Digital timer relay or time delay relay, on-delay timer relay, has timing setting range of 0.01~9999 sec / 0.01~9999 min / 0.01~9999 hrs, easy to read with 4-digit dual time display. High quality and accuracy digital timer relay / countdown timer is widely applied in the industrial automation field with power supply 24V DC or 85-265V AC.
|Mode of Operation
||On delay timer relay
|Supply Voltage (Optional)
||85V-265V AC or 24V DC
|Output Mode (Optional)
||Mode 1: External connecting reset, one group pause delay output
Mode 2: One group instantaneous and one group delay output
Mode 3: One group suspension delay output
Mode 4: Two groups sync delay output
|Time Setting Range
||220VAC/3A 28VDC/5A (Resistive Load)
||8-pin Mounting Socket
||-10 ~ 50℃
||≤85% no caustic or magnetic interference
Dimensions (Unit: mm)
Connection Diagram & Output Operation Mode
• Mode 1: External connecting reset, one group pause delay output
• Mode 2: One group instantaneous and one group time delay output • Mode 3: One group suspension delay output
• Mode 4: Two group sync time delay output
Tips: How to select a timer relay?
The selection of timer relay mainly focuses on delay mode and parameter. The following aspects should be considered when selecting a time delay relay.
1. Selection of delay mode
There are two types of timer relays, power-on delay or power-off delay, which should be selected according to the requirements of the control circuit. The reset time after the action should be longer than the inherent action time, so as to avoid misoperation or even no delay, which is especially important in the case of repeated delay circuits and frequent operations.
2. Timer relay type selection
For occasions with low requirements for delay time accuracy, generally use electromagnetic or air damping time delay relays with lower prices; otherwise, for high requirements on time delay accuracy, electronic time relays can be used.
3. Coil voltage selection
Select the voltage of the relay's attraction coil including 12VDC / 24VDC / 110VAC / 220VAC, etc., according to the voltage of the control circuit.
4. Selection of power parameter changes
Air damping or electric time relays are better than transistors for occasions with large power supply voltage fluctuations, and electric time relays are not suitable for occasions with large power frequency fluctuations, and air damping timer relay is not suitable for large temperature changes.