Schneider Electric Harmony Relay RXM Series Power Relay, 230V AC Coil Voltage, 4PDT Contact Configuration - RXM4AB1P7
This power relay is a miniature plug-in relay designed for effective control in various industrial applications. It operates at a coil voltage of 230 V AC and features a versatile 4PDT contact configuration, ensuring adaptability for a range of electrical systems. The compact dimensions of 21 x 47.7 x 27mm make it suitable for installations with space constraints.
Features & Benefits
• Utilises a 230V AC control circuit for widespread compatibility
• Four changeover contacts enhance operational flexibility
• Integrates silver alloy contacts for improved conductivity
• Supports a maximum switching capacity of 1500 VA
• Allows for high operational frequency with up to 1200 cycles/hour
• Equipped with a mechanical lifespan of 10,000,000 cycles
Applications
• Used in automation systems for controlling machinery
• Employed in HVAC systems for reliable temperature management
• Ideal for use in lighting control circuits
• Suitable for relay in industrial automation
What is the rated insulation voltage for this device?
The rated insulation voltage for the relay is 250 V, conforming to IEC standards and capable of withstanding higher voltages up to 300 V for additional regulatory compliance.
How quickly does it operate when activated?
It features a rapid operate time of just 20 ms, ensuring efficient performance in time-sensitive applications.
What environments can it function in?
It is designed to operate within a temperature range of -40 °C to +55 °C, allowing use in both extreme heat and cold conditions.
How does the relay handle mechanical and electrical durability?
The relay has a mechanical durability rated at 10,000,000 cycles and electrical durability for resistive loads at 100,000 cycles, significantly reducing maintenance needs.
What are the protection ratings for this relay?
It has an IP40 rating, confirming it is protected against certain solid objects and can be deployed in moderate dust exposure scenarios.