When it comes to protecting sensitive electrical equipment, selecting the right surge protector is crucial. Designed for industrial and commercial applications, this Surge Protector offers reliable performance with a focus on practicality and efficiency.
The unit operates at a rated voltage of 3 VDC, making it suitable for low-voltage environments. It boasts an impressive current rating of 5 kA per line and 10 kA in common mode, ensuring robust protection against transient overvoltage events. This makes it ideal for safeguarding critical systems from unexpected surges.
With an IP20 degree of protection, the device is designed to prevent ingress of solid objects larger than 12 mm while being mounted on a TS35 DIN Rail. Its compact dimensions—7.5 mm in width, 102 mm in height, and 68 mm in depth—allow for efficient use of space within control panels or distribution boards.
Operationally versatile, this surge protector can function reliably across a wide temperature range from -55 to 70 degrees Celsius. The polycarbonate material construction ensures durability while maintaining a lightweight profile at just 35 grams.
Compliance with multiple standards such as IEC 61643-21:2012, AS/NZS 1768:2007, UL certifications (1499 and UL 497B), ITU-T K.44:2012 as well as Australian standards like AS/CA S008:2010 and AS/NZS 4117:1999 underscores its credibility and suitability for use in various regulatory environments.
Performance-wise, the response time is less than five nanoseconds (<5 ns), which means your equipment receives rapid protection during surge events. It maintains effective operation even under high humidity conditions ranging from 5% to 95%.
Installation is straightforward with a tightening torque requirement of only 0.5 N-m. Additionally, its capacitance value stands at a mere 18 pF alongside resistance measured at approximately 3.9 Ohms—characteristics that contribute to minimal impact on signal integrity when integrated into communication lines.
The Voltage Protection Level (VPL) is set at an efficient level of around15 V ensuring that any excess voltage beyond this threshold is effectively clamped without compromising downstream devices' functionality or safety.
For earthing requirements direct grounding via G Base Type provides enhanced safety by offering two modes of protection transverse mode which guards individual conductors against each other; plus common mode where all conductors are protected collectively relative ground potential thereby reducing risks associated with differential voltages between interconnected systems especially important when dealing complex networked installations
In summary if you're seeking reliable mid-lifecycle solution meet technical specifications ensure compliance industry regulations provide peace mind knowing valuable assets remain shielded harmful electrical disturbances consider integrating this proven performer into your setup today!