Incredibly small.
Incredibly smart.
The Fibaro Implant allows you to enhance the functionality of appliances, wired sensors, alarm systems, garage doors and more by adding the power of Z-Wave to otherwise “dumb” devices.
Garage and gate motors
Add Fibaro Implant to your garage doors and gate motors to instantly make them smart – allowing control from your Z-Wave system – you can even add inputs to Implant so you know the current state of your garage door or motorised gate.
Wired alarms
Add Fibaro Implant to your wired alarm system to instantly make it smart – allowing control and monitoring from your Z-Wave system. Arm, disarm or include your alarm’s wired sensors as triggers for Z-Wave scenes and monitoring.
Heating
Add Fibaro Implant to your heating systems – such as heated underfloor tiles, heated towel rails, HVAC systems and more – You can also attach temperature and humidity sensors to Implant for complete Z-Wave control and monitoring.
Gardens and irrigation
Add Fibaro Implant to wired 0-10V sensors – such as rain, temperature, humidity, wind or soil moisture sensors for complete environmental garden monitoring. You can also add 24V DC solenoids to Implant to create an intelligent irrigation system.
Switches
Add Fibaro Implant to low-voltage switches to create instant Z-Wave scene and device triggers – anywhere you like. With two “normally-open” or normally-closed” inputs on Implant, you will find plenty of ways to enhance your Z-Wave system.
Appliances
Add Fibaro Implant to your “dumb” appliances and instantly make them smart – with a bit of ingenuity and DIY tinkering, you can add Implant to almost any low-voltage circuit. The possibilities are only limited by your imagination.
The finer details...
Dimensions | |
| Length: | 29mm |
| Width: | 18mm |
| Height: | 13mm |
Power & Operation | |
| Power supply: | 9-30V DC (not included) |
| Operating temperature: | 0-40°C |
Device Applications | |
| Inputs: | 2 x 0-10V analog or binary inputs / 1x serial 1-wire input |
| Outputs: | 2 x potential-free outputs (for controlling external circuits) |
| Maximum current on outputs: | 150mA |
| Maximum voltage on outputs: | 30V DC / 20V AC |
| Built-in temperature sensor: | -55°C – 126°C |
Communication | |
| Radio protocol: | Z-Wave (500 series chip) |
| Radio transmit power: | EIRP max. 7dBm |
| Radio frequency: | 921.4 MHz (AUS/NZ Z-Wave Frequency) |
| Wireless range: | Up to 50m outdoors / Up to 30m indoors (depending on building structure) |
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