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Provides an overview of the APC Uninterruptible Power Supply (UPS) and its protective functions against power disturbances.
Instructions for inspecting the UPS upon receipt, handling the heavy unit, and checking package contents.
Lists all included hardware components for UPS installation, including brackets, screws, and cables.
Specifies the operating and storage temperature ranges and battery charging conditions for the UPS.
Details the maximum operating and storage elevation limits for the UPS unit.
States the acceptable relative humidity range for the UPS, specifying non-condensing conditions.
Provides the weight of the UPS with and without battery modules, and individual battery module weights.
Guides on mounting the UPS in a four-post rack, including installing brackets and rail cleats.
Instructions for securing the UPS in a rack, emphasizing rack stability and proper screw/nut usage.
Detailed steps for connecting the UPS batteries, ensuring correct connector engagement and battery stringing.
Steps to convert the UPS from rack-mount to tower configuration using stabilizer brackets and top covers.
Instructions for attaching stabilizer brackets to the UPS for tower configuration.
Guidance on installing the large and small top covers for the UPS in tower configuration.
Procedure for hardwiring 230 V UPS models, covering safety, wiring gauge, and connection points.
Information on installing optional accessories like input/output hardwire kits and two-post rack options.
Steps for connecting equipment to the UPS, including ground connection and power sources for 208 V and 230 V models.
Instructions on powering on the UPS using the front panel button and initial battery charging phase.
Explains the UPS display panels for 208 V and 230 V models, showing load, battery charge, and status.
Details the meaning of indicator LEDs (On Line, AVR, Battery, etc.) and the functions of front panel buttons.
Describes the serial port connection for the UPS and warns against using incompatible standard serial cables.
Explains the EPO feature for remote de-energizing of equipment and its wiring requirements.
Details how the UPS indicates utility voltage via LEDs during a self-test and how to interpret the readings.
Describes the functions of front panel buttons: Power On, Self-Test, Cold Start, and Power Off.
Explains how to adjust UPS settings like Self-Test interval, UPS ID, Voltage Sensitivity, and Shutdown Delay.
Details the low battery warning behavior and how to configure its duration via software or panel.
Allows setting a delay for UPS startup after utility power returns to prevent circuit overload.
Configures the voltage threshold for transferring to battery during high utility voltage periods.
Configures the voltage threshold for transferring to battery during low utility voltage periods.
Allows setting the output voltage for 230 V models to 220 V, 230 V, or 240 V.
Provides solutions for common issues preventing the UPS from powering on, such as battery connection or utility power.
Addresses issues where the UPS cannot be turned off, usually indicating an internal fault requiring service.
Explains that occasional beeping can be normal operation during battery use or an alarm needing attention.
Troubleshoots scenarios where UPS battery life is shorter than expected, often due to battery age or usage.
Identifies this symptom as an internal fault requiring immediate servicing of the UPS unit.
Explains that sequential flashing of LEDs indicates a remote shutdown, with automatic restart expected.
Troubleshoots a completely off UPS by checking for shutdown or battery discharge, indicating automatic restart.
Describes overload conditions, how to resolve them, and the UPS behavior during overload.
Diagnoses battery issues, including disconnection and weak batteries, and provides resolution steps.
Addresses issues with the input circuit breaker tripping, suggesting overload resolution and breaker reset.
Explains these LEDs indicate high/low utility voltage, requiring facility or utility company checks.
Guides on using the cold start feature when there is no utility power and the UPS is off.
Provides instructions for safely replacing hot-swappable battery modules, emphasizing disconnection and recycling.
Outlines the procedure for obtaining service, including troubleshooting, contacting support, and packing for return.
Details the limited two-year warranty, covering defects, and lists exclusions from coverage.
Specifies that the warranty is only valid for the original registered purchaser.
Lists conditions and situations not covered by the UPS warranty, such as misuse or unauthorized modifications.
Provides FCC notices, agency approvals (UL, CE), and radio frequency energy warnings.
Details how to access customer support via APC website, phone, or local centers for assistance.
Lists the harmonized standards (e.g., EN, IEC) to which the equipment conforms.
Lists the EU directives (e.g., Low Voltage, EMC) that the equipment complies with.
Identifies the equipment type as an Uninterruptible Power Supply and its model number.
Lists the various manufacturing locations and addresses for American Power Conversion products.
Provides an overview of the APC Uninterruptible Power Supply (UPS) and its protective functions against power disturbances.
Instructions for inspecting the UPS upon receipt, handling the heavy unit, and checking package contents.
Lists all included hardware components for UPS installation, including brackets, screws, and cables.
Specifies the operating and storage temperature ranges and battery charging conditions for the UPS.
Details the maximum operating and storage elevation limits for the UPS unit.
States the acceptable relative humidity range for the UPS, specifying non-condensing conditions.
Provides the weight of the UPS with and without battery modules, and individual battery module weights.
Guides on mounting the UPS in a four-post rack, including installing brackets and rail cleats.
Instructions for securing the UPS in a rack, emphasizing rack stability and proper screw/nut usage.
Detailed steps for connecting the UPS batteries, ensuring correct connector engagement and battery stringing.
Steps to convert the UPS from rack-mount to tower configuration using stabilizer brackets and top covers.
Instructions for attaching stabilizer brackets to the UPS for tower configuration.
Guidance on installing the large and small top covers for the UPS in tower configuration.
Procedure for hardwiring 230 V UPS models, covering safety, wiring gauge, and connection points.
Information on installing optional accessories like input/output hardwire kits and two-post rack options.
Steps for connecting equipment to the UPS, including ground connection and power sources for 208 V and 230 V models.
Instructions on powering on the UPS using the front panel button and initial battery charging phase.
Explains the UPS display panels for 208 V and 230 V models, showing load, battery charge, and status.
Details the meaning of indicator LEDs (On Line, AVR, Battery, etc.) and the functions of front panel buttons.
Describes the serial port connection for the UPS and warns against using incompatible standard serial cables.
Explains the EPO feature for remote de-energizing of equipment and its wiring requirements.
Details how the UPS indicates utility voltage via LEDs during a self-test and how to interpret the readings.
Describes the functions of front panel buttons: Power On, Self-Test, Cold Start, and Power Off.
Explains how to adjust UPS settings like Self-Test interval, UPS ID, Voltage Sensitivity, and Shutdown Delay.
Details the low battery warning behavior and how to configure its duration via software or panel.
Allows setting a delay for UPS startup after utility power returns to prevent circuit overload.
Configures the voltage threshold for transferring to battery during high utility voltage periods.
Configures the voltage threshold for transferring to battery during low utility voltage periods.
Allows setting the output voltage for 230 V models to 220 V, 230 V, or 240 V.
Provides solutions for common issues preventing the UPS from powering on, such as battery connection or utility power.
Addresses issues where the UPS cannot be turned off, usually indicating an internal fault requiring service.
Explains that occasional beeping can be normal operation during battery use or an alarm needing attention.
Troubleshoots scenarios where UPS battery life is shorter than expected, often due to battery age or usage.
Identifies this symptom as an internal fault requiring immediate servicing of the UPS unit.
Explains that sequential flashing of LEDs indicates a remote shutdown, with automatic restart expected.
Troubleshoots a completely off UPS by checking for shutdown or battery discharge, indicating automatic restart.
Describes overload conditions, how to resolve them, and the UPS behavior during overload.
Diagnoses battery issues, including disconnection and weak batteries, and provides resolution steps.
Addresses issues with the input circuit breaker tripping, suggesting overload resolution and breaker reset.
Explains these LEDs indicate high/low utility voltage, requiring facility or utility company checks.
Guides on using the cold start feature when there is no utility power and the UPS is off.
Provides instructions for safely replacing hot-swappable battery modules, emphasizing disconnection and recycling.
Outlines the procedure for obtaining service, including troubleshooting, contacting support, and packing for return.
Details the limited two-year warranty, covering defects, and lists exclusions from coverage.
Specifies that the warranty is only valid for the original registered purchaser.
Lists conditions and situations not covered by the UPS warranty, such as misuse or unauthorized modifications.
Provides FCC notices, agency approvals (UL, CE), and radio frequency energy warnings.
Details how to access customer support via APC website, phone, or local centers for assistance.
Lists the harmonized standards (e.g., EN, IEC) to which the equipment conforms.
Lists the EU directives (e.g., Low Voltage, EMC) that the equipment complies with.
Identifies the equipment type as an Uninterruptible Power Supply and its model number.
Lists the various manufacturing locations and addresses for American Power Conversion products.
General| Topology | Double Conversion Online |
|---|---|
| Transfer Time | 0 ms |
| Output Frequency | 50/60 Hz +/- 0.1 Hz (battery mode) |
| Wave Type | Sine wave |
| Battery Type | Sealed Lead-Acid (SLA) |
| Communication Ports | USB |
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