External horizontal dimension of the product between its outermost lateral points.

External vertical dimension of the product from its lowest to its highest point.

External distance between the foremost and rearmost surfaces of the product.

Mass of the product itself, excluding transport packaging, additional accessories, and external equipment.

Maximum number of independently addressable EV supply equipment units that can be managed by the controller or gateway.

Maximum number of individual EV charging points or connectors that can participate in control or management.

Primary visually perceived colour of the product's external surface.

Primary material from which the product is manufactured.

Permissible spatial orientation of the component during installation and operation.

Installation arrangement permitted by the product design, such as wall-mounted, flush-mounted, floor-mounted, or another specified mounting type.

Method used to mechanically secure the product to a support, surface, or load-bearing structure.

Voltage value assigned to the product by the manufacturer for specified application conditions and characteristics.

AC frequency assigned to the product for normal operating conditions.

Current assigned to the product by the manufacturer for the declared operating and thermal conditions.

Number of available digital inputs of the product.

Number of available digital outputs of the product.

Number of independent relay outputs or sets of switching contacts provided by the product.

Degree of enclosure protection against access to hazardous parts and ingress of solid objects and water, designated by the IP code.

Class of enclosure resistance to external mechanical impacts designated by the IK code.

Minimum ambient temperature at which normal operation of the product is permitted.

Maximum ambient temperature at which normal operation of the product is permitted.

Minimum ambient temperature permitted during storage of the product while not in operation.

Maximum ambient temperature permitted during storage of the product while not in operation.

Maximum relative air humidity permitted for the declared operating or test condition.

Maximum altitude above sea level at which the product may be installed without exceeding the declared conditions.

Indicates whether the product's main operating function can be controlled by a remote command.

Indicates whether the product can store an internal event log.

Maximum number of event records that can be stored in the product's internal log.

Indicates whether an integrated real-time clock is provided for timekeeping, event time-stamping, or time-based functions.

List of supported digital data communication protocols.

List of supported physical or logical digital communication interfaces.

Indicates whether an integrated web server or web interface is provided for access to product functions.

Indicates whether specified product settings can be read or changed remotely through a supported communication interface.

Indicates whether diagnostic information, status data, or fault information can be obtained remotely.

Indicates whether the product performs internal diagnostic checks to detect or report internal faults.

Indicates that device firmware can be updated by a manufacturer-supported procedure.

Number of integrated physical Ethernet communication ports.

Indicates that the product can automatically test its internal monitoring or measuring functionality.

Indicates that an internal functional self-test can be initiated manually.

Indicates that device parameters and configuration data can be backed up to an external system or supported storage medium.

Indicates that previously stored device parameters or configuration data can be restored to the product.

Indicates that warning, fault, status or diagnostic information can be transmitted through a supported digital communication interface.

Supported serial communication baud rates for interfaces such as RS-232, RS-422, RS-485 or equivalent serial buses.

Supported data-word lengths for serial communication.

Parity modes supported by the serial communication interface.

Supported number of stop bits in serial communication frames.

Indicates that the logical device or slave address used by a serial communication protocol can be configured.

Minimum configurable logical address on a supported serial communication network.

Maximum configurable logical address on a supported serial communication network.

Supported nominal Ethernet physical-layer link speeds.

Supported methods for assigning network-layer addresses to the Ethernet interface.

Indicates support for Internet Protocol version 6 communication.

Indicates that one or more integrated or optional wireless communication technologies are supported.

Wireless communication technologies supported by the product.

Cellular network technologies supported by the integrated or optional modem.

Physical or embedded SIM formats supported by a cellular communication module.

Indicates that an external antenna can be connected for wireless or cellular data communication.

Indicates that wireless or cellular signal-strength information is available locally or through communication.

Indicates that the device can provide communication access between another device or local bus and an upstream network.

Indicates that the device can translate or bridge application data between different supported communication protocols.

Indicates that measured or logged data can be transmitted automatically without an explicit polling request.

Indicates manufacturer-supported communication with a cloud or remote Internet service.

Indicates that measurement, status or configuration data can be accessed through a documented application programming interface.

Application programming interface types supported by the product or its integrated communication service.

Indicates that firmware can be updated through a supported local or remote data communication interface.

Indicates that loss or inactivity of a communication link can be detected by an internal communication watchdog.

Indicates that the timeout used to detect communication loss or inactivity can be configured.

Minimum configurable communication timeout.

Maximum configurable communication timeout.

Indicates that access to network, web, API or remote configuration functions can require authenticated user credentials.

Indicates support for encrypted data communication through one or more manufacturer-supported communication services.

Transport Layer Security protocol versions supported for protected network communication.

Indicates that user permissions can be differentiated by user role or authorization level.

Indicates that security-relevant events such as authentication failures or configuration access can be recorded.

Indicates that the device verifies the integrity or authenticity of executable firmware during startup.

Indicates that firmware update packages are cryptographically authenticated before installation.

Indicates that loss of an expected communication connection can generate a local or remote alarm or diagnostic condition.

Indicates that the installed firmware version can be read locally or through a supported digital communication interface.

Indicates that changes to configurable product parameters can be stored in an internal or remotely accessible log.

Data-transfer and protocol-conversion operating modes supported by the gateway engine.

Indicates that protocol conversion can operate in both communication directions where supported by the selected protocols.

Maximum number of different communication protocols that can operate simultaneously within the device.

Maximum total number of independently configured protocol instances supported by the device.

Maximum number of configured source-side protocol endpoints available to the conversion or routing engine.

Maximum number of configured destination-side protocol endpoints available to the conversion or routing engine.

Maximum number of source-side field or network devices handled by the configured gateway application.

Maximum number of destination-side devices or hosts handled by the configured gateway application.

Maximum number of independently configurable protocol-conversion or data-routing paths.

Maximum total number of application data points that can participate in mapping or protocol conversion.

Indicates that source data objects, registers or points can be explicitly mapped to destination-side data objects.

Maximum number of separate mapping tables supported by the configuration.

Maximum total number of individual data-mapping entries supported by the product.

Maximum number of individual mapping entries supported within one mapping table.

Directions in which configured application data can be mapped between communication sides.

Configuration methods available for creating data mappings.

Indicates that data-mapping definitions can be imported from or exported to a supported external file format.

Indicates that reusable device or data-acquisition templates can be created or applied.

Maximum number of device or acquisition templates supported by the product.

Indicates that compatible devices or nodes can be automatically discovered during gateway configuration.

Indicates that application data can be converted between supported numeric, Boolean, string or other data representations.

Indicates that individual bits can be extracted from or mapped into larger protocol data objects or registers.

Indicates that byte ordering within mapped multibyte values can be converted.

Indicates that word ordering within multi-register values can be converted.

Indicates that contiguous groups of protocol registers or objects can be mapped as blocks rather than only as individual points.

Indicates that source protocol register addresses can be reassigned to different destination register addresses.

Indicates that source protocol object or point addresses can be reassigned to destination-side object addresses.

Indicates that mapped numeric values can be multiplied, divided or linearly rescaled during processing.

Indicates that a configurable arithmetic offset can be applied to mapped numeric data.

Indicates that mapped engineering values can be converted between supported units.

Indicates that virtual data points can be generated from other values using configurable calculations.

Indicates that configurable logical or mathematical expressions can be evaluated as part of data processing.

Indicates that source-side data quality or validity information can be propagated to the destination protocol or application.

Indicates that source timestamps can be retained and transferred with mapped data where supported by the destination protocol.

Indicates that the device can generate timestamps for acquired or converted data.

Mechanisms supported for acquiring source data before protocol conversion, processing or forwarding.

Indicates that the cyclic source-device polling interval can be configured.

Minimum configurable cyclic polling interval.

Maximum configurable cyclic polling interval.

Indicates that different source devices or groups can use independent polling intervals.

Maximum number of configured cyclic polling commands, transactions or requests.

Indicates that multiple independent communication channels, devices or requests can be polled concurrently.

Indicates that data processing or forwarding can be triggered when a monitored value changes.

Indicates that changes smaller than a defined threshold can be suppressed from processing or forwarding.

Indicates that the change threshold used for deadband processing can be configured.

Indicates that source-side data can be received without a preceding cyclic polling request.

Indicates that data acquisition, mapping or forwarding can be initiated by protocol or application events.

Indicates that current acquired or mapped data can be retained in an internal runtime cache.

Maximum number of application data points that can be retained simultaneously in the runtime data cache.

Manufacturer-declared memory capacity available for runtime cached data.

Indicates that the latest valid value of configured data points can be retained for asynchronous protocol access.

Indicates that applicable cached data can survive a restart or power interruption.

Indicates that the refresh interval used for periodically updating cached values can be configured.

Minimum configurable interval between periodic cache refresh operations.

Maximum configurable interval between periodic cache refresh operations.

Indicates that cached or acquired values can be identified as stale after a defined period without successful update.

Indicates that the period after which data are considered stale can be configured.

Minimum configurable stale-data timeout.

Maximum configurable stale-data timeout.

Configured or manufacturer-defined handling of a data point after its source value becomes stale.

Indicates that data can be buffered locally during communication interruption and forwarded after connectivity is restored.

Maximum number of buffered data records retained for later forwarding.

Manufacturer-declared memory capacity available for store-and-forward buffering.

Maximum duration for which buffered data can be retained before successful forwarding or expiration.

Conditions that can initiate transmission of locally buffered store-and-forward records.

Indicates that buffered records are forwarded in their original acquisition order.

Indicates that duplicate buffered records or retransmissions can be detected and suppressed.

Behavior applied when an internal forwarding or buffering queue reaches its configured or physical capacity.

Indicates that failed forwarding operations can be retried automatically.

Maximum configurable number of automatic forwarding retries before another failure action is applied.

Indicates that the delay between forwarding retry attempts can be configured.

Minimum configurable delay between forwarding retry attempts.

Maximum configurable delay between forwarding retry attempts.

Indicates that retry intervals can automatically increase after consecutive forwarding failures.

Indicates that multiple acquired records can be grouped and forwarded as one batch.

Maximum number of application records that can be included in one forwarding batch.

Maximum manufacturer-supported encoded size of one data-forwarding batch.

Indicates that time-based forwarding of accumulated data batches can be configured.

Minimum configurable time interval for forwarding accumulated data batches.

Maximum configurable time interval for forwarding accumulated data batches.

Indicates that acquired or mapped application data can be filtered before storage, conversion or forwarding.

Application-level filtering mechanisms supported for acquired or mapped data.

Indicates that multiple acquired samples can be combined into calculated aggregate values.

Statistical or arithmetic aggregation functions supported by the data-processing engine.

Indicates that the time window used for data aggregation can be configured.

Minimum configurable time window for data aggregation.

Maximum configurable time window for data aggregation.

Indicates that stored or transmitted application data can be compressed.

Compression algorithms or container methods directly supported by the product for application data.

Indicates that protocol traffic can be observed using an integrated diagnostic or monitoring function.

Indicates that raw or decoded communication traffic can be captured for troubleshooting.

Manufacturer-declared memory capacity available for integrated protocol traffic capture.

Indicates that captured protocol traffic can be exported from the device or diagnostic tool.

File formats supported for exporting captured protocol or network traffic.

Indicates that protocol-specific communication faults or status transitions can be retained in a diagnostic log.

Maximum number of protocol diagnostic log records retained internally.

Indicates that operational state of configured protocol-conversion or forwarding routes can be monitored.

Indicates that current status of configured data mappings can be monitored.

Indicates that data-mapping or conversion errors can be accumulated in diagnostic counters.

Indicates that errors associated with configured forwarding or conversion routes can be accumulated.

Indicates that a failed communication route can automatically attempt to return to normal operation.

Indicates support for reverting to an earlier compatible system firmware version.

Indicates presence of a redundant or backup system firmware image for recovery.

Indicates that corrupted or failed system firmware can be recovered using a manufacturer-supported mechanism.

Maximum number of configurable user roles supported.

Open Charge Point Protocol versions supported for communication between the charging equipment and a Charging Station Management System.

OCPP transport and message-encoding mechanisms supported by the implementation.

OCPP security profiles supported for communication with the Charging Station Management System.

Indicates support for OCPP Smart Charging functionality and charging-power scheduling or limiting through the backend.

OCPP charging profile kinds supported by the charging equipment.

Indicates support for locally stored OCPP authorization identifiers or authorization lists.

Indicates support for reservation functionality through OCPP.

Indicates support for OCPP device configuration, monitoring or device-model management functionality.

Indicates that ISO 15118-related vehicle communication functions are integrated with the OCPP backend implementation.

Indicates that charging transactions can be remotely initiated, stopped or otherwise controlled through OCPP where supported by the implemented protocol version.

Indicates that charging transactions can be processed according to locally available rules when the CSMS connection is unavailable.

Maximum number of Charging Station Management System endpoints that can be configured in the product.

Indicates support for switching to an alternative configured CSMS endpoint when the primary backend connection is unavailable.

Indicates automatic reconnection to the configured charging-management backend after communication loss.

Indicates support for OCPP functions used to coordinate bidirectional EV power transfer.

Indicates support for OCPP Distributed Energy Resource control functionality.

Logical roles in which the EV charging controller or gateway can operate within a charging-management architecture.

Indicates that the product can intermediate OCPP communication between downstream charging equipment and an upstream CSMS.

Indicates that the gateway can translate applicable OCPP messages between different supported OCPP protocol versions.

Indicates that the product can locally provide Charge Station Management System functions for connected EV charging stations.

Indicates that different managed EVSEs or OCPP connections can be routed to more than one configured upstream CSMS.

Methods by which the product can be initially commissioned, configured or provisioned for operation.

Indicates that a guided commissioning workflow is available to assist with initial product configuration.

Indicates that supported installation parameters, connected devices or charging interfaces can be automatically detected or configured during commissioning.

Indicates that the product or commissioning software can validate configured installation parameters before normal operation is enabled.

Indicates that commissioning parameters, checks or results can be exported as a service or installation record.

Indicates that stored event, fault, charging-session or diagnostic logs can be viewed through a supported remote interface.

Indicates that stored diagnostic, event or charging-session log data can be exported or downloaded remotely.

Indicates that a structured snapshot of relevant operating states, measurements and diagnostics can be captured for troubleshooting.

Indicates that diagnostic operating data can be automatically captured when a fault condition occurs.

Indicates that the product operating system, controller or charging application can be restarted through an authorized remote command.

Indicates that installation of an available firmware update can be scheduled for a defined maintenance or low-use period.

Indicates that an available firmware update can be postponed rather than installed immediately.

Indicates that the product can automatically restore a previously valid firmware image after an unsuccessful update or startup validation failure.

Indicates that a dedicated operating mode is available for authorized service, maintenance or diagnostic activities.

Indicates that an authorized service or diagnostic mode can be entered or used through a supported remote service connection.

Indicates whether the CE marking is applied to the product where applicable.

Compliance with Directive 2014/35/EU where applicable to the product.

Compliance with Directive 2014/30/EU on electromagnetic compatibility where applicable.

Compliance with Directive 2014/53/EU where the product constitutes radio equipment.

Indicates that the relevant product implementation is officially certified under the Open Charge Alliance OCPP Certification Program.

OCPP protocol versions for which the specific product implementation holds an applicable official Open Charge Alliance certificate.

OCPP certification profiles explicitly covered by the applicable Open Charge Alliance certificate.

Official Open Charge Alliance certificate identifier associated with the certified implementation.

Indicates whether the applicable OCPP product certification covers an individual product or an approved product family.

Mass of the product together with its individual packaging and the accessories included in it.

External horizontal dimension of the product's individual package.

External vertical dimension of the product's individual package.

External depth dimension of the product's individual package.

Calculated or declared external volume of the product's individual package.

Design type of the product's individual or transport packaging.

Primary materials from which the product packaging is made.

Mass of the empty packaging without the product and its accessories.

Number of individual products contained in one packaging unit at the specified level.

Indicates whether the packaging used is declared recyclable as secondary raw material.

Indicates whether the packaging is designed for reuse without changing its primary purpose.

Indicates whether the packaging is intended to be returned to the supplier, manufacturer, or another participant in the logistics chain.