GIC Eliro V7DDSS3Eliro V7DFTS3

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CONNECTION DIAGRAM:

OVERALL DIMENSIONS:

NOMENCLATURE FOR FRONT FACIA:

Example 1: IMPULSE ON ENERGIZING Select the Menu as given below to configure

the Timers for IMPULSE ON ENERGIZING (Default).

VLL010-05

For Operating procedures of all 35 Defaults modes & Customized modes refer 'User

Manual' which can be downloaded from our website www.gicindia.com.

Example 2: SIGNAL ON/OFF DELAY TYPE (Refer Mode No. 13 on pageno. 02)

Select the Menu as given below to configure the Timers for SIGNAL ON/OFF TYPE 2

(Customized).

2. 35 Default Modes.

Break: If Break condition is selected in tdt1: ATT action is started,

there are four ATT actions Reload, Relay Off, New time and No.

Action will be taken after signal changes its state.If break is applied

no ATT is selected then toggle relay status and stop the cycle.

User can configure the device (Timer 1 or Both Timers) in either Default Mode or

Customized Mode. Following are the examples of Operating Procedures to configure the

device in Default or Customized mode.

T im e r 1 m o d e s e l e c t i o n

CnFb

both

tmr1

dEFt

ON time Scale

& time selection

tmr2

dEFt

ON time Scale

& time selection

coUn

SLoC

YES

PrFL

Device configuration selection (tMr1 /both)-

Select ‘BOTH’ (Both Timers configuration).

T im e r 1 m o d e s e l e c t i o n

Timer 1 mode selection

select Default.

Default mode number selection

Select 16.

Select the time scale & time for

which relay should remain ON.

Timer 2 mode selection

Select Default.

Default mode number selection

Select 16.

Select the time scale & time for

which relay should remain ON.

Time counting mode up/down

Select UP counting.

Enable or disable Semi-lock functionality

Select Yes.

At which profile number you want to save this profile

Select P1.

ENTER

ESC

totL

Total time selection for Forward-Reverse Default Mode : 33.

Configure the time for which "Pause-Forward-Pause-Reverse"

cycle is required to be executed.

FWd

rEv

Forward time (T1 On) Relay 1 selection.

Reverse time (T2 On) Relay 2 selection.

SLoC

Enable or disable Semi-lock functionality. If semilock functionality

is enabled then allow user to edit timings in RUN mode even if

the display is locked, by just pressing enter key for less than

three seconds.

PSon

PSoF

Pause-ON-Pause-OFF cyclic mode selection.

Pause-OFF-Pause-ON cyclic mode selection.

OFF time Scale

& time selection

ESC

CnFb

tMr1

tmr1

CUSt

SIG

tdt1

YES

tdt1

coUn

doWn

SLoC

YES

PrFL

Device configuration selection (tMr1 /both)- Select ‘Timer 1'

T im e r 1 m o d e s e l e c t i o n

Timer 1 mode selection (dEFt/CUSt)- select Customized

Customized mode selection(SIG/nSIG)- Select Signal based

ENTER

IrLS

oFF

Initial output state before required signal state detection. E.g. this

Mode/timer operation start at signal present, then here IrLS means

the Output state before signal presents.

Action to be taken on which signal transition (SP/SA)

Select Signal Present- Select SP- Level.

SIG

rSP

OFF

Relay status after the transition of signal present (On/OFF)

Select Relay OFF.

Select the time scale & time for which relay should remain OFF

Do you want to take action if the transition of signal occurs during

Run time (YES/No) - Select Yes.

Select transition on which you want to take any action (SA/SP)-

Select Signal Absent.

tdt1

brEA

What Action do you want to take if the transition of signal absent

occurs during timing (brEA/rLod/rEt/rLoF/PAUS)- Select Break

Att

rlod

Select the action after above time completion on signal absent

(no/rLoad/rLof/nEWt)- Select Reload

tdt2

YES

Do you want to take action if the transition of signal occurs during

Run time after change in relay state (YES/no)- Select Yes

tdt2

PAUS

Action to be taken on which signal transition (SA/SP)-

Select SA - Signal Absent

Do you want to take action if the transition of the signal absent

occurs after change in relay state (PAUS/rLoD/rEt/rloF)-

Select Pause

rPtS

YES

Do you want to repeat this cycle after every signal transition

(YES/no) Select Yes.

Counting method (UP/doWn)- here selected ‘Down’ as an example.

Enable or disable semi-lock functionality

Select Yes.

At which profile number you want to save this profile

Select P1

Example 3: ASYMMETRIC CYCLE PULSE START (Refer Mode No: 11 on page no 02

Select the menu as given below to configure the timers for ASYMMETRIC CYCLE

PULSE START (Customized) '

ESC

OFF time Scale

& time selection

CnFb

tMr1

tmr1

CUSt

SIG

tdt1

YES

tdt1

coUn

doWn

SLoC

YES

PrFL

Device configuration selection (tMr1 /both)- Select ‘Timer 1'

Timer1 mode selection

Timer 1 mode selection (dEFt/CUSt)- select Customized

Customized mode selection(SIG/nSIG)- Select Signal based

ENTER

IrLS

oFF

Initial output state before required signal state detection. E.g. this

Mode/timer operation start at signal present, then here IrLS

means the Output state before signal presents.

Action to be taken on which signal transition (SP/SA)

Select Signal Present- Select SP- Level.

SIG

rSP

onof

Relay status after the transition of signal present (On/OFF)

Select Relay ON-OFF.

Select the time scale & time for which relay should remain in the

OFF state.

Do you want to take action if the transition of signal occurs during

Run time (YES/No) - Select Yes.

Select transition on which you want to take any action (SA/SP)-

Select Signal Absent.

dUrn

both

During which relay status you want to take action if the transition

of signal absent during run timing (on/oFF/both)- Select Both.

tdt1

rLof

What action do you want to take if the transition of signal absent

occurs during timing (brEA/rLod/rEt/rLoF/PAUS) - Select Relay OFF.

rPtS

YES

Do you want to repeat this cycle after every signal transition

(YES/no) Select Yes.

Counting method (UP/doWn)- here selected ‘Down’ as an example.

Enable or disable semi-lock functionality

Select Yes.

At which profile number you want to save this profile

Select P2

CYCn

onE

CYCr

YES

Number of ON-OFF cycles (onE/tWo)- Select One.

Do you want to repeat the cycle (YES/no)- Select :Yes.

ON time Scale

& time selection

Select the time scale & time for which relay should remain in the

ON state.

tmr2

Default Mode Configuration/Selection - User can select different

default Modes for Timer 1 and Timer 2. There are 35 inbuilt

default modes available.

Initial relay status before signal detection.

Configure the time for which Relay is required to be ON/OFF.

Number of ON/OFF Cycles i.e. user can select the two cycles with

different ON time & OFF time.

Action after time Completion, on opposite transition of signal or

level i.e. if cycles starts on SP then action for ATT is at SA.

Down or Remaining counting selection.

12.’UP’ key short pressed in online edit mode - If both timers are configured then display

will show Set value of both the timers for 2 sec. When only one timer is configured then

it wil have no effect on the screen.

13.’Up/down’ short pressed in Program mode - Increment/ Decrement the value/parameter.

14.’Down + UP’ key long pressed in run mode when both timers are selected - Reset the

timer1 and timer2 both.

Key Conventions:

selected).

play.

3. Modes can

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Do you have a question about the GIC Eliro V7DDSS3Eliro V7DFTS3 and is the answer not in the manual?

Summary

Nomenclature for Front Face

Display

Shows current time, setting values, or operation status. Can be programmed to show different default modes.

Mode Selection

Selects the timing operation mode. Press to cycle through modes.

Parameter;Value Adjustment

Adjusts timing parameters, set values, or selects options. Press to increment, hold to auto-increment.

Up;Down Counting;Down Setting

Used for setting timing values or selecting modes. Press to change value by one step.

Reset;Start

Resets the timer or starts the timing operation. Press and hold for 3 seconds to reset to factory default.

Power;Signal Input

Connection terminals for power supply and signal inputs.

Connector Diagram

Sensor Input

Input for PNP sensor, NTC sensor, or switch type inputs.

Power Supply Terminals

Terminals for AC 100-240V or DC 12-240V power connection.

Output Relay Terminals

Terminals for connecting the output relay contacts (NO, NC, Common).

Product Specifications

Supply Characteristics

Details voltage range (100-240V AC, 50/60 Hz) and power consumption.

Output Signal

Specifies the relay output type (SPDT) and contact rating.

Feature Explanation

Describes key features like programmable modes, high accuracy, and digital display.

Environmental

Covers operating/storage temperature, humidity, and protection ratings (IP54).

EMC;CE Compliance

Lists compliance with EMC directives and relevant standards.

Operating Mode & Description

MODE 01: DELAY ON TIME (DT)

Output is ON after delay period. Output turns OFF when input signal is removed.

MODE 02: DELAY OFF TIME (RT)

Output is OFF after delay period. Output turns ON when input signal is removed.

MODE 03: INTERVAL ON (INT)

Output is ON during delay period. Output turns OFF when delay is complete.

MODE 04: INTERVAL OFF (RI)

Output is OFF during delay period. Output turns ON when delay is complete.

MODE 05: CYCLIC ON (CC)

Output cycles ON/OFF repeatedly after input signal is applied.

MODE 06: SIGNAL ON (SO)

Output is ON as long as input signal is present.

MODE 07: SIGNAL OFF (SF)

Output is OFF as long as input signal is present.

MODE 08: DELAY ON TIME (DUAL MODE)

Output ON after first delay, then OFF after second delay. Two independent delays.

MODE 09: INTERVAL ON (DUAL MODE)

Output ON for first delay, then OFF for second delay. Two independent delays.

MODE 10: DELAY ON TIME (PULSE)

Output is ON after delay. Output turns OFF after a short pulse duration.

MODE 11: DELAY OFF TIME (PULSE)

Output is OFF after delay. Output turns ON for a short pulse duration.

MODE 12: INTERVAL ON (PULSE)

Output is ON for a delay period. Output turns OFF after a short pulse duration.

MODE 13: INTERVAL OFF (PULSE)

Output is OFF for a delay period. Output turns ON for a short pulse duration.

MODE 14: DELAY ON TIME (START;STOP)

Delay starts on input signal, stops on second input signal. Output ON after delay.

MODE 15: DELAY OFF TIME (START;STOP)

Delay starts on input signal, stops on second input signal. Output OFF after delay.

MODE 16: INTERVAL ON (START;STOP)

Interval starts on input signal, stops on second input signal. Output ON during interval.

MODE 17: INTERVAL OFF (START;STOP)

Interval starts on input signal, stops on second input signal. Output OFF during interval.

MODE 18: ACCUMULATION DELAY ON TIME

Delay time accumulates with intermittent ON signals. Output ON after total delay.

MODE 19: ACCUMULATION DELAY OFF TIME

Delay time accumulates with intermittent OFF signals. Output OFF after total delay.

MODE 20: UP;DOWN COUNTER

Counts pulses. Output changes state when count reaches set value.

MODE 21: MANUAL OPERATION

Allows manual ON/OFF control of the output via front panel buttons.

MODE 22: AUTO OPERATION

Output operates automatically based on selected timing mode and settings.

MODE 23: DELAY ON TIME (S;S)

Output ON after delay. Start/Stop input signal controls delay progression.

MODE 24: DELAY OFF TIME (S;S)

Output OFF after delay. Start/Stop input signal controls delay progression.

MODE 25: INTERVAL ON (S;S)

Output ON during interval. Start/Stop input signal controls interval progression.

MODE 26: INTERVAL OFF (S;S)

Output OFF during interval. Start/Stop input signal controls interval progression.

MODE 27: DELAY ON TIME (MONO)

Output ON after delay. Output stays ON for a fixed pulse duration.

MODE 28: DELAY OFF TIME (MONO)

Output OFF after delay. Output stays OFF for a fixed pulse duration.

MODE 29: INTERVAL ON (MONO)

Output ON for interval. Output stays ON for a fixed pulse duration.

MODE 30: INTERVAL OFF (MONO)

Output OFF for interval. Output stays OFF for a fixed pulse duration.

MODE 31: DELAY ON TIME (DUAL TIME)

Output ON after first delay, then OFF after second delay. Two independent delays.

MODE 32: DELAY OFF TIME (DUAL TIME)

Output OFF after first delay, then ON after second delay. Two independent delays.

MODE 33: INTERVAL ON (DUAL TIME)

Output ON for first interval, then OFF for second interval. Two independent intervals.

MODE 34: INTERVAL OFF (DUAL TIME)

Output OFF for first interval, then ON for second interval. Two independent intervals.

MODE 35: DELAY ON TIME (DUAL TIME)

Output ON after first delay, then ON again after second delay. Two independent delays.