SURAN ENDA EUP Series Manuel utilisateur

EN 60584

DIN 43710

EN 60584

EN 60751

°C °F

-199.9...600.0

-30.0....600.0°C

-30.0...999.9°C

-30.0...400.0°C

-200...600

-30....600°C

-30...1300°C

-30....400°C

-40...1700°C

°C

-22.0....999.9 °F

-22.0....752.0 °F

-199.9...999.9

-22....2372 °F

-22......752

-40....3092

-328....1112

-22....1112 °F

°F

Order Code : EUP 1

1 - Size

4420.....48x48x87mm

7420.....72x72x97mm

8420.....48x96x87mm

9420.....96x96x50mm

2 -

230VAC...90 - 250V AC

SM...........9-30V DC /

7-24V AC

Supply Voltage 3 - RS..... RS-485

....

...

Blank

Modbus (Optional)

Modbus Available

(Optional / Specify at order).

N/A

202 3

DIN 43710

ENDA EU SERIES PID UNIVERSAL CONTROLLERP

Thank you for choosing niversal ontroller .ENDA EUP Series U C Devices

Dual setpoint value can be selected.

PT100 ,J, K, L, T, S, R sensor ( ) types can be selected.

0-20mA, 4-20mA, 0-10V, 2-10V, 0-25mV and 0-50mV input selections.

Auto calculation for PID parameters (SELF TUNE).

thermocouple

Three different feature can be assigned to digital input.

Three different feature can be assigned to F function key.

Soft-Start feature.

Analogue, SSR or Relay Output Control selection.

0-20mA and 4-20mAAnalogue Output Control selection.

Up to 16 steps Profile Control.

C/A2 Relay output can be used as second Alarm or Temperature Control output.

Heating/Cooling control selection.

In case of sensor failure, periodically, auto-periodically running or relay state can be selected.

Rs485 Modbus RTU communication protocol feature (Specify at order).

A1 Relay output as first Alarm or Cooling control output.programmable

Zero point input shift

Self tune for automatic PID calculation or

manually enter PID parameters if known.

Input Type Scale Range

J (Fe-CuNi) Thermocouple

L (Fe-CuNi) Thermocouple

J (Fe-CuNi) Thermocouple

L (Fe-CuNi) Thermocouple

K (NiCr-Ni) Thermocouple

T (Cu-CuNi) Thermocouple

S (Pt10Rh-Pt) Thermocouple

R (Pt13Rh-Pt) Thermocouple

PT100 Resistance Thermometer

0-20mA input

0-10V input

2-10V input

0-25mV input

0-50mV input

4-20mA input -1999...+9999 (max. scale range 10000)

-1999...+9999 (max. scale range 10000)

0,5% (for full scale)

0,5% (for full scale) 1 digit

1 digit

0,5% (for full scale)

0,5% (for full scale) 1 digit

1 digit

0,5% (for full scale) 1 digit

0,2% ( )for full scale 1 digit

0,2% ( )for full scale

1 digit

Accuracy

ENVIRONMENTAL CONDITIONS

Height

Ambient/storage temperature

Max. Relative humidity

Rated pollution degree

ELECTRICAL CHARACTERISTICS

Supply

Power consumption

Wiring

Line resistance

Data retention

EMC

Safety requirements

OUTPUTS

A1 Output

Life expectancy for relay

C/A2 Output

ANL/SSR Output

CONTROL

C typeontrol

Control algorithm

A/D converter

Sampling time

Proportional band

Control period

Hysteresis

Output power

HOUSING

Housing type

Dimensions

Weight

Enclosure material

90-250V AC, 50/60Hz or 9-30VDC / 7-24VAC %10 SMPS±

Max. 5VA

Power screw-terminal connections: 2.5mm²', Signal screw-terminal connections: 1,5mm².

EN 61326-1: 2013 (Performance criterion B satisfied for EN 61000-4-3 standard).

EEPROM (minimum 10 years)

Max. O100 hm

EN 61010-1: 2010 (Pollution degree 2, overvoltage category II)

Suitable for flush-panel mounting according to DIN 43 700.

EUP4420 : W48xH48xD87mm, EUP7420 : W72xH72xD97mm,

EUP8420 : W48xH96xD87mm, EUP9420 : W96xH96xD50mm.

Approx. 400g (250g for EUP4400) After packing.

Self extinguishing plastics

Single Setpoint and Alarm Control.

On-Off / P, PI, PD, PID (selection).

14 .bit

Min. 1 .00ms

Can be adjusted between .0 and .0 . If .0 , ON OFF c is selected.%0 %100 Pb=%0 - ontrol

Can be adjusted between and 125secs.1

Can be adjusted between 1 and 50°C/F.

Setpoint value ratio can be adjusted between %0 and %100 .

Relay : 250V AC, 8A (for resistive load), NO+NC (Control or Alarm2 Output selection).

Relay : 250V AC, 8A (for resistive load), NO (Alarm1 and Cooling Control Output selection).

Max. 2000m

0 ... +50°C/-25 ... +70°C

According to EN 60529; Front panel : IP6 Rear panel : IP205,

Max. SSR Output ; 0-20mA, 4-20mA, 24V 20mA. Max. load resistance ; 600 Ohm (12 bit 0.2% accuracy).

Relative humidity 80% for temperatures up to 31°C decreasing linearly to 50% relative humidity at 40°C.

Without load 30.000.000 switching; 250V AC, A (resistive load) 300.000 switching.8

KEEP AWAY device from exposed to corrosive, volatile and flammable gases or liquids and DO NOT USE the device in similar hazardous locations.

DO NOT clean the device with solvent (thinner, gasoline, acid etc.) and / or abrasive cleaning agents.

Please see EUPx420

Series Modbus Address

Map and Connection

Diagram Guide for

Modbus feature.

UNIVERSAL CONTROLLER

ENDA

EUP7420

C/A2

SSR

C/A SET

SET

A1 DEL. A2 INS.

START STOP

UNIVERSAL CONTROLLER

ENDA

C/ASET F

SET

EUP4420

C/A2

SSR PV

1200

START STOP

A1 DEL. A2 INS.

C/A2

SSR

UNIVERSAL CONTROLLER

EUP9420

ENDA

SET

C/A SET

START STOP

A1 DEL. 2 INS.A

EUP8420

ENDA

UNIVERSAL CONTROLLER

SET

C/A SET F

C/A2

SSR

START STOP

A1 DEL.A2 INS.

english

1. / 7

E-mail : info@suran-elektronik.de

Internet : www.suran-elektronik.de

Tel.: +49 (0)7451 / 625 617

Fax: +49 (0)7451 / 625 0650

SURAN Industrieelektronik

Dettinger Str. 9 / D-72160 Horb a.N

EUPx420-E-03052019

Ac.C.t.

Ac.o.t.

SET

C SET/A

C.s.Lo.

-30

C.s.Hi.

600

C. pb

4.0

C. ti

4.0

C. td

1.00

C.C.P.S.

C.Hys

C. Ct.

C.typ

HEAt

s.s.t.s.

C.E.p.s.

C.Ec.t.

E.PS.

Con.o.

inp.t.

Unit

°C

fltr.

C.o.sE

C-A2

offs.

d.Adr.

baud

9.60

d.in.C.

nonE

F.kE.C.

nonE

A2.S.L

-30

A2.S.H

600

A2.HY

A2.tP

INDE.

A2.St.

hi.

A2.Er.

Al1.o. Al2.o. Conf..

A.o.Lo.

A.o.Hi.

100

A1.S.L

-30

P.Con.

oFF

e C Selection.= Profil ontrol

=Standar ontrol

Profil ontrol

d c ling.

e c ling.

P.Con..

oFF

Ac.ot. = Full opening time duration

for Motorized Valve.

Can be adjusted between and 3

seconds. 2 00

Ac.C.t. =

Moto Controlling Period for

rized Valve.

Valve control output period as a

percentage of time duration. Can

be adjusted between 1% and 50%. This

parameter adjusts how often the valve is

operated, preventing unnecessary

operation.

Ac.ot.

STOP

A2 INS.

STOP

A2 INS.

STOP

A2 INS.

STOP

A2 INS.

if the parameter set to

, this menu can not be

displayed (disabled).

C.O.SE.

A.Con.

If key is pressed while holding key, the "Programming Mode" is entered.

C SET/A

SET

ENTERING TO PROGRAMMING MODE

C.s.lo.

C.s.Hi.

= Lower limit for C/A2

Output control, setpoint value.

0Ca adjusted between andn be

C.s.Hi.

C.s.Lo.

= Upper limit for C/A2 Output

Control, setpoint value.

Can be adjusted between and

Upper scale value.

C. Pb

C.Pb

= P

for C/A2 Output 0 %

100

0.0%

roportional band value

..0

.0.%

Can be a ed

If parameter set to

, On-Off control will be accepted.

djust between and

C.Hys = H value for C/A2

O . ysteresis

utput

Can be a ed betweendjust between 1

and 50 °C. °C

C. ti

= value for C/A2

Output Integral

0.0

Can be adjusted between 0.0 and 100.0

minutes. If parameter set to ,

integral will be disabled.

C. td

0.0

= /A2 Output value

0.00 25.00

C Derivative .

Asjustable between and

minutes. If parameter set to

, derivative will be disabled.

C. Ct. = A2 Output periodic time

duration.C/

1 250Adjustable between and

seconds.

C.p.st = A2 output power

percentage at A1 set value.

100%

Can be adjusted be andtween

C.E.C,t.

E.PS

C.E.P.S.

Auto

= Control type selection for

sensor failures.

If selected, controlling will be

performed to according to

proportional control parameter.

If is selected, controlling will be

performed to

before probe failure.

last recorded set value

percentage

C.E.P.s.

C.Pb 0.0

C.E.P.S. 0

C.E.P.S.

= A2 Output power percent

selection on probe failure.

%100

Can be adjusted between

If set to (On/Off

Control) and set to , output

will be OFF, on failure. If set to

different value from , output will be

ON, in case of failure.

and

S.S.t.S. = Soft start timer set value.

This parameter determines how

many minutes will be reached to the

setpoint value on power-up.

Can be adjusted between 0 and 250

minutes. If set to 0, the soft start

feature will be canceled and the

setpoint value will be reached

maximum speed.

C.typ. = Output controlling type

selection

HEAt.

CooL =

= Heating control

Cooling control

a1.s.l

A1.S.H

Can be adjusted between and0

parameter value.

Alarm1 set value lower

limit.

A1.S.H

600

a1.s.H

A1.S,L

Can be adjusted between and

upper scale value.

Alarm1 set value upper

limit.

A1.HY

a1.Hy = 1

Can be adjusted between 1 and

50°C.

Hysteresis of the Alarm

output.

A1.tP.

INDE.

A1.tp

indE.

dE.

bAnd

bAn.i

in.Co.

rE.Co

types= Alarm1 .

Six alarm types can be selected.

alarm

Independent

Deviation

Band alarm

Band with inhibition

A1 output independent

cooling control

A1 output relative cooling

control

Changes to this

parameter may cause

some parameter values to

change.

Input Type Selection Table

Resistance thermometer:

Thermocouple:

Pt.0

Pt.

PT100

P 100

with decimal

display (w.D.)

T without decimal

display (w.o.D.)

J.0

k.0

L.0

t.0

J Typ

K Typ

L Typ

T Typ

w.D.

Typ w.o.D.

w.D.

Typ w.o.D.

w.D.

Typ w.o.D.

w.D.

Analog output:

0-20

4-20

0-10

2-10

0-25

0-50

T Typ

S Typ

R Typ

0-20 mA

4-20 mA

0-10 V

2-10 V

0-25 mV

0-50 mV

ANNOTATIONS

A1.td

Onthedevicescreensshownonthispage;

-Firstlineindicatestheparametername,

-Secondlineindicatesthecurrentparameter'svalue.

Atthesametime,thevalueshowninthesecondlineis the

defaultvalueofthedevice.

ABCD

Information tracking method

about the parameters

Parametername

Parametervalue(defaultvalue)

This parameter will be activated if the

parametersetto “0”. C.Pb

This parameter will be activated if the

parameterdifferentfrom“0”. C.Pb

This parameter will be activated if the

parametersetto“0”or setto

C.Pb

C.E.Ct E.P.S.

A1t.P

inC.o. rEC.o.or

Parameter can not be displayed

if is selected.

A1t.P inC.o.

rEC.o. orParameter will be activated if

is selected.

This parameter will be activated if the

parameter set to or and if the

parameter is different from “0”

A1.tp

in.Co. rE.Co.

A1.Pb

if the parameter set to

or , this menu can

not be displayed (disabled).

C.O.SE.

A.Con. C-A2

a2.s.l

A2.S.H

Can be adjusted between and0

parameter value.

Alarm2 set value lower

limit.

a2.s.H

A2.S,L

Can be adjusted between

and upper scale value.

Alarm2 set value upper

limit.

a2.Hy =

Can be adjusted between 1 and 50 °C.

Hysteresis of the Alarm2

output.

A2.tp

indE.

dE.

bAnd

2 types= Alarm .

Four alarm types can be selected.

alarm

Independent

Deviation

Band alarm

bAn.i = Band with inhibition

A2.st.

= Status selection for Alarm2

Output

If is selected, A2 output is above

theAlarm2 set value ; ON. If is

selected, A2 Output is above the

Alarm2 set value ; OFF.

A2.Er.

off

= Alarm2 condition

selection on probe failure

=A2 Output is ON, in case of

probe failure.

A2 Output is OFF, in case of

probe failure.

inp.t. = Input Type Selection

Please see

for details at the bottom of this

page.

“Input Type Selection

Table”

Unit

°C

°F

= = °C

= °F

Selectable between and

Temperature Unit Selection.

fLtr. = Coefficient of Digital Filter.

Provides to filter for displayed value.

Adjustable between 1 and 200. If this

parameter set to 1, digital filter runs

quickly. If the parameter is set to 200,

filter runs slowly. This parameter value

shouldbe increased in interference

environments.

C.o.sE

C-A2

SSR

0-20

4-20

Control output selection.

C/A2 (Relay) output selection.

SSR output selection.

0-20 mA analogue output

4-20 mA analogue output

Control output selection for

motorized valve.

a.cON.

oFFS. =

The offset value is added to the

measurement value. This feature is used

to eliminate errors that may occur due to

the distance from the measuring probe to

the measuring point. Can be adjusted be-

tween -99 and 100°C. Default value is 0.

Offset Value.

D.aDr. =RS485 Connection Address.

Can be adjusted between 1 and 247.

baud =

Can be adjusted to off, 2.40, 4.80,

9.60, 19.20 and 38.40.

ModBus Baud Rate

d.in.C.

nonE

C2.S.A.

manu.

C.Ct

m.SEt

dSP.o.

= Digital input setting

parameter.

Digital input is closed.

if digital input is activated, 2nd

set value is used.

Manual mode start in case of

digital outputs are active and rational

output generated according to period

value in paremeter and

percentage value in parameter.

If the digital input is activated,

only temperature value will be indicated.

F.kE.C. =

nonE

C2.S.A.

manu.

dSP.o.

Function key setting

Function key is OFF.

2nd. set value can be used by

using function key.

Manual mode can be accessed

by using function key.

Temperature value will be

indicated by using function key.

A.o.Lo.

A.o.Hi.

= Minimum Output Percent for

Analog Output.

Can be adjusted between 0 and

A.o.Hi.

A.o.Lo.

= Maximum Analog Output

Percent for Analog Output.

Can be adjusted between and100

A1.st.

= Status selection for

Alarm1 Output

If is selected, A1 output is above

theAlarm1 set value ; ON. If is

selected, A1 Output is above the

Alarm1 set value ; OFF.

A1.St.

Hi.

B1 A1.Er.

off

= Alarm1 condition

selection on probe failure

=A1 Output is ON, in case of

probe failure.

A1 Output is OFF, in case of

probe failure.

A1.Er.

A1.PB

0.0

B2 A1.Pb

A1.Pb

= A1 Output, proportional

band value.

Can be adjusted between % and

If control will be accepted.

100 Parameter set to %0, On-

Off

A1.ti

0.0

B3 A1.ti

A1.ti

If parameter set to 0.0, integral

will be disabled.

A1 Output, integral value.

Can be adjusted between 0.0 and

100.0 minute.

A1.td

B3 A1.td

A1.td

Can be adjusted between 0.00 and 25.00

minutes. parameter set to

0.00, devirative will be disabled.

A1 output derivative value.

B3 A1.Ct

A1.Ct =

Can be adjusted between and

seconds 1 250

A1 Output Period Time.

B3 A1.ps

A1.PS = A1 output power percentage

at A1 set value.

Can be adjusted be andtween 0% 100%.

B2 A1.Ep

A1.EP. = A1 Output power percent

selection on probe failure.

Can be adjusted between % %0 and 100 .

Page 3

inp.t = Input Type Selection

2. / 7

E-mail : info@suran-elektronik.de

Internet : www.suran-elektronik.de

Tel.: +49 (0)7451 / 625 617

Fax: +49 (0)7451 / 625 0650

SURAN Industrieelektronik

Dettinger Str. 9 / D-72160 Horb a.N

EUPx420-E-03052019

RUNNING MODE

Alternatively, by pressing key "Running Mode" is entered and by pressing both keys at once, settings automatically

saved and device returns to the "Running Mode" (to the home screen).

During in "Programming Mode", if no key is pressed for 20 sec, settings automatically saved and device returns to the "Running Mode" (to the

home screen).

SET

C SET/A

SET

C SET/A

pfa

400

____

400

----

No communication with

sensor. (Sensor and/or

cable broken or not

connected)

Temperature value is

higher than scale.

Temperature value is

lower than scale.

ERROR MESSAGES

s.t.us.

Pid.t.

s.tun.

s.t.us.

s.tun.

R.trs.

nonE

R.o.Lo.

-30

R.o.Hi.

600

d.P.SE.

u.S.Lo.

1999

u.S.Hi.

2000

Conf..

START

A1 DEL.

C/A SET

SET

STOP

A2 INS.

C/A SET

SET

C/A SET

SET

R.trS. = Control Parameter for

Retransmission Output.

Retransmission

retransmission output.

retransmissionoutput.

OFF.

0-20mA Analog

4 - 2 0 mA A n a l o g

nonE

0-20

4-20

R.o.Lo.

R.o.Hi.

= Lower Scale Value for

R Output.

Can be adjusted between lower scale

value and .

etransmission

R.o.Ho.

R.o.Lo.

= Output.

Can be adjusted between and

upper scale value.

Upper Scale Value for

Retransmission

d.P.SE. =

mA .

Decimal Point selection for

Inputs

Can be adjusted between 0 and 0.000

u.S.Lo.

u.S.Hi.

= mA

-1999

( - 10 )

Lower Scale Value for

Inputs.

Can be adjusted between and

u.S.Hi.

u.S.lo

= mA

+ 10

9999.

Upper Scale Value for

Inputs.

Can be adjusted between ( )

and

SET SET

SET

C SET/A C SET/A C SET/A C SET/A

When holding key, selected parameter flashes and desired alue can be adjusted by

using keys.

If key is pressed and held 0.6 seconds, the value of the selected parameter changes rapidly.

If waited enough, the value increases 100 at each step. After 1 second following the realese of the

key, initial condition is returned. The same procedure is valid for the decrement key.

Parameter Setting Diagram

SET

C SET/A

s.t.us.

pid.t.

tE.hi

Pid.t.

C.Pb Ct C.dt C.Ct.

S.tun.

s.t.sc. p.yEs SECU

= Self tune Control Parameter.

If keys are pressed together, main screen

displayed and if the temperature is not high,

message flashes on display and the self tune process

starts automatically. If the initial temperature is higher to

self-tune, . message appears and waits until the

temperature goes down. Then message appears

and self tune procedure starts automatically. After the self

tune procedure, , , and values are

stored in memory and "Running mode" (main screen) is

entered. After the successful self tune completion,

menu will be removed automatically. In order to re-tune,

parameter should be set to in menu.

SET

CSET

Stopping self tune

“Programming Mode"

When the self-tune operation needs to be terminated,

should be entered by using

keys and menu should be selected.

By using key, parameter is selected and self-

tune process can be terminated by pressing with together

keys.

S.tun

S.t.uS

SET

CSET

SET

CSET

d.SEl..

S.num.

a2.P.c..

off

a1.P.c..

off

P.on.t

StoP

C.Con..

off

SE.i.P.

t.bAS.

Min

P.CnF..

d.sEl. = Display Selection Parameter.

Can be selected between 1 and 10. If 1 is selected, only

the process value is displayed. If 2 and up values are

selected, the step number and the process value are

displayed alternately if 2 or more segment profiles are

programmed. Entered number indicates how many

seconds "step number" will be displayed. For example, if

4 is entered, step number will be displayed for 1 second

in 4 seconds.

s.num = Number of Maximum Steps.

Can be selected between 0 and 16. The numbers 1

through 16 indicate the maximum program step to run. If

0 is selected, the thermostat and timer mode are

switched on. In this mode, when the temperature reaches

the set value, the timer is activated and the Alarm1

contact is active at the end of the time.

P.ont.

StoP

Cont.

= Behavior Selection on Power-up.

If is selected, program stops when the power is

turned off and on (restart, power loss etc.) and the

program wait for restarting.

If is selected, program will resume on power-up.

SE.i.p.

SE.i.P. C.Hi.L.

If S.num

SE.i.p.

S.num

SE.i.p.

= Step Increment Parameter.

= 1 to 8

= 0

Parameter takes values between "0" and

parameter. is selected, at the end of

time, Device waits until the difference between the

process value and the target temperature is less than or

equal to value and then passes to the next step.

If is selected, timer is stopped and LED

flashes until the difference between the target

temperature and the process value is less than or equal

t.bas.

sEC. min.

SEC.

min.

= .Time Units

Can be selected as or

Second-time unit selection.

Minute-time unit selection.

C.Con.

off

= Continuous Control Selection.

Temperature control is switched off at the end of

the profile.

Temperature is kept constant at the last set

value at the end of the profile.

A1.p.c.

off A1.tP.

= A1 Output Control Profile.

A1 output runs according to parameter

selection.

A1 output runs as programmed in profile steps.

STOP

A2 INS.

if the parameter set to

, this menu can not be

displayed(disabled).

P.Con.

oFF

A2.p.c.

off A2.tP.

= A2 Output Control Profile.

A2 output runs according to parameter

selection.

A2 output runs as programmed in profile steps.

Co.sc.

p.yEs

a.1..sc.

p.yEs

a.2.sc.

p.yEs

Cn.sC.

p.yEs

S.t.sc.

p.yEs

S.Cod.

SECU.

STOP

A2 INS.

p.C.sC.

p.yEs

This parameter availble in RS485-Modbus

devicesonly.

This parameter can be displayed if the

parametersetto “0-20”or“4-20”.

CoSE.

This parameter can be displayed if the

parametersetto “ ”.

CoSE.

C-A2

This parameter can be displayed if the

parameter set to “ ” and if the

parametersetto “0-20”or“4-20”.

CoSE.

RtrSC-A2

This parameter can be displayed if the

parametersetto “ ”,“mA” or“V”.

inPt

This parameter can be displayed if the

Parametersetto

C.o.SE

A.con.

S.Cod = Security menu access code.

442To accessing security menu, should be entered.

While code ( , by

held down the key and by pressing

key for 4 seconds, message

appears and default mode is entered.

0S.Cod S.Cod 0

dEfP

= )

SET

Cosc. CoN.o

nonE

P.yEs

P. no

Security Access for Parameter.

Menu invisible.

Modification can be done.

Only visible.

a.1.sc. al1.o.

nonE

P.yEs

P. no

= Security Access Level for

Parameter.

= Only visible.

Menu invisible.

Modification can be done.

a.2.sc. al2..o.

nonE

P.yEs

P. no

= Security Access for Parameter.

= Only visible.

Menu invisible.

Modification can be done.

Cn.sC. Conf.

nonE

P.yEs

P. no

= Security Access for Parameter.

= Only visible.

Menu invisible.

Modification can be done.

S.t.Sc.. S.tun...

nonE

P.yEs

= Security Access for Parameter.

= Menu invisible.

Modification can be done.

P.C.SC. PCnF.

nonE

P.yEs

P. no

= Security Access Level for

Parameter.

= Only visible.

Menu invisible.

Modification can be done.

Changes to this parameter may cause some

parametervaluestochange.

Please see EUPx420 Series Modbus

Address Map and Connection

Diagram Guide for Modbus feature.

P. 2

re-transmission ( ):Measured value forwarding

Input signal transmittered to analogue output.

Page 2

3. / 7

E-mail : info@suran-elektronik.de

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Tel.: +49 (0)7451 / 625 617

Fax: +49 (0)7451 / 625 0650

SURAN Industrieelektronik

Dettinger Str. 9 / D-72160 Horb a.N

EUPx420-E-03052019

250

400

C1.SE.

400

C2.SE.

400

a1.SE.

500

a2.SE.

500

m.SEt

C1.SE.

400

C2.SE.

400

a1.SE.

500

a2.SE.

500

m.SEt

C1.SE.

399

C2.SE.

399

a1.SE.

499

a2SE.

499

m.SEt

START

A1 DEL.

START

A1 DEL.

START

A1 DEL.

START

A1 DEL.

START

A1 DEL.

STOP

A2 INS.

STOP

A2 INS.

STOP

A2 INS.

STOP

A2 INS.

STOP

A2 INS.

SET

C SET/A

SET

C SET/A

SETTING OPTIONS IN RUNNING MODE

SETTING UP ALARM CONTROL AND SETPOINT VALUES

if the parameter set to

, this menu can be

displayed.

P.Con.

oFF

3 seconds

later

If one of the or

parameters are set

to the value, this

parameter can be displayed.

d.in.c.

f.kE.c.

C2.S.A.

If the parameter is

set to SSR out, this

parameter can be displayed.

C.O.SE.

If one of the or

parameters are set

to the and if

is different from 0, this

parameter can be displayed.

d.in.c.

f.kE.c.

mAnu. C. Pb

250

400

C.SEt.

200

timE

C.SEt

200

timE

C.SEt

199

timE

START

A1 DEL.

START

A1 DEL.

STOP

A2 INS.

STOP

A2 INS.

SET

C SET/A

SET

C SET/A

SETTING UP TIMER/THERMOSTAT SETPOINT VALUES

A2.os.

C.o.SE

SSr 0-20 4-20 A2.P.c.

A2.os. on

Parameter :

This parameter appears if the

parameter set to , or and whith the parameter is

set to on. If is set to , A2 output state becomes on. At the end of

the duration or if STOP key is pressed, A2 state will be off (this parameter is

described in PC16 coils at ModBus address map).

A2.oS.

A2.os.

off

START

A1 DEL.

STOP

A2 INS.

if the parameter set to or

, this

menu can be displayed.

P.Con. ON

S.num. parameter set to 0

Red LED indicators for C and outputs.ontrol,Alarm1 Analog/SSR

( 7 ) Status Indicators

( 3 ),( 4 ),( 5 ),( 6 ) Keypads

Mi ro switchc

( 2 ) Timer Indicator

PV 7 4 , SV 7 4 LED display. Character height : PV and SV display 7.2MSegment digits red LED Segment digits yellow

( 1 ) PV SVand indicators

( 6 ) Parameter set key in “Programming Mode”Control and Alarm set key in “Runnig Mode”.

( 5 ) “Running Mode”. Menu selection key in “Programming Mode”.Selectable function key

( 4 ) .Decrement key By pressing this key in “Running Mode”, software version can be displayed.

Parameter selection key in “Programming Mode”.

( 3 ) Increment key in “Running and Programming Mode”. Parameter selection key in “Programming Mode”.

( 1 ) Indicates measured value and set values in “Running Mode”. Indicates the parameters and names in

“Programming Mode”.

( 2 ) Lights up, if timer is displayed and flashes while timer is running.

TERMS AND DISPLAY

Indicates during the timer displayed and flashes while timer running in “Profile Mode”.

( 7 )

UNIVERSAL CONTROLLER

ENDA

AN/SSR

C/A2

EU 442P 0

C/A SET

SET

START STOP

A1 DEL. A2 INS.

1200

ADJUSTING PROFILE STEP PARAMETERS

tE.16

500

ti.16

tE.01 = Target temperature value for 1st step.

By hold down to key, desired value can be adjusted with and keys.

tE.16 = Targettemperaturevaluefor16thstep.

Byholdingdownto key,desiredvaluecanbeadjustedbyusing navigationkeys.

If key is pressed in "Running Mode", step programming menu can be entered.

Programming Mode

C/A2

AN/SSR

The procedure for further ramp steps is repeated as described above.

If parameter is , this

section can be entered.

p.co. on

ti.01

sg.01

AL-S.

sg.01

AL-S.

sg.01

AL-S.

C/A2 C/A2 C/A2 C/A2

AN/SSR AN/SSR AN/SSR AN/SSR

A1 A1 A1 A1

F F F

START

A1 DEL.

STOP

A2 INS.

START

A1 DEL.

STOP

A2 INS.

START

A1 DEL.

STOP

A2 INS.

START

A1 DEL.

STOP

A2 INS.

500

40.

tE.01

500

ti.01

C/A2

AN/SSR

START

A1 DEL.

STOP

A2 INS.

START

A1 DEL.

STOP

A2 INS.

SET

C SET/A

SET

C SET/A

SET

C SET/A

SET

C SET/A

SET

C SET/A

SET

C SET/A

Con.o.

START

A1 DEL.

STOP

A2 INS.

ti.01 = Time value for 1st step.

By hold down to key, desired value can be adjusted with and keys.

SET

C SET/A

START

A1 DEL.

STOP

A2 INS.

ti.16 = Timevaluefor16thstep.

Byholdingdownto key,desiredvaluecanbeadjustedbyusing navigationkeys.

START

A1 DEL.

STOP

A2 INS.

SET

C SET/A

Attention !

In order for the alarm

outputs to function as set

in the profile steps,

and parameters

must be set to before

applying the profile.

A1.P.c.

A2.P.c.

pfa

400

____

400

----

No communication

with sensor. (Sensor

and/or cable broken

or not connected)

Temperature value is

higher than scale.

Temperature value

is lower than scale.

ERROR MESSAGES

3 seconds

later 3 seconds

later

ti.01

C/A2

AN/SSR

Sg.01

C/A2

AN/SSR

sg.01

dEl.

C/A2

AN/SSR

Hold down

for

2 seconds

Release

the

keys

FFF

START

A1 DEL.

START

A1 DEL.

If key is pressed, upper display indicates the step number and lower display indicates the message. In this point by hold

down to key, Al1 output can be set to on or off with key. Also, Al2 output can be set to on or off with key.

AL-S.

START

A1 DEL.

STOP

A2 INS.

If key is hold down for 2 s , step number flashes at the upper display. During holding down the key and by pressing to key,

message displayed and current profile will exited and next step value shifted up. Or, if key is pressed, message appears

and the next steps are shifted to the next and a new step is inserted. When keys are released, new values of the step are displayed.

dEl.. inS.

START

A1 DEL.

STOP

A2 INS.

Delete or insert from

ramp steps:

4. / 7

E-mail : info@suran-elektronik.de

Internet : www.suran-elektronik.de

Tel.: +49 (0)7451 / 625 617

Fax: +49 (0)7451 / 625 0650

SURAN Industrieelektronik

Dettinger Str. 9 / D-72160 Horb a.N

EUPx420-E-03052019

ALARM1 AND ALARM2 OUTPUT TYPES

A1.St. Hi=

A1.St. lo=

=A1.St. Lo

=A1.St. Hi

ASV

SV SV

SV+ASV

SV-ASV

OFF

-300

300

+300

300

a1,Hy A1.Hy

A1.Hy

PROFILE CONTROL OUTPUT DIAGRAMS

TIMER / THERMOSTAT OUTPUT DIAGRAMS

SNuM 1= SNuM 1=

C.Con on= C.Con off=

tE.01 tE.01

ti.1 ti.1

Temperature

sE.i.P. sE.i.P.

S.num must be set to 1 for single step program.

A1 OUTPUT

(VALVE CLOSE)

Full opening time

C/A2 OUTPUT

(VALVE OPEN)

The minimum time between two contact

outputs can be as long as the value.Ac.C.t

Power ON

Motorized valve connection must be applied as shown figure above (if the motorized valve electrical values are incompatible with EUPx420 contact output values, an

additional contactor must be connected).And parameter in the EUPx420 must be selected as . Full opening time of the motorized valve connected to the

deviceisenteredin parameterasseconds.Fullopeningtimemustbeenteredto parameteraspercentageformotorizedvalverunning-uptime.

C.o.SE. A.con.

Ac.o.t. Ac.C.t

A1 AC 250V 2A

RESISTIVE LOAD

(VALVE CLOSE)

C/A2

AC 250V 2A

RESISTIVE LOAD

(VALVE OPEN)

OPEN NL

MOTORIZED VALVE CONNECTION AND SETTINGS

Independent Alarm

A1.tp. indE=Deviation Alarm

= A1.tp dE.

Band

Alarm

A1.tp. bAnd

SV = CONT output set value ASV = Alarm output set value

(ASV min. =-300, ASV maks. = +300)

(ASV min. = beginning of scale

ASV max. = end of scale) (ASV min. = 0, ASV ma . = +300)x

SV =CONT set ASV = setoutput value A1 output value

Band Alarm With Inhibition

A1,tp. bAn.i

OFF

Beginning Band alarm is possible

SV+ASV

SV-ASV

OFF

Band alarm is possible

Beginning

SV+ASV

SV-ASV

SV =Set point of CONT output ASV = Set point of A1 output (ASV min. = 0, ASV max. = 300 )

Time

Temperature

START

Key

Time

START

Key

Temperature

Time

S.NuM 0= S.NuM 0=

C.Con on= C.Con off=

C.SEt C.SEt

A1 Out

A2 Out A2 Out

A1 Out

timE tiME

timE+Hold timE

timE timE

START

key START

key

START

key START

key

STOP

key STOP

key

Hold

sE.i.P. sE.i.P.

A2 Output runs if the

parameter is set

to , or

and with the

parameterissetto

C.o.SE

SSr, 0-20 4-

20 A2.P.c.

Temperature

Time

START

key STOP

key START

key STOP

key

6. / 7

E-mail : info@suran-elektronik.de

Internet : www.suran-elektronik.de

Tel.: +49 (0)7451 / 625 617

Fax: +49 (0)7451 / 625 0650

SURAN Industrieelektronik

Dettinger Str. 9 / D-72160 Horb a.N

EUPx420-E-03052019

716 17

615

310

413

514

ENDA

INDUSTRIAL ELECTRONICS

EUP 309420-2 VAC

PID CONTROLLERUNIVERSAL

8 680407 725755

Made in Turkey

11 12

716 17

615

310

413

514

11 12 18

716 17

615

310

413

514

ENDA

INDUSTRIAL ELECTRONICS

EUP 309420-2 VAC-RS

PID CONTROLLERUNIVERSAL

8 680407 725762

Made in Turkey

11 12

716 17

615

310

413

514

11 12

INDUSTRIAL ELECTRONICS INDUSTRIAL ELECTRONICS

EUP 2

ID UNIVERSAL

44 0-230VAC

P CONTROLLER EUP 2 -RS

ID UNIVERSAL

44 0-230VAC

P CONTROLLER

ENDA ENDA

SN: XXXXXXXXX SN: XXXXXXXXX

C/A2 C/A2

A1 A1

AC 250V A

RESISTIVE LOAD

8AC 250V A

RESISTIVE LOAD

AC 250V A

RESISTIVE LOAD

8AC 250V A

RESISTIVE LOAD

ANL/SSR

OUT ANL/SSR

OUT

DIN

mA,mV, V mA,mV, V

DIN

16 16

17 17

10 10

11 11

12 12

13 13

14 14

15 15

90-250V AC ±10%

50/60Hz 5VA 90-250V AC ±10%

50/60Hz 5VA

+TC

PT100

RS- 485 A

RS-485 COM.

ENDA INDUSTRIAL ELECTRONICS

EUP 7420 230

UNIVERSAL

- VAC

PID CONTROLLER

V AC +10% -20%

50/60Hz 7VA

90-250

C / A2

AC 250V A

RESISTIVE

LOAD

AC 250V A

RESISTIVE

LOAD

SN: XXXXXXXXX

8 680407 725632

Made in Turkey

SSR

OUT

Pt 100

6DIN

ENDA INDUSTRIAL ELECTRONICS

EUP 7420 230 - RS

UNIVERSAL

- VAC

PID CONTROLLER

V AC +10% -20%

50/60Hz 7VA

90-250

C / A2

AC 250V A

RESISTIVE

LOAD

AC 250V A

RESISTIVE

LOAD

SN: XXXXXXXXX

8 680407 725649

Made in Turkey

RS-485

COM.

RS- 485

SSR

OUT

Pt 100

6DIN

+ mA,mV,V

+ mA,mV,V + mA,mV,V

SSR

OUT

SN: XXXXXXXXX

V AC +10% -20%

50/60Hz 7VA

90-250

C / A2

AC 250V A

RESISTIVE

LOAD

AC 250V A

RESISTIVE

LOAD

Pt 100

8 680407 725694

Made in Turkey

8DIN

RS-485

COM.

RS- 485

SSR

OUT

SN: XXXXXXXXX

V AC +10% -20%

50/60Hz 7VA

90-250

C / A2

AC 250V A

RESISTIVE

LOAD

AC 250V A

RESISTIVE

LOAD

Pt 100

8 680407 725700

Made in Turkey

8DIN

MULTI-STEP PROFILE CONTROL OUTPUT GRAPHICS

If set toC.Con on

If set toC.Con oFF

100°C

200°C

300°C

60 60

tE.01 100=

ti.01 = 30 ti.02 = 20 ti.03 60= ti.04 = 40 ti.05 = 60

tE..02 100= tE..03 300= tE..04 300= tE..05 100=

ti.S.1 ti.S.2 ti.S..3 ti.S..4

ti.S.5

Time (minute or sec)

Step1

Step1 Step2 Step3 Step4 Step5

Step2 Step3 Step4 Step5

Program returns to the beginning at this

point and stops. Waits for the START

buttontobepressedagain.

Target Temperature

Time OFF OFF

S.num should be set to 5

for five step program.

OFF

A2 ON OFF OFF

EUP4420 EUP7420 EUP8420

EUP4420 EUP7420 EUP8420 EUP9420

10 12

EUP9420

PT100 PT100 PT100 PT100

EUP4420 EUP7420 EUP8420 EUP9420

Fuse

F 100 mA

250V AC

Supply

230V AC or 24V AC

184-253V AC

21.6-26.4V AC

50/60Hz 5VA

Anahtar

CONNECTION DIAGRAM

NOTE :

SUPPLY VOLTAGE

Line

Neutral

Fuse should

be connected.

Cable Size : 1,5mm²

SENSOR INPUT:

ForJ-K-T-SandR Thermocouples:

Use the correct compensating cable. Do

not make any supplement to cables.

Connect the thermocouple cables to the

rightplacesat theinputterminal.

Forresistance(PT100)Sensor:

In order to using 2-wire resistance sensors

(PT100), 8th and 9thterminals must be short

circuited on EUP4420, EUP7420 and

EUP9420 devices. Also on EUP8420

devices, 10th and 11th terminals must be

short circuited. Please check connection

diagramscarefully.

Logic output of the instrument is not electrically

insulated from the internal circuits. Therefore, when

using a grounding thermocouple, donot connect the

logicoutputterminalstotheground.

Mainssupplycordsshallmeettherequirementsof

IEC60227orIEC60245.

In accordance with the safety regulations, the

power supply switch shall bring the identification of

the relevant instrument and it should be easily

accessiblebytheoperator.

Note :

Holding screw

0.4-0.5Nm

Equipment is protected throughout

by DOUBLE INSULATION.

MODBUS CONNECTION

PleaseseeEUPx420SeriesModbusAddressMapandConnectionDiagramGuideforModbusfeature.

* MODBUS CONNECTION DIAGRAM

120 Ohm

Master Slave - 1 Up to 127 slave devices

can be controlled.

Slave - 2 Slave - 127

Termination should be accomplished by

attaching 120 Ohm resistors to the start

andattheend ofthecommunicationline.

* Applies todeviceswithModbusfunction.

5. / 7

E-mail : info@suran-elektronik.de

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Tel.: +49 (0)7451 / 625 617

Fax: +49 (0)7451 / 625 0650

SURAN Industrieelektronik

Dettinger Str. 9 / D-72160 Horb a.N

EUPx420-E-03052019

for more information see additional sheets for Modbus command list

EUP9420

EUP7420 EUP8420

EUP4420

98mm

DIMENSIONS

50mm

UNIVERSAL CONTROLLER

ENDA

C/A SET F

SET

EUP4420

C/A2

SSR PV

1200

START STOP

A1 DEL. A2 INS.

UNIVERSAL CONTROLLER

ENDA

EUP7420

C/A2

SSR

C/A SET

SET

A1 DEL. A2 INS.

START STOP

C/A2

SSR

UNIVERSAL CONTROLLER

EUP9420

ENDA

SET

C/A SET

START STOP

A1 DEL. 2 INS.A

Depth

Connection

Cables Flush mounting

clamp

Ambient temperature

sensor

Depth

Connection

Cables

Flush mounting

clamp

Gasket

Panel

Ambient

temperature

sensor

Connection

Cables

Flush mounting

clamp

Gasket

Panel

Ambient

temperature

sensor

Depth

To removing the device from the panel:

- and .

While pressing both side of the device

in direction , push it in direction

To removing the device from the panel:

- and .

While pressing both side of the device

in direction push it in direction

To removing the device from the panel:

- and

While pressing both side of the device

in direction push it in direction

112

To removing the device

from the panel :

and .

While pressing both side

of the device in direction

push it in direction 1

Depth

Gasket

Panel

Flush

mounting

clamp

ENDA Series PID Temperature

Controllers

EUPx420

are intended for installation in

control panels. Make sure that the device is

used only for intended purpose. The shielding

must be grounded on the instrument side.

During an installation, all of the cables thatare connected

to the device must be free of energy. The device must be

protected against inadmissible humidity, vibrations,

severe soiling. Make sure that the operation temperature

is not exceeded. All input and output lines that are not

connected to the supply network must be laid out as

shielded and twisted cables. These cables should not be

closeto the powercablesorcomponents.Theinstallation

and electrical connections must be carried on by a

qualified staff and must be according to the relevant

locallyapplicableregulations.

PANEL CUT-OUT

1) While panel mounting, additional distance

required for connection cables should be

considered (except EUP9420).

Note :

2) Panel thickness should be maximum 9mm

3) If there is no free space at back side of the device, it would be difficult to remove

it from the panel.

E 4420 = 100mm, E 8420 = 90mm, 9420 = 60mm.

for EUP4420, 10mm for EUP7420,

8mm for EUP8420 and 6mm for EUP9420

Required minimum free spaces ;

UP UP UPEUP7420 = 90mm, E

EUP8420

ENDA

UNIVERSAL CONTROLLER

SET

C/A SET F

C/A2

SSR

START STOP

A1 DEL. A2 INS.

7. / 7

E-mail : info@suran-elektronik.de

Internet : www.suran-elektronik.de

Tel.: +49 (0)7451 / 625 617

Fax: +49 (0)7451 / 625 0650

SURAN Industrieelektronik

Dettinger Str. 9 / D-72160 Horb a.N

EUPx420-E-03052019

Word

0000d (0000h) 400

600

100

400

500

600

100

500

000 d (000 h)1 1

000 d (000 h)2 2

000 d (000 h)3 3

000 d (000 h)4 4

000 d (000 h)5 5

000 d (000 h)6 6

000 d (000 h)7 7

000 d (000 h)8 8

000 d (000 h)9 9

00 d (000 h)10 A

00 d (000 h)11 B

00 d (000 h)12 C

00 d (000 h)13 D

00 d (000 h)14 E

00 d (000 h)15 F

00 d (00 0h)16 1

00 d (00 h)17 11

00 d (00 h)18 12

00 d (00 h)19 13

00 d (00 h)20 14

00 d (00 h)22 16

00 d (00 h)21 15

00 d (00 h)23 17

00 d (00 h)24 18

00 d (00 h)25 19

00 d (00 h)26 1A

00 d (00 h)27 1B

00 d (00 h)28 1C

00 d (00 h)29 1D

00 d (00 h)30 1E

00 d (00 h)31 1F

00 d (00 h)32 20

00 d (00 h)33 21

00 d (00 h)34 22

00 d (00 h)35 23

00 d (00 h)36 24

00 d (00 h)37 25

00 d (00 h)38 26

1.1 Memory Map for Holding Registers

H10

H11

H12

H13

H14

H15

H16

H17

H18

H19

H20

H21

H23

H22

H24

H25

H26

H27

H28

H29

H30

H31

H32

H33

H34

H35

H36

H37

H38

Holding Register

dres

De imal (Hex)

A s

Parameter

Number

Data

Type

Default

Value

Parameter

Name

R/W

C1.SE.

C2.SE.

C.S.Lo.

C.S.Hi.

C. Pb.

C.HyS..

C. ti.

C. td.

C. Ct.

C.C.p.S.

C.E.p.S.

S.St.S.

A1.SE.

A1.S.l.

A1.S.H.

A1.Pb.

A1.Hy.

A1.ti.

A1.td.

A1.Ct.

A1.P.S.

A1.E.P.

A1.tP.

A2.SE.

A2.S.L.

A2.S.H.

A2.Hy.

A2.tP.

inP.t.

d.Adr.

baud.

Fltr.

C.o.SE..

A.o.Lo..

A.o.Hi..

oFFs.

Ac.o.t..

A.c.Ct..

----

Analog output minimum out percentage

ATTENTION !! H42 parameter will be 0 if this parameter set to different from 0.

Data Content

Read Write

Permission

Control output, temperature setpoint value

Alarm1 output temperature setpoint value

Control output, time period setpoint value (Adjustable between 1 and 125 second)

Control output, soft start value

Control output, 2nd temperature setpoint value

Alarm1 output type selection Values can be given from 0 to 4 Independent alarm

Deviation alarm Active alarm after in band time

Alarm1 output, cooling control selection

( ) (0 = ,

1 = , 2 = Band alarm, 3 = ,

4 = )

Alarm2 output type selection Values can be given from 0 to 3 Independent alarm

Deviation alarm Active alarm after in band time

( ) (0 = ,

1 = , 2 = Band alarm, 3 = )

ModBus device address (Adjustable between 1 and 247)

Modbus communication speed (Baudrate) (0 = Modbus cancel, 1 = 2400 bps, 2 = 4800 bps,

3 = 9600 bps, 4 =19200 bps, 5 = 38400 bps)

Analog output maximum out percentage

Controlling Period for Motorized Valve.

Can be set between 1% to %50 by dependent on H37 parameter.

Offset value

Function control parameter.

( 23040d ( 5A00h ) self tune stops when this value is entered )

( 23041d ( 5A01h ) self tune starts when this value is entered )

( 23042d ( 5A02h ) returns to factory defaults when this value is entered)

Control output, minimum setpoint value

Alarm1 output minimum setpoint value limit

Control output, maximum setpoint value

Alarm1 output maximum setpoint value limit

Control output, proportional band setpoint value % % (Adjustable between 0 and 100 ).0 .0

Alarm1 output proportional band set value % %(Adjustable between 0 and 100 ).0 .0

Control output, set value power ratio (Adjustable between 0% and 100%)

Control output, hysteresis value or1 °C °F(Adjustable between and 50 )

Alarm1 output hysteresis value or1 °C °F(Adjustable between and 50 )

Control output, integral time minute0.1 100.0(Adjustable between and )

Control output, derivative time minute0.01 10.00(Adjustable between and )

Input selection number (0 = 1 = 2 =

3 = 4 = 5 = 6 = 7 =

8 = 9 = 10= 11 =

PT100 Decimal, Pt100 Non-decimal, J Decimal,

J Non-decimal, K Decimal, K Non-decimal, L Decimal, L Non-decimal,

T Decimal, T Non-decimal, S Non-decimal, R Non-decimal, 12 = 0-20mA,

13 = 4-20mA, 14 = 0-10V, 15 = 2-10V, 16 = 0-25mV, 17 = 0-40mV

Alarm1 output, integral time minute0.1 100.0(Adjustable between and )

Alarm1 output, derivative time minute0.01 10.00(Adjustable between and )

Alarm1 output, time period setpoint value (Adjustable between 1 and 125 second)

Alarm1 output, set value power ratio (Adjustable between 0% and 100%)

Alarm1 output, set value power ratio in case of sensor failure (Adjustable between %0 %100)and

Alarm2 output, temperature setpoint value

Alarm2 output minimum setpoint value limit

Alarm2 output maximum setpoint value limit

Alarm2 output, hysteresis value or1 °C °F(Adjustable between and 50 )

Full opening time duration for Motorized Valve. Can be adjusted between 2 and 300 seconds.

Digital filter coefficient Adjustable between and , = filter is disable( 1 200 1 )

Control output, selection value ( C/A2 Control output selection,0 = 1 =

2 = 3 = SSR/ANL is SSR,

SSR/ANL is 0-20mA, SSR/ANL is 4-20mA.

ENDA PID CONTROLLEREUPx420 SERIES TEMPERATURE

MODBUS PROTOCOL ADDRESS MAP

Control output energy percentage in case of sensor error (can be set between 0% to 100%)

1. / 5

E-mail : info@suran-elektronik.de

Internet : www.suran-elektronik.de

Tel.: +49 (0)7451 / 625 617

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SURAN Industrieelektronik

Dettinger Str. 9 / D-72160 Horb a.N

EUPx420-E-Modbus-03052019

ENDA PID CONTROLLEREUPx420 SERIES TEMPERATURE

MODBUS PROTOCOL ADDRESS MAP

1.1 Memory Map for Holding Registers (continue)

Word

00 d (00 h)40 28

00 d (00 h)43 2B

00 d (00 h)44 2C

00 d (00 h)46 2E

00 d (00 h)45 2D

00 d (00 h)47 2F

00 d (00 h)48 30

00 d (00 h)49 31

00 d (00 h)50 32

00 d (00 h)51 33

00 d (00 h)52 34

00 d (00 h)53 35

00 d (00 h)41 29

00 d (00 h)42 2A

H41

H43

H44

H45

H47

H46

H48

H49

H50

H51

H52

H53

H40

H42

Bit

(0000)h

(0001)h

(0002)h

(0003)h

(0004)h

(0005)h

(000 )h6

(000 )h7

(000 )h8

(000 )h9

Coil Address

9999

600

Word

0000d (0000h)

I0 Word

000 d (000 h)1 1

Word

000 d (000 h)2 2

I3 Word

000 d (000 h)3 3

Word

000 d (000 h)4 4

I4 Word

000 d (000 h)5 5

000 d (000 h)6 6

I6 Word

Parameter Description

R/W

d.in.C.

F.kE.C.

R.trS.

R.o.Lo.

R.o.Hi.

d.P.SE.

u.S.Lo.

u.S.Hi.

Co.Sc.

A.1.Sc.

A.2.Sc.

Cn.Sc.

S.t..Sc.

P.C.Sc.

A2.st.

A2.Er.

A1.St.

A1.Er.

C.tyP.

unit

C.E.c.t.

----

Bit

(0000)h

(0001)h

(0002)h

(000 )h3

Discrete nput

d res

A d s

Holding Register

dres

De imal (Hex)

A s

Parameter

Number

Data

Type

Default

Value

Parameter

Name

Data Content

Read Write

Permission

Digital input control parameter ( 0 = Digital input off, 1 = 2nd set value can be selected by digital input,

2 = Manual mode can be entered via digital input, 3 = Can be switched to display mode via digital input)

Control output menu, security parameter ( 0 = Menu invisible,

1 = Menu programmable, 2 = Menu only visible )

Alarm1 output menu security parameter ( 0 = Menu invisible,

1 = Menu programmable, 2 = Menu only visible )

Alarm2 output menu, security parameter ( 0 = Menu invisible,

1 = Menu programmable, 2 = Menu only visible )

Function key control parameter ( 0 = Function key off, 1 = 2nd Set value can be selected by function key,

2 = Manual mode can be entered by using function key, 3 = Can be switched to display mode by using function key)

Configuration menu, security parameter ( 0 = Menu invisible,

1 = Menu programmable, 2 = Menu only visible )

Self tune menu, security parameter ( 0 = Menu invisible,

1 = Self tune can be done)

Retransmission output control parameter:

If this parameter is , Retransmission output; off

If this parameter is Analog output; 0-20mA Retransmission output

If this parameter is Analog output; 4-20mA Retransmission output

ATTENTION!! To setting up this parameter, H32 parameter must be set to 0.

User defined upper scale value for 0-20mA, 4-20mA, 0-10V and 2-10V input selections

Retransmission output lower scala value.

Retransmission output upper scala value.

Decimal Point selection for mA anv V inputs.

User defined lower scale value for 0-20mA, 4-20mA, 0-10V and 2-10V input selections

Profile configuration menu, security parameter ( 0 = Menu invisible,

1 = Menu programmable, 2 = Menu only visible )

1.2 Memory Map for Coils

Parameter

Number

Data

Type

Default

Value

Parameter

Name

Read Write

Permission

Alarm2 (0 = A Low ,1 = High)condition ctive Active

Alarm2 condition selection on probe failure (0 = , 1 = )Off On

( 0 = ; 1 = )Control output configuration Heat Cool

Temperature unit (0 = °C ; 1 = °F)

Control outputs active Only display mode (0 = Control outputs active, 1 = )

Controlling according to 2nd temperature setpoint If is if is( C7 = 0 H0, C7 = 1 H1)

Auto/Manual selection (0 = , 1 = Manual "Running mode".Automatic "Running mode" In this mode,

output generated according to H39 parameter.)

Control format in case of probe failure proportional control according to percentage value

Error found before the setpoint control is done with the value of the proportional control

(0 = H10 ,

1 =

Alarm condition (0 = A Low ,1 = High)1 ctive Active

Alarm1 condition selection on probe failure (0 = , 1 = )Off On

1.3 Memory Map for Input Registers

Parameter

Number

Input

A s

dres

De imal (Hex)

Data

Type Parameter Description

Read Write

Permission

Measured temperature

Analog output percentage

Measurement error codes

0 = No error, 1 = Sensor short circuit, 2 = Lower scale error,

3 = Upper scale error, 4 = Sensor connection lost, 5 = Wrong input selection.

Self tune condition codes

0 = No error, 1 = ,

2 = , 3 =

Initial temperature is higher than 60% setpoint value

Calculating PID parameters Calculating power set parameters

Current (active) temperature setpoint.

Current (active) decimal point value No decimal point Decimal point is tenths(0 = , 1 = 0.0

Reserved

1. Memory Map for Discrete input4

C/A2 Control output status (0 = OFF ,1 = ON)

A1 Output status (0 = OFF , 1 = ON )

SSR Output status (0 = OFF ,1 = ON)

Digital input status (0 = OFF ,1 = ON)

Parameter

Number

Data

Type Parameter Description

Read Write

Permission

2. / 5

E-mail : info@suran-elektronik.de

Internet : www.suran-elektronik.de

Tel.: +49 (0)7451 / 625 617

Fax: +49 (0)7451 / 625 0650

SURAN Industrieelektronik

Dettinger Str. 9 / D-72160 Horb a.N

EUPx420-E-Modbus-03052019

R/W

R/W ----

----

R/W

Word

0 d (00 h)100 64 0

200

0 d (00 h)103 67

0 d (00 h)104 68

0 d (00 h)105 69

0 d (00 h)106 6A

0 d (00 h)107 6B

0 d (00 h)108 6C

0 d (00 h)109 6D

0 d (00 h)110 6E

0 d (00 h)101 65

0 d (00 h)102 66

0 d (00 h)138 8A

0 d (00 h)111 6F

0 d (00 h)112 70

0 d (00 h)113 71

0 d (00 h)114 72

0 d (00 h)115 73

0 d (00 h)116 74

0 d (00 h)117 75

0 d (00 h)118 76

0 d (00 h)119 77

0 d (00 h)120 78

0 d (00 h)121 79

0 d (00 h)122 7A

0 d (00 h)123 7B

0 d (00 h)124 7C

0 d (00 h)125 7D

0 d (00 h)126 7E

0 d (00 h)127 7F

0 d (00 h)128 80

0 d (00 h)129 81

0 d (00 h)130 82

0 d (00 h)131 83

0 d (00 h)132 84

0 d (00 h)134 86

0 d (00 h)133 85

0 d (00 h)135 87

0 d (00 h)136 88

0 d (00 h)137 89

PH1

PH2

PH38

PH3

PH4

PH5

PH6

PH7

PH8

PH9

PH10

PH11

PH12

PH13

PH14

PH15

PH16

PH17

PH18

PH19

PH20

PH21

PH22

PH23

PH24

PH25

PH26

PH27

PH28

PH29

PH30

PH31

PH32

PH33

PH34

PH35

PH36

PH37

PH0

Profile time base set value. (0 = 0000s,1 = 00m59s, 2 = 0000m, 3 = 99m59s)

Maximum number of steps can be adjusted between and . If set to , runs on

h e ( 0 16 0

timer/t ermostat mod )

1st-Step target temperature set value (can be adjusted between H2 and H3 parameter)

If PH1 parameter set 0, temperature setpoint for Timer/Thermostat mode.

AL1 Output control bits in steps.

AL2 output control step bits. (Set such as PH35 parameter).

Step control parameter (holding registers of PC32-PC38 step control coils)

See chapter 2.2 coil descriptions for bit significations.

AL1 Output will be activated when related step bits are set.

PC33 PC32PC34PC35PC36PC37PC38

—

—— — — — — — —

B10

B11

B12

B13

B14

B15

2.1 Memory Map for Profile Control Holding Registers

Display selection parameter: It can take between 1 and 10 values. When 1 is selected, only the

process value is displayed. When 2 and up values are selected, the step number and the process

value are displayed alternately if 2 or more step profiles are programmed. The entered number

indicates the number of seconds to display the step number. For example, if 4 isentered, the step

numberisdisplayedfor1secondin4seconds.

Target temperature difference for increasing the step. (It can be set between 0 and H3 parameter. If

the step time is reached before the target temperature is reached when the profile is checked, then

the difference between the target temperature and the measured temperature isexpected to be less

than or equal to this parameter value and then proceed to the next step. If the difference is smaller

thanorequaltothisparameter,thetimerisswitchedon.SeeDrawing-4/page4onusermanual).

t.bAS.

S.num.

SE.i.P.

d.SEL.

tE.01

C.SEt

tE.02

tE.03

tE.04

tE.05

tE.06

tE.07

tE.08

tE.09

tE.10

tE.11

tE.12

tE.13

tE.14

tE.15

tE.16

ti.01

timE

ti.02

ti.03

ti.04

ti.05

ti.06

ti.07

ti.08

ti.09

ti.10

ti.11

ti.12

ti.13

ti.14

ti.15

ti.16

ENDA PID CONTROLLEREUPx420 SERIES TEMPERATURE

MODBUS PROTOCOL ADDRESS MAP

Parameter

Number

Data

Type

Default

Value

Parameter

Name

Data Content

Read Write

Permission

Holding Register

dres

De imal (Hex)

A s

1st-Time value can be set from 0 to 9999 seconds or minutes (changes with the depending

on PH0 parameter). If PH1 parameter set 0, time setpoint for Timer/Thermostat mode.

2nd-Step target temperature set value (can be adjusted between H2 and H3 parameter)

2nd-Time value can be set from 0 to 9999 seconds or minutes (changes with the depending

on PH0 parameter).

3rd-Step target temperature set value (can be adjusted between H2 and H3 parameter)

3rd-Time value can be set from 0 to 9999 seconds or minutes (changes with the depending

on PH0 parameter).

4th-Step target temperature set value (can be adjusted between H2 and H3 parameter)

4th-Time value can be set from 0 to 9999 seconds or minutes (changes with the depending

on PH0 parameter).

5th-Step target temperature set value (can be adjusted between H2 and H3 parameter)

5th-Time value can be set from 0 to 9999 seconds or minutes (changes with the depending

on PH0 parameter).

6th-Step target temperature set value (can be adjusted between H2 and H3 parameter)

6th-Time value can be set from 0 to 9999 seconds or minutes (changes with the depending

on PH0 parameter).

7th-Step target temperature set value (can be adjusted between H2 and H3 parameter)

7th-Time value can be set from 0 to 9999 seconds or minutes (changes with the depending

on PH0 parameter).

8th-Step target temperature set value (can be adjusted between H2 and H3 parameter)

8th-Time value can be set from 0 to 9999 seconds or minutes (changes with the depending

on PH0 parameter).

9th-Step target temperature set value (can be adjusted between H2 and H3 parameter)

9th-Time value can be set from 0 to 9999 seconds or minutes (changes with the depending

on PH0 parameter).

10th-Step target temperature set value (can be adjusted between H2 and H3 parameter)

10th-Time value can be set from 0 to 9999 seconds or minutes (changes with the depending

on PH0 parameter).

11th-Step target temperature set value (can be adjusted between H2 and H3 parameter)

11th-Time value can be set from 0 to 9999 seconds or minutes (changes with the depending

on PH0 parameter).

12th-Step target temperature set value (can be adjusted between H2 and H3 parameter)

12th-Time value can be set from 0 to 9999 seconds or minutes (changes with the depending

on PH0 parameter).

13th-Step target temperature set value (can be adjusted between H2 and H3 parameter)

13th-Time value can be set from 0 to 9999 seconds or minutes (changes with the depending

on PH0 parameter).

14th-Step target temperature set value (can be adjusted between H2 and H3 parameter)

14th-Time value can be set from 0 to 9999 seconds or minutes (changes with the depending

on PH0 parameter).

15th-Step target temperature set value (can be adjusted between H2 and H3 parameter)

15th-Time value can be set from 0 to 9999 seconds or minutes (changes with the depending

on PH0 parameter).

16th-Step target temperature set value (can be adjusted between H2 and H3 parameter)

16th-Time value can be set from 0 to 9999 seconds or minutes (changes with the depending

on PH0 parameter).

Step1

Step2

Step3

Step4

Step5

Step6

Step7

Step8 Step9

Step10

Step11

Step12

Step13

Step14

Step15

Step16

B10

B11

B12

B13

B14

B15

3. / 5

E-mail : info@suran-elektronik.de

Internet : www.suran-elektronik.de

Tel.: +49 (0)7451 / 625 617

Fax: +49 (0)7451 / 625 0650

SURAN Industrieelektronik

Dettinger Str. 9 / D-72160 Horb a.N

EUPx420-E-Modbus-03052019

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