Name: N1C L-Series N1C.L2200 - UPS (rack-mountable / external) - AC 120 V - 1980 Watt - 2200 VA - 1-phase 3 Wire - USB, Ethernet - 10-500220
SKU: 292299

Product Details ＋

N1C L-Series N1C.L2200 - UPS (rack-mountable / external) - AC 120 V - 1980 Watt - 2200 VA - 1-phase 3 Wire - USB, Ethernet - output connectors: 6 - 2U - for L-SERIES N1C.JUMPER

Reliable performance
The N1C.L2200 offers a robust design with a power capacity of 2200 VA and a power output of 1980 watts, ensuring it can handle critical equipment efficiently.
Advanced protection features
It includes various safety measures such as overheat, overcurrent, overload, and short-circuit protection to keep devices secure during power anomalies.
Efficient cooling system
A built-in cooling fan ensures optimal temperature control for the UPS, contributing to its longevity and reliability.
Concept of remote management
Features like SNMP, Ethernet, and USB connectivity allow for easy monitoring and management from a distance, enhancing network administration.
User-friendly display
The LCD display provides essential information about the system's operating status, making it straightforward for users to monitor performance.

The N1C L-Series N1C.L2200 UPS is designed to deliver power protection with advanced features. Its lithium iron phosphate battery technology ensures long-lasting performance, providing up to 47 minutes of run time at half load. The UPS incorporates an online topology, resulting in a stable and clean sinewave output. The device caters to various power needs with a total capacity of 2200 VA and a power output of 1980 watts, allowing the user to safeguard critical equipment effortlessly.
This model integrates multiple protection features, including overheat, overcurrent, overload, and short-circuit protection. Equipped with an LCD display, it provides real-time updates on system performance. The N1C.L2200 is easy to manage remotely via SNMP, Ethernet, and USB interfaces, making it a versatile choice for professionals in demanding environments. Its efficient design includes a low battery alarm and an abnormal input voltage alarm, ensuring proactive management of power scenarios.