Phoenix Contact Surge Protector, 250V ac, DIN Rail Mount

Diode circuits perform various tasks in electrical and electronic control systems like electrical decoupling of messages in fault signalling systems or as spark-suppression diodes for limiting surge voltages of inductive loads, such as solenoid valves or DC relays.
In order to meet these requirements, diode modules are available as "diode gates" with common negative and positive polarity or as individual diodes.

This surge protector is essential for safeguarding electrical systems against power surges. As a compact unit measuring 75 x 22.5 x 55mm, it is designed for easy installation on a DIN rail. With a voltage protection rating of 250V AC, it efficiently manages voltage fluctuations while operating effectively in varied temperatures from -20 °C to +50 °C.

• Compact DIN rail design simplifies installation in industrial settings
• Rated for 250V AC to safeguard sensitive electrical equipment
• Wide temperature operating range supports diverse environmental conditions
• Reliable surge protection enhances the longevity of electrical systems
• Effective voltage protection equipment for automation and electrical usage

• Used with industrial automation systems to protect controllers
• Ideal for protecting electrical panels in harsh environments
• Employed in machinery requiring high levels of surge protection
• Suitable for installations in commercial electrical systems

The operating temperature range of -20 °C to +50 °C allows for reliable performance in various environmental conditions, ensuring effective surge protection regardless of temperature fluctuations. This capability makes it suitable for installation in areas exposed to temperature extremes.

The product employs advanced surge protection technologies that absorb and redirect excess voltage, preventing damage to connected equipment. This ensures that sensitive electronic components remain safe during unexpected power surges.

Yes, its DIN rail design facilitates easy integration into current electrical systems without major modifications. This ensures a seamless adoption process for enhancing surge protection capabilities.