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Phoenix Contact TRIO-UPS-2G/1AC/24DC/10 User Manual

Phoenix Contact TRIO-UPS-2G/1AC/24DC/10
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1Description
Uninterruptible power supply
TRIO-UPS-2G/1AC/24DC/10
© PHOENIX CONTACT
Data sheet
The TRIO-UPS-2G uninterruptible power supply (UPS) with
integrated power supply unit is used to ensure that secure
DC power for critical electrical loads continues to be
supplied in the event of disturbances in the power supply
network, e.g. due to mains breakdown or failure. In the event
of such a disturbance, the UPS switches to battery
operation without interruption so that connected loads
continue to be continuously supplied. In this operating
mode, the output voltage is directly dependent on the
battery voltage. When mains power is restored, the UPS
automatically returns to normal operation. The connected
loads are again supplied via the power supply network and
the battery is charged at the same time. The TRIO-UPS-2G
uninterruptible power supply (UPS) is designed specifically
for supplying industrial PCs (IPCs).
Features
Power supply, loading unit and electronic switchover
unit in a device
Wide-range input AC
Adjustable output voltage in mains operation
USB interface for configuration and diagnostics
Adjustable charging parameters for the use of different
types of energy storage
Comprehensive signaling
Technical data (short form)
Input voltage range 100 V AC ... 240 V AC
110 V DC ... 250 V DC
Nominal output voltage (U
N
) 24 V DC
Nominal output current (I
N
) 10 A
Buffer period to 3 h
Residual ripple < 20 mV
MTBF (IEC 61709, SN 29500) > 2007013 h (230 V AC, at 25 °C)
> 1210518 h (230 V AC, at 40 °C)
> 575978 h (230 V AC, at 60 °C)
Maximum power dissipation in no-
load condition
< 3 W (for 230 V AC)
Power loss nominal load max. < 32 W (for 230 V AC)
Ambient temperature (operation) -25 °C ... 70 °C ( > 60 °C Derating:
2.5 %/K )
Ambient temperature (start-up type
tested)
-40 °C
Dimensions W/H/D 68 mm / 130 mm / 160 mm
Weight 1.34 kg
Make sure you always use the latest documentation.
It can be downloaded from the product at phoenixcontact.net/products
.
107432_en_02
2018-04-19
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Phoenix Contact TRIO-UPS-2G/1AC/24DC/10 Specifications

General IconGeneral
BrandPhoenix Contact
ModelTRIO-UPS-2G/1AC/24DC/10
CategoryUPS
LanguageEnglish

Summary

Description of the Uninterruptible Power Supply

Key Features of the UPS

Lists key characteristics and capabilities of the uninterruptible power supply unit.

Technical Data Summary

Provides a concise summary of the UPS's key technical specifications for quick reference.

Ordering Information for UPS

UPS Product Details

Details the uninterruptible power supply unit, its nominal capacity, and connection type.

Compatible Accessories

Lists complementary products such as energy storage devices and cables for the UPS.

Technical Data - Input/Output and Connections

Input and Output Electrical Specifications

Covers input voltage ranges, current consumption, output voltage, and current for mains and battery operation.

Connection Terminal Specifications

Details connection methods, conductor cross-sections, and stripping lengths for input and output.

Technical Data - Charging, Battery & Status

Charging Process and Battery Output Details

Describes battery technology, capacity, voltage, and connection details for battery output.

Status and Diagnostic Indicator Functions

Explains signal outputs for DC OK, Alarm, Battery Mode, and Ready status via LEDs and transistor outputs.

Technical Data - Signals, Remote & General

Signal Connections and Remote Control Inputs

Details signal connection data, remote control inputs, battery-operated start inputs, and interface specifications.

General Performance and Physical Specifications

Covers power consumption, overvoltage category, efficiency, MTBF, protection class, and physical dimensions.

Technical Data - Environment & Standards

Ambient Conditions, Standards, and Certifications

Specifies operating and storage temperatures, humidity, pollution degree, vibration, shock, and relevant standards.

Product Approvals and Listings

Lists the certifications and approvals obtained by the uninterruptible power supply.

Technical Data - Electromagnetic Compatibility

EMC Noise Emission Requirements

Details noise emission standards and requirements for residential, commercial, and industrial environments.

EMC Immunity Standards and Tests

Covers immunity to electrostatic discharge, HF fields, fast transients, surge voltage, and conducted interference.

Safety and Installation Notes

Understanding Safety Symbols

Explains the meaning of safety alert symbols, warning labels, and informational notes used in the document.

Critical Safety and Warning Instructions

Provides critical safety instructions regarding electric shock, hot surfaces, and proper handling during installation.

Safety and Installation Notes - Operational Precautions

General Safety and Installation Precautions

Emphasizes observing national regulations, using appropriate enclosures, and ensuring proper convection for safe operation.

UPS Structure and Dimensions

Identification of Function Elements

Identifies and labels the various functional components and connection terminals on the UPS device.

Device Dimensions and Installation Clearances

Displays the physical dimensions of the UPS and required clearance zones for installation.

Block Diagram of UPS Operation

Internal Functional Diagram

Illustrates the internal functional blocks and signal flow of the UPS unit.

Mounting and Removing the UPS

Convection and Standard Mounting Position

Guides on ensuring proper airflow for cooling and the standard DIN rail mounting orientation.

Procedure for Mounting on DIN Rail

Step-by-step instructions for securely attaching the UPS device to a DIN rail.

Mounting and Removing - Alternative Methods

Removing the UPS and Rotated Mounting

Explains how to detach the UPS from the DIN rail and details procedures for rotated installation.

Wall Mounting Procedure

Describes how to use a wall adapter for mounting the UPS in environments with strong vibrations.

Device Connection Methods

Push-in Connection Technology

Details the tool-free push-in connection method for wiring and how to release cables.

Recommended Conductor Cross Sections

Provides recommended conductor cross-sections and stripping lengths for input, output, and signal connections.

Device Connection - AC Input and Mains

AC Input and Primary Side Protection

Explains AC input connection and the necessary protection measures for the primary side.

Mains Connection Configurations

Illustrates connection diagrams for different network types (TN-S, TN-C, TT, IT).

Device Connection - DC Output and Battery

DC Output and Secondary Side Protection

Covers DC output connections and protection against short circuits and overloads on the secondary side.

Battery Module Connection and Safety

Details how to connect the 24V battery module to the UPS and important safety notes.

Device Connection - Signals and Installation

UPS Signal Outputs and Inputs

Explains the function of signal outputs (DC OK, Alarm, Bat-Mode, Ready) and inputs (Remote, Bat-Start).

Installation Guidelines for Components

Provides general guidance and warnings for installing individual UPS components.

Device Operation Modes

Setting the Operating Mode

Describes how to set operating modes like Buffer Period, PC Mode, and Service Mode using the rotary selector.

Configuring Buffer Time Settings

Explains how to set the buffer time and provides a diagram for buffer time vs. discharge current.

Device Operation - PC Mode and Service

PC Mode Operation Sequence

Details the chronological sequence of UPS functions in PC mode, including delay time and PC shutdown.

Service Mode Activation and Use

Explains how to switch the UPS to service mode for maintenance or specific operational needs.

Device Operation - Battery Replacement

Procedure for Energy Storage Device Replacement

Provides a detailed procedure for replacing the battery modules, including safety warnings.

Device Operation - Remote Control

Remote Signal Functions

Describes how to use the Remote signal terminal to suppress battery operation or perform PC shutdown.

Device Operation - PC Shutdown and Software

PC Shutdown Triggered by Remote Signal

Explains how the Remote signal triggers immediate PC shutdown in PC mode.

UPS Software Configuration Options

Details how to use the UPS-CONF software to configure parameters, monitor status, and manage settings.

Method of Operation

UPS Output Characteristic Curve

Illustrates the U/I characteristic curve with dynamic boost for reliable high switch-on currents.

Understanding the Dynamic Boost Function

Explains the dynamic boost feature for providing extra power during temporary load increases.

Signaling and Status Indicators

UPS LED Indicators

Describes the function of the LED indicators for visual monitoring of the UPS status.

Signal Inputs and Output Terminals

Details the signal terminals for monitoring and controlling the UPS, including their functions.

Signaling - Detailed LED States

LED Indicators and Operational Status Mapping

Provides a comprehensive table mapping LED states and switching outputs to UPS operational statuses.

Signaling - Output and Input Details

Explanation of Signal Outputs

Details the specific signal outputs like DC OK, Alarm, Bat-Mode, and Ready, and their meanings.

Explanation of Signal Inputs

Explains the function of signal inputs such as Remote and Bat-Start for control and activation.

Interface

USB Interface for Data Transmission

Describes the USB Mini type B interface for data transmission and communication with PCs.

Derating Effects on UPS Performance

Temperature-Dependent Derating

Explains how ambient temperature affects the output current and power capacity of the UPS.

Derating Based on Installation Height

Details how installation height influences the UPS performance and potential derating.

Parallel Operation of UPS Units

Configuring for Redundant Operation

Describes how to connect UPS units in parallel for increased redundancy and system reliability.

Increasing Power Through Parallel Connection

Explains how parallel connection can be used to increase the overall output power capacity of the UPS system.

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