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American Power Conversion

Overview

American Power Conversion (APC) UPS, the reliable and high-performance uninterruptible power supply solutions by APC, seamlessly integrate with Motadata AIOps to provide comprehensive monitoring and management capabilities. With this integration, organizations gain real-time visibility into the performance and health of their APC UPS devices. Monitor critical UPS metrics such as battery status, load levels, and input/output voltage to ensure continuous and reliable power protection.

Prerequisites

Refer Adding network devices for monitoring to understand the prerequisites necessary for monitoring a network device.

List of Supported KPIs

MetricsDescriptionType
ping.min.latency.msMinimum latency (in milliseconds) observed during pingCount
ping.received.packetsNumber of packets received during pingCount
ping.lost.packetsNumber of packets lost during pingCount
ping.max.latency.msMaximum latency (in milliseconds) observed during pingCount
object.targetTarget object identifierString
ping.sent.packetsNumber of packets sent during pingCount
ping.packet.lost.percentPercentage of packet loss during pingPercent
ping.latency.msAverage latency (in milliseconds) observed during pingCount
system.oidSystem Object IdentifierString
started.time.secUptime in Seconds for the monitorCount
started.timeUptime of the monitorString
object.nameName of the monitorString
system.locationLocation of the monitorString
system.descriptionDescription of the monitorString
correlation.metricsCorrelation metrics between network connectionsString
network.connection.tcp.connectionsNumber of TCP connectionsCount
network.connection.udp.connectionsNumber of UDP connectionsCount
network.connection.udp.error.segmentsNumber of UDP error segmentsCount
network.connection.tcp.error.segmentsNumber of TCP error segmentsCount
network.connection.tcp.retransmitted.segmentsNumber of TCP retransmitted segmentsCount
destination.ipDestination IP addressString
destination.portDestination port numberCount
network.connection.protocolProtocol used for network connectionCount
network.connection.stateState of the network connectionString
source.ipSource IP addressString
source.portSource port numberCount
interface.sent.discard.packetsNumber of discarded packets sent on the interfaceCount
interface.in.packetsNumber of incoming packets on the interfaceCount
interface.packetsNumber of packets on the interfaceCount
interface.error.packetsNumber of error packets on the interfaceCount
interface.sent.error.packetsNumber of error packets sent on the interfaceCount
interface.received.discard.packetsNumber of discarded packets received on the interfaceCount
interface.received.octetsNumber of octets received on the interfaceCount
interface.bit.typeBit type of the interfaceCount
statusStatus of the interfaceString
interface.out.packetsNumber of outgoing packets on the interfaceCount
interface.operational.statusOperational status of the interfaceString
interface.admin.statusAdmin status of the interfaceCount
interface.sent.octetsNumber of octets sent on the interfaceCount
interface.last.changeLast change of the interfaceString
interface.received.error.packetsNumber of error packets received on the interfaceCount
interface.discard.packetsNumber of discarded packets on the interfaceCount
started.timeUptime of the interfaceString
started.time.secUptime in seconds of the interfaceString
ups.load.percentThe percentage of UPS load, representing the amount of power being drawn from the UPS.Percentage
ups.battery.capacity.percentThe percentage of UPS battery capacity remaining, indicating the current charge level of the battery.Percentage
ups.input.voltage.voltThe input voltage supplied to the UPS, representing the voltage received from the power source.Voltage (Volt)
ups.output.voltage.voltThe output voltage delivered by the UPS to connected devices, ensuring a stable power supply.Voltage (Volt)
ups.output.current.ampereThe output current provided by the UPS to connected devices, indicating the electrical current flowing through the circuit.Current (Ampere)
ups.battery.last.replace.dateThe date of the last battery replacement, providing information on the UPS battery's maintenance history.Date
ups.last.self.test.dateThe date of the last self-test performed by the UPS to assess its operational status.Date
ups.battery.statusThe status of the UPS battery, such as "Normal," "Low," or "Unknown," indicating its health and condition.String
ups.battery.temperature.celsiusThe temperature of the UPS battery in Celsius, offering insights into its thermal condition.Temperature (Celsius)
ups.battery.replacement.statusIndicates whether UPS battery replacement is required or not, helping with maintenance planning.String
ups.bad.external.battery.packsThe count of bad external battery packs connected to the UPS.Count
ups.last.self.test.resultThe result of the last self-test performed by the UPS, providing information about its operational integrity.String
ups.statusThe status of the UPS, indicating whether it is online, on battery power, in bypass mode, or undergoing maintenance.String
ups.battery.runtime.elapsed.secondsThe elapsed runtime of the UPS on battery power, measuring how long the UPS has been operating without external power.Time (Seconds)
ups.input.frequency.hzThe input frequency supplied to the UPS, indicating the frequency of the power source.Frequency (Hz)
ups.output.frequency.hzThe output frequency delivered by the UPS to connected devices.Frequency (Hz)
ups.battery.transfer.reasonThe reason for the last battery transfer, indicating events like voltage fluctuations or self-tests triggering a battery switchover.String
ups.battery.runtime.remaining.secondsThe remaining runtime of the UPS battery, indicating how much time is left before the UPS switches back to the main power source.Time (Seconds)
ups.temperatureThe temperature of the UPS, providing information about its thermal conditions.Temperature
ups.battery.power.consumedThe amount of power consumed by the UPS battery, indicating its energy consumption.Count
ups.number.transientsThe count of transients experienced by the UPS, which are short-duration voltage fluctuations.Count
ups.battery.voltageThe voltage of the UPS battery, indicating its current electrical potential.Voltage (Volt)
ups.input.voltageThe input voltage supplied to the UPS, representing the voltage received from the power source.Voltage (Volt)
ups.output.frequencyThe output frequency delivered by the UPS to connected devices.Frequency
ups.inverter.stateThe state of the UPS inverter, providing information about its operational mode, such as "On," "Off," or "Standby."String
ups.battery.currentThe current flowing through the UPS battery, indicating the electrical current within the battery circuit.Current
ups.output.powerThe power output of the UPS, indicating the amount of power supplied to connected devices.Power
ups.bypass.stateThe state of the UPS bypass, indicating whether the bypass is active or not.String
ups.battery.time.remainingThe remaining time of UPS battery backup, indicating the duration for which the UPS can sustain power without external supply.Time
ups.output.loadThe load connected to the UPS, indicating the power being drawn by connected devices.Load
ups.inverter.temperatureThe temperature of the UPS inverter, providing information about its thermal conditions.Temperature
ups.battery.sys.shutdown.durationThe duration of the UPS battery system shutdown, indicating how long the UPS remained off during a shutdown.Time
ups.battery.installedIndicates whether a battery is installed in the UPS or not.String
ups.loadThe load on the UPS, indicating the amount of power being drawn from the UPS.Load
ups.chargeThe charge level of the UPS battery, indicating its current capacity.Percentage
ups.battery.voltageThe voltage of the UPS battery, indicating its current electrical potential.Voltage
ups.output.load.rateThe rate of UPS output load, providing insights into load fluctuations.Load rate
ups.battery.capacityThe capacity of the UPS battery, indicating its total energy storage capacity.Capacity