The Mercator Ikuu SPP02GIP is a smart, weatherproof double power point built for outdoor use with an IP54 protection rating and UV-resistant grey housing. Each socket can be controlled individually via the touch-capacitive switches, the Mercator Ikuü app, or by voice using Amazon Alexa or Google Assistant.

This product uses Zigbee 3.0 mesh technology for extended range and low-latency response times. A Zigbee hub is required for operation and remote access. The hub required is a SGW002 or an SGW003.

The device supports current and historical energy monitoring, customizable timers and schedules, and scene-based automation via the app.

It installs using a standard mounting bracket and requires a minimum mounting block depth of 41mm, depending on cable or conduit entry. Electrician installation is mandatory. It is backed by a 3-year in-home warranty and fully compliant with AS/NZ standards.

• Zigbee 3.0 Mesh Compatibility: Requires a Zigbee hub to enable remote control and automation via app or voice.
• Dual Socket Control: Each socket can be controlled separately via the touch switch or Mercator Ikuü app.
• Energy Monitoring: View real-time and historical power usage per socket through the app.
• Weatherproof IP54 Design: Suitable for outdoor installation with UV-resistant grey material that resists yellowing.
• Voice Assistant Compatible: Works with Amazon Alexa and Google Assistant for hands-free control.
• Custom Automation: Schedule timers, create scenes, and group products using the Ikuü app.
• LED Status Indicators: Displays the current state of each socket for quick visual feedback.

Does this smart power point require a Zigbee hub to operate?
Yes, a Zigbee hub is essential for the Mercator Ikuu SPP02GIP to connect and function remotely via app or voice.
The hub required is a SGW002 or an SGW003

Can this be installed indoors and outdoors?
Yes, it is weatherproof (IP54) and UV-resistant, making it suitable for both indoor and outdoor use.

Can I monitor energy consumption per socket?
Yes, the app allows real-time and historical monitoring for each socket individually.