This 'pegboard kit' contains 7 .stl files that can be used to print WYZE Motion Sensor holders that will allow for 9 different spatial orientations when attached to a pegboard. The sensor holder has a bottom pushout opening that facilitates removing the motion sensor if the fix is tight and can be used with the setup pin to add the device. The pegboard base of the holder contains two orthogonal slots that can also serve as an optional 'cable management' accessory if a WYZE Cam or Pan is also mounted on the pegboard.

See the picture that is included with the files to link a file name with a specific spatial orientation. The reference orientation is from the  perspective of a user standing behind the pegboard and looking forward. Two of the holders can be rotated 90 degrees before insertion in the pegboard for an orientation of 30 Degrees Up and 30 Degrees Left or Right orientation.

The follow .stl files are included:

File 1004a MS HOLDER R30D30 (Note: Rotate 90 Degrees for R30U30)
File 1004b MS HOLDER CU30
File 1004c MS HOLDER L30D30 (Note: Rotate 90 Degrees for L30U30)

File 1004d MS HOLDER CR30
File 1004e MS HOLDER C
File 1004f MS HOLDER CL30

File 1004g MS HOLDER CD30

Note:

If the components are printed with four walls, 35% infill and in accordance with the recommended orientation, the pegs will be relatively strong and should not break. It is not uncommon to find small variations in pegboard hole sizes. If the sensor holder can not be inserted into the pegboard, carefully ream out the pegboard holes to be slightly larger.

The motion sensor box is designed for a tight fit. I have noticed on my printer the that the print orientation can have an outcome on how snugly the sensor fits. That fit can be 'perfect, a bit loose or very tight, depending on how the file is placed for printing. Another factor that can influence the snugness of fix is slicer configuration parameters but I have not played with that. If you are experiencing problems I might suggest you sand accordingly or try rescaling the file by a very small amount prior to slicing . I have not played with rescaling on these designs.

Remove the supports very carefully to avoid damage. Oh for a dual head printer along with a spool of water soluble filament for supports.

Note:

If the components are printed with four walls, 35% infill and in accordance with the recommended orientation, the pegs will be relatively strong and should not break. It is not uncommon to find small variations in pegboard hole sizes. If the sensor holder can not be inserted into the pegboard, carefully ream out the pegboard holes to be slightly larger.

The motion sensor box is designed for a tight fit. I have noticed on my printer the that the print orientation can have an outcome on how snugly the sensor fits. That fit can be 'perfect, a bit loose or very tight, depending on how the file is placed for printing. Another factor that can influence the snugness of fix is slicer configuration parameters but I have not played with that. If you are experiencing problems I might suggest you sand accordingly or try rescaling the file by a very small amount prior to slicing . I have not played with rescaling on these designs.

Remove the supports very carefully to avoid damage. Oh for a dual head printer along with a spool of water soluble filament for supports.

List of all Wyze Pegboard Accessories in the Pegboard Series

This is one in a series of pegboard accessories. The set includes the following items that have been designed for using WYZE products with pegboards. Check https://www.thingiverse.com/burke9119/ to see when more are added.

1 Two Part Pegboard Mount for a Wyze CAM V2
https://www.thingiverse.com/thing:4335549

2 Two Part Pegboard Mount for a Wyze Contact Sensor Switch Holder
https://www.thingiverse.com/thing:4337294

3 Wyze Motion Sensor Pegboard Mount
https://www.thingiverse.com/thing:4350830

4 Wyze Vault with Pegboard Mount
https://www.thingiverse.com/thing:4588130

5 Wyze Pegboard Cable Management Kit
https://www.thingiverse.com/thing:4590517