METZ CONNECT 110668132722 relè di potenza bianco 24V DC 2PDT 8A montaggio PCB

In industrial and building automation, reliable switching of moderate loads is critical for system uptime and safety. The METZ CONNECT 110668132722 power relay delivers robust performance in a compact PCB-mount package, ensuring dependable control of circuits up to 8 A. Its white housing and 2 changeover contacts make it a versatile choice for a wide range of applications, from HVAC to lighting control.

Who is it for

This relay is ideal for design engineers, panel builders, and maintenance technicians who need a durable, high-isolation switching solution for printed circuit boards. It is well-suited for use in industrial controls, building automation, and power distribution systems where space is limited but reliability cannot be compromised.

Main features

• 2PDT (2 changeover) contact configuration for flexible switching
• High switching capacity: 8 A at 250 V AC
• Coil voltage: 24 V DC with low power consumption (360 mW)
• Excellent insulation: 5000 V AC between coil and contacts
• Wide operating temperature range: -40 °C to +85 °C
• Long mechanical life: 10 million operations
• Approvals: VDE, UL, CSA for global acceptance

Specifications

• Coil voltage: 24 V DC
• Contact configuration: 2PDT (2 changeover)
• Max switching current: 8 A
• Max switching voltage: 250 V AC
• Coil resistance: 1600 Ω
• Coil power consumption: 360 mW
• Contact material: AgNi (Silver Nickel)
• Insulation voltage coil/contact: 5000 V AC
• Dielectric strength contact/contact: 1000 V AC
• Mechanical life: 10,000,000 cycles
• Electrical life: 100,000 cycles at rated load
• Operating temperature: -40 °C to +85 °C
• Mounting: PCB mount
• Colour: White
• Approvals: VDE, UL, CSA

Tips

Ensure proper PCB layout to maintain creepage and clearance distances for the high insulation voltage. When switching inductive loads, consider using a freewheeling diode across the coil to protect driving circuitry. For high-frequency operations, derate the contact current to extend electrical life.