Manuals / Tripp Lite / Computer Equipment / Power Supply

Tripp Lite SU10KRT3/1X Parallel Redundancy Operation Optional, UPS System Placement, Installation

Models: SU10KRT3/1X

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7 – Parallel Redundancy Operation (Optional)

DANGER! LETHAL HIGH VOLTAGE HAZARD!

All wiring should be performed by a qualified electrician, in accordance with the warnings in this manual and all applicable electrical and safety codes. Incorrect wiring may cause serious personal injury and property damage. Read, study and understand the warnings listed in Section 2 – Important Safety Instructions before proceeding.

Unpacking the Parallel Kit

 

T1

The parallel kit should include these parts:

• 2

RJ45 Parallel Communication Cables

 

,

 

 

C1

C1

C2

 

 

 

• 1

Parallel Communication Bracket

 

 

 

 

 

 

 

B1

 

 

 

 

 

 

 

 

 

C2

• 1

Cable Tie

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

T1

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

B1

UPS System Placement

In order to minimize the possibility of damage to the UPS system and maximize its operational lifespan, follow the location warnings listed in Section 2 – Important Safety Instructions. Remember to keep at least 30 cm clearance from the rear panel of the UPS system to the wall and do not block any of the UPS system’s front or rear ventilation openings.

Warning: The UPS system is very heavy—be careful when moving or lifting it.

Installation

1.To avoid noise interference, install each wire and cable separately to the input, output and battery.

2.Keep all input, output and battery wires and cables away from all connecting wires for parallel functions and control signals, including RJ45, RS-232, RS-485, USB and EPO. If this is not possible, set them at 90° angles or at least 20 cm apart.

3.Warning: The UPS system includes an EMI filter. To prevent potential leakage of hazardous current, confirm that the AC supply circuit is securely grounded.

Start-up Procedure

1.Position the UPS systems as specified above.

2.Connect the parallel communication cables C1 , C2 to the “Ring” loop at a maximum length of 7 m. Secure the cables with the parallel communication brackets B1 .

3.Arrange the power cables and the control signal cables according to UPS type. Make sure that all circuit breakers at the input and output ends are set to OFF.

4.For maintenance purposes, you may wish to purchase a manual bypass master panel (optional).

5.Set the terminal resistors of only two parallel UPS systems to the ON position. (For three units in parallel, switch on the terminal resistors of UPS #1 and #3 only. For four units in parallel, switch on the terminal resistors of UPS #1 and #4 only.)

6.Turn on the utility input breaker. Configure each UPS system’s operating mode to parallel mode (P 02) and set the IDs (e.g. UPS 1, ID=1) of the respective UPS systems. (See Section 6-6 – UPS System Settings and Measurements.) All parallel UPS system parameters except ID number must be same, including the number and type of connected battery packs.

7.If an external manual bypass master panel (optional) is installed, make sure the switch is in the “Bypass” position. Check to see if the UPS system is in bypass mode with output voltage available.

8.Turn on the output breaker and ensure that the connected loads are supplied with power via the manual bypass master panel.

9.Turn on the output breaker of the UPS and turn the switch of the manual bypass master panel to “UPS” position. The connected loads will be supplied with power via the UPS bypass loop.

10.Turn on each UPS system individually and make sure it is in inverter supply (normal) mode. Installation is now complete.

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Tripp Lite SU10KRT3/1X Parallel Redundancy Operation Optional, UPS System Placement, Installation, Start-up Procedure
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SU10KRT3/1X specifications

The Tripp Lite SU10KRT3/1X is a robust and efficient 10kVA UPS (Uninterruptible Power Supply) designed to meet the power management needs of critical electronic equipment. This industrial-grade UPS is ideal for safeguarding servers, telecommunications equipment, and networking hardware, providing the reliability necessary in today's tech-dependent world.

One of the standout features of the SU10KRT3/1X is its ability to deliver pure sine wave output, which ensures that connected devices receive a stable and clean power supply. This is especially crucial for sensitive electronics, including servers and other IT infrastructure components that require a consistent power source to maintain peak performance and operational integrity.

The UPS boasts a comprehensive input voltage range, making it adaptable to various power conditions. With an output power factor of 0.9, the SU10KRT3/1X maximizes the power available for connected devices, providing efficient power usage that ultimately lowers operational costs. This UPS also features an automatic voltage regulation (AVR) system that stabilizes voltage fluctuations, offering an additional layer of protection against surges and brownouts.

Another significant characteristic of the Tripp Lite SU10KRT3/1X is its modular design, featuring hot-swappable batteries that allow for easy maintenance without shutting down connected equipment. This feature minimizes downtime and enhances reliability, ensuring that critical systems remain functional even during maintenance activities.

The LCD display provides real-time status information, including input and output voltage, battery status, and load levels. This user-friendly interface allows IT administrators and technicians to monitor the UPS easily and respond quickly to any potential issues.

Compatibility is another area where the SU10KRT3/1X excels. It is equipped with multiple communication options, including USB, RS-232, and optional SNMP capability, enabling seamless integration with monitoring systems and ensuring effective communication with connected devices.

Tripp Lite has backed the SU10KRT3/1X with a solid warranty and exceptional customer support, assuring users of the product's reliability and performance. As organizations increasingly rely on technology, the SU10KRT3/1X serves as a trustworthy solution for maintaining consistent power availability, ultimately contributing to business continuity and efficiency.