Installation guide for Noke On-Wall Controller w/ Battery October 2019 The Noke On-Wall Battery Powered Unit Controller could be mounted on a wall, sheet metal or any other similar surface. It could operate as a standalone lock controller or a switch to control electrical locks, using the Relay PCBA.
Installing the Backplate Place the backplate on the surface where you want to install the unit controller. Use the backplate as a stencil and outline all the drill holes. Use the marking to drill pilot holes into the surface for the mounting screws and routing the necessary wires. If mounting the unit onto a concrete or brick surface, we suggest you use 3/16” flat-head Tapcons. If you’re mounting onto a different surface like wood or sheet metal, use the screws designed to be mounted to those surfaces.
Each type of electronic lock needs a different type of electronic signal to function. We have listed the common ones later in this guide. Make sure you to identify the type of lock that is being used. Here’s the pinout of the connector which is used for this controller. The above schematic as viewed from the tail end of the connector, with the wires split along the center. Label all the necessary wires needed to interface with your lock before proceeding.
To the Power Supply (if applicable): This controller could be hardwired if necessary, but please make sure the battery is not installed in the unit. - Supply +ve: Connect this to 12v/24v DC supply or the b rown wire from the Power Cable. - Supply GND: C onnect this to GND of the supply or the b lue wire from the Power Cable.
To the Power Supply (if applicable): This controller could be hardwired if necessary, but please make sure the battery is not installed in the unit. - Supply +ve: Connect this to 12v/24v DC supply or the b rown wire from the Power Cable. - Supply GND: C onnect this to GND of the supply or the b lue wire from the Power Cable. iii) Connections needed for Magnetic Locks or other Relay based solutions: Follow these connections to use this controller work with Magnetic Locks.
To the Power Supply (if applicable): This controller could be hardwired if necessary, but please make sure the battery is not installed in the unit. - Supply +ve: Connect this to 12v/24v DC supply or the b rown wire from the Power Cable. - Supply GND: C onnect this to GND of the supply or the b lue wire from the Power Cable. Assembling the Unit Plugin the harness, that has been routed through the backplate, into the only connector on the controller.
picture below. The notch in the backplate should catch a groove in the enclosure. Now, while allowing the controller to pivot on the top edge of the enclosure, rotate the controller and removal tool until they are vertical. Once the controller has seating well onto the backplate, you can remove the removal tool. This should engage the magnetic locking mechanism. The controller should now be secure and it cannot be removed. Check if you can pull the controller out without the removal tool.
FCC Statement This equipment has been tested and found to comply with the limits for a Class B digital device, pursuant to part 15 of the FCC rules. These limits are designed to provide reasonable protection against harmful interference in a residential installation. This equipment generates, uses and can radiate radio frequency energy and, if not installed and used in accordance with the instructions, may cause harmful interference to radio communications.
