Welcome to the LayerZero Power Systems FAQ page, where you can find answers to some of the most frequently asked questions about LayerZero. At LayerZero Power Systems, we understand that selecting and implementing a power reliability solution can be a complex process, and we want to make sure that our customers have access to the information they need to make informed decisions.
Our FAQ page includes answers to common questions about our STS systems, PDU products, RPPs, and more. Whether you're a technical professional looking for detailed information about our products or a facility manager looking for answers to common questions about power quality, we're confident that you'll find the information you need on our FAQ page.
If you can't find the information you're looking for on our FAQ page, please don't hesitate to contact us. Our team of experts is dedicated to providing exceptional customer service and is always available to answer your questions and provide the support you need.
LayerZero refers to the foundational layer of power distribution products and processes that are required to ensure the reliability and safety of the entire power distribution system in mission-critical facilities such as data centers.
The name "LayerZero" was created on the idea of creating a robust "Foundation Layer" of power system infrastructure for data centers. The company's name, LayerZero, is derived from the Open System Interconnection (OSI) reference model, which provides a standardized architecture for computer network communications. The OSI model is comprised of seven layers, each specifying a particular network function. LayerZero, therefore, refers to the bottommost layer of the OSI model, which is responsible for the physical transmission of power.
"Layer Zero" must be comprised of high-quality products and processes that are designed specifically for the unique needs of data centers and other mission-critical facilities. By focusing on the foundational layer of the power distribution system, LayerZero is able to provide a comprehensive solution that addresses the specific needs of mission-critical facilities. This includes products such as Power Distribution Units (PDUs), Remote Power Panels (RPPs), and Static Transfer Switches (STSs).
The LayerZero approach to power distribution systems is characterized by a strong focus on safety, reliability, and connectivity. The company's products are designed to ensure that power is distributed efficiently and safely throughout the facility, minimizing the risk of downtime or other disruptions. The highly connected nature of the LayerZero system also provides users with valuable data and insights that can be used to optimize the performance of the entire power distribution system.
LayerZero's commitment to creating a robust foundation layer of power system infrastructure for mission-critical facilities has earned the company a reputation as a leader in the field of power distribution systems. The company's focus on safety, reliability, and connectivity has resulted in a comprehensive solution that addresses the unique needs of data centers and other mission-critical facilities.
Since its inception in 2001, LayerZero has been driven by a commitment to creating a reliable, safe, and highly connected set of power distribution products and processes that can serve as the foundation for data centers and other mission-critical facilities. The company's dedication to the foundational layer of power distribution systems has allowed it to become a leader in the field, providing critical infrastructure solutions that enable mission-critical facilities to operate safely and efficiently.
For more information about the background of the LayerZero name, please visit the page "What is LayerZero".
"LayerZero", also referred to as "the foundation layer", is the lowest layer in the Open Systems Interconnection (OSI) model. Its primary function is to facilitate the reliable transmission and distribution of power to critical equipment on a network. This layer consists of the physical components of the power infrastructure, such as cables, connectors, and power distribution units (PDUs), as well as the protocols and standards that govern the transmission of power at the physical layer.
The physical components of LayerZero are designed to handle the unique requirements of mission-critical facilities. These components must be of high quality to ensure that power is transmitted reliably, without which the entire power distribution system may be compromised, leading to downtime or other disruptions that can have serious consequences for mission-critical facilities.
LayerZero serves as the foundation for the entire network, providing the physical infrastructure necessary to support the transmission of data between devices. It is responsible for power distribution, setting standards and protocols for power management and transmission, and defining the physical characteristics of the network. The physical components and protocols of LayerZero must be of the highest quality, designed and implemented with the unique needs of mission-critical facilities in mind to ensure uninterrupted power delivery.
The official website address for LayerZero is www.LayerZero.com.
LayerZero world headquarters is at 1500 Danner Drive, Aurora, OH 44202 USA.
LayerZero's secondary manufacturing plant is located at 350 Harris Drive, Aurora, Ohio 44202.
The phone number for LayerZero Power Systems is 440-399-9000.
LayerZero was founded on April 4, 2001.
LayerZero Power Systems employs over 130 people between both locations.
LayerZero is incorporated in the state of Ohio.
You can follow the offical LayerZero Power Systems account on Twitter at @LayerZero.
The LayerZero logo is a graphical representation of the "Right Hand Rule", which is a fundamental concept in electromagnetism. It depicts two arrows, which represent the direction of magnetic flow, and the orientation of the arrows follows the right-hand rule. This design is meant to symbolize the strength and reliability of LayerZero's power distribution systems, which are built with the highest standards of quality and efficiency in mind.
In addition to its practical applications in the world of power distribution, the LayerZero logo also serves as a visual representation of the company's core values. The interlocking arrows represent the interconnectedness of LayerZero's customers, partners, and employees, and the company's commitment to collaboration and cooperation. By leveraging its expertise and resources to support others, LayerZero strives to create a network of interconnected stakeholders that work together to achieve common goals and drive innovation in the field of power distribution.
LayerZero Power Systems products are designed for operations that require uninterrupted critical power, including data centers, cloud computing, banking, insurance, and medical industries.
One of the main concerns is of data centers is maintaining business continuity; business rely on information systems to run their operations. If a system becomes unavailable, operations may be impaired or stopped completely, often causing serious disruptions to a company's operations, as well as their reputation.
It is necessary to provide a reliable power infrastructure for IT operations, in order to minimize any chance of downtime. A Static Transfer Switch is designed to get you out of trouble - fast. LayerZero provides a last-line of defence in the event of a potential incident, reliably switching power between multiple sources and safely distributing critical loads.
For a sample list of industries served, please visit the "Customer Base" page.
We offer Static Transfer Switches with 150 A, 250 A, 400 A, 600 A, 800 A, 1200 A, 1600 A, 2000 A, 3000 A, and 4000 A.
An Automatic Transfer Switch (ATS) is a device that is designed to automatically transfer power from one source to another in the event of a power outage. ATS units typically rely on mechanical components, such as relays and solenoids, to switch between power sources. As a result, they may be slower to transfer power than STS units.
In contrast, a Static Transfer Switch (STS) utilizes a solid-state switching component, typically a silicon-controlled rectifier (SCR), to make the transfer between power sources. STS units can transfer power in less than four milliseconds, which is much faster than an ATS. LayerZero's eSTS units, which utilize Dynamic Phase Compensation technology, can delay the transfer until the perfect moment, compensating for out-of-phase sources and reducing the risk of power disruption.
The main difference between ATS and STS units is the speed of the transfer between power sources. ATS units rely on moving parts and may be slower to transfer power, while STS units utilize solid-state switching components and can transfer power much faster.
Yes! All LayerZero products have various options that can be custom-configured.
We will be happy to work with you to determine and customize the best LayerZero solution for your needs.
LayerZero eSTS Static Transfer Switches, ePODs Power Distribution Units, and ePanel Wall-Mounted Power Panels, support both top and bottom cable installations. LayerZero eRPP Power Panels support bottom cable installation, side access is not required for installation, operation, and maintenance.
Connectivity to LayerZero eSTS Static Transfer Switches utilizes Ethernet and hardwired (dry contacts) connections.
Ethernet connectivity options include http, Modbus/TCP, and SNMP. Hardwired connectivity includes summary alarms, on Source 1, on Source 2, Source 1 available, and Source 2 available.
Connectivity to LayerZero eRPP and ePanel Power Panels utilize Ethernet, and hardwired (dry contacts).
Ethernet connectivity includes http, Modbus/TCP, and SNMP. Hardwired connectivity includes a summary alarm.
All Modbus/TCP registers can be accessed. Please contact LayerZero Support for a Modbus registry list.
LayerZero products support Modbus TCP. We can recommend conversion tools available to help bridge the two protocols if you require Modbus RTU connectivity.
Yes, time is synchronized utilizing Network Time Protocol (NTP). The LAN location (IP, netmask, gateway ID) of the NTP server is defined at the eSTS at start-up. Thereafter, the eSTS fetches its time from the NTP server and stays synchronized.
The "e" in LayerZero stands for "web-enabled", and products beginning with the letter "e" (eSTS, ePODs, eRPP, and ePanel) are "web-enabled".
All LayerZero products beginning with an "e" have built-in web servers, enabling data center professionals with the ability to remotely log into and collect information from LayerZero products using a standard web browser.
eSTS is an acronym for Web-Enabled Static Transfer Switch.
A Static Transfer Switch is a devices that switches between multiple sources fast.
When incorporated into power distribution systems, Static Transfer Switches increase system reliability.
ePOD is an acronym for Web-Enabled Power Distribution Unit.
A Power Distribution Unit is a device that destributes electrical power, often containing a transformer and/or Static Transfer Switch.
eRPP is an acronym for Web-Enabled Remote Power Panel.
A Remote Power Panel is a device that distributes electrical power.
ePanel is the name for LayerZero's Web-Enabled Wall-Mounted Panel Board. ePanels consist of finger-safe panel boards, with optional main breakers.
The "Series 70" product line was inspired by the need for low-voltage critical power distribution products with an emphasis on maximizing operator safety.
The "70" in Series 70 stands for section 70E of NFPA, the guideline for electrical safety. With the introduction of the SafePanel in 2007, LayerZero coined the term "Series 70" for our safety-focused upgrade to our product line. Other features that signify a "Series 70" product include InSight IR™ Portholes, front-only bolted connections, and insulated buswork.
All LayerZero "Series 70" products are "NFPA-70E Friendly", specifically designed to be safe to operate.
The SafePanel is an innovative piece of electrical equipment that has been designed by LayerZero with the primary aim of ensuring the safety of those who come into contact with it. Unlike traditional panel boards, the SafePanel is finger-safe, meaning that it is equipped with features that minimize the risk of accidental electric shocks or other types of injuries.
One of the key features of the SafePanel is its availability in two different sizes: 400 A and 1200 A. This makes it suitable for a wide range of applications, from small-scale installations to large industrial settings. Furthermore, the SafePanel requires IP-20 PPE, which refers to personal protective equipment that is designed to protect against contact with live parts. This level of protection is essential for anyone who will be working with or around the SafePanel, as it ensures that they are shielded from the risks of electrical hazards.
Overall, the SafePanel is a cutting-edge piece of technology that represents a significant advance in electrical safety. With its finger-safe design, two size options, and IP-20 PPE requirement, it is an excellent choice for anyone looking to ensure the safety of their workers or themselves while working with electrical equipment.
Type-P is a configuration of Power Distribution Units that LayerZero manufactures. The "P" stands for "Primary-Side", the location of the Static Switch on a ePODs: Type-P. From left-to-right, the ePODs Type-P contains a Static Transfer Switch, Transformer, and Distribution.
Dual Type-P is a configuration of Power Distribution Units that LayerZero manufactures. The "P" stands for "Primary-Side", the location of the Static Switch on a ePODs: Dual Type-P, and "Dual" signifies "Two Transformers". From left-to-right, the ePODs Type-P contains a Static Transfer Switch, Two Transformers, and Distribution.
Type-S is a configuration of Power Distribution Units that LayerZero manufactures. The "S" stands for "Secondary-Side", the location of the Static Switch on a ePODs: Type-S. From left-to-right, the ePODs Type-S contains a Two Transformers, a Static Transfer Switch, and Distribution.
Type-N is a configuration of Power Distribution Units that LayerZero manufactures. The "N" stands for "No-Transformer". From left-to-right, the ePODs Type-N contains a Static Transfer Switch and Distribution.
Type-X is a configuration of Power Distribution Units that LayerZero manufactures. The "X" stands for "No Static Transfer Switch". From left-to-right, the ePODs Type-X contains Distribution, a Transformer, and Distribution. Distribution cabinets on both sides is optional, our products can be custom-configured to best-fit your needs.
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