Vertiv GXT5 500 3000VA 120VA Rack UPS

Vertiv GXT5 500 3000VA 120VA Rack UPS

The UPS system is easy to deploy and maintain due to its user-friendly LCD interface and remote management capabilities supported by the Vertiv RDU101 communications card which makes the Liebert GXT5 compatible with Vertiv infrastructure management solutions such as LIFE™ Services, environmental sensors, Trellis™ Power, Insight, and more.

  • Product Introduction

Company Introduction

 

 

Hebei Jinnuoda Communication Equipment Sales Co., Ltd. is a professional sales power supply, power module, UPS uninterruptible power supply and other products of the company. A wide variety of products, high quality, reasonable price, fashion design, widely used in communication engineering industry and other industries. Our products are widely recognized and trusted by users to meet the changing economic and social needs. Welcome new and old customers from all walks of life to contact us, create future business relations, create brilliant! We promise that the performance of all products are strictly tested and tested before shipment aging test, plus load test to ensure product quality and provide high-quality after-sales service. During the warranty period, we can always provide quality assurance and supply spare parts.

 

Why Choose Us

Our factory

Hebei Jinnuoda Communication Equipment Sales Co., Ltd. is a professional sales power supply, power module, UPS uninterruptible power supply and other products of the company. A wide variety of products, high quality, reasonable price, fashion design, widely used in communication engineering industry and other industries.

Quality assurance

We promise that the performance of all products are strictly tested and tested before shipment aging test, plus load test to ensure product quality and provide high-quality after-sales service. During the warranty period, we can always provide quality assurance and supply spare parts.

 

Delivery speed

Complete packaging to ensure products quality, and transport to the destination in the time.

Our service

We try and respond to all concerns within 24 hours and our teams are always at your disposal in case of any emergencies.

 

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What Is Vertiv GXT5 500 3000VA 120VA Rack UPS

 

 

The UPS system is easy to deploy and maintain due to its user-friendly LCD interface and remote management capabilities supported by the Vertiv RDU101 communications card which makes the Liebert GXT5 compatible with Vertiv infrastructure management solutions such as LIFE™ Services, environmental sensors, Trellis™ Power, Insight, and more. With market-leading efficiency and unity power factor operation, the Liebert GXT5 will meet your critical application needs. And you can rest assured that your business is protected with this Vertiv solution that includes a standard,three-year advanced exchange product warranty.

 

Advantages of Vertiv GXT5 500 3000VA 120VA Rack UPS

Continuous power supply
Rack ups units provide an uninterrupted power supply during outages, ensuring critical equipment remains operational and preventing data loss and corruption.


Enhanced equipment protection
By mitigating the risks associated with power surges, spikes, and fluctuations, rack ups systems extend the lifespan of data center hardware.

Operational efficiency

Automatic voltage regulation and efficient power management reduce the strain on connected devices, improving their performance and reliability.

Scalability

Rack ups solutions can be easily integrated into existing server racks and expanded as the power needs of the data center grow, offering a flexible and scalable power protection solution.

Reduced downtime

Hot-swappable batteries and advanced monitoring features help maintain continuous protection and allow for proactive maintenance, minimizing the risk of unexpected downtime.

 

Applications of Vertiv GXT5 500 3000VA 120VA Rack UPS

 

 

Data Centers
Data centers house mission-critical servers and networking equipment that must operate continuously. UPS systems act as the last line of defense against power failures, protecting valuable data and preventing costly downtime.


Network Infrastructure
Networking equipment, such as switches and routers, are vulnerable to power disturbances. Rack-Mount UPS units ensure stable power supply and maintain seamless network connectivity.


Telecommunications
In the telecommunications industry, communication links must be consistently available. Rack-mount UPS solutions play a crucial role in keeping base stations and communication infrastructure operational during power disruptions. These UPS solutions ensure uninterrupted power supply to critical equipment, thereby minimizing downtime and maintaining seamless communication services for end-users. These UPS systems ensure uninterrupted power supply, minimizing the risk of communication outages and ensuring continuous connectivity for users.


Medical Facilities
Hospitals and medical centers rely on UPS systems to support critical life-saving equipment, ensuring uninterrupted patient care during power emergencies.


Industrial Environments
Manufacturing facilities and industrial automation systems need UPS protection to prevent costly production losses and protect sensitive equipment.

 

Where to Mount the Vertiv GXT5 500 3000VA 120VA Rack UPS in Rack
 

 

When mounting a UPS in a rack, there are several things to consider to ensure proper installation and operation. Here are some general guidelines:

1. Check the manufacturer's documentation

The manufacturer's documentation should provide specific instructions on how to mount the UPS in a rack, including the recommended position and orientation.

2. Consider the weight of the UPS

UPS units can be quite heavy, so it's important to make sure that the rack can support the weight. And any additional equipment that will be mounted in the same rack.

3. Choose your right size UPS

Choose a rack-mountable UPS that is the appropriate size for your needs and compatible with your rack. Typically, a UPS will occupy 2U or 3U of rack space.

4. Mount the UPS in a stable position

The UPS should mount in a stable position, with all mounting screws securely fastened. Should mount the UPS towards the bottom of the rack to lower the center of gravity and reduce the risk of the rack tipping over.

5. Provide adequate ventilation

Make sure the UPS has adequate ventilation by leaving enough space around the unit and making sure that there is proper air flow within the rack. Ensure that there is adequate clearance around the UPS for proper ventilation and cooling. If multiple UPSs are being mounted in the same rack, space them out to ensure proper ventilation and avoid overloading the circuit. Make sure the UPS is securely mounted to the rack using the appropriate screws or mounting brackets.

 

Understanding Vertiv GXT5 500 3000VA 120VA Rack UPS Sizes

When choosing a rack-mount ups, it's essential to understand the sizing conventions to ensure compatibility with your rack.

 
 

Standard rack width

The most common standard rack width is 19 inches. This measurement refers to the distance between the mounting holes on the rack and is the standard size for most rack-mounted equipment, including servers and networking gear. Therefore, your rack must have a width of 19 inches to accommodate these units.

 
 
 

Rack unit height

Rack units are measured in "u," with 1u being equivalent to 1.75 inches (44.45mm) in height. The height of rack-mounted equipment is typically described in u's. For example, a 2u ups would occupy 3.5 inches of vertical space within the rack. Standard server racks are usually 42u in height, allowing for a substantial amount of equipment to be mounted.

 
 
 

Depth considerations

It's also important to consider the depth of your rack. Some rack-mount ups units are deeper than others, so you'll need to ensure that your rack can accommodate the full depth of the unit, including any cables or connectors.

 

 

Factors to Consider When Choosing a Vertiv GXT5 500 3000VA 120VA Rack UPS
 

Battery topology
There are three common ups topologies: Offline (standby), line-interactive, and online (double-conversion). The most basic, cheapest option is offline (standby), and the most advanced, premium option is online (double-conversion).

 

Battery life
While the lifespan of a ups is about ten years, some batteries must be replaced after just three to five years. The cost of additional batteries and the labor involved in replacing them adds to the tco calculation. There may also be battery disposal costs.

 

Recharge time and cycle life
Traditional valve-regulated lead-acid (vrla) batteries require up to 24 hours to fully recharge, while lithium-ion batteries recharge in just two hours. Vrla batteries typically provide 200 discharge cycles, meaning you can deplete and recharge the battery 200 times before it fails. Lithium-ion batteries offer 500 to 7,000 discharge cycles depending upon the chemistry and have a slow rate of discharge when not in use.

 

Operating temperature
One of the biggest factors affecting battery life is operating temperature. The recommended operating temperature for vrla batteries is 68 degrees to 77 degrees fahrenheit, while lithium-ion upss can operate at up to 140 degrees fahrenheit without affecting the battery's lifespan. The need to cool a ups adds to data center operational costs and thus the tco of the ups. Some battery compositions, such as nickel-cadmium, are designed to operate effectively in high-heat environments.

 

Energy usage
Ups batteries are "trickle charged" - enough electricity is supplied to offset the battery's self-discharge rate and keep the battery fully charged. Some batteries lose more energy during trickle charging than others and thus consume more electricity during "float" or standby mode. "load shedding" allows users to power down noncritical receptacles, leaving the receptacles with critical equipment operational.

 

Operational overhead
An uninterruptible power supply with a built-in battery management system (bms) provides status and fault monitoring, cell balancing, power optimization, and more, reducing the labor required for maintenance. It also helps reduce the risk of system downtime due to battery failure.

 

Remote monitoring and management
Best-in-class upss provide network connectivity for remote monitoring and management. This simplifies maintenance, thereby reducing tco.

 

Sine wave
The sine wave refers to the waveform of the battery output. Some upss produce a pure sine wave, while others produce a simulated or modified sine wave. Because a pure sine wave is smoother and cleaner, it is preferred for critical and highly sensitive equipment. A modified sine wave provides rougher, less stable output but is adequate for pcs, a/v components, and other less-critical equipment. Online upss always produce a pure sine wave, but line-interactive and offline upss sometimes produce a modified sine wave.

 

Auto restart / manual restart
When a ups runs out of power, a technician typically has to go to the rack and manually reboot the ups once primary power is restored. A ups with an auto-restart feature does this automatically, reducing labor costs.

 

Inside the Rack of Vertiv GXT5 500 3000VA 120VA Rack UPS
 
 

Rack-mounted servers are at the heart of today's network computing systems. These critical components need reliable, compact power protection that will keep pace with their growing needs. The 19-inch server rack is the standard size frame or enclosure for mounting this equipment, allowing dense hardware configurations within a small footprint. Rack-mountable equipment is installed by bolting or clipping its front panel to the rack. By consolidating both servers and UPS in a single rack, major space savings benefits can be achieved.

 

Designed for servers and networking equipment used in rackmount environments, rack UPS systems are ideally suited for mission critical applications and systems, network workstations, servers, IDF/network closets, large network peripherals, VoIP and workstations.

 

Today's converged networks require increased availability and reliability. IT professionals require higher density power protection systems that adapt to mixed load voltages and plug types, while remaining easy to install and maintain. These applications also require UPS systems with communications capabilities to provide SNMP and web-based management as well as connection for environmental sensors.

 

Racks can be used in a wide variety of locations and environments meaning that a rackmount UPS must be able to function properly in these locations as well. They can be located anywhere from large data centers to network closets and other remote edge locations.

 

Our Factory

 

Hebei Jinnuoda Communication Equipment Sales Co., Ltd. is a professional sales power supply, power module, UPS uninterruptible power supply and other products of the company. A wide variety of products, high quality, reasonable price, fashion design, widely used in communication engineering industry and other industries. Our products are widely recognized and trusted by users to meet the changing economic and social needs. Welcome new and old customers from all walks of life to contact us, create future business relations, create brilliant! We promise that the performance of all products are strictly tested and tested before shipment aging test, plus load test to ensure product quality and provide high-quality after-sales service. During the warranty period, we can always provide quality assurance and supply spare parts.

 

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FAQ

 

Q: What is a rack ups?

A: A rack ups is a type of uninterruptible power supply system designed to be mounted in standard server racks or network cabinets to provide backup power to critical equipment.

Q: How does a rack ups differ from a traditional ups?

A: A rack ups is specifically designed to fit into standard rack enclosures, making it ideal for data centers, server rooms, and networking environments where space is limited.

Q: How do rack ups systems support high-density rack environments?

A: Rack ups systems support high-density rack environments by offering compact designs, high power densities, efficient cooling mechanisms, and flexible mounting options to maximize space utilization and power protection in crowded racks.

Q: What are the benefits of using redundant rack ups systems?

A: Redundant rack ups systems provide increased system reliability, fault tolerance, load sharing, and the ability to isolate and replace faulty units without affecting overall system operation, ensuring continuous power supply to critical equipment.

Q: Can rack ups systems be monitored and managed remotely through mobile devices?

A: Yes, many rack ups systems offer mobile apps or web-based interfaces that allow users to monitor power status, receive alerts, and control the ups system remotely using smartphones or tablets for convenient management on the go.

Q: What are the different types of rack ups systems available?

A: Rack ups systems are available in various types, including standby ups, line-interactive ups, online double-conversion ups, and modular ups, each offering different levels of protection and efficiency.

Q: How do rack ups systems support remote monitoring and management?

A: Many rack ups systems come with network interfaces, snmp support, and monitoring software that allow users to remotely monitor power status, receive alerts, and manage the ups system from anywhere.

Q: Can rack ups systems be hot-swappable?

A: Some rack ups systems offer hot-swappable battery modules or power modules, allowing for easy replacement or maintenance without disrupting the power supply to connected equipment.

Q: What considerations should be made when selecting a rack ups system?

A: When selecting a rack ups system, factors to consider include power capacity, runtime requirements, efficiency ratings, scalability options, battery autonomy, compatibility with rack enclosures, and budget constraints.

Q: How do rack ups systems contribute to energy efficiency?

A: Rack ups systems contribute to energy efficiency by operating at high efficiency levels, reducing energy losses, supporting eco-mode operation, and optimizing power distribution to minimize energy consumption.

Q: Can rack ups systems be integrated with renewable energy sources?

A: Yes, rack ups systems can be integrated with renewable energy sources such as solar panels or wind turbines to store clean energy, enhance sustainability, and reduce reliance on traditional power sources.

Q: What maintenance is required for rack ups systems?

A: Maintenance for rack ups systems includes regular battery testing, firmware updates, system checks, load testing, and cleaning to ensure optimal performance, reliability, and longevity of the ups system.

Q: How do rack ups systems address power factor correction in rack environments?

A: Rack ups systems address power factor correction by improving power quality, reducing reactive power, enhancing system efficiency, and ensuring compatibility with power factor correction equipment in rack setups.

Q: Are there backup power options available for rack ups systems?

A: Backup power options for rack ups systems include external battery packs, generator integration, flywheel energy storage, and supercapacitors to extend runtime and provide additional redundancy during prolonged outages.

Q: Can rack ups systems be used in conjunction with power distribution units (pdus)?

A: Yes, rack ups systems can be used in conjunction with power distribution units (pdus) to provide seamless power distribution, monitoring.

Q: Can rack ups systems be customized for specific rack configurations?

A: Yes, rack ups systems can be customized with rack-specific designs, mounting options, communication interfaces, monitoring features, and backup solutions to meet the unique power needs and space constraints of different rack setups.

Q: What are the key components of a rack ups system?

A: The key components of a rack ups system include the ups unit itself, batteries for backup power, monitoring software, communication interfaces, and power distribution outlets.

Q: What are the advantages of using a rack ups?

A: Rack ups systems offer space-saving design, easy integration into existing rack setups, scalability options, efficient power protection, and centralized management of critical equipment.

Q: How do rack ups systems protect against power outages?

A: Rack ups systems provide instant backup power during power outages, preventing data loss, equipment damage.

Q: Can rack ups systems protect against power surges and spikes?

A: Yes, rack ups systems can protect connected equipment against power surges, spikes, voltage fluctuations, and other electrical disturbances by regulating the incoming power and providing clean, stable power output.

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