DIN Rail Transformer (2nd Generation) for Ring Wired Video Doorbells

Product Information

Note: If you are running the wire up your wall (instead of through it) DO NOT over-tighten the screws. 13. Restore power at the consumer unit

Remove the existing transformer by unclipping it from the mounting rail. You may need to use a flat head screwdriver to do this. In some cases, your doorbell transformer may integrated into your internal doorbell. In this configuration, mains power runs from your fusebox directly to the transformer in your doorbell. To replace this type of transformer, make sure that your main power switch is off, then install the Ring transformer in your fusebox. Next, connect mains power to its 240 volt inputs.Solenoid valves are widely used in systems where the flow of very clean liquids, gases or light oils needs to be controlled and moderated. Today, many such products are configured for easy and convenient mounting to DIN rail systems, and these systems will require DIN connectors for solenoid valves to ensure reliable flow between the various components mounted along the system. Since you’ll be working with high-voltage electricity, first turn off the main power switch on your fusebox or consumer unit.

The bypass cable disables and isolates your existing doorbell chime. This is necessary for your Ring Video Doorbell to get the power it needs, but it means your doorbell chime will no longer ring. They save time and work - components simply snap or slide into place on the rail, rather than having to panel mount each individual component separately. CAUTION: You'll be working with electrical wires during the installation process. If you are uncomfortable or inexperienced with doing so, consult a qualified electrician. 3. Grab the included bypass cable Note: Do not use any screw other than the included long mounting screws when securing your Ring doorbell.

In this example. the wires on the left (0 and 3) are the wires that power the doorbell’s physical mechanism (or in electrical terms, its solenoid or coil), making it produce sound. If you look closely, you can see thin wires, running from terminals 0 and 3 to the hidden solenoid. By contrast, terminals 1 and 2 are connected directly to each other via a thin wire (meaning they aren’t providing power to your doorbell).