ELDAT RCJ37E5002A0-K Easywave receptor empotrable 2 canales 12-24V AC/12-32V DC

Wireless flush-mounted receiver with two potential-free relay outputs, engineered for seamless integration into standard switch boxes. Its Easywave protocol delivers reliable 868.3 MHz communication, enabling remote control of lighting, motors, or other electrical loads without additional wiring.

Advantages

Flexible power supply accepts 12-24V AC or 12-32V DC, making it suitable for diverse installations. Each relay switches up to 5A at 230V AC, handling resistive loads up to 1150W per channel. Supports up to 32 Easywave transmitters, with four operating modes: momentary, latching, ON/OFF, and staircase light function. Compact flush-mounted design fits standard wall boxes, with screw terminals for secure connections and an LED status indicator for quick diagnostics.

Suitable for

• Retrofit projects where additional wiring is impractical
• Controlling lighting circuits, garage doors, or small motors
• Integration with ELDAT Easywave transmitters for centralized control
• Applications requiring potential-free contacts for galvanic isolation

Key specifications

• Wireless technology: ELDAT Easywave, 868.3 MHz
• Number of channels: 2 (potential-free relay contacts)
• Max. switching voltage: 230V AC; max. switching current: 5A per channel
• Max. switching power (resistive): 1150W per channel at 230V AC
• Power supply: 12-24V AC / 12-32V DC
• Mounting type: flush-mounted for standard switch boxes
• Programmable transmitters: up to 32
• Operating modes: momentary, latching, ON/OFF, staircase light function
• Connections: screw terminals
• Protection class: IP20
• Operating temperature range: -20°C to +60°C
• Radio range (free field): up to 150 m
• Status indicator: LED
• Housing material: plastic

Recommendations

Ideal for electricians and smart home integrators seeking a reliable wireless switching solution. Pair with ELDAT Easywave transmitters for a complete system. Ensure adequate ventilation inside the switch box to maintain operating temperature limits.