Agilon Series – Single-Phase UPS Systems, 600–1500 VA

Line-interactive refers to the UPS topology in which the unit normally conditions and passes mains power to your equipment, and only switches to battery when the mains voltage goes out of range or fails. The Agilon VX’s line-interactive design includes an Automatic Voltage Regulation (AVR) circuit that corrects minor voltage fluctuations (sags or surges) without using the battery. This ensures more stable output power and improves battery longevity compared to basic standby UPS designs. It’s a good balance of performance and efficiency for small office power protection, sitting between simple offline units and more expensive online UPS systems.

The backup runtime depends on the UPS model and the load you have connected. At full load, the Agilon VX UPS will typically keep devices powered for a few minutes (around 4–6 minutes is common at 100% load). Under lighter loads, you can achieve longer runtimes – for example, a 600 VA unit running a typical PC and monitor (maybe 120 W total) might sustain power for 10–15 minutes. The largest 1500 VA model running a half load could provide on the order of 15–20 minutes of backup. For very small loads like networking equipment, you might see up to around 30 minutes. These figures can vary, so for critical systems it’s wise to calculate the approximate load and consult the datasheet or testing to estimate runtime. In all cases, the UPS gives you enough time to save work and safely shut down equipment during an extended outage.

Yes. All Agilon VX models come with a USB communication port and are supported by power management software (or standard OS shutdown utilities) that allow automatic shutdown of connected computers. After you install the provided software (or use the OS’s UPS service with the USB HID driver), the UPS will communicate its status – for example, when it’s on battery and how much charge is left. If the power outage is prolonged and the battery gets low, the software can gracefully close applications and shut down your computer or server before the battery is exhausted. This ensures your data is saved and hardware is protected from sudden power loss. The software also typically offers monitoring of input/output voltage, battery health, and can send notifications about power events.

The AVR in the Agilon VX series continuously monitors the incoming mains voltage. If the voltage dips too low (undervoltage/brownout) or rises too high (overvoltage), the AVR will automatically engage to correct it without switching to battery power. It uses a built-in autotransformer with tap-changing: boosting voltage when input is below normal, and reducing (bucking) voltage when input is above normal. This way, the UPS outputs a stable 230 V (±10%) to your equipment as long as the mains voltage is within a broad range (approximately 170–280 V). The benefit is twofold: your devices receive consistent power (improving their reliability and lifespan), and the UPS doesn’t need to invoke the battery for minor fluctuations. Only when the mains goes completely out of range or fails will the UPS transfer to battery mode, which maximises battery readiness for true emergencies.

Each Agilon VX UPS has multiple output sockets of the IEC 320 C13 type (the standard connectors used for PC and IT equipment power leads). The 600 VA and 1000 VA models are equipped with four IEC outlets each, while the 1500 VA model has six IEC outlets on the rear panel (for the EMEA version). Typically, all except one of these outlets are battery-backed, meaning they provide power during an outage. One outlet is marked as “surge-only” (not backed by battery) – it is intended for less-critical equipment that doesn’t need battery runtime (for instance, a printer or desk lamp) but still benefits from surge protection. You can connect any combination of devices as long as the total load stays within the UPS’s watt capacity (360 W, 600 W, or 900 W respective to the model). Commonly attached devices include a PC and monitor, a networking router/modem, point-of-sale devices, or other electronics. Just ensure essential gear goes into the battery-backed outlets, and avoid exceeding the VA/Watt rating of the UPS for safe operation.

Yes – the Agilon VX series uses internal sealed lead-acid (SLA) batteries, which are replaceable. Over the UPS’s lifespan (typically 3–5 years or more), the battery capacity will naturally decrease, so you might need to fit new batteries to maintain runtime. The units are designed such that a qualified technician or user with proper precautions can replace the battery module(s). For example, the 600 VA model contains one 12 V battery, while the 1000 VA and 1500 VA models use two 12 V batteries (connected in series for 24 V). Replacement involves turning off the UPS, disconnecting it from mains, and swapping the old batteries out for new ones of the same specification (12 V, equal Ah rating). It’s important to use high-quality replacement batteries recommended for UPS use and to follow the manufacturer’s guidelines. After installing a new battery, the UPS will recharge it automatically. Always safely dispose of the old battery in accordance with local regulations, as SLA batteries are recyclable.

The Agilon VX UPS provides comprehensive protection beyond just battery backup. It has surge protection circuitry that shields your connected equipment from voltage spikes on the AC mains. This includes protection against surges induced by lightning strikes or power grid switching – the UPS will clamp and absorb high-voltage transients to safe levels. Additionally, the units have surge protection for data lines (such as an RJ45 port for network or phone line), preventing surges on those lines from damaging your modem, router, or connected PC. In terms of overload protection, the UPS is designed to handle short periods of overload by sounding an alarm and, if the load is excessive, it will disconnect or shut down to prevent damage. The Agilon VX series also includes an output fuse or circuit breaker that will trip in case of a severe overload or short circuit on the output. This ensures the UPS and your equipment are safeguarded – you would need to reduce the load and reset the breaker (or replace the fuse, depending on model) to resume normal operation. Overall, these protections mean the UPS defends against both sudden high voltages and situations where too much equipment is plugged in, keeping everything safe.

No, the Agilon VX series outputs a simulated sine wave (also known as a stepped approximation to a sine wave) when running on battery. During normal operation on mains, the UPS simply passes through the sine wave from the utility (while regulating voltage), so your equipment sees a true sine wave from the wall. But in battery mode, to conserve cost and energy, these line-interactive models use a pulse-width modulated waveform that is not a perfect sine. This simulated sine wave is suitable for most common electronics like PCs, monitors, networking gear, and chargers – they typically have power supplies that can accept a range of waveforms. However, very sensitive equipment or devices with active PFC power supplies may run less efficiently or produce a slight hum on a stepped waveform. For the majority of typical uses (office and home electronics), a simulated sine output is absolutely fine and safe. If you have equipment that explicitly requires a pure sine wave (for example, certain medical devices or motorised equipment), you may need to consider a higher-category UPS (an online UPS) that provides a true sine wave output. For standard IT and office gear, the Agilon VX’s output waveform is a balanced choice offering reliable backup power at an affordable price point.