The PIERRE Wave Relay (Big Load) is a high-capacity relay, seamlessly integrated into the PIERRE Wave Ecosystem, designed to handle high-power devices. It is ideal for controlling large appliances such as water heaters, HVAC systems, and other heavy-duty electrical equipment.
Key Features
- High Load Capacity:
- Built to handle large power loads, the Pierre Wave Relay is specifically designed for heavy-duty appliances that require more power than standard devices, ensuring safe and reliable operation.
- DIN Rail Installation:
- The relay is designed for professional installations on a DIN rail, making it easy to integrate into existing electrical panels for a secure and tidy setup.
- Remote Control and Automation:
- Like other Pierre devices, the Wave Relay can be managed remotely via the PIERRE App, enabling users to automate appliances based on schedules or triggers for added convenience and energy savings.
- Energy Management:
- With its ability to control high-power appliances, the relay enhances energy efficiency by automating heavy-load devices and preventing unnecessary energy consumption.
- Smart Connectivity:
- Operating wirelessly within the PIERRE System, the relay supports seamless communication and integration for a truly smart home experience.
The PIERRE Wave Relay (Big Load) offers a robust solution for controlling high-power devices, combining professional-grade design, energy management, and smart home automation. It even utilizes the Zigbee protocol for reliable wireless communication, ensuring smooth operation within the PIERRE Ecosystem.
| Position | Wires | Diameter | Type | Comment |
|---|---|---|---|---|
| From Electric box to Smart relay | 2 | 16 mm² | PP/Y | L, N |
| From Smart relay | 2 | 16 mm² | PP/Y | L, N |
Why use a solid-state relay (SSR)?
Solid-state relays have a longer lifespan and operate silently, making them ideal for many applications.
What happens if one relay in the relay board fails?
PIERRE relay boards use high-quality relays with additional safety features. If one relay fails, you can either replace the entire board or, if possible, use another output.