we are going to introduce the asymmetric cycler time relay GRT8-S1.
After setting the on and off time, the relay will work to repeat the cycle.
If we connect the S and A1 terminal, this is off delay, which means this relay will start to delay from “off”.
Check this video to know how it works.
we are going to introduce how to use the C-mode of multi-function time relay GRT8-M1.
C mode is called Repeat Cycle (Starting Off).
After power on, timing is happening.
The load is connected after 5 seconds, and it’s cut out after 5 seconds. After another 5 seconds, the load is reconnected.
It will repeat this cycle.
We are going to demonstrate how to use the delay on single-function time relay GRT8-A1 from Geya Electric.
For this relay, we control the timing delay by powering up. After power on, the load is connected after the set delay time. Power off, the load is
disconnected.
we could wire a button to A1 and S terminal for reset. After the timing delay is applied, press the button to reset, and the relay starts over to delay again.
we are going to introduce the asymmetric cycler time relay GRT8-S1.
After setting the on and off time, the relay will work to repeat the cycle.
If we connect the S and A1 terminal, this is off delay, which means this relay will start to delay from “off”.
Check this video to know how it works.
we are going to introduce how to use the C-mode of multi-function time relay GRT8-M1.
C mode is called Repeat Cycle (Starting Off).
After power on, timing is happening.
The load is connected after 5 seconds, and it’s cut out after 5 seconds. After another 5 seconds, the load is reconnected.
It will repeat this cycle.
We are going to demonstrate how to use the delay on single-function time relay GRT8-A1 from Geya Electric.
For this relay, we control the timing delay by powering up. After power on, the load is connected after the set delay time. Power off, the load is
disconnected.
we could wire a button to A1 and S terminal for reset. After the timing delay is applied, press the button to reset, and the relay starts over to delay again.
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