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Insisting on the best product quality and the most considerate service has always been the belief of the FTVOGUE brand. We use high-quality raw materials and innovative technology to create products that strive for excellence. We have been listening to the voice of our customers and provide you with more considerate services.
Specification:
- Working voltage: DC 5V, 12V, 24V (Optional)
- Working current: <80mA at 5V (<1mA when the relay is not operating) <35mA at 12V <1mA when the relay is not operating) <18mA at 24V (<1mA when the relay is not operating)
- Load capacity: -normally open port: DC 0-30V/10A, AC 0-250V/10A -normally closed port: DC 0-28V/10A, AC 0-125V/10A
- Working temperature: -20~60℃ (limit range -30~70℃）
- Size: 60*35*20mm / 2.36*1.38*0.79in
- Package weight: Approx. 23g
- Package list: 1 * Delay Timer Relay
Module Functions：
Users can select one of the following four functions by pressing the button, and the delay time T1 can be adjusted between 0.1-120 seconds by adjusting the potentiometer.
Function F1:
Power on delay pull-in: After delaying T1 time from power on, the relay will pull in and send a high-level pulse signal to the X1 interface at any time. This function will reset and restart operation;
Function F2:
Power on delay disconnection: When powered on, the relay is engaged. After T1 time is engaged, the relay is disconnected, and a high-level pulse signal is given to the X1 interface at any time. This function resets and restarts operation;
Function F3:
Self locking relay mode: Give a high-level pulse signal to the X1 interface of the relay, the relay will engage, and then give a high-level pulse signal to the relay to disconnect.
Function F4:
Level trigger mode: When powered on, the relay disconnects, sends a high level signal to the X1 interface, and the relay immediately engages. After the X1 port signal disappears, the relay still engages. When the engaging time T1 reaches, the relay disconnects.
Aidan
Reviewed in the United States on March 26, 2025
The media could not be loaded.
Justin B.
Reviewed in the United States on March 24, 2025
How Not to Burn Up Your FTVOGUE Timer RelayClear.1. Power It Properly: • Use a 24VDC power supply ONLY (not AC, not 12V unless it’s the 12V version). • DC+ → Connect to 24VDC Positive terminal on your power source. • DC- → Connect to 24VDC Ground/Negative terminal.2. Hook Up the Trigger (Button, Switch, or Push Plate): • Connect one side of your button/switch to DC+ (24V Positive). • Connect the other side to the X1 terminal on the relay. • When pressed, this will send a HIGH signal to X1, which triggers the relay.3. Connect the Relay Output to Your Load: • COM → Common connection (usually goes to your controller or load input). • NO → Normally Open (closes when relay activates). • NC → Normally Closed (opens when relay activates – use if needed). • For most use cases, you’ll use COM and NO.4. Choose a Function Mode: • Hold the SET button until a blue LED lights up solid (mode selection). • Tap SET to cycle through F1 → F2 → F3 → F4. • Stop pressing. LED will blink = mode is saving.Recommended: F4 Mode – Relay turns ON when X1 gets signal, turns OFF after delay.5. Final Tips So You Don't Fry It: • Make sure polarity is correct (DC+ and DC- are not reversible). • Don’t connect AC power unless you like smoke. • Use the blue dial (potentiometer) to adjust the delay time (0.1–120 seconds). • Keep it in a dry, protected place and don’t short any pins with metal tools.
Disposer
Reviewed in the United States on March 18, 2025
My application was to turn on a 12 volt light when a remote door opened and turn off the light a minute later whether the door closed or not. I attached a push button switch to a 12v plug in power supply with the switch to be actuated when the door opened. I ran that line to the timer and a 12v ceiling light in my RV. See the picture, the 12v switched line went to the DC+ and DC- terminals on the board. Since my light was also 12 volts, I could steal the power from the DC input side. I ran a jumper from DC+ to COM ("Common") on the board. I then attached the DC- jumper to the minus side of the LED ceiling light. Finally, I attached the plus side of the LED light to the NO ("Normally Open") terminal of the board.When the remote switched was actuated by the open door, the 12v power was applied to the board. The LED ceiling light came on and stayed on for about a minute, the time I had set on the board's adjustment then went off. Perfect!Several notes: 1) If I wanted the reverse action, door open, light off for a minute then light on until the door closed, I could just switch the lead from NO to NC.2) The load device does NOT have to be 12 volts, it could be a 110 volt bulb or motor or any load that draws under 10 amps and 250 volts. Just input power for your device into COM and take it out of NO or NC with the other side of your power being attached to the device. In other words, on the output side, it's just a switch.
Michael W.
Reviewed in the United States on April 25, 2024
Trial and error on how to program this. Hope I don't burn it up trying. It is wasting my time though. One little piece of paper with programming directions would be nice. Once I figure it out, I will post what I have learned.
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