產品規格

The Delta Amplon N series Gen3 1-3kVA tower online ups power supply system adopts an online dual converter circuit structure and a compact tower design. It can provide clean sine wave input power for IT facilities and other precision equipment, preventing work interruption, data loss, or equipment damage caused by voltage dips, spikes, harmonic distortion, and other power supply failures.

-Why did I choose Delta Amplon N series Gen3 1-3kVA tower online ups power supply

High availability

The output power factor is as high as 0.9, which can provide more active power support for the load

Online dual conversion circuit structure, achieving zero time difference conversion in mains/battery power supply mode

Compatible with generator power supply, ensuring clean and uninterrupted power supply to loads during power outages

Low Total Cost of Ownership

Wider input voltage range, improved UPS grid adaptability, reduced battery discharge probability, and extended battery life

Excellent overload capability, improving operational reliability

AC-AC efficiency up to 90%, ECO economic operation mode efficiency up to 95%

Manageable

Standard LCD display screen, providing UPS status information and allowing for local function configuration

Supports multiple communication interfaces, including USB ports, RS-232 ports, and mini slots (Mini SNMP, Mini Modbus, and Mini Relay I/O cards), for remote monitoring configuration

Battery self-test function: predict the health status of the battery, replace the battery with an alarm prompt

Welcome to Chengyue Communication Technology Co., Ltd., a leading manufacturer of uninterruptible power supply (UPS) systems.  We specialize in delivering high-quality UPS solutions and related power management equipment. Exceled in providing comprehensive UPS solutions tailored to meet the critical power needs of various industries. With a commitment to innovation and reliability, our UPS systems ensure continuous power supply, safeguarding sensitive equipment and critical operations against power interruptions and fluctuations.