1. Why it matters.
Plinx VisionKit is evolving.
Now bringing a new dimension of visual intelligence to your machines. What started as a single-camera solution has grown into a powerful multi-camera system, with up to four seamlessly integrated viewpoints delivering a true 360° perspective.
The result - A richer, smarter, and more complete understanding of every moment on site. Non-invasive yet incredibly insightful, VisionKit now captures the full picture. With multiple angles working in harmony, it provides live streaming when it matters most, while continuously generating meaningful data that builds a dynamic, long-term view of your operation.
Built with safety, sustainability, and productivity at its core, 360 VisionKit acts as a vigilant set of ‘eyes-on', now with enhanced depth and awareness. The expanded field of view significantly improves human-form recognition and situational awareness around machinery, helping to identify risks earlier and respond faster.
From critical events to everyday operations, 360 VisionKit empowers teams with visual intelligence from every angle, protecting people, optimising performance, and creating a safer, smarter worksite.
2. Required components and fixings
MachineSense device
Universal Power Adaptor (UPA)
Camera Switch
4 x HFR cameras
Camera extension cables (Various depending on machine)
1 x Driver display
Cable ties
1 x in-line fuse block (3 amp)
1 x Fuse tap (either standard or mini blade)
1 x 'Plinx READY' sticker
Ring terminals and cable connectors (various)
3. Pre-installation checks
Ensure the machine is switched off
Check the roof type of the machine, either plastic or metal
Check the battery location
Verify all parts required are present and undamaged
4. Fitting the Universal Power Adaptor (UPA)
The UPA is the staple for each machine and is supplied with a QR code which requires scanning to register the machine class and machine ID.
See instructions below:
UPA registration instructions.
Scan QR code with smart phone
[this will prompt a registration screen]
Note the UPA ID number
[this will be pre-populated]
Fill in the Machine/Plant ID number
[for example EX25T***]
Fill in a brief description of machine
[for example Excavator 123GC]
From drop down list, select Machine Type
[for example Tracked Excavator]
Select SUBMIT to confirm
[A note will pop up to accept the machine registration]
This UPA should be fitted, using the double sided tape, to the rear windscreen of the machine avoiding any moving parts such as windscreen wipers. The screen should be free from dirt and other contaminants before affixing the unit. Once fitted, apply the 'Plinx READY' sticker supplied
5. Locating the MachineSense control unit (Method 1 - Magnets)
The Plinx MachineSense comes fitted with 4 strong magnets under the body of the sensor. These will allow for easy placement on metallic roofs. The magnets are sufficient to hold the unit firmly in place so a well selected location on the roof surface is preferred to allow reach to the Universal Power Adaptor (UPA) and Driver Display.
6. Locating the MachineSense control unit (Method 2 - Adhesive)
For machines fitted with plastic roofs, there are a couple more steps to follow to place the sensor on the roof. Click HERE for instructions on this fitting method.
7. Securing the camera switch
The camera switch powers and manages up to four cameras installed on the machine. It should be mounted alongside the MachineSense unit on the roof to ensure efficient connectivity and cable routing.
The switch features four dedicated camera ports. Cameras can be connected to any port, depending on their position and the most practical cable path.
Each connection uses a 6-pin male connector, which is keyed to ensure correct alignment and a watertight seal. When installing a camera, make sure the connector is properly aligned, the seal is seated correctly, and the locking nut is fully tightened.
Power is supplied via the Universal Power Adaptor (UPA), which connects to the 9-pin power port located next to the DVR port on the switch.
To enable video transmission, connect PORT 3 on the MachineSense unit directly to the DVR port on the camera switch.
8. Position your cameras
The MachineSense unit should be securely installed on the roof, with the Camera Switch and UPA positioned adjacent to it for optimal connectivity. When mounting the cameras, it is essential to note that each unit is designed with a specific orientation.
One camera faces forward, one to the rear, and the remaining two are positioned to the right and left. The exact placement of these cameras will vary depending on the type of machine being fitted, so ensure their positioning is aligned with the specific configuration requirements of the equipment.
9. Add the driver display
The Driver Interface is connected directly to the MachineSense unit - PORT 1, so when positioning the MachineSense on the roof, ensure there is sufficient cable length to allow the display to be installed within the operator’s natural line of sight.
In most cases, the display is mounted on the left-hand side of the machine, either by securely clamping it to the grab rail or by adhering it to the front window.
Care should be taken to position the Driver Interface so that it does not interfere with any mechanical components, such as the windscreen wipers, while still remaining clearly visible to the driver during operation.
10. Connection to the battery (12v system and 24v system)
The UPA is hardwired directly into the machines battery.
The UPA is fitted with a 4-core cable, with each core designed to be connected as follows:
RED Core: via in-line fuse block rated to 3-Amps directly to the +POS battery post.
BROWN Core: directly to the -NEG battery post BEFORE THE ISOLATOR.
11. Connection to an ignition point - GREEN Core
Route the signal cable to the fuse board. Use extension core where required. Use a fuse tap or connect inline via a spare accessory fuse slot (e.g., ignition). Confirm fuse rating matches system specs (typically 2A–5A). Signal Cable connection MUST be to an Ignition Powered Fuse only. The signal is sent to the MachineSense VisionKit on the roof each time the machine is turned on and off.
12. Connection to a ground point - WHITE Core
13. Final checks and power on