Description
Schneider XA2EVMD3LC Harmony | Green Pilot Light – Ø22mm – Integral LED – 220V DC – Anti-Interference
1. Overview
The Schneider XA2EVMD3LC is a monolithic pilot light from the Easy Harmony XA2E series, designed for industrial and automation applications. It features a green integral LED, operates at 220V DC, and includes anti-interference technology to ensure stable performance in high-noise electrical environments.
2. Key Features
- Model: XA2EVMD3LC
- Series: Easy Harmony XA2E
- Type: Pilot light
- Color: Green
- Illumination: Integral LED for high brightness
- Operating Voltage: 220V DC
- Mounting Diameter: 22mm
- Terminal Type: Screw clamp terminals for secure and easy wiring
- Material: High-quality plastic housing
- Anti-Interference Technology: Ensures stable operation in electrically noisy environments
3. Technical Specifications
- Voltage Rating: 220V DC
- Current Consumption: Low power consumption LED
- Electrical Lifespan: Long-lasting operation
- Mechanical Durability: Designed 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
- Machine operation monitoring
- Electrical distribution boards
- Environments with high electrical noise requiring interference-resistant components
5. Benefits
- Bright and Clear Indication: Green LED ensures clear status visibility
- Energy-Efficient: Low power consumption with high efficiency
- 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 XA2EVMD3LC Harmony green pilot light is a highly reliable and efficient signaling device for industrial automation and control applications. Its integral LED, 220V DC operation, and anti-interference design make it an ideal choice for environments requiring stable and clear status indication.
