Vertiv Liebert GXT5 Online Double-conversion 1.5 kVA 1500 W with 8 AC Outlets

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Predominant colors of the product

A list of the different AC power outlet or coupler types that a product supports, such as C13, C19, C20, Type F, Type G (BS 1363), NEMA 5‑15R, etc. Each entry represents a distinct electrical connector that can be used to supply power to the device.

The total count of standard AC power sockets available on the device, such as a power distribution unit or surge protector. This value indicates how many separate appliances can be connected simultaneously.

The chemical composition or classification of a battery, such as lithium‑ion, lithium‑polymer, nickel‑metal hydride, sealed lead acid, alkaline, zinc‑air, etc. It indicates the type of electrochemical reaction that stores and delivers energy in the device.

The electrical potential difference supplied to or measured across a battery’s terminals, expressed in volts (V). It represents the battery’s nominal operating voltage and is used to match power sources, chargers, and devices that require a specific voltage level.

The colour or combination of colours that a product is available in, expressed as common names such as "Black", "Silver" or comma‑separated lists like "Black, White". It indicates the visual appearance of the item for consumers.

The Harmonized System (HS) code is a standardized numerical identifier used internationally to classify traded goods. It consists of up to six digits, where each pair of digits represents progressively more specific product categories. The HS code facilitates customs duties, trade statistics, and regulatory compliance by providing a common language for describing products across borders.

The type of electrical connector or inlet that a device uses to receive power, such as IEC C14, NEMA L6-20P, Schuko, or custom industrial plugs. It indicates the physical shape and pin configuration required for proper connection and compatibility with mains supplies.

The ratio of real power to apparent power in an electrical system, expressed as a dimensionless number typically between 0 and 1. It indicates how effectively the device converts electrical energy into useful work; values close to 1 mean high efficiency.

The IP (Ingress Protection) code indicates a product’s resistance to solids and liquids. It follows the standard two‑digit format (e.g., IP20, IP67), where the first digit represents protection against solid particles and the second against liquids. The code may include an ‘X’ to denote unknown protection for that category or multiple codes separated by commas for products offering different levels of protection in various configurations.

The highest electrical voltage that a device can safely accept from its power source, expressed in volts (V). It indicates the maximum supply voltage compatible with the product and is used to ensure proper operation across different regions and power standards.

The highest electrical voltage that a device can safely produce or deliver on its output terminals, expressed in volts (V). It indicates the maximum output level for power supplies, UPS units, and other equipment where the user may need to know the peak voltage available for connected loads.

The lowest electrical voltage that the product is designed to accept from its power source, expressed in volts (V). It indicates the minimum mains or battery supply required for safe and reliable operation.

The range of relative humidity, expressed as a percentage, within which the product is designed to operate reliably when it is not actively conditioning or condensing moisture. Values are given as a minimum–maximum interval such as "5 - 95 %" and indicate the acceptable environmental moisture level for optimal performance during non‑operating conditions.

The total count of electrical output phases that a power device or system provides. This value indicates how many separate phase conductors are available for delivering electricity, which is important for understanding the device’s compatibility with single‑phase or three‑phase power supplies and its ability to handle different load configurations.

The range of temperatures in which a product can safely operate without risk of damage or performance degradation. Values are expressed in degrees Celsius (°C) and may represent a single temperature, a minimum–maximum interval, or an average operating point.

The types and quantities of electrical outlets or connectors that a device provides for external equipment, such as power sockets (e.g., C13, C19, BS 1363) or other interface plugs. The value is expressed as a textual list indicating each connector type and the number of available ports.

A comma‑separated list of the electrical protection mechanisms built into a device, such as overcurrent, overload, short circuit, under voltage, and overheating safeguards. The attribute indicates which protective features are present to protect the equipment and connected components from abnormal power conditions.

A list of safety and regulatory certifications that a product complies with, such as CE, UL, FCC, or other regional standards.

The type of serial communication interface supported by the product, such as RS‑232, RS‑485, RJ‑45, or SATA. It indicates which physical connectors and protocols are available for data exchange with other devices.

The range of temperatures in which a device can safely operate without risk of damage or performance degradation. Values are expressed in degrees Celsius (°C) and may represent a single temperature, a minimum–maximum interval, or an average operating point.

A list of environmental, safety or quality certifications that a product has obtained from recognized authorities. Typical entries include RoHS, ENERGY STAR, CE, WEEE, TCO Certified, FCC, and other industry‑specific standards.

The shape of the electrical voltage or current produced by a power supply, expressed as a string such as "Sine", "Square", or "Triangle". It indicates how the output varies over time and affects noise levels, harmonic distortion, and compatibility with electronic equipment.