Features Built-in timing circuit: DC10-28v relay delay module is small in size and stable in performance. Built-in timing circuit can effectively ensure the long-term operation of the module. Maximum memory capacity of 8000 steps: The relay delay module is programmable and can realize thousands of functions. The maximum memory capacity of DC10-28v relay delay module is 8000 steps Relay control: The relay module can realize any control of relays 1 and 2 by programming signals 1 and 2. When signal 1 is triggered, control relay 1; when signal 2 is triggered, control relay Sensor signal programming: The FX1N-14MT relay module can only be connected to NPN sensor signals, and the sensor signals can be programmed to achieve arbitrary control of the relay. Function: When signal 1 has a signal, relay 1 is closed and relay 2 is open; when signal 2 has a signal, relay 1 is open, and relay 2 is closed. When signal 1 is triggered, control relay 1; when signal 2 is triggered, control relay 2 Features: 1. 100% brand new and high quality. 2. Small body and stable performance. 3. This module is programmable and can realize thousands of functions. 4. Work performance is stable and reliable. 5. Built-in timing circuit can effectively ensure long-term operation of the module.   Specification: Condition: 100% Brand New Model: FX1N-14MT Power Supply: 10-28VDC Maximum memory capacity: 8000 steps Weight: Approx. 71g / 2.5oz   Function: 1. Turn on the power, the relay 1 is closed after N seconds of closing; then the relay 2 is closed after N seconds of closing. 2. Turn on the power, the relay 1 is turned off after N seconds of closing; then the relay 2 is turned off after N seconds, and then cycles. 3. When the power is turned on, the relays 1 and 2 are not activated. When there is a signal or a button is triggered, the relay 1 is turned off after N seconds is closed; then the relay 2 is turned off after N seconds and then turned off until the next trigger, repeating the same action. By programming the signals 1, 2, any control of the relays 1 and 2 can be achieved. 4. When signal 1 has a signal, relay 1 is closed and relay 2 is turned off; 5. When signal 2 has a signal, relay 1 is turned off and relay 2 is closed. 6. Only the NPN sensor signal can be connected, and the sensor signal can be programmed to realize any control of the relay. 7. When signal 1 has a trigger, control relay 1; when signal 2 has a trigger, control relay 2. 8. Turn on the power, control the motor to rotate for N seconds, then reverse N seconds, and cycle. 9. When the signal 1 has a signal, the motor is controlled to rotate forward; when the signal 2 has a signal, the motor is reversed.   Package List: 1 * Relay Module Package List