Wachendorff TI484801 User guide

TIMER TI484801

TIMER

Wachendorff Prozesstechnik GmbH & Co. KG

e-mail: [e-mail]

SIZE AND INSTALLATIONSIZE AND INSTALLATION

memory card (optional)

C1C1
C2C2
A1

MAN TUN REM

A2

48 mm

A3

48 mm

Front panel

cut out

46x46mm

MEMORYC.241MEMORYC.241

SETPOINT MODIFICATIONSETPOINT MODIFICATION

PRESS

1

2

TECHNICAL DATATECHNICAL DATA

or

LED

C1C1
C2C2
A1

MAN TUN REM

A2

A3

C1C1
C2C2
A1

MAN TUN REM

A2

A3

C1C1
C2C2
A1

MAN TUN REM

A2

A3

Operating

temperature

Sealing

Material

Digital Inputs

Outputs

OUT 24V

Back-UP

Power Supply

MEANING

Report the activation of Q1

Report the activation of Q2

Report serial transmission by the TI484801

Operating temperature 0-40°C, humidity

35..95uR%

IP65 (with gasket) on front panel,
IP20 box and terminal blocks

PC ABS UL94V0 self-extinguishing

3PNP/NPN configurable as analogue for
potentiometers.(max 28 Vdc in PNP mode)

2 relays 8A resistive charge
30mA(24Vac),40mA(24 Vdc),60mA (110...230Vac)

.

Rechargeable battery, approx. 60days autonomy

24...230Vac/Vdc +/-15% 50/60Hz / 2W

MANUAL

MANUAL

TI484801

www.wp-direkt.de

Version 2.0

Insertion of

2to mm
suggested thickness

DISPLAY

Visualizes SETPOINT 1 / 2

Modifies selecter SET

1 6

OUT

5

50mA

4

I1

3

I2

2

I3

1

6

CN1

4V

2

Service ab.

dem

die Versorgung vor

Gefahr eines elektr.

ACHTUNG

Schlags. Schalten Sie

106 mm10

16

Memory Card

8A230V
Resistiv

1/2HP
8A230V
Resistiv

1/2HP

INTRODUCTION

Thanks for choosing a Wachendorff device.

The timer TI484801 can be set in 5 different modes; Timer-ON, Timer­OFF, Pause-Work, Oscillator, PWM (time-proportioned output), all
options with independent settings of ON-OFF time.
3 universal digital inputs are availables (NPN/PNP/Potential free
contact) for external commands like Start, Stop and Reset; one input is
also analogue in order to allow the modification of working times by an
external potentiometer.
5 different time bases (hundredths, tenths, seconds, minutes, hours).

Counting can be incremental or decremental.

Read carefully the safety guidelines and programming instructions
contained in this manual before using/connecting the device.

Disconnect power supply before proceeding to hardware settings or
electrical wirings.

Only qualified personnel should be allowed to use the device and/or
service it and in accordance to technical data and environmental
conditions listed in this manual.

Do not dispose electric tools together with household waste materials in
observance of European Directive 2002/96/CE

5

10

Versorg.

24...230V
AC/DC

9

8

Q1

7

Q2

6

WIRING DIAGRAMWIRING DIAGRAM

4

3

2

1

PNP

PNP

NPN

Proximity
Sensor PNP
2 wires

Proximity
Sensor PNP
3 wires

OUTPUT

I1

I2

I3

I1

I2
I3

NPN

+

-

5

OUT 24V

4

I1

3

I2

2

I3

1

5

OUT 24V

4

I1

3

I2

2

I3

1

5

OUT 24V

4

I1

3

I2

2

I3

1

5

OUT 24V

4

I1

3

I2

2

I3

1

servicing

supply before

Disconnect power

CAUTION

Risk of Electric Shock

servicing

supply before

Disconnect power

CAUTION

Risk of Electric Shock

servicing

supply before

Disconnect power

CAUTION

Risk of Electric Shock

servicing

supply before

Disconnect power

CAUTION

Risk of Electric Shock

POTENTIOMETER 0 to 5/10 Kohm
Accuracy 1.000 points

Potentiometer:

To modify Set1 or Set2 by external potentiometer follow the steps below:

1-

use potentiometers 0 to 5/10kohm

2-

connect cursor to pin I3; a wrong connection may damage the potentiometer and

lead to lock of the device.

3-

accuracy on input is max 1000 points, therefore set the parameters "Upper limit"
and "Lower limit" with a max difference of 1000 units.
(Ex.: LoS1 to 50,0 and uPS1 to 150,0 to modify time value related to Set1 between
50 and 150 seconds with steps of one tenth). Greater differences would make
unstable the less significant digit.

4-

To calibrate the scale of potentiometer enter the configuration mode and select:
Hin.3 as Pot
Fin.3 as Set1 or Set2
P.tAr as Enable
Exit configuration mode and place potentiometer at minimum leveland press key,
then place potentiometer at max level and press premere key: the device
automatically exit the calibration procedure.
N.B.:Aswitch-off ofthedevicewouldinterruptthecalibration.

8A 230V
Resistiv

1/2HP

8A 230V
Resistiv

1/2HP

8A 230V
Resistiv

1/2HP

8A 230V
Resistiv

1/2HP

8A 230V
Resistiv

1/2HP

8A 230V
Resistiv

1/2HP

8A 230V
Resistiv

1/2HP

8A 230V
Resistiv

1/2HP

10

9

8

7

6

10

9

8

7

6

10

9

8

7

6

10

9

8

7

6

SUPPLY

24...230V
AC/DC

Q1

Q2

SUPPLY

24...230V
AC/DC

Q1

Q2

SUPPLY

24...230V
AC/DC

Q1

Q2

SUPPLY

24...230V
AC/DC

Q1

Q2

MEMORY CARD (optional)MEMORY CARD (optional)

Parameters and setpoint values can be copied from one device to another using
the Memory card

.

Attention: Pls. perform an update of the memory card first.

There are two methods:

With the device connected to the power supply

>

insert the memory card .

when the controller is off

On activation display 1 shows and display 2 shows

(Only if the values stored on Mmeory Card are correct).

By pressing the key display 2 shows

Confirm using the key .

The device loads the new data and starts again

With the controller disconnected from the power supply:

>

.

The memory card is equipped with an internal battery with a life of about 1000 uses.

Insert the memory card and press the programming button.

When writing the parameters, the LED turns red and on completing the procedure
it changes to green. It is possible to repeat the procedure.

UPDATING MEMORY CARD.

update

To the memory card values, follow the procedure described in the first
method, setting display 2 to so as not to load the parameters on controller.

Enter configuration and .

change at least one parameter

Exit configuration. Changes are saved automatically.

LOADING DEFAULT VALUES

This procedure restores the factory settings of the instrument.

LOADING DEFAULT VALUESLOADING DEFAULT VALUES

1

2

3

PRESS

SET for

3 seconds

or

to confirm

pass to the next one pressing

DISPLAY DO

On display 1 appears

with 1st digit blinking, while

display 2 shows

Modify blinking digit and

Device loads

default values

Enter Password

Switch the device off

and restart it

CONFIGURATION PARAMETER MODIFICATIONCONFIGURATION PARAMETER MODIFICATION

1

2

3
4

5

6

PRESS

SET for

3 seconds

or

to confirm

or

+ or

+

pass to the next one pressing

Display shows first parameter of

configuration table

Increase or decrease visualized value

pressing and an arrow key

End configuration, controller exits

DISPLAY DO

On display 1 appears

with 1st digit blinking, while

display 2 shows

Modify blinking digit and

Scroll parameters

from configuration

Enter Password

Enter the new data

that will be

saved when releasing keys

LIST OF PARAMETERSLIST OF PARAMETERS

FUNCTION CONFIGURATION

P-01 Timer Function

Timer On
Timer Off
Pause/Work
Oscillator
PWM

BACKUP MEMORY CONFIGURATION

P-02 Power-off Memory

Disable
Only Timer
Timer / State

INPUT CONFIGURATION

P-03 Hardware Input 1

NPN
PNP
TTL

P-04 Hardware Input 2

NPN
PNP
TTL

Timer functions

Activates output at count end
Deactivates output at count end
T1 and T2 start in sequency

T1 and T2 start in sequency repeatedly

Percentage output activation on fixed time base

Power-off memory

Disabled
Only timer value in memory
Timer value and START/STOP status in memory

Input 1 configuration

NPN
PNP
TTL

Input 2 configuration

NPN
PNP
TTL

Default

Default

Default

Default

P-05 Hardware Input 3

PNP
TTL
Potent.

P-06 Active State Input 1

High Level
Low Level
Rising edge

P-07 Active State Input 2

High Level
Low Level
Rising edge

P-08 Active State Input 3

High Level
Low Level
Rising edge

P-09 Function Input 1

Disable
Start / Stop
Start / Stop-Reset
Reset-Start / Stop
Reset / Start / Stop

P-10 Function Input 2

Disable
Reset

P-11 Function Input 3

Disable
Wait
Hold
Potent. To SET1
Potent. To SET2

P-12 Function Key UP

Disable
Start / Stop
Start / Stop-Reset
Reset-Start / Stop
Reset / Start / Stop
Reset
Wait
Hold

OUTPUT CONFIGURATION

P-13 Output Q1 Setup

Disable
Out Timer 1 n.o.
Out Timer 1 n.c.
Out Timer 2 n.o.
Out Timer 2 n.c.
Start
Stop

P-14 Output Q2 Setup

Disable
Out Timer 1 n.o.
Out Timer 1 n.c.
Out Timer 2 n.o.
Out Timer 2 n.c.
Start
Stop

DISPLAY CONFIGURATION

P-15 Type of Timer

Incremental
Decremental

SETPOINT CONFIGURATION

P-16 Format Set 1

P-17 Format Set 2

Second.Cent
Second.Decimal
Second
Minute.Second
Hour.Minute
Hour

P-18 Display Set 1

Disable
Visualized
Modifiable

P-19 Display Set 2

Disable
Visualized
Modifiable

P-20 Lower limit Set 1

P-21 Upper limit Set 1

P-22 Lower limit Set 2

P-23 Upper limit Set 2

P-24 Potent. tarature

Disable
Enable

Input 3 configuration

PNP
TTL
Potentiometer

Input 1 activation

High level
Low level
Transitory in rising

Input 2 activation

High level
Low level
Transitory in rising

Input 3 activation

High level
Low level
Transitory in rising

Input 1 function

Disabled
Start / Stop
Start / Stop-Reset
Reset-Start / Stop
Reset / Start / Stop

Input 2 function

Disabled
Reset

Input 3 function

Disabled
Wait (count lock)
Hold (locks display but count continues)
Modify SET1 by potentiometer
Modify SET2 by potentiometer

Function of

Disabled
Start / Stop
Start / Stop-Reset
Reset-Start / Stop
Reset / Start / Stop
Reset
Wait (count lock)

locks display but count continuels

Hold ( )

Output Q1 selection

Disabled
Timer output 1 n.o.
Timer output 1 n.c.
Timer output 2 n.o.
Timer output 2 n.c.
Start
Stop

Output Q2 selection

Disabled
Timer output 1 n.o.
Timer output 1 n.c.
Timer output 2 n.o.
Timer output 2 n.c.
Start
Stop

Count mode

Incremental
Decremental

Count format

Count format

Seconds, Cents
Seconds, Tenths
Seconds
Minutes, Seconds
Hour, Minutes
Hour

Set 1 visualization

Disabled
Visualized
Visualized and modifiable

Set 2 visualization

Disabled
Visualized
Visualized and modifiable

Set 1 lower limit

Set 1 upper limit

Set 2 lower limit

Set 2 upper limit

Potentiometer calibration procedure

Disabled
Enabled

Default

Default

Default

Default

Default

Default

Default

Default

Default

Default

Default

Default

Default

Default

0.0

99.9

0.0

99.9

Default

FUNCTION CONFIGURATION

P-01

Timer

Function

Timer On (Nota 1)
Timer Off (Nota 1)
Pause/Work (Nota 1)
Oscillator
PWM

BACKUP MEMORY CONFIGURATION

P-02

Power-off

POWER-ON

RESET

Memory

Disable
Only Timer
Timer / State

INPUT CONFIGURATION

P-03

Hardware

Input 1

P-06

Active State

Input 1

P-09

Function

Input 1

I1

P-04

Hardware

Input 2

NPN
PNP
TTL

High Level
Low Level
Rising edge

P-07

Active State

Input 2

Disable
Start / Stop (Nota 2)
Start / Stop-Reset
Reset-Start / Stop
Reset / Start / Stop

P-10

Function

Input 2

I2

High Level
Low Level
Rising edge

P-08

Active State

Input 3

P-11

Function

Input 3

Disable
Reset

P-05

Hardware

Input 3

NPN
PNP
TTL

I3

PNP
TTL
Potent.

Key UP

SETPOINT CONFIGURATION

P-16

Format

Set 1

Second.Cent
Second.Decimal
Second
Minute.Second
Hour.Minute
Hour

P-17

Format

Set 2

Second.Cent
Second.Decimal
Second
Minute.Second
Hour.Minute
Hour

Note 1: In this timer functioning, if
at count end (reaching setpoint), timer will switch automatically to STOP.
Note 2: This function not reset timer value, and so it requires an input for the reset.
Nota 3: This function reset timer at STOP.
Note 4: This function reset timer at START.
Note 5: This function è attiva solo se P-06 Active State Input 1 = Rising Edge

High Level
Low Level
Rising edge

P-24

Potentiometer

calibration

Disable
Enable

P-18

Display

Set 1

P-19

Display

Set 2

Disable
Visualized
Modifiable

Disable
Visualized
Modifiable

Disable
Wait
Hold
Potent. To SET1
Potent. To SET2

P-12

Function

Key UP

Disable
Start / Stop (Nota 2)
Start / Stop-Reset (Note 3)
Reset-Start / Stop (Note 4)
Reset / Start / Stop
Reset
Wait
Hold

P-21

Upper limit

Set 1

P-20

Lower limit

Set 1

P-23

Upper limit

Set 2

P-22

Lower limit

Set 2

P-06 Active State Input 1 = Rising Edge or P-09 Function Input 1 = Disable,

(Note 3)
(Note 4)

(Note 5)

Timer On
Stop/Reset
Start/Stop/Reset
Reset
Wait/Hold/Set1-2
Start/Stop/Reset/Wait/Hold
Set1
Set2

Out Timer 1

Reset

Timer Off
Stop/Reset
Start/Stop/Reset
Reset
Wait/Hold/Set1-2
Start/Stop/Reset/Wait/Hold
Set1
Set2

Out Timer 1

Reset

Pause / Work
Stop/Reset
Start/Stop/Reset
Reset
Wait/Hold/Set1-2
Start/Stop/Reset/Wait/Hold
Set1
Set2

Out Timer 1

Out Timer 2

Oscillator
Stop/Reset
Start/Stop/Reset

Reset
Wait/Hold/Set1-2
Start/Stop/Reset/Wait/Hold
Set1
Set2

Out Timer 1

Out Timer 2

PWM
Stop/Reset
Start/Stop/Reset

Reset
Wait/Hold/Set1-2
Start/Stop/Reset/Wait/Hold
Set1
Set2

Out Timer 1

Out Timer 2

Start

Stop

Start

Stop

Start

Stop

Start

Stop

Start

Stop

Set

Set

Set

Set

Set

TI484801 “TIMER”

DISPLAY CONFIGURATION

Timer value

SET1

Out Timer 1
Out Timer 2

TIMER 1TIMER 1

1
0

1
0

1
0

1
0

Time

Timer value

SET1

Out Timer 1
Out Timer 2

TIMER 1TIMER 1

1
0

1
0

1
0

1
0

Time

Timer value

TIMER 1TIMER 1

SET1

Out Timer 1
Out Timer 2

SET2

TIMER 2TIMER 2

1
0

1
0

1
0

1
0

Time

Timer value

TIMER 1TIMER 1

SET1

Out Timer 1
Out Timer 2

SET2

TIMER 2TIMER 2

1
0

1
0

1
0

1
0

Time

Timer value

TIMER 1

TIMER 1

SET2 (Period)SET2 (Period)

Out Timer 1
Out Timer 2

SET1(% duty-Cycle)SET1(% duty-Cycle)

1
0

1
0

1
0

1
0

Time

P-15

Type

of Timer

Incremental
Decremental

123

OUTPUT CONFIGURATION

P-13

Output Q1

Setup

Q1

Disable
Out Timer 1 n.o.
Out Timer 1 n.c.
Out Timer 2 n.o.
Out Timer 2 n.c.
Start
Stop

P-14

Output Q2

Setup

Q2

Disable
Out Timer 1 n.o.
Out Timer 1 n.c.
Out Timer 2 n.o.
Out Timer 2 n.c.
Start
Stop

LOGIC

LEVEL

H

L

INPUT

TYPE

NPN

INPUT

< 4,7 v

> 5,7 v

TABLE of ERROR MESSAGESTABLE of ERROR MESSAGES

ERROR WRITING EEPROM Memory (Note 1)

ERROR READING EEPROM Memory (Note 1)

Incorrect parameters (Note 1)

Incorrect calibration data (Note 1)

Incorrect status data (Note 1)

Incorrect BACKUP registers (Note 2)

Note 1:
Switch the device off and restart it; if error is still notified, contact
technical service
Note 2:
Discharged battery: keep the device connected to power supply in
order to recharge the battery.

In PWM mode, the only option available on
parameters 16 and 17 for format of
SET1 and SET2 is (seconds).
Low and upper limits for SET1 (related to
percentage of work orDuty Cycle) are allowed in
the range 0 ... 100 (%).

PNP

INPUT

>5,7 v (I1, I2)

>12,4 v (I3)

< 4,7 v (I1, I2)

< 10,2 v (I3)

TTL

INPUT

>2,5 v

< 2,0 v