PEMENOL Programmable Timer Delay Relay Module (Model 13501) Instruction Manual

1. Kupu Whakataki

This manual provides detailed instructions for the PEMENOL Programmable Timer Delay Relay Module (Model 13501). This versatile module is designed for various electronic control applications, offering precise timing and switching capabilities. Please read this manual thoroughly before operation to ensure correct usage and optimal performance.

2. Hua Neke Atuview me nga ahuatanga

The PEMENOL Programmable Timer Delay Relay Module is a compact and robust device featuring a digital display and multiple operating modes. It is suitable for smart home automation, DIY electronics, and industrial control systems.

Āhuatanga matua:

• Dual MOS Output: Provides lower internal resistance, improved current delivery, and reliable operation, capable of 15A/400W under typical conditions.
• Customizable Timing Parameters: Individually set OP (on time), CL (off time), and LOP (cycle count: 1–999 times or continuous). Settings are saved automatically after power-off.
• Whanui Voltage Awhe: Operates with DC 5V–36V input.
• High Current Support: Supports up to 30A with a heat sink (15A/400W under typical temperature).
• High-Level Trigger: Accepts trigger signals from 3.0V–24V.
• Integrated Stop Control: Features a STOP button for quick deactivation.
• Parenga Hononga Whakamuri: Built-in protection against incorrect power polarity.
• Aratau Tiaki Pungao: Display automatically turns off after 5 minutes of inactivity (configurable).
• Stable Switching: Supports frequent on/off control without mechanical contact, reducing wear and electromagnetic interference.
• Optocoupler Isolation: Enhances anti-interference ability.

Tautuhi Wae:

Whakaahua: Taipitopito view of the module with key components labeled, including input terminals, output terminals, trigger signal pins, display screen, STOP, SET, UP, and DOWN buttons, and an output indicator LED.

3. Whakatakotoranga

Image: Module dimensions.

4. Tatūnga me te Waea

Proper wiring is essential for the safe and correct operation of the module. Refer to the diagram below for connection points.

Hononga Waea:

• Input DC 5V-36V: Connect your power supply to the input terminals. Ensure correct polarity (VIN+ and GND).
• Uta: Connect your device (load) to the output terminals. The module acts as a switch for the load.
• Input Signal (Trigger): Connect your trigger signal source to the SIGNAL and GND_T terminals. A high-level signal (3.0V-24V) is used for triggering.
• Common Ground: The user can connect the GND of the trigger signal to the GND of the module by shorting the pads GND-T and GND. However, this is not recommended as it may reduce the anti-interference ability of the module.

Important Note: GND and GND- cannot be connected together, otherwise the module will not work normally.

Image: Wiring diagram for the timer module.

Assembly (Optional Protective Case):

The module may come with a protective case for assembly. Follow these general steps:

1. Carefully remove any protective film from the acrylic case parts.
2. Align the module with the bottom plate of the case.
3. Secure the module using the provided standoffs and screws.
4. Attach the top plate, ensuring buttons align with the module's switches.

Image: Components of the protective case for the module.

5. Nga Tohutohu Whakahaere

The module features a digital display and four buttons: STOP, SET, UP, and DOWN. These buttons are used for navigation, parameter setting, and mode selection.

Whakaahuatanga Tawhā:

• OP: Delay time for output ON.
• CL: Delay time for output OFF.
• LOP: Number of cycles. Range is 1-999 times. '----' indicates an unlimited loop.

Tautuhi Tawhā:

1. In the normal operating interface, press the SET button for approximately 2 seconds to enter the parameter setting interface.
2. The display will show the current operating mode (e.g., P1.1). Use the UP a RARO buttons to select the desired operating mode.
3. Perehi SET briefly to enter the parameter settings for the selected mode. The first parameter (e.g., OP) will flash.
4. Whakamahia te UP a RARO buttons to adjust the value of the flashing parameter. A short press changes the value by 1 unit; a long press changes it rapidly.
5. Perehi SET briefly to move to the next parameter (e.g., CL, LOP). Repeat step 4 to adjust its value.
6. After setting all parameters for the chosen mode, long press SET (approx. 2 seconds) to save the settings and exit the parameter setting interface. The module will return to the normal operating interface.

Aratau Mahi:

• P1.1: Trigger Delay Mode (Single Shot)
  Input trigger signal, then output turns ON and stays ON for time OP. After time OP, output turns OFF. The input signal is ignored if received again during the OP delay time. (OP cannot be set to 0)
• P1.2: Trigger Delay Mode (Retriggerable)
  Input trigger signal, then output turns ON and stays ON for time OP. After time OP, output turns OFF. If a trigger signal is received again during the OP delay time, the output will restart the delay. (OP cannot be set to 0)
• P1.3: Trigger Delay Mode (Reset on Retrigger)
  Input trigger signal, then output turns ON and stays ON for time OP. After time OP, output turns OFF. If a trigger signal is received again during the OP delay time, the output will reset, stop timing, and turn OFF. (OP cannot be set to 0)
• P2: Trigger Delay Mode (OFF then ON)
  Input trigger signal, then output stays OFF for time CL. After time CL, output turns ON and stays ON for time OP. After time OP, output turns OFF. (Both OP and CL cannot be set to 0)
• P3.1: Trigger Delay Mode (Cycle with Trigger)
  Input trigger signal, then output turns ON for time OP, then OFF for time CL. This cycle repeats LOP times. If a trigger signal is received again during the loops, the output will reset, stop timing, and turn OFF. (Both OP and CL cannot be set to 0)
• P3.2: Power-ON Delay Mode (Cycle without Trigger)
  Upon power-on, output turns ON for time OP, then OFF for time CL. This cycle repeats LOP times. This mode does not require an input trigger signal. (Both OP and CL cannot be set to 0)
• P4: Signal Keep Mode
  While the input signal is present, the output remains ON. The output turns OFF after delay time OP when the signal disappears. If a trigger signal is received again during the timing, the delay time will reset. (OP cannot be set to 0)

Nga Mahi Motuhake:

• Mahi Moe Aunoa: Pehia roa te KATI button in the normal running interface to toggle the auto sleep function.
  • C-P: Auto sleep function ON. The screen will automatically turn off if there is no operation within five minutes. It can be woken up by any button.
  • Od: Auto sleep function OFF.
• Enabled/Disabled Output: Perehi poto te KATI button to enable or disable the output during the delay time OP.
  • ON: Output is enabled during delay time OP.
  • WATE: Output is disabled during delay time OP. The module cannot output any signal in this mode.

Image: Module in operation, demonstrating its functionality.

6. Nga tono

This programmable timer delay relay module can be used in a wide range of applications due to its flexible timing modes and robust output capabilities.

• Automatic watering systems
• Mana arai
• Pet automatic feeding equipment
• Mana rama
• Automatic water change control for aquariums
• Car headlight control
• Motor automatic control operations

Whakaahua: Examples of product applications.

7. Whakatupato Haumaru

• Whakaritea te voltage is within the specified range (DC 5V-36V).
• Observe correct polarity for all connections to prevent damage to the module and connected devices.
• Do not exceed the maximum current or power ratings. Use a heat sink if operating at higher currents (above 15A).
• A ape i te ara iahiko poto.
• Puritia te kōwae kia matara atu i te makuku, te puehu, me te pāmahana tino kino.
• If using the optional protective case, ensure all components are assembled correctly.
• Always disconnect power before making or changing any connections.

8. Te Raru

• Module not powering on: Takina tāuru voltage and polarity. Ensure connections are secure.
• Output not activating: Verify the selected operating mode and parameter settings (OP, CL, LOP). Check trigger signal input. Ensure the output is not disabled via the STOP button.
• Incorrect timing: Re-check OP, CL, and LOP values. Ensure the time unit (seconds, minutes) is correctly understood for the display.
• Mahi mokowhiti: Check for loose connections. Ensure the power supply is stable and provides sufficient current. Avoid connecting GND and GND- together.
• Whakaatu atu: The module might be in auto sleep mode. Press any button to wake it up.

9. Pūtāhui me te Tautoko

This product comes with a standard manufacturer's warranty. For technical support, warranty claims, or further assistance, please refer to the contact information provided with your purchase or visit the PEMENOL official webpae.