ENDA EM4401 Series Manual

ENDA EM4401 DIGITAL TIMER

TECHNICAL SPECIFICATIONS

Note : Relay and S.S.OUT outputs are works synchronized. So, if OUT1 or OUT2 is relayed (on), SSR1 or SSR2 transistor operates.

1/7

Height

Max. 2000m

Do not use the device in locations subject to corrosive and flammable gasses.

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

Ambient/Storage temperature Relative Humidity

0 ... +50 / ° C -25... +70°C

Protection Class

According to EN60529; Front panel: IP65 Rear panel : IP20

ENVIRONMENTAL CONDITIONS

Supply Power Consumption

Max. 5VA

2.5mm² Screw-terminal power connection, 1,5mm² Terminal plug-in signal connection.

Wiring Date Retention

EMC

Safety Requirements

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

EEPROM (Min. 10 years)

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

ELECTRICAL CHARACTERISTICS

230V AC , 50/60Hz or 24V AC ±%10, 50/60Hz or 9-30V DC / 7-24V AC ±%10 SMPS

INPUTS

Start, Gate, Reset input

Input types can be adjusted as PNP or NPN in “Programming Mode”. Minimum pulse and void duration times can be adjusted between 5 and 100ms. For PNP input types, active level is 5 to 30V pulse, For NPN input types, active level is 0 to 2V pulse.

Mechanical 5.000.000, Electrical 200.000 operation.

Life expectancy for relay

SSR1, SSR2 output

OUTPUTS

Control output OUT1,OUT2

Open collector output (S.S. OUT): Max. 30V DC, 100mA

Auxiliary power supply

12V DC, max. 50mA (without regulation)

Accuracy

± % 0.01 ± 1ms

Housing Type

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

Dimensions

W48xH48xD87mm

Weight

Approx. 230g (After packing)

Enclosure Materials

Self extinguishing plastics

While cleaning the device, solvents (thinner, gasoline, acid etc.) or corrosive materials must not be used.

HOUSING

Mo Tu We Th Fr Sa Su

Out1 Out2

Out3

s

m

h

Mo

T

A

PRG

OUT MODE

Tu We Th Fr Sa Su

h

Start

Reset

Gate

EM4401

ENDA

DIGITAL TIMER

0

EM4401-EN-01-180308

SİSEL MÜHENDİSLİK ELEKTRONİK SAN. VE TİC. A.Ş.

Şerifali Mah. Y.Dudullu 34775 ÜMRANİYE/İSTANBUL-TURKEY Tel : +90 216 499 46 64 Pbx. Fax : +90 216 365 74 01 url : www.enda.com.tr

Barbaros Cad. No:18

Read this document carefully before using this device. The guarantee will be expired by device demages if you don't attend to the directions in the user manual. Also we don't accept any compensations for personal injury, material damage or capital disadvantages.

Thank you for choosing ENDA EM4401 Digital Timer.

ENDA

TM

Order Code : Em4401 - -

1 2

1 - Supply Voltage

230......230V AC

024......24V AC

SM......7-24VAC/9-30VDC

2 - ModBus

RS .........RS485 input

Blank .....N/A

(Specify at order)

48x48mm sized.

Easy to use . 9 Level time intervals. (Between 0-99.99sec. and 0-9999 hours). Sensor type selection (PNP, NPN). Selectable up / down counting direction. Adjustable input signal pulse and void duration. Memory option can be selected. 12 Different output mode. Two N.O. contact output and two NPN 50mA SSR output with current limiting. Display brightness can be adjusted. P

2x4 line display.

arameter security can be adjusted. Easy installation and service operations with terminal plug-in connectors. Rs485 ModBus communication input. (Specify at order). CE marked according to European Norms.

OUT1 : 250V AC, 10A (for resistive load), NO, NC - OUT2 :250V AC, 5A (for resistive load), NO

Mo Tu We Th Fr Sa Su

Out1 Out2

Out3

s

m

h

Mo

T

A

PRG

OUT MODE

Tu We Th Fr Sa Su

h

Start

Reset

Gate

EM4401

ENDA

DIGITAL TIMER

0

TERMS

Two pieces (Green)

Three pieces (Green) Indicates selected output mode number (Green)

Indicates setpoint name in SV indicator (Green)

7 Segment, 4 digits green LCD indicator (Character height 10mm)

Micro switch

( 5 ) SV Display ( 2 ) Output indicators ( 6 ) Input indicators ( 3 ) Output mode indicator

( 7 ) Key pad

( 4 ) setpoint information

( 1 ) PV Display

(1) Time value (in “Running Mode”)

Menu and Parameter name value (in “Programming Mode”)

(2) Indicates output status.

(6) Signal input status indicators.

(5) Setpoint or time value. (In “Running Mode”) Parameter value (In “Programming Mode”)

(3) Output mode indicator. (In “Running Mode”) (4) Timer setpoint selection indicator. (In “Running Mode”)

(7) Key pad.

(8) Counting direction indicator

Reset

TIME VALUE SETTINGS

s

s ss s s

s

s ss s s

s

m

m mm m m

m

m mm m m

m

h

h hh h h

h

T

TT T T

A

AA A A

PRG

PRG PRGPRG PRG PRG

OUT MODE

h

h hh h h

h

Start

Start StartStart Start Start

Start

Reset

ResetReset Reset Reset

Reset

Gate

GateGate Gate Gate

Gate

2559

2559 25592559 2559 2559

2559

3000

3000 31003000 3100 3059

3500

4000

4500

1

2

1

11 1 1

0

0 00 0 0

0

Out2

Out2 Out2Out2 Out2 Out2

Out2

Out1

Out1 Out1Out1 Out1 Out1

Out1

SET

T

A

PRGPRG

2

T

A

PRGPRG

2

T

A

PRGPRG

1

Is any key

is pressed for 3

seconds?

YES

NO

After the T1 time is selected with key, by key is pressed and to be adjusted and selected left two digits of the T1 setpoint appears by flashing. T1 time setpoint can be adjusted by using and keys for required value. By using key, toggles between right and left two digits. By using key, T1A, T2 and T2A time setpoints can be selected and can be adjusted like T1 time value. If no key is pressed for 3 seconds, it returns to "Running Mode".

While in "Runnig Mode", by every pressing key, T1, T1A, T2 and T2A setpoints can be selected respectively. Selected value is indicated by flashing. If no key is pressed for 3 seconds, it returns to "Running Mode".

T1A setpoint can be visible if Out Mode 9, A, and b is selected.

T2 setpoint can be visible if o.2.cn parameter is selected as t2.on , t2.oF or "Out Mode b" is selected.

T2A setpoint can be visible if o.2.cn parameter is selected as t2.on , t2.oF or "Out Mode 9", "Out Mode A" or “Out Mode b" is selected.

When changes are made in t1.r , t1.L and t1.H parameters of T1 setpoint and if T1 setpoint is not in limits, T1 will be set into the limits automatically.

When changes are made in t1A.r , t1A.L and t1A.H parameters of T1A setpoint and if T1A setpoint is not in limits, T1A will be set into the limits automatically.

When changes are made in t2.r , t2.L and t2.H parameters of T2 setpoint and if T2 setpoint is not in limits, T2 will be set into the limits automatically.

When changes are made in t2A.r , t2A.L and t2A.H parameters of T2A setpoint and if T2A setpoint is not in limits, T2A will be set into the limits automatically.

T2 and T2A set values are can be visible if o.2.cn parameter is selected as t2.on , t2.oF or "Out Mode b" is selected.

RUNNING MODE

SET

0

TIME VALUE SETTING POSITION

7 Segment, 4 digits green LCD indicator (Character height 7mm)

2/7

EM4401-EN-01-180308

SİSEL MÜHENDİSLİK ELEKTRONİK SAN. VE TİC. A.Ş.

Şerifali Mah. Y.Dudullu 34775 ÜMRANİYE/İSTANBUL-TURKEY Tel : +90 216 499 46 64 Pbx. Fax : +90 216 365 74 01 url : www.enda.com.tr

Barbaros Cad. No:18

ENDA

TM

Between

0 min., 0.01sec

and

99 min., 59 sec.

Mo

Tu

We

Th

Fr

Sa

Su

Mo

PRG PRG PRG

PRG

Tu

We

Th

Fr

Sa

Su

t1.cn t2.cn o.cnF

o.1.cn

o.2.cn

o.1.o.t

o.2.o.t

S.mEm

d.cnF

t1o. n

oFF

Hold

no

Mo

Mo MoMoMo

Mo Mo

Tu

Tu TuTuTu

Tu Tu

We

We WeWeWe

We We

Th

Th ThThTh

Th Th

Fr

Fr FrFrFr

Fr Fr

Sa

Sa SaSaSa

Sa

Su

Su SuSuSu

Su Su

Out3

Out3 Out3

Out3

s

m

m m

m

h

Mo

T

TT

T

A A A A

A

AA

A

PRG

PRG PRG

PRG

OUT MODE

Tu

We

Th

Fr

Sa

Su

h

Start

Reset

Reset Reset

Reset

Gate

t1 ..r

i.flt

t1.c..s

t.dir

d.mod

s.Cod

i.typ

d.lth

t2.c.s

o.cn.s

d.cn.s

D.aDr

P.r.Co

bauD

outm

t1A..r

t2 ..r

t2A..r

t1 .l

t1 .H

t2 .l

t2 .H

t1A.l

t1A.H

t2A.l

t2A.H

999. 9

00. 01 pY. Es

up

t1-1

0

npn

10

pY. Es

1

oFF

0

999. 9

00. 0

999. 9

00. 0

999. 9

00. 0

999. 9

00. 0

999. 9

1

12

2

1

2

1

2

8

0

8

Out2

Out2 Out2

Out2

Out1

Out1 Out1

Out1

T1 Low er Lim it Valu e Timer1 setpoint lower limit can be adjusted between 0 and t1 .H parameter.

T 1 S ca l e S e le c t io n 9 Different time periods can be selected (See Table 1). If this parameter changed, t1.L and t1.H parameters are changed automatically.

Timer1 Configuration Menu

Ou t mod e Sel ec ti on 12 Different Out Mode can be selected. (See graphic tables )

for output types

Input Filter

0.001 , 020, 050 and 0 .100 second values can be selected. Pulse and void time durations must be greater than adjusted i.FLt parameters for Start, Gate and Reset inputs.

Timer Counti ng Direction If up is selected, the timer is counted up, if dn is se le cte d the t im er is counted down.

Indicator Format Sets the s election for t he de sir ed par ame ter s f rom indicating on top and bottom display. (See table 2) This parameter returns to

t1-1 position when outm, o.1.cn and o.2.cn parameters

are ch ange d. It must be rea djust ed t o the des ired position.

Security Menu Fo r a cce ssin g t his me nu, this parameter must be entered. Security code is 4400.

T1 (Timer1) Menu, Security Access Level

If nonE Menu invisible. If P.YEs Modification can be done. If P. no Only visible.

T2 (Timer2) Menu, Security Access Level

Menu invisible. Modification can be done. Only visible.

If nonE If P.YEs If P. no

o.cNF

If nonE If P.YEs If P. no

Menu, Security Access Level

Menu invisible. Modification can be done. Only visible.

d.cNF

If nonE If P.YEs If P. no

Menu, Security Access Level

Menu invisible. Modification can be done. Only visible.

Input Type Selection nPn or PnP values can be

se le ct ed. S tar t, Ga te an d Re set in put ty pes wi ll be cha nge d a cco rdin g t o t his parameter.

Display Brightness Selection Display brightness can be adjusted between 1 and 20.

Device Address ModBus Com mun ica tion address ca n be a d j u s t a b l e b e t w e e n 1 and 247.

Pan el R eset Con trol If Off is selected, the reset button not work. If on is selected and reset key is pressed for 1 second, timer is reset.

RS485 Baudrate If oFF is selected ModBus com muni cati on d isab le. 2400, 4800, 9600, 19200 and 38400 baudrate values can be adjusted.

O u t 1 S e t t i n g s May take the t1.on an d t1 .o F v al ue s. (For Out1 behavior type, se e o ut put g rap hi c tables.)

Out1 ON, timer settings If HoLd is selected, output is continuously ac ti va te d. C an b e adjusted between 0.01 and 99. 99 seco nds. ()For Out1 behavior type, see ou tpu t g rap hic tables.

Permanent Memory Parameters

If no is selected, in case of power failur e, tim er and switching (contact) settings will be loss. If YES is selected, in case of power failure, last informations will be sto red and pr oces s continues.

selected as t2.on , t2.oF or “Out Mode b" is selected, this menu can be visible.

If o.2.cn parameter is

PRG

s.cnF

Su

Sa

Fr

Th

We

Mo

Tu

Out3

Out2

Out1

99.99s

t1-1

999.9s

t1.1A t1-2 t1.2A

9999s

t2-2

9959s

t2.2A

999.9

t1.t2

9999

9959

999.9

9999

Between

0.01 sec. and 99.99 sec.

Timer1

Timer2

Timer1

Timer1 Timer1

Timer2

T1 set

T2 set

T1A set

T2 set

T2A set

Between

0.1 sec. and 999.9 sec. Between

1 sec. and 9999 sec.

Between

1 min. and 9999 min.

Between

0 hr., 01 min.

and

99 hr., 59 min.

Between

0.1 min. and 999.9 min.

Between

0.1 hr. and 999.9 hr. Between

1 hr. and 9999 hr.

Parameter

Adjustable Value

TOP

Display

BOTTOM

Display

m

h

m

PROGRAMMING DIAGRAM

h

s

m

MoTu We Th Fr Sa Su

8

m

A

h

1

Parameter Setting Diagram

h h h

t1A.l t1A.l t1A.l t1A.l

s s s

m m m

Mo Mo Mo

OUT MODE

Tu Tu TuWe We WeTh Th ThFr Fr FrSa Sa SaSu Su Su

150. 0

160. 0

8 8 8

s s s

m m m

T T T T

A A A

PRG PRG

PRG

h h h

1 1 1

If held down key, left two digits of selected parameter flashes and by using keys, desired values can be adjusted. If pressed key, right two digits are flashes and can be adjusted like left digits.

If key is pressed and held 0.6 seconds, the value of the selected parameter increases rapidly. If waited enough,the value increases a hundred at each step. After 1 second, following the release of the key,

h

t1A.l

s

m

Mo

OUT MODE

Tu We Th Fr Sa Su

165. 9

8

s

m

T

A

PRG

h

1

160. 0

s

3/7

0 0 0

0

if key is pressed while holding key, the programming mode is entered.

Entering from the Programming Mode to the Running Mode:

If no key is pressed within 20 seconds during Programming Mode, the data is stored automatically and the Running Mode is entered. Alternatively, the same function occurs first pressing key, Programming Mode is entered. Then keys are pressed, data is recorded and “Running Mode” is entered

Timer2 Configuration Menu Output Configuration Menu Device Configuration Menu

Security Configuration Menu

T1 A Sc a le S el ec ti o n 9 Different time periods can be selected (See Table 1). If this parameter changed, t 1 A . L a n d t 1 A . H p a r a m e t e r s are changed automatically.

T1A Lo wer Lim it Value Timer1A setpoint lower limit can be adjusted between 0 and t1 .A parameter.

T1 Up per Li mit Va lue Timer1 setpoint upper limit can be adjusted between

and

parameters.

t1 .L t1 .r

T1 A Up per Li mit Va lue Timer1A setpoint upper limit can be adjusted between

and

parameters.

t1A.L t1A.r

T 2 S c a l e S e l c t i o n 9 Different time periods can be selected (See Table 1). If this parameter changed, t2.L and t2.H parameters are changed automatically.

T 2A S ca l e Se l ct io n 9 Different time periods can be selected (See Table

1) . I f thi s p ar ame ter ch an ged , t2 A. L an d t2A .H para mete rs a re

T2 Low er Lim it Valu e Timer2 setpoint lower limit can be adjusted between 0 and t2 .H parameter.

T2A L ower Lim it Value Timer2 A setpo int lo wer lim it can be adju sted between 0 and t2 .A parameter.

T2 Uppe r Li mit Value Timer2 setpoint upper limit can be adjusted between

and

parameters.

t2 .L t2 .r

T2A U pper Lim it Value Timer2A setpoint upper lim it c an be a djus ted between and parameters.

t2A.L t2A.r

O u t 2 S e t t i n g s May take the

values. (For Out2 behavior type, see output graphic tables.)

off, t1.on, t1.oF, t2.on, t2.oF and P.on

Out2 ON, Time r Setti ngs If HoLd is selected, output is cont inuously activated. Can be adjusted between 0.01 and 99.99 seconds. (

)

For Out2 be havior type, see output graphic tables.

In this position, first key is pressed and than key is pressed for 4 seconds, d.PAr. is

0

seen on display and the device is returned to factory settings.

Scale selection table.

TABEL 1

Parameter selection

table to display

TABLE 2

ATTENTION!

Ac cord ing to th e outm and o.2.cn pa ram ete rs so me d i sp l a y m o d e s invisible

EM4401-EN-01-180308

ENDA

TM

Power

o2.cn. = t2.on

o2.cn. = t1.on

If o2.cn. = oFF , Out2 is cancelled

o1.cn = t1.on

o2.cn = t1.on

o2.cn = t2.on

o1.cn = t1.on

o1.cn = t1.oF

o2.cn = t1.oF

o2.cn = t2.oF

o2.cn = P.on

o2.cn = off

o2.cn = t2.oF

o1.cn = t1.oF

o2.cn. = t1.oF.

o2.cn. = t2.oF.

Start

T1 time

T2 time

T1 time

T2 time

T2 time T2 time

Start

Reset

Out1

Out2

Out1

Out2

Out1

Out2

Out2 power on

Out2

Out1

Out2

T1

0

T2

MODE 0

DELAY with CONSTANT START ON and RESET AFTER START

If o1.o.t or o2.o.t is selected Hold, output is generated constantly until OFF START Input or RESET Input is taken from OUT1 or OUT2.

If o1.o.t or o2.o.t is selected Hold, Periodically OUT1 is set to ON or OFF with every OUT2 is set to ON or OFF with every T2 time.

T1 time ,

MODE 1

RESET and DELAY with PULSE START ON

MODE 2

DELAY with START ON/OFF

MODE 3

RESET with START and DELAY with START OFF

MODE 4

PERIODIC PROCESS with START PULSE

Pulse output is taken about o1.o.t lenght from OUT1.

Pulse output is taken about from OUT2.

o2.o.t lenght

o1.cn = t1.on

Up timer is selected

Down timer is selected

DETAILED EXPLANATION

OUTPUT TYPES GRAPHS - 1

FAST EXPLANATION

NOTE : If Gate in put is active , standby mode is switched in all operating mode.

4/7

TIMER1TIMER2TIMER1TIMER2TIMER1TIMER2TIMER1TIMER2TIMER1TIMER2

If o2.cn. = oFF , Out2 is cancelled

Up timer is selected

Down timer is selected

If o1.o.t or o2.o.t is selected Hold, output is generated constantly until OFF START Input or RESET Input is taken from OUT1 or OUT2.

Pulse output is taken about from OUT2.

o2.o.t lenght

Pulse output is taken about o1.o.t lenght from OUT1.

Up timer is selected

Down timer is selected

If o2.cn. = oFF , Out2 is cancelled

If o1.o.t or o2.o.t is selected Hold, output is generated constantly until OFF START Input or RESET Input is taken from OUT1 or OUT2.

Pulse output is taken about from OUT2.

o2.o.t lenght

Pulse output is taken about o1.o.t lenght from OUT1.

Up timer is selected

Down timer is selected

Up timer is selected

Down timer is selected

Up timer is selected

Down timer is selected

If o1.o.t or o2.o.t is selected Hold, output is generated constantly until OFF START Input or RESET Input is taken from OUT1 or OUT2.

Pulse output is taken about from OUT2.

o2.o.t lenght

Pulse output is taken about o1.o.t lenght from OUT1.

If o2.cn. = oFF , Out2 is cancelled

Up timer is selected

Down timer is selected

Up timer is selected

Down timer is selected

Pulse output is taken about from OUT2.

o2.o.t lenght

Pulse output is taken about o1.o.t lenght from OUT1.

T1 time

T2 time

EM4401-EN-01-180308

Power

o2.cn. = t2.on

o2.cn. = t1.on

o1.cn = t1.on

o2.cn = t1.on

o2.cn = t2.on

o1.cn = t1.on

o1.cn = t1.oF

o2.cn = t1.oF

o2.cn = t2.oF

o1.cn = t1.oF

o2.cn. = t1.oF.

o2.cn. = t2.oF.

Start

T1 time

T2 time T2 time T2 time

Start

Reset

Out1

Out2

Out1

Out2

Out1

Out2

Out1

Out2

T1

0

T2

If o1.o.t or o2.o.t is selected Hold, Periodically OUT1 is set to ON or OFF with every T1 time,OUT2 is set to ON or OFF with every T2 time while START signal is ON.

MODE 5

PERIODIC PROCESS with CONSTANT START and RESET AFTER START

Power

o2.cn. = t2.on

o2.cn. = t1.on

o1.cn = t1.on

o2.cn = t1.on

o2.cn = t2.on

o1.cn = t1.oF

o2.cn = t1.oF

o2.cn = t2.oF

o2.cn. = t1.oF.

o2.cn. = t2.oF.

Start

T1 = a + b

T2 = a + c

Reset

Out1

Out2

Out1

Out2

T1

0

T2

If o1.o.t or o2.o.t is selected Hold, Constant output is taken until RESET Input is set to ON from OUT1 or OUT2.

If o1.o.t or o2.o.t is selected Hold, Constant output is taken until START Input or RESET Input is set to ON from OUT1 or OUT2.

MODE 6

TIMING with START

MODE 7

RESET with START after TIMING with START

a

b

d

b

c

delay

DETAILED EXPLANATION

FAST EXPLANATION

Power

o2.cn. = t2.on

o2.cn. = t1.on

o1.cn = t1.on

o2.cn = t1.on

o2.cn = t2.on

o1.cn = t1.on

o1.cn = t1.oF

o2.cn = t1.oF

o2.cn = t2.oF

o1.cn = t1.oF

o2.cn. = t1.oF.

o2.cn. = t2.oF.

Start

T1 time

T2 time T2 time

Start

Reset

Out1

Out2

Out1

Out2

Out1

Out2

Out1

Out2

T1

0

T2

If o1.o.t or o2.o.t is selected Hold, OUT1 is set ON or OFF about T1 lenght , OUT2 is set ON or OFF about T2 lenght when START Input is set to ON .

MODE 8

SINGLE PERIOD TIMING with START ON

Power

o2.cn. = t2.on

o2.cn. = t1.on

o1.cn = t1.on

o2.cn = t1.on

o2.cn = t2.on

o1.cn = t1.on

o1.cn = t1.oF

o2.cn = t1.oF

o2.cn = t2.oF

o1.cn = t1.oF

o2.cn. = t1.oF.

o2.cn. = t2.oF.

Start

T1 time

T2 time T2A time T2 time

T1A time T1 time T1A time

Start

Reset

Out1

Out2

Out1

Out2

Out1

Out2

Out1

Out2

TIMER1

TIMER2 TIMER1 TIMER2 TIMER1 TIMER2 TIMER1 TIMER2 TIMER1

TIMER2

Out2

T1

T1A

T1

0

T2

T2A

T2

MODE 9

ON-OFF TIME PERIODIC PROCESS with START PULSE

OUTPUT TYPES GRAPHS - 2

5/7

o2.cn = off

Out2

o2.cn = P.on

Out2

Out2 power on

EM4401-EN-01-180308

T1 time

Up timer is selected

Down timer is selected

If o2.cn. = oFF , Out2 is cancelled

Pulse output is taken about from OUT2.

o2.o.t lenght

Pulse output is taken about o1.o.t lenght from OUT1.

Up timer is selected

Down timer is selected

Up timer is selected

Down timer is selected

If o2.cn. = oFF , Out2 is cancelled

Up timer is selected

Down timer is selected

Pulse output is taken about from OUT2.

o2.o.t lenght

Pulse output is taken about o1.o.t lenght from OUT1.

Up timer is selected

Down timer is selected

Up timer is selected

Down timer is selected

If o2.cn. = oFF , Out2 is cancelled

Pulse output is taken about from OUT2.

o2.o.t lenght

Pulse output is taken about o1.o.t lenght from OUT1.

If o2.cn. = oFF , Out2 is cancelled

Up timer is selected

Down timer is selected

Up timer is selected

Down timer is selected

T1 time

Pulse output is taken about o1.o.t lenght from OUT1.

Pulse output is taken about from OUT2.

o2.o.t lenght

T1 time

T1A time

Up timer is selected

Down timer is selected

Up timer is selected

Down timer is selected

If o2.cn. = oFF , Out2 is cancelled

NOTE : If Gate in put is active , standby mode is switched in all operating mode.

Power

o2.cn. = t2.on

o2.cn. = t1.on

o1.cn = t1.on

o2.cn = t1.on

o2.cn = t2.on

o1.cn = t1.on

o1.cn = t1.oF

o2.cn = t1.oF

o2.cn = t2.oF

o1.cn = t1.oF

o2.cn. = t1.oF.

o2.cn. = t2.oF.

Start

T1 time

T2 time T2A time T2-x

T1A time

T1 time

T1-x

Start

Reset

Out1

Out2

Out1

Out2

Out1

Out2

Out1

Out2

T1

T1A

T1

0

T2

T2A

T2

MODE A

ON-OFF TIME PERIODIC PROCESS with CONSTANT START and RESET with START OFF

DETAILED EXPLANATION

FAST EXPLANATION

x = Unknown time

Power

o2.cn. = t2.on

ATTENTION! In order to choose this mode , . parameter must be setted to or .o2.cn t2.on t2.of

o1.cn = t1.on

o2.cn = t2.on

o1.cn = t1.on

o1.cn = t1.oF

o2.cn = t2.oF

o1.cn = t1.oF

o2.cn. = t2.oF.

Start

Reset

Out1

Out2

Out1

Out2

Out1

Out2

T1

T2

T1A

T2A

0

MODE B

ON-OFF TIME DOUBLE CONTACT DOUBLE PERIODIC PROCESS with START PULSE

T1

time

T1

time

T1A

time

T1A time

T2

time

T2

time

T2A time

NOTE 2 : If o2.cn parameter is set to P.on , then Out2 output is activated and remains until power down. In this setup , Out2 output is used in order to observe power state of timer. Other Out2 functions can not be used.

OUTPUT TYPES GRAPHS - 3

TIMER1

TIMER2TIMER1

o2.cn = off

Out2

o2.cn = P.on

Out2

Out2 power on

Up timer is selected Down timer is selected

Up timer is selected

Down timer is selected

If o2.cn. = oFF , Out2 is cancelled

Up timer is selected

Down timer is selected

NOTE 1 : If Gate in put is active , standby mode is switched in all ‘‘Operating Mode’’.

Power

o2.cn. = t2.on

o2.cn. = t1.on

if o2.cn. = oFF Out2 is cancelled

o1.cn = t1.on

o2.cn = t1.on

o2.cn = t2.on

o1.cn = t1.oF

o2.cn = t1.oF

o2.cn = t2.oF

o2.cn. = t1.oF.

o2.cn. = t2.oF.

Start

T1 = a + b

T2 = a + c

Reset

Out1

Out2

Out1

Out2

T1

0

T2

If o1.o.t or o2.o.t is selected Hold ,output is generated constantly until ON START Input or RESET Input is taken from OUT1 or OUT2.

Up timer is selected

Down timer is selected

MODE C

RESET with START OFF after TIMING with start

a

b

d

b

c

delay

TIMER2 TIMER1

o2.cn = off

Out2

o2.cn = P.on

Out2

Out2 power on

Pulse output is taken about o1.o.t lenght from OUT1.

Pulse output is taken about from OUT2.

o2.o.t lenght

6/7

EM4401-EN-01-180308

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Barbaros Cad. No:18

ENDA

TM

SENSOR CONNECTION SAMPLES

+ 12V

GND

+ 12V + 12V

1 1

11 11

12 12

13 13

14 14

15 15

16 16

2 2

3 3

4 4

5 5

6 6

7 7

8 8

9 9

10 10

230V AC Supply

230V AC Supply 230V AC Supply

Switch Anahtar

Cable size: 1,5mm²

Fuse

F 100 mA

250V AC

Fuse

F 100 mA

250V AC

Typical connections for PNP sensor type Typical connections for NPN sensor type

PNP PROXIMITY SWITCH

NPN PROXIMITY SWITCH

GND GND

Start Start

RESET RESET START START GATE GATE

OUT (Active level is sensor

supply voltage)

OUT (Active level GND)

Flush

mounting

clamp

Panel

58mm

CONNECTION DIAGRAM

230V AC or

21.6-26.4V AC 50/60Hz 5VA

SUPPLY :

NOTE :

48mm

DIMENSIONS

12

11

80mm

Connection

Cables

+0.6

45 mm

+0.6

Panel cut-out

230V AC or 24V AC

Supply

1

51mm

Depth

87mm

2

Note :

Logic output of the device is not electrically isolated. Therefore, the logic output terminals should not be grounded when using groun de d t he rm ocouples.

1) Mains supply cords shall meet the requirements of IEC60227 or IEC60245.

2) In accordance with the safety regulations, the power

supply switch shall bring the identification of the relevant instrument and it should be easily accessible by the operator.

Vida sıkma momenti

0.4-0.5Nm

For removing mounting clamps ;

Cihazın tümünde ÇİFT YALITIM vardır.

Mo Tu We Th Fr Sa Su

Out1 Out2

Out3

s

m

h

Mo

T

A

PRG

OUT MODE

Tu We Th Fr Sa Su

h

Start

Reset

Gate

Em4401

ENDA

DIGITAL TIMER

0

Switch

Fuse

F 100 mA

250V AC

Switch

Fuse

F 100 mA

250V AC

Cable size: 1,5mm²

- Push the device in direction 1 as

shown in the figure.

- Then pull out the device in direction 2 .

Note :

1) While performing panel mounting,additional

space should be allocated for cables.

2) Panel thickness should be maximum 9mm.

3) If there is no 100mm free space at back

side of the device, it would be difficult to remove it from the panel.

ENDA EM4401 is intended for installation within control panels. Make sure that the device is used

only for intended purpose. The shielding must be grounded on the instrument side. installation, all of the cables that are connected to the device must be free of electrical power. 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

During an

the supply network must be laid out as shielded and twisted cables. These cables should not be close to the power cables or components. The installation and electrical connections must be carried out by a qualified staff and must be according to the relevant locally applicable regulations.

Phase

Neutral

Switch

Cable size: 1,5mm²

Fuse

F 100 mA

250V AC

Fuse should be connected.

7/7

EM4401-EN-01-180308

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Barbaros Cad. No:18

ENDA

TM

EM4401-230VAC

DIGITAL TIMER

INDUSTRIAL ELECTRONICS

ENDA

SN: XXXXXXXXX

MADE IN TURKEY

SSR2 OUT

SSR1 OUT

RESET IN

START IN

GATE IN

GND

+12V 50mA

1

2

3

4

5

6

7

8

9

10

8 6 804 07 718 795

OUT1

OUT2

AC 250V 10A RESISTIVE LOAD

AC 250V 5A RESISTIVE LOAD

11

12

13

16

14

15

17

230V AC 50/60Hz 5VA

-

+

RS- 485

A

B

RS-485 COM.

8 6 804 07 718 801

EM4401-230VAC-RS

DIGITAL TIMER

INDUSTRIAL ELECTRONICS

ENDA

SN: XXXXXXXXX

MADE IN TURKEY

SSR2 OUT

SSR1 OUT

RESET IN

START IN

GATE IN

GND

+12V 50mA

1

2

3

4

5

6

7

8

9

10

OUT1

OUT2

AC 250V 10A RESISTIVE LOAD

AC 250V 5A RESISTIVE LOAD

11

12

13

16

14

15

17

230V AC 50/60Hz 5VA

Holding Register

addresses

Decimal (Hex)

Parameter

Number

Data Type

Data Content

Read / Write

Permission

Factory

Defaults

R W

Word

0000d (0000h)

10

30

100

1

0

9999

0

1

0

1

3

1

0

1

10

9999

15

0002d (0002h)

0003d (0003h)

0004d (0004h)

0005d (0005h)

0006d (0006h)

0007d (0007h)

0008d (0008h)

0009d (0009h)

0010d (000Ah)

0001d (0001h)

0011d (000Bh)

0012d (000Ch)

0013d (000Dh)

0014d (000Eh)

0015d (000Fh)

0016d (0010h)

0017d (0011h)

0018d (0012h)

0019d (0013h)

0020d (0014h)

0022d (0016h)

0021d (0015h)

H0

H1 H2

H3 H4 H5 H6 H7

H8 H9

H10 H11 H12 H13 H14

H15 H16

H17 H18 H19

H20

H21

H23

H22

H24 H25

H26

H27

H28

H29

H30

Timer1 Configuration Parameters

Device Configuration

Security Parameters

Output Parameters

Setpoint for T1 time (Adjustable between 0-9999d. Format : BCD = 0-9999d) E.g. : Adjusting for 259 seconds MSB = 02h, LSB = 59h

Minimum setpoint value limit for T1 time. (Format must be as in the H0 parameter)

Maximum setpoint value limit for T1 time. (Format must be as in the H0 parameter)

Outpu type parameter. Can be adjusted between 0 and 11. See graphic tables for output types

T1 (Timer1) Menu, security access level parameter. Adjustable between 0 and 2. 0 = Menu invisible, 1 = Modification can be done, 2 = Menu parameters only visible.

Display luminous intensity setting parameter. Can be adjusted between 1 and 20.

Display configuration parameter. Adjustable between 0 and 6. See TABLE 2 for selection.

Minimum puls duration time parameters for RESET, START and GATE inputs. 0 = 1ms, 1 = 20ms, 2 = 50ms, 3 = 100ms

OUT1 Configuration parameter. Can be adjusted between 0 and 2. See graphic tables for output types

Setpoint for T1A time ( Format must be as in the H0 parameter)

Setpoint for T2 time ( Format must be as in the H0 parameter)

Setpoint for T2A time ( Format must be as in the H0 parameter)

Setpoint for T1 time base 0 = 99.99sec, 1 = 999.9sec, 2 = 9999sec, 3 = 99m59sec, 4 = 999.9min 5 = 9999min, 6 = 99h59min, 7 = 999.9hr, 8 = 9999hr.

Setpoint for T1A time base. (Format must be as in the H2 parameter).

Word

0023d (0017h)

Word

0024d (0018h)

Word

0025d (0019h)

Word

0026d (001Ah)

Word

0027d (001Bh)

Communication speed for : 0 = 1200 bps, 1 = 2400 bps, 2 = 4800 bps, 3 = 9600 bps, 4 = 14400 bps, 5 = 19200 bps, 6 = 38400 bps, 7 = 57600 bps

Device address values for Modbus. (Adjustable between 1 and 247)

Word

0028d (001Ch)

Word

0029d (001Dh)

0030d (001Eh)

1.2 Memory Map for Control Coils

Parameter

Number

Data Type

R W

C0

C1

C2 C3 C4

C5-C15

Timer counting direction (0 = Count UP ,1 = Count DOWN)

Data storage in case of power failure (Permanent memory parameters)

0 = Storing data enabled (Possible), 1 = Storing data disabled (Not Possible).

Sensor type selection. (0 = NPN ,1 = PNP)

Panel RESET activation. ( 0 = Reset key inactive, 1 = Reset key is active )

Reserve

Bit

Coil Addresses

Decimal (Hex)

0

X

0

0000d (0000h)

0001d (0001h)

0002d (0002h)

0003d (0003h)

0004d (0004h)

0005d (0005h)

0015d (000Fh)

....... ......

Function control parameter. If 23040d (5A00h) value is entered, device is returned to factory settings.

ENDA EM4401 DIGITAL TIMER MODBUS ADRESS MAP

Minimum setpoint value limit for T1A time. (Format must be as in the H0 parameter)

Maximum setpoint value limit for T1A time. (Format must be as in the H0 parameter)

Setpoint for T2 time base. (Format must be as in the H2 parameter).

Setpoint for T2A time base. (Format must be as in the H2 parameter).

Minimum setpoint value limit for T2 time. (Format must be as in the H0 parameter)

Maximum setpoint value limit for T2 time. (Format must be as in the H0 parameter)

Minimum setpoint value limit for T2A time. (Format must be as in the H0 parameter)

Maximum setpoint value limit for T2A time. (Format must be as in the H0 parameter)

OUT2 Configuration parameter. Can be adjusted between 0 and 4. See graphic tables for output types

OUT1 Contact output duration. Adjustable between 0.00 and 99.99 sec. ( 0 = Hold)

Format: BCD = 99h, MSB = 99h

E.g. : Adjusting for 12.50sec., MSB 12hr, LSB = 50hr

OUT2 Contact output duration. Adjustable between 0.00 and 99.99 sec. ( 0 = Hold)

(Format must be as in the H19 parameter)

T2 (Timer2) Menu, security access level parameter. Adjustable between 0 and 2. 0 = Menu invisible, 1 = Modification can be done, 2 = Menu parameters only visible.

Output configuration menu, security access level parameter. Adjustable between 0 and 2. 0 = Menu invisible, 1 = Modification can be done, 2 = Menu parameters only visible.

Device configuration menu, security access level parameter. Adjustable between 0 and 2. 0 = Menu invisible, 1 = Modification can be done, 2 = Menu parameters only visible.

Timer2 Configuration Parameters

Data Content

Read / Write

Permission

Factory

Defaults

1 / 2

EM4401-EN-01-180308

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Barbaros Cad. No:18

ENDA

TM

R R R R

1.3 Memory Map for Input Registerlers

Word

0000d (0000h)

I0

Timer1 time value (Must be read according to BCD format)

Word Word Word

0001d (0001h) 0002d (0002h) 0003d (0003h)

0007d (0007h)

0015d (000Fh)

I1 I2 I3

Timer2 time value (Format is as in the I0 parameter) Out1 puls time value (Must be read according to BCD format. Sensitivity 0.00sn ) Out2 puls time value (Format is as in the I2 parameter)

1.4 Memory Map for Output Status Indicator Bits

R

OUT1 Output status (0 = OFF ,1 = ON)

OUT2 Output status (0 = OFF , 1 = ON ) Panel reset key status ( 0 = Reset key inactive, 1 = Reset key is active )

Reserve Reset input status ( 0 = Reset input inactive, 1 = Reset input is active ) Gate input status ( 0 = Gate input inactive, 1 = Gate input is active ) Start input status ( 0 = Start input inactive, 1 = Start input is active )

Reserve

D0

D1

D2 D3 D4 D5 D6

D7-D15

Bit

(0000)h

(0001)h

(0002)h

(0003)h

(0004)h

(0005)h

(0006)h

1.5 Memory Map for Software Revision Input Registers

14

Word

1

NOTE :

To view each word correctly by changing the byte sequences should be displayed as ASCII TEXT

Word

2

Word

3

Word

4

Word

5

Word

6

Word

7

Word

8

Word

9

Word

10

Word

11

Word

12

Word

13

Word

14

0920d (0398h)

Software Revision

R

Software name and update date is in ASCII format and 14 word. Example : EM4401-01 25 March 2016. Memory Format :

E

4

1

-

1

2

r

2

0

6

M

4

0

5

M

a

1

.

...... .......

ENDA EM4401 DIGITAL TIMER MODBUS ADRESS MAP

Holding Register

addresses

Decimal (Hex)

Parameter

Number

Data Type

Data Content

Read / Write

Permission

Discrete input

addresses

Parameter

Number

Data Type

Data Content

Read / Write

Permission

2. MODBUS ERROR MESSAGES

Modbus protocol has two types error, communication error and operating error. Reason of the communication error is data corruption in transmission. Parity and CRC control should be done to prevent communication error. Receiver side checks parity and CRC of the data. If they are wrong, the message will be ignored. If format of the data is true but function doesn’t perform for any reason, operating error occurs. Slave realizes error and sends error message. Most significant bit of function is changed '1' to indicate error in error message by slave. Error code is sent in data section. Master realizes error type via this message.

Error Code

Meaning

Name

ILLEGAL FUNCTION

ILLEGAL DATA ADDRESS

ILLEGAL DATA VALUE

01

02 03

The function code received in the query is not an allowable action for the slave. If a Poll Program Complete command was issued, this code indicates that no program function preceded it.

The data address received in the query is not an allowable address for the slave.

A value contained in the query data field is not an allowable value for the slave.

Device Address

Function Code

Beginning address of coils.

Number of coils (N)

CRC DATA

MSB

LSB

MSB

LSB

MSB

Structure of command message (Byte Format)

(0A)h

(01)h

(04)h

(A1)h

(00)h

(01)h

(AC)h

(63)h

Device Address

Function Code

CRC DATA

LSB

MSB

Structure of response message (Byte Format)

(0A)h

(81)h

(02)h

(B0)h

(53)h

Error Code

Message example;

As you see in command message, coil information of (4A1)h = 1185 is required but there isn’t any coil with 1185 address. Therefore error code with number (02)

(Illegal Data Address) sends.

ModBus Error Codes

2 / 2

EM4401-EN-01-180308

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Barbaros Cad. No:18

ENDA

TM

ENDA EM4401 Series Manual

Specifications and Main Features

Frequently Asked Questions

User Manual