Smart Switch Installation Guide for 4 Switch Module
Ready to upgrade your home with smart technology but unsure where to start? Don't worry; we've curated a comprehensive guide to ensure your installation of the 4S smart switch is smooth and hassle-free. Follow these detailed steps for a seamless and smarter living experience!
Installation Essentials:
Before you begin, gather these essential tools and materials:
- Insulated screwdrivers (star or flat)
- Insulated pliers
- Voltage tester
- Wire strippers
- Multimeter (optional)
- New smart switch
- Insulation tape
- Appropriate wires (based on load and requirements)
Ensure you have everything ready to proceed smoothly with the installation of your 4S smart switch.
Safety Tips for Smart Switch Installation:
- Read the smart switch instruction manual thoroughly.
- Turn off the main circuit breaker and double-check with a voltmeter.
- Use insulated tools and wear protective gloves.
- Clearly label all wires for easy identification.
- Ensure your workspace is dry and organised.
These steps will help ensure a safe and successful installation of your smart switch.
Module Compatibility and Console Box Specifications:
When preparing to install the 4S smart switch, understanding its compatibility and console box requirements is crucial for a successful setup:
Module Name: 4S
Console Box Size: 138 mm x 78 mm (5" x 3")
Module Specifications:
- Light Switch (L1, L2): 6A each
- High-Load Switch (H): 16A
- Two-Way Switch (T1 & T2): 6A each
Installation and Wiring Guide:
- Turn off the power at the breaker box.
- Label the phase, neutral, earth, and other load wires in the wall console box.
- Study the terminal labels on the product's wiring sticker to ensure correct wire connections.
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Connect the wires to their designated terminals as indicated below:
- Neutral (N): Powers the device.
- Phase 1 (P1) UPS/EB: Primary power supply.
- Light 1-2 (L1, L2): Control for individual lights.
- Phase 2 (P2) EB: Alternative power source or looped with P1.
- High-Load (H): Manages high-wattage devices.
- Phase 3 (P3): Power or load for the two-way switch.
- Terminals 1 & 2 (T1 & T2): Two-way switch configuration points.
- Check the wiring setup video for your specific type at home. Ensure all connections are correct, secure, and free of loose strands.
- Use insulation tape to secure exposed terminals and wire joints.
- Use a prying tool to carefully remove the glass panel without touching the circuit board.
- Insert the enclosure into the 4-module metal console box and secure it using the provided screws (M3.5*30mm).
- Align the top glass with the enclosure and press it firmly to lock it in place, ensuring that all four corners are securely locked.
- Restore power and test the switch for proper functionality.
If you need any device installation support or assistance, please call or WhatsApp.
Wiring Setup Scenarios:
Type 1: Two Power Sources (EB + UPS and Common Neutral)
- The phases for EB and UPS will remain separate.
- The neutral line will be common for both EB and UPS.
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In the above scenario, the phase and neutral connections will be as follows:
- The UPS phase is connected to P1, providing power to the device and two loads (L1 and L2).
- The UPS phase is connected to P2, supplying power to the high load (H).
- The common neutral will be connected to N.
Type 2: Common Phase (EB or UPS and Common Neutral)
- The P1, and P2 phases share the same phase line, either from the EB or UPS.
- The P1 phase is the primary power supply.
- Establish a loop connection from the P1 phase to the P2 phase to create a common phase line.
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In this scenario, the phase and neutral connections will be as follows:
- The EB or UPS phase is connected to P1, providing power to the device and two loads (L1 and L2).
- The P1 phase is looped to P2, supplying power to the high load (H).
- The common neutral will be connected to N.
Type 3: Common Phase(EB or UPS) but different Load Capacity
- The P1, and P2 phases share the same phase line but have different load capacities, such as 6A and 16A, respectively.
- The P1 phase is the primary power supply.
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In this scenario, the phase and neutral connections will be as follows:
- P1 is responsible for 6A load variants. The EB or UPS phase is connected to P1, providing power to the device and two loads (L1 and L2).
- P2 is responsible for 16A load variants. The EB phase is connected to P2, providing power to the high load (H).
- The common neutral will be connected to N.
Type 4: Different Phase and Different Neutral
- P1, and P2 have different phases: one from the generator or solar, and the other from the EB.
- The neutral line will be different for both the generator/solar and the EB.
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In this scenario, the phase and neutral connections will be as follows:
- The generator phase is connected to P1, providing power to the device and two loads (L1 and L2).
- The EB phase is connected to P2, providing power to the high load (H).
- Separate neutrals are connected to both P1 and P2.
Type 5: Additional Customization for High Load Output Using External Relay (Common Neutral)
- The phases for EB and UPS will remain separate.
- The neutral line will be common for both EB and UPS.
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In the above scenario, the phase and neutral connections will be as follows:
- The UPS phase is connected to P1, providing power to the device and two loads (L1 and L2).
- The EB phase is connected to P2, supplying power to the high load (H).
- The common neutral will be connected to N.
- To externally control high loads through an existing power switch (e.g., from L2, 6A), add a 40A relay for external supply control.
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In the above scenario, the connections for the relay will be as follows:
- The phase for the relay is from L2.
- The relay IN is directly connected from the DB phase.
- Then the relay OUT is connected to the AC load.
- The common neutral (N) will be connected for both the relay and the AC load.
Note: Implement this solution only with accurate information from the official technical support team.
Two-way Switch Connection:
iotics Switch and iotics or Regular Switch:
- In our iotics switch (4S), a two-way terminal is provided at the top of the enclosure.
- We have 3 terminals: T1, P3, and T2.
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In the above scenario, the connections will be as follows:
- Connect the P3 terminal of one iotics switch to the DB phase.
- Connect the T1 terminal of the iotics switch to the T1 terminal of a iotics/regular switch.
- Connect the T2 terminal of the iotics switch to the T2 terminal of the iotics/regular switch.
- Connect the phase terminal of the regular switch to the light load.
- The common neutral will be connected to N.