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General safety warnings to prevent electric shock, fire, and damage during use.
Instructions for safely removing the UPS from its packaging.
Guidance on selecting the correct UPS based on equipment power needs.
Steps for physically connecting and setting up the UPS unit.
Troubleshooting steps for when the UPS fails to switch to battery power.
Resolving overload faults by reducing connected equipment load.
Addressing mechanical issues that may affect UPS operation.
Diagnosing why the UPS on battery mode is not supplying power.
Details on the UPS outlets providing power and surge protection.
Explanation of the various indicators on the UPS LCD screen.
Indicates equipment exceeds battery outlet rating; unplug equipment.
Short circuit on battery outlets; unplug equipment and restart UPS.
Indicates a fault with the UPS charger; contact support.
Details on the UPS model number and its power capacity.
Information on the UPS input voltage and frequency requirements.
Details on UPS output voltage, frequency, and waveform.
Maximum load ratings for UPS and surge protection outlets.
Operating temperature, humidity, size, and weight of the UPS.
Information on recommended battery type and safety approvals.
Details on the warranty coverage for W Box Technologies products.
Disclaimers and limitations on ADI's liability for product performance.
Buyer's responsibility to limit liability to end-users for product failures.
Procedure for returning defective products for replacement or credit.
Specifies that New York State laws govern the limited warranty.
General provisions regarding the warranty terms and conditions.
Procedure for making claims under the connected equipment guarantee.
This document describes a W Box Technologies Uninterruptible Power Supply (UPS) system, model 0E-825V12VRD, designed to provide backup power and surge protection for connected electronic equipment. The UPS ensures continuous operation during power outages, brownouts, and over-voltages, protecting sensitive electronics from damage and data loss.
The primary function of this UPS is to provide a stable and continuous power supply to connected devices. It operates in two main modes: AC/Utility Power Mode and Battery Mode. In AC/Utility Power Mode, the UPS draws power from the wall outlet, filters it, and provides clean, regulated power to the connected equipment. It also charges its internal battery during this time. When the utility power fails (e.g., during a blackout or severe brownout), the UPS automatically and instantaneously switches to Battery Mode, drawing power from its internal battery to continue supplying power to the connected devices without interruption. This seamless transition prevents equipment shutdowns and data loss.
The UPS also incorporates Automatic Voltage Regulation (AVR), which stabilizes incoming AC power fluctuations without resorting to battery power. This feature is crucial for protecting equipment from voltage sags and surges that are common in utility power, extending the life of both the UPS battery and the connected devices.
Beyond power backup, the UPS offers comprehensive surge protection. It includes outlets specifically designed to protect against power surges, spikes, and line noise, safeguarding electronics from damage caused by electrical disturbances. This protection extends to data lines as well, with dedicated ports for telephone, network, and coaxial cable connections, ensuring all connected communication lines are also shielded from surges.
The device is equipped with a multi-function LCD display that provides real-time information about its operational status. This includes input and output voltage levels, estimated runtime on battery, battery capacity, and load capacity. The display also indicates various fault conditions and warnings, allowing users to quickly identify and address potential issues. Audible alarms further supplement these visual indicators, alerting users to critical events such as power outages, low battery, and overloads.
The UPS is designed for ease of use and offers several features to enhance its functionality and user experience. It provides multiple power outlets, typically divided into "Battery Backup & Surge Protected Outlets" and "Full-Time Surge Protection Outlets." The battery backup outlets are intended for critical equipment like computers, monitors, and network devices that require continuous power during an outage. The surge-only outlets are suitable for non-critical peripherals such as printers, scanners, or lamps, which only need surge protection and do not require battery backup.
The LCD display is a central feature for monitoring the UPS. It provides clear, concise information at a glance. For example, the "INPUT voltage meter" shows the AC voltage from the wall outlet, helping users identify poor-quality input power. The "OUTPUT voltage meter" displays the voltage being supplied to connected equipment. The "ESTIMATED RUNTIME" feature is particularly useful, as it indicates how long the UPS can power the connected devices based on the current load and battery capacity, allowing users to plan for orderly shutdowns during extended outages. The "BATT. CAPACITY meter" shows the approximate charge level of the internal battery, while the "LOAD CAPACITY meter" displays the output load level, helping users manage connected devices to avoid overloads.
The UPS includes data line protection for telephone, network, and coaxial cables. By routing these lines through the UPS, connected devices like modems, routers, and TVs are protected from surges that can travel through data lines, providing a more complete protection solution.
The device also features a "Power On/Off" button for manual control. A quick press turns the UPS on or off, while a longer press (typically 2 seconds) can silence an alarm. This allows users to manage the UPS's operation and respond to alarms as needed.
For energy efficiency, the UPS may include features like "GreenPower UPS™ Technology," which helps reduce energy consumption and associated costs by bypassing the transformer when utility power is stable. This design minimizes heat generation and extends the life of UPS components.
The UPS is typically compact and designed to be placed in various environments, such as under a desk, on a shelf, or in a home office. Its plug-and-play setup means it can be easily integrated into existing power setups without complex installation procedures.
While the UPS is largely maintenance-free, there are a few aspects users should be aware of to ensure its optimal performance and longevity.
The internal battery is a critical component and has a finite lifespan, typically 3 to 6 years, depending on the number of discharge/recharge cycles and environmental factors like temperature. The UPS's LCD display provides indicators related to battery status, such as "BATT. CAPACITY meter" and "ESTIMATED RUNTIME," which can help users monitor the battery's health. If the battery capacity significantly diminishes or the UPS frequently switches to battery mode even with stable utility power, it may indicate that the battery needs replacement. The manual provides guidance on how to identify a failing battery and suggests contacting support for replacement.
The UPS performs self-tests to ensure its internal components are functioning correctly. These tests may be initiated automatically or manually. The LCD display will show fault codes (e.g., E01 for Charger Fault, E21 for Battery Output Short, E22 for Overload Fault, E24 for Internal Fault) if an issue is detected. Users are advised to consult the manual for the meaning of these codes and recommended actions, which often involve unplugging equipment, restarting the UPS, or contacting customer support.
Overload conditions are another aspect of maintenance. If the "OVER LOAD icon" appears on the LCD and an alarm sounds, it means the connected equipment exceeds the UPS's capacity. To resolve this, users must unplug some equipment from the battery-supplied outlets until the overload indicator clears. This prevents damage to the UPS and ensures it can effectively protect the remaining connected devices.
Regular checks of the UPS's environment are also beneficial. Ensuring the UPS is placed in a well-ventilated area, away from excessive heat and humidity, helps maintain its operating temperature within the recommended range (typically 32°F to 104°F or 0°C to 40°C). This helps prolong the life of the battery and other internal components.
The manual also emphasizes the importance of proper storage if the UPS is not in use. It recommends storing the UPS with a fully charged battery and recharging it periodically (e.g., every three months) to prevent deep discharge, which can permanently damage the battery.
For any issues that cannot be resolved through basic troubleshooting, the manual provides contact information for customer support, including phone numbers for the US, Canada, and Puerto Rico. This ensures users can get professional assistance for more complex problems or battery replacements.
In summary, the W Box Technologies UPS is a robust power protection solution that provides essential backup power and surge suppression. Its user-friendly LCD display, comprehensive protection features, and straightforward maintenance guidelines make it an effective tool for safeguarding electronic equipment and ensuring continuous operation.
General| Model | 0E-825V12VRD |
|---|---|
| Type | Line Interactive |
| Output Power | 825 VA / 495 W |
| Output Waveform | Simulated Sine Wave |
| Battery Type | Sealed Lead Acid |
| Frequency | 50/60Hz |
| Communication Interface | USB |
