Both DIN-Rail and trail Click Mount, Bus Enabled, Cascadable. Good for Retrofit and for Installations where DB size is Limited. (Works for Both Wired S-BUS G4 and Wireless S-Wave enebled Networks). Consists of: HVAC Module for Single Stage, and 2 fan Speed only

The S-WAVE TC Module is a compact and efficient wireless control module designed to support seamless smart automation through reliable S-Wave (RF-based) communication. Ideal for home automation, smart appliances, and industrial control systems, this module enables remote control of electrical devices without complex wiring, enhancing both convenience and flexibility in automation setups.

Equipped with temperature compensation (TC) for stable operation, the module ensures consistent performance across varying environmental conditions. With support for microcontroller interfaces like Arduino, ESP8266, ESP32, and Raspberry Pi, the S-WAVE TC Module is a plug-and-play solution for IoT applications, DIY smart switchboards, and wireless automation systems.

Key Features

• Supports S-Wave (RF) wireless communication for long-range control
• Built-in temperature compensation for reliable performance
• Compatible with Arduino, ESP8266, ESP32, Raspberry Pi, and more
• Enables wireless control of lights, fans, and appliances
• Ideal for no-wire retrofitting in smart homes or industrial panels
• Compact design suitable for embedding in switchboards or enclosures
• Low-power consumption with stable RF transmission
• Supports pairing with remotes and central controllers

Applications

• Smart home wireless control
• Wireless light/fan switching
• IoT automation projects
• Industrial automation systems
• DIY wireless switchboard setups
• Energy-saving automation solutions

Technical Specifications

• Input Voltage: 230V AC
• Communication: S-Wave RF protocol
• Trigger Voltage: 3.3V / 5V logic compatible
• Temperature Compensation: Included
• Control Range: Up to 100m (open space)
• Interfaces: Supports wireless pairing with remotes or hubs
• Compact form factor for embedded systems