

PT TYPE with DP, Range: -199.9~500.0C/-199.9~900.0F

~

Present value

digital filter time

0~60 sec

Documents

Arico v-series Temperature Controllers