All the lights and air conditioners will be turned off without having you prowl through each individual room just to check if devices are turned off.
Just imagine, when you are about to leave your smart home, you can press “Leave Home”. You can choose what devices should be controlled when you press the scene control button.įor example, the scene control button can be designed to perform a “Leave Home” function. The setting is usually done on the app itself. The 2nd button will be used to control multiple devices. The 1st button will be used to control the light. When you change it to a smart switch, you can actually request a 2-button smart switch. This is usually found at the entrance of the house. On the left of the diagram, you will see a typical switch with a 1-button. That is why a Type 2 Smart Switch with neutral wire is preferred 🙂 Part 4: THE HIDDEN GEM OF A SMART SWITCH In theory, this is possible however at Koble, our Type 1 No Neutral Smart Switch has been used for 2 years+ and so far, there aren’t any complaints.ĭiagram 4: Zoomed-in view of the actual connection between Live Output and Neutral wire It might get affected and may be reduced to 40,000 Hours (4 years of usage). Originally, your LED Lights might last 50,000 Hours(5 years of usage). Since there is a constant current flow to your light’s driver, your light is working 24/7 and theoretically, it might affect the lifespan of your light’s driver. So… if it is that simple, why should we have a Type 2 Smart Switch With Neutral Wire? However, the current is so insignificant that it doesn’t activate the light, but it’s sufficient to maintain the smart switch’s standby mode.ĭiagram 3: Wiring diagram of a smart switch when turned off and turned on The no-neutral The smart switch actually releases a minimal amount of power through the live output wire to the light, which keeps it running. Now, you may be wondering how the smart switch gets powered up and stays on standby mode.
Smart switch wiring diagram manual#
In such cases, the old manual switch will be directly replaced with the no-neutral smart switch. Since most if not all houses do not have a neutral wire at the switch point, Type 1 (switch operates without using neutral wire) is commonly used. Smart Switch with neutral wire.ĭiagram 2: Wiring diagram of a smart switch without and with neutral wire Part 3: WHAT IS THE DIFFERENCE BETWEEN A SMART LIGHT SWITCH THAT OPERATES WITHOUT A NEUTRAL WIRE AND A SMART LIGHT SWITCH THAT OPERATES WITH A NEUTRAL WIRE If there is a neutral wire at the switch point, it is a Type 2. If there is no neutral wire at the switch point, it is a Type 1. Why are they termed as such? It’s literally what it means. Smart Switch Operates using a neutral wire Smart Switch Operates without using neutral wire There are 2 kinds of smart switches in the market. It is remarkable that a battery the size of a coin can power a smart device for such an extended period. To put this in perspective, our Smart Motion Sensor, which operates on a coin button battery, can last between 1.5 and 2 years. Koble’s smart switches are designed to be incredibly energy-efficient, costing less than two cents per month to be on standby mode. While some people may be concerned about the amount of electricity this consumes, the fact is that it only uses a small amount of energy if you choose the right smart switch. When it comes to smart light switches, there is one fundamental principle that must be adhered to: they need to be powered at all times to ensure they are in standby mode and ready to receive instructions from the Koble app, Google, or Siri voice control.
Voila! That’s how it works! Part 2: HOW DOES A SMART LIGHT SWITCH WORK Eventually, the current flows back to the distribution board through the neutral wire, completing the circuit. The power then heads to your light through the live output wire. Once you activate a switch button, a closed circuit is created, and power flows from the circuit breaker to the switch through the live wire. A neutral wire links the light to the circuit breaker. Depending on the number of lights your switch is connected to, there may be more than one live output wire. The live wire runs from the din rail/circuit breaker/distribution board straight to your switch, while a live output wire extends from the switch to the light. Part 1: BASIC UNDERSTANDING OF THE ELECTRICAL DIAGRAM Are you curious about smart light switches? Let’s start with the basics! First things first, let’s take a look at an electrical wiring diagram to see how your typical lights and switch are connected to the electrical grid.
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