General

ERX-10 time relay is specifically designed for controlling the time and incoming data and can be used in industry, residential,factory facilities.

Device's Adjusting Buttons:

Function button (Fn): This button determines the functions. Please choose the desired function from the table.
Max Time button (tm): This button determines the maximum time demand. It has a maximum of 10 time value.
Time Multiply Button(Xn): It allows you to reach at intermediate values by multiplying maximum values.It has 10 step multiplying value between 0.1-1.0

Usage of Device and Working Principle:

Please connect the device according to the diagram.
Please define the function and time settings before energising the device.
Time=Maximum time(tm) x Time Scale Factor (Xn)

Example: Lets say If the device is energised, it is desired that the relay becomes activated for 15 mins. and then should not be deactivated until de-energised.
Adjust the fn button to 2.Then adjust the MAX button (tm) to 30 min [g] and the time scale factor button to 30m.[ 15 min= [30 min] x0.5] After the desired function and time is adjusted, the device can be energised accordingly.

Function Button(Fn)

-1- ON Delay
After the device is powered on, the delay starts, the M Led flashes during timing, and the relay is output after the delay ends, relay Led is on and the M Led is on.
Re-execution requires power-off reset.

-2- OFF Delay
After the device is powered on, Relay immediately output, relay Led on, delay starts, the M Led flashes during timing, and the relay is stop output after the delay ends, relay Led off and the M Led is on.
Re-execution requires power-off reset.

-3- Control ON Delay
After the device is powered on, when the T signal is turned on, the delay starts, the M Led flashes, and the relay outputs after the end, relay Led on and the M Led is on.
If the T signal is turned off during the delay process, the delay will be stopped and the delayed will be cleared.

-4- Control OFF Delay
After the device is powered on, when the T signal is turned on, relay immediately output, relay Led on, the delay starts, the M Led flashes, and the relay stop outputs after the end, relay Led is off and the M Led is on.
If the T signal is turned off during the delay process, the delay will be stopped and the delayed will be cleared.

-5- Single Shot Leading Edge With Control Input
After the device is powered on, when the T signal is turned on, relay immediately output, relay Led on, the delay starts, the M Led flashes, and the relay stop outputs after the end, relay Led is off and the M Led is on.
If the T signal is turned off during the delay, it will not interruption of timing.

-6- Single Shot Trailing Edge With Control Input
After the device is powered on, when the T signal is turned on, continue waiting, When the T signal is detected to be turned off relay immediately output, relay Led on, the delay starts, the M Led flashes, and the relay stop outputs after the end, relay Led is off and the M Led is on.
If the T signal is turned off during the delay, it will not interruption of timing.

-7- ON Delay And 0FF Delay With Control
After the device is powered on, when the T signal is turned on, the delay starts, the M Led flashes, and the relay outputs after the end, relay Led on and the M Led is on. When the T signal is detected to be turned off, the M Led flashes, and the relay stop outputs after the end, relay Led off and the M Led is on.
If the T signal is turned off during the delay process, the delay will be stopped and the delayed will be cleared.

-8- Pulse Output With Control
After the device is powered on, when the T signal is turned on, relay immediately output, relay Led on, the delay starts, the M Led flashes, and the relay stop outputs after the end, relay Led is off and the M Led is on.When the T signal is turned on again, relay immediately output, relay Led on, the delay starts, the M Led flashes, and the relay stop outputs after the end, relay Led is off and the M Led is on.
If the T signal is turned off during the delay, it will not interruption of timing.

-9- Equivalent Timed Flasher (t=ton=toff)
After the device is powered on, relay immediately output, relay Led on, the delay starts, the M Led flashes, and the relay stop outputs after the end, relay Led is off and the M Led is on. Re-delay, the M Led flashes, and the relay outputs after the end, relay Led is on and the M Led is on.(Infinite loop)
If the T signal is turned off during the delay, it will not interruption of timing.

-10- Equivalent Timed Flasher With Control (t=ton=toff)

After the device is powered on, relay immediately output, relay Led on, the delay starts, the M Led flashes, and the relay stop outputs after the end, relay Led is off and the M Led is on. Re-delay, the M Led flashes, and the relay outputs after the end, relay Led is on and the M Led is on.(Infinite loop)
If the T signal is turned off during the delay process, the delay will be stopped and the delayed will be cleared and the stop relay output.

Note_1:
When the device is in a power-off state or must wait at least 0.3 seconds when it is powered on, perform a function change. To change the function in the power-on state, you need to turn off the energy of the device, and then power on again. Otherwise, the function change will not be recognized.

Note_2:
S led: The light is on when the T switch is turned on, and it is off when it is turned off.

Relay energised: 1 and 2 no contact ends open circiut, 2 and 3 no contact ends short-circuit.Relay led appears.

Relay de-energised: 1 and 2 no contact ends short circuit , 2 and 3 no contact ends open-circuit.Relay led dissapears.

Maintenance

Switch off the device and release from connections.

Clean the trunk of device with a swab.

Don’t use any conductor or chemical might damage the device.

Make sure device works after cleaning

Warnings

Please use the device according to the manual.
Don’t use the device in wet.
Include a switch and circuit breaker in the assembly.
Put the switch and circuit breaker nearby the device, operator can reach easily.
Mark the switch and circuit breaker as releasing connection for device.

Specifications

Operating Voltage(A1-A2)...: 220VAC Or 110VAC
Operating Voltage(A2-A3)....: 24V AC/DC
Operating Frequency.......: 50/60 Hz.
Trigger Voltage(TR).........:24V-240V
Operating Power...............: <6VA
Operating Temperature..: -20°C.....+55°C
Time(t).................................: 0.1sec, - 30hours
Display:.................: Relay, T switch(S), status(M)
and power(On) leds.
Connection Type..............: Terminal connection
Weight................................: Max.<100gr.
Contact....................:5A/250V AC (Resistive Load)
Mounting.................: Assembled on the din rail
Protection Class...........: IP20
Operating Altitude..........: <2000meter
Cable Diameter.................: 2,5mm²