Schneider XA2EVM4LC Harmony | Red Pilot Light – Ø22mm – Integral LED – 220…230V AC – Anti-Interference

1. Overview

The Schneider XA2EVM4LC is a monolithic pilot light from the Easy Harmony XA2E series, designed for clear status indication in industrial and automation applications. Featuring a red integral LED, it operates at 220–230V AC and incorporates anti-interference technology, ensuring stable performance in electrically noisy environments.

2. Key Features

• Model: XA2EVM4LC
• Series: Easy Harmony XA2E
• Type: Pilot light
• Color: Red
• Illumination: Integral LED for high brightness
• Operating Voltage: 220–230V AC
• Mounting Diameter: 22mm
• Terminal Type: Screw clamp terminals for secure wiring
• Material: High-quality plastic housing
• Anti-Interference Technology: Ensures reliable operation in environments with electrical noise

3. Technical Specifications

• Voltage Rating: 220–230V AC
• Current Consumption: Low power consumption LED
• Electrical Lifespan: Long-lasting operation
• Mechanical Durability: Built for industrial environments
• Protection Rating: IP65 (Dust and water-resistant)
• Operating Temperature Range: -25°C to +70°C
• Certifications & Compliance: CE, RoHS, IEC standards

4. Applications

• Industrial control panels for status indication
• Automation and process control systems
• Electrical distribution boards
• Operator stations for visual signaling
• Environments requiring anti-interference technology

5. Benefits

• Clear and Bright Indication: Red LED ensures high visibility
• Energy-Efficient: Low power consumption with optimal brightness
• Reliable and Durable: Anti-interference design prevents signal disruptions
• Easy Installation: Standard 22mm mounting for compatibility with most control panels
• Secure Wiring: Screw clamp terminals provide strong electrical connections

6. Conclusion

The Schneider XA2EVM4LC Harmony red pilot light is an efficient and reliable signaling device for industrial automation and control applications. With its integral LED, 220–230V AC operation, and anti-interference design, it is ideal for demanding environments requiring stable and clear status indication.