Esco TC-11 Manuale utente

TC-11

MULTIFUNCTIONAL TIME

RELAY (TIMER) 1.0 version

1. SPECIFICATIONS.

Output: Relay: Maximum resistive

load (for example, heater): Maximum inductive

load (for example, engine):

30A 250V~

10 cycles 20A, 4500W 8A, 1500W, 2HP(2KM)

2. OUTPUT CARRYING CAPACITY

3. FRONT PANEL.

OUTPUT1

reset

START/PAUSE/STOP commands

OUTPUT 1 signalling: LIGHTS: output active

time setting signalling

time display

timing and time setting T1 signalling

time setting T1 and value increasing key

timing and time setting T2 signalling

time setting T2 and value increasing key

button releasing RESET command

and entry to the configuration menu

start

stop

Digital input:

230VAC ±15% or 12VAC/DC or 24VAC/DC, max 3VA

Operating conditions: -5...60°C; 0...85%RH (non-condensing)

Storage conditions: -40...85°C; 0...85%RH (non-condensing)

Power supply:

D1: triggering START, STOP, PAUSE commands

D2: triggering RESET command

Measuring time accuracy: ±0,1%

Display and time unit setting

method:

User-selectable:

minutes:seconds (resolution: 1 second)

hours:minutes (resolution 1 minute)

Work mode:

Time relay or time counter,

6 user-selectable operating modes with automatic or

manual reset function

Display: LED, 4 digits 11mm height with graphic icons

Protection class: IP65 / II

Time range: 1s...99h59min, configurable, two sub-ranges

Time counting : Onward (from zero to set time)

Reversing (from set time to zero)

Input signal: Potential free, by transmission closing impulse on

contacts 2-3(RESET)and 4-5(START,STOP,PAUSE),

minimum impulse time 100ms

Output: Relay, 20A 250VAC

Time settings: T1 or T1 and T2

4. TIMER HANDLING.

4.1. TIME SETTING T1.

Press button for

2 sec.

Diodes and lights

up and seconds rate

starts to blink.

Using or buttons

Set the seconds value

and confirm with key

Then the minutes value

starts to blink.

Information:

To improve quick increasing or decreasing the settings values hold the or button.

Remarks:

-Press button in any moment to cancel the setting. To improve quick increasing or

reset

start

stop

reset

start start

stop stop

reset

start

stop

Using or set the

minutes value and

confirm with button.

Diodes go off.

start

stop

4.2. TIME SETTING T2 (only when the user chooses the operation mode with using

two times T1 and T2: parameter F17= 3, 4, 5, 6).

Hold button for 2

seconds. Using or button

Set the seconds value

and confirm with key.

Then the minutes rate

starts to flash.

Information:

To improve quick increasing or decreasing the settings values hold the or button.

Remarks:

- press button to cancel the setting

reset

start

stop

reset

start start

stop stop

reset

start

stop

Using or button

Set the minutes value

and confirm with key.

Diodes goes off.

start

stop

Diodes and lights

up and seconds rate

starts to flash.

4.4. LIST OF PARAMETERS.

Enter the menu holding

Button for 5 sec. Until

the first parameter F10

displays.

4.3. PARAMETERS PROGRAMMING.

Confirm the new

parameter value and

return to the parameter

list with key.

Using:

Choose the parameter

you want to change and

enter with key.

If the access to the menu

is protected, command:

displays.

Using , and

buttons enter the

password and confirm

with key.

Using:

Set the desired

parameter value.

Finish programming

pressing button or

enter the ‘’End’’ command

and press key or wait

30 sec. without pressing

any button

Remarks:

- press button to cancel the parameter setting

reset reset

start

stop

reset

start

stop

start

stop

reset

start

stop

start

stop

reset

start

stop

start

stop

reset

start

stop

reset

start

stop

reset

start

stop

reset

F81 -

10, 1

Memory of the calculated value after power loss

0 - NO; 1 - YES

F95 -

Reserved. -

Code: Units:

Default:Description:

F10 -

Unit and time range selection:

0=minutes/seconds, range: 00:01...99min:59s

1=hours/minutes, range: 00:01...99h:59min

F11 min:s/h:min

01:00Time setting T1 value.

Range:

0, 1

00:01...99:59

Group:

Operation parameters

F12 min:s/h:min

00:30Time setting T2 value. 00:01...99:59

F18 PAUSE function: 0=inactive, 1=active 0, 1

F50 0

Digital input work mode (see: 6.2)

F80 -

OFF

Password to access the configuration menu. OFF

– password protection inactive, F80 = 0000 – no password

0...7

0000...9999

F82

Functions of the buttons protection:

0=no protection, 1=RESET button inactive,

2=RESET and START/STOP button inactive,

3=time setting locked,

4=all buttons inactive.

F98 -

Reserved.

0...4

F99 Controller test.

Disconnect output device to make the test !

Otherwise the system can crash.

End Exit.

Others

F15 -

The direction of the display timing:

0=increasing (from zero to the setting)

1=decreasing (from the setting to zero). 0, 1

F17 -

1Timer work mode (see: point 5) 1...6

Seconds

Duration of the sound signalling

(buzzer) after countdown.

0=buzzer off. 0...9999

F83

0, 1

F90 -

-Software version. -

5. TIMER WORK MODE.

F17=1 Delayed switch off

Timer turns on Output1 for T1 time after the START

command. After that time, timer turns off Output1 and turns

on beeper. The beeper operates fot the time set in

F83 parameter. You can mute it with any button in any time.

Time T1

Output1

Off Time

Time

F83

Beeper

Off

START

Time

F17=2 Delayed switch on

Timer counts down T1 time after the START command.After

that time, timer turns on Output1 and beeper. Beeper

operates for the time set in F83 parameter. You can mute it

with any button in any time.

time T1

Output1

Off Time

Time

F83

Beeper

Off

START

Time

F17=3 Cyclic switch off

Timer turns on Output1 for T1 time after the START

command.after that time, timer turns off Output1for T2 time. .

Then it switches Output1 on for T1 time again. Cyclic

operation continues until the RESET command.

Time T1

Output1

Off Time

Beeper

Off

START

Time

Time T2 Time T1

F17=5 Delayed temporary switch on T1

Timer counts down T2 time after the START command.After

tha time, timer turns on Output1 for T1 time and then the

beeper. Beeper operates for the time set in F83 parameter.

You can mute it with any button in any time.

czas T1

Output1

Off Time

Beeper

Off

START

Time

czas T2

Time

F83

F17=6 Delayed temporary switch on T2

Timer counts down T1 time after the START command.After

tha time, timer turns on Output1 for T2 time and then the

beeper. Beeper operates for the time set in F83 parameter.

You can mute it with any button in any time.

Time T1

Output1

Off Time

Beeper

Off

START

Time

Time T2

Time

F83

F17=4 Cyclic switch on

Timer counts down T1 time after the START command.After

that time, timer turns of Output1 for T2 time. Then it turns off

Output1 for T1 time. Cyclic operation continues until the

RESET command.

Time T1

Output1

Off Time

Beeper

Off

START

Time T2 Time T1

Time

Timer operates in one of the following work modes. Depending on you needs, choose the

suitable function for your system.

Currently measured time T1 ( icon) or time T2 ( icon) is indicated on the display while

working . Time T2 is locked, when it is not in use (parameter F17=1,2). After lapse of set time,

Output1 is turned on or off, which is signalled by diode. The end of countdown is signalled by

message on the display and it can be also signalled by built-in beeper (F83 parameter).

START STOP START

6. START/STOP/PAUZA/RESET COMMANDS.

reset

start

stop

Timer can be controlled by buttons or and external signal applied to the D1 input.

6.1. BUTTONS CONTROL.

Commands can be activated by buttons on a front panel.

START

Press to start the countdown. Countdown passage of time is

indicated on the display, by or diode and by colon flashing

(flashes only when F10=1).

reset

start

stop

PAUZA/STOP

When PAUSE fucntion is active (F18=1). While counting down you

can stop it with key. While stoppage the display shows

message. Counting down can be resumed with button. When

the PAUSE fucntion is inactive (F18=0). Pressing button

finishes counting down and the displat shows message.

reset

start

stop

start

stop

RESET

Press button to cancel the countdown.

reset

start

stop

6.2. EXTERNAL ALARM CONTROL.

Commands can be also enabled by shorting circuit signal applied to D1 digital input. Connect

the circuit with shorting element to 4-5 contacts for example. With simple bipolar (bistable) or

bell pulse (monostable) switch and choose one of the following digital input work modes in F50

parameter. Shorting 4-5 contacts circuit the following commands will be triggered.

F50=1 START command only

(signal from bipolar or pulse switch).

Time

Input D1

Closed

Opened START Time

Time

count T1=8 0,1,2,3,4,5,6,7,T1=8

Time

Input D1

Closed

Opened Time

Time

count 0,1,2,3,4,5,6

F50=2 STOP command only

(signal from bipolar or pulse switch).

STOP

F50=3 START/STOP commands with PAUSE function

(signal from bipolar switch).

Time

Input D1

Closed

Opened START Time

Time

count 0,1,2,3,4

F50=4 START/STOP commands without PAUSE function

(signal from bipolar switch).

4,5,6,7,T1=8

STOP START

PAUZA

Time

Input D1

Closed

Opened START Time

Time

count 0,1,2,3,4 0,1,2,3,4,5,6,7,T1=8

STOP START

F50=5 START/STOP commands with PAUSE function

(signal from pulse switch).

Time

Input D1

Closed

Opened START Time

Time

count 0,1,2,3,4

F50=6 START/STOP commands without PAUSE function

(signal from pulse switch).

4,5,6,7,T1=8

STOP START

PAUZA

Time

Input D1

Closed

Opened czas

Time

count 0,1,2,3,4 0,1,2,3,4,5,6,7,T1=8

T1=8

T1=8 T1=8

START

0,1,2,3...

0,1... 0,1...

START

0,1...

START

0,1...

9. MOUNTING.

Controller should be placed in the panel in hole sized 71 x 29mm and fasten with mounting

terminals.

Mounting

terminals

Ip65

protection class

Panel surface

(maximum thickness

20mm)

°C

°F

set

max 20

4,5

8. INSTALLATION.

Be aware of the conditions where the controller operates. Install in a place, where there is not

too high temperature and humidity and no condensation. Should be ventilated in order to

remove the heat.

ATTENTION!

It is not allowed to work with electric cables when the device is powered. You should avoid

crossing wires by using short connections. We recommend securing the source of controller

power supply and temperature sensor input against electrical interference.

10. WIRING DIAGRAM.

Power supply

D1 - digital input START/STOP/PAUSE

D2 - digital input RESET

OUT1 - output 20A-AC1 (8A-AC3) 250V~

6.3. EXTERNAL ALARM CONTROL (RESET).

Reset command can be induced by a short-circuit signal applied to D2 digital input.

The 2-3 contacts must be connected to the shorting pulse circuit element including the bell

pulse switch (monostable). Short circuit of 2-3 contacts will induce RESET command , counting

will be cancelled and reset.

7. OPERATING AFTER POWER LOSS.

TC-11, depending on the version, is supplied with 230VAC or 12VAC/DC or 24VAC/DC.

A power shortage may occur during the operation of the device. The F81 parameter determines

the operation of the device after a power shortage.

If F81=0, when the power returns, the timer resets, resets the value and deactivates the control

output.

If F81=1, after the power returns, the timer will continue to count down and run the control

output.

set

Make sure that the electrical parameters of the device correspond to the parameters of the

controller(maximumvoltage,currentrating,power).

Diagramofconnectingthereceivingdevice:

11.CONNECTION OF RECEIVING DEVICES

12. FACTORY SETTINGS.

If you forgot you password to the configuration menu or the timer after a power failure or a short

circuit displays memory error you can restore default parameter settings:

Turn off the timer.Then

press both buttons

, at one time and

switch the power supply

on holding the buttons..

Command:

clear” displays.

Command disappears

after 5 seconds and four

horizontal pointers

display. Then release the

buttons and the controller

restores factory settings

and goes into normal

operation mode .

set

Timer meets the requirements for immunity to electromagnetic interference in an industrial

environment according to the following standards:

Electromagnetic compatibility (EMC):

–EN-61000 part 6-4 – requirements for emissivity in an industrial environment

–EN-61000 part 6-2 – requirements for immunity in an industrial environment

It also meets the safety requirements according to standard:

–EN-61000 part 1 – safety requirements for eletrical devices

Controller meets the requirements of EU directives No. 72/23/EEC; 93/68/EEC; 89/336EEC.

13. ADMiSSIONS.

20(8)A 250VAC Power

230VAC

Power supply

230VAC

Input D1

START/STOP

TC-11

712

Receiving device

11109

Input D2

RESET

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