When it comes to safeguarding your electrical systems, the right surge diverter can make all the difference. This particular model is designed with robust features to ensure reliability and efficiency in both industrial and commercial settings.
At its core, this surge diverter boasts a rated voltage of 2000 VAC and an impressive rated current capacity of 100 kA. Such specifications are essential for handling high-energy surges, ensuring that your equipment remains protected even under severe conditions. The connection type is shunt, which allows for effective diversion of excess voltage away from sensitive components.
The device meets key international standards and approvals: IEC 61643-11 Class I, AS/NZS 1768 Category C, and IEEE C62.41 Category C. These certifications affirm its quality and performance in demanding environments.
In terms of physical dimensions, the unit measures 57 mm in width, 214 mm in height, and has a depth of 162 mm. Despite its compact size, it carries a weight of just 2 kg—making it manageable yet sturdy enough for various applications.
Protection level is another critical factor; this model offers IP20 degree protection. While not waterproof or dustproof at extreme levels like IP65 or higher ratings might suggest, it provides sufficient protection against accidental contact with live parts inside the enclosure.
The operational temperature range from -40 to 70 degrees Celsius ensures functionality across diverse climates—from harsh winter conditions to hot summer environments—while maintaining optimal performance within humidity levels ranging from 5% to 95%.
Constructed using durable ABS plastic combined with ceramic materials enhances both structural integrity as well as thermal resistance properties needed during high energy dissipation events such as lightning strikes or power spikes.
For installation ease on-site technicians will appreciate its mounting type compatibility being fuse base mounted allowing straightforward integration into existing setups without extensive modifications required elsewhere along circuit paths involved therein too!
Fast response time (<5 ns) means quicker reaction times when detecting potential threats posed by transient voltages thereby reducing risk exposure faced downstream toward connected assets reliant upon consistent stable supply continuity assured throughout duration thereof plus beyond should circumstances dictate necessity arise unexpectedly anytime soon thereafter perhaps perchance who knows?
Finally tightening torque stands at reasonable value (2.5 N-m) facilitating secure connections between terminals preventing loose fittings potentially leading towards unwanted arcing scenarios if left unchecked over long periods unattended possibly resulting damage expensive repairs costly downtime avoided altogether thanks prudent foresight exercised beforehand wisely indeed so there you have comprehensive overview provided herein above now hopefully assists decision-making process moving forward confidently assuredly!