sample
Lexicon: eco.wonderland.workcell.common.data.defs
Type: string
acceleration: Positive rate of change of velocity.accumulated-time: Accumulated time for an activity or event.angle: Angular position.angular-acceleration: Positive rate of change of angular velocity.angular-velocity: Rate of change of angular position.axis-feedrate: Feedrate of a linear axis.capacity-fluid: Maximum amount of fluid that can be held by a container.capacity-spatial: Maximum amount of material that can be held by a container.concentration: Percentage of one component within a mixture of components.conductivity: Ability of a material to conduct electricity.cutting-speed: Speed difference (relative velocity) between the cutting mechanism and the surface of the workpiece it is operating on.density: Volumetric mass of a material per unit volume of that material.deposition-acceleration-volumetric: Rate of change in spatial volume of material deposited in an additive manufacturing process.deposition-density: Density of the material deposited in an additive manufacturing process per unit of volume.deposition-mass: Mass of the material deposited in an additive manufacturing process.deposition-rate-volumetric: Rate at which a spatial volume of material is deposited in an additive manufacturing process.deposition-volume: Spatial volume of material to be deposited in an additive manufacturing process.displacement: Change in position of an object.electrical-energy: wattage used or generated by a component over an interval of time.equipment-timer: Amount of time a piece of equipment or a sub-part of a piece of equipment has performed specific activities.fill-level: Amount of a substance remaining compared to the planned maximum amount of that substance.flow: Rate of flow of a fluid.frequency: Number of occurrences of a repeating event per unit time.length: Length of an object.linear-force: force applied to a mass in one direction only.load: Actual versus the standard rating of a piece of equipment.mass: Mass of an object(s) or an amount of material.path-feedrate: Feedrate for the axes, or a single axis, associated with a path component.path-feedrate-per-revolution: Feedrate for the axes, or a single axis.path-position: Position of a control point associated with a controller or a path.ph: Acidity or alkalinity of a solution.position: Point along an axis in a cartesian coordinate system.power-factor: Ratio of real power flowing to a load to the apparent power in that AC circuit.pressure: Force per unit area measured relative to atmospheric pressure. Commonly referred to as gauge pressure.process-timer: Amount of time a piece of equipment has performed different types of activities associated with the process being performed at that piece of equipment.resistance: Degree to which a substance opposes the passage of an electric current.rotary-velocity: Rotational speed of a rotary axis.sound-level: Sound level or sound pressure level relative to atmospheric pressure.strain: Amount of deformation per unit length of an object when a load is applied.temperature: Degree of hotness or coldness measured on a definite scale.tension: Force that stretches or elongates an object.tilt: Angular displacement.torque: Turning force exerted on an object or by an object.velocity: Rate of change of position of a component.viscosity: Fluid’s resistance to flow.volt-ampere: Apparent power in an electrical circuit, equal to the product of root-mean-square (RMS) voltage and RMS current (commonly referred to as VA).volt-ampere-reactive: Reactive power in an AC electrical circuit (commonly referred to as VAR).volume-fluid: Fluid volume of an object or container.volume-spatial: Geometric volume of an object or container.wattage: Power flowing through or dissipated by an electrical circuit or piece of equipment.amperage-ac: Electrical current that reverses direction at regular short intervals.amperage-dc: Electric current flowing in one direction only.voltage-ac: Electrical potential between two points in an electrical circuit in which the current periodically reverses direction.voltage-dc: Electrical potential between two points in an electrical circuit in which the current is unidirectional.x-dimension: Dimension of an entity relative to the X direction of the referenced coordinate system.y-dimension: Dimension of an entity relative to the Y direction of the referenced coordinate system.z-dimension: Dimension of an entity relative to the Z direction of the referenced coordinate system.diameter: Dimension of a diameter.orientation: Angular position of a plane or vector relative to a cartesian coordinate systemhumidity-relative: Amount of water vapor present expressed as a percent to reach saturation at the same temperature.humidity-absolute: Amount of water vapor expressed in grams per cubic meter.humidity-specific: Ratio of the water vapor present over the total weight of the water vapor and air present expressed as a percent.observation-update-rate: Average rate of change of values for data items in the MTConnect streams. The average is computed over a rolling window defined by the implementation.asset-update-rate: Average rate of change of values for assets in the MTConnect streams. The average is computed over a rolling window defined by the implementation.pressurization-rate: Change of pressure per unit time.deceleration: Negative rate of change of velocity.angular-deceleration: Negative rate of change of angular velocity.pressure-absolute: Force per unit area measured relative to a vacuum.openness: Percentage open where 100% is fully open and 0% is fully closed.dew-point: Temperature at which moisture begins to condense, corresponding to saturation for a given absolute humidity.gravitational-force: Force relative to earth’s gravity.gravitational-acceleration: Acceleration relative to Earth’s gravity of 9.80665meter/second^2.battery-capacity: Maximum rated charge a battery is capable of maintaining based on the battery discharging at a specified current over a specified time period.discharge-rate: Value of current being drawn from the component.charge-rate: Value of the current being supplied to the component for the purpose of charging.battery-charge: Value of the battery’s present capacity expressed as a percentage of the battery’s maximum rated capacity.settling-error: Difference between actual and commanded position at the end of a motion.following-error: Difference between actual and commanded position at any specific point in time during a motion.settling-error-linear: Difference between the commanded encoder/resolver position, and the actual encoder/resolver position when motion is complete.settling-error-angular: Angular difference between the commanded encoder/resolver position, and the actual encoder/resolver position when motion is complete.following-error-linear: Difference between the commanded encoder/resolver position and the actual encoder/resolver position at any specified point in time during a motion.following-error-angular: Angular difference between the commanded encoder/resolver position and the actual encoder/resolver position at any specified point in time during a motion.displacement-linear: Absolute value of the change in position along a vector.displacement-angular: Absolute value of the change in angular position around a vectorposition-cartesian: Point in a cartesian coordinate system.resistivity: Inability of a material to conduct electricity.fill-height: Amount of a substance in a container.particle-count: Number of particles counted by their size or other characteristics.particle-size: Size of particles counted by their size or other characteristics.
Referenced By
Section titled “Referenced By”- sample
eco.wonderland.workcell.observation.sample.defs - accelerationActual
eco.wonderland.workcell.observation.sample.defs - accelerationCommanded
eco.wonderland.workcell.observation.sample.defs - accelerationProgrammed
eco.wonderland.workcell.observation.sample.defs - acceleration
eco.wonderland.workcell.observation.sample.defs - accumulatedTime
eco.wonderland.workcell.observation.sample.defs - amperageACActual
eco.wonderland.workcell.observation.sample.defs - amperageACCommanded
eco.wonderland.workcell.observation.sample.defs - amperageACProgrammed
eco.wonderland.workcell.observation.sample.defs - amperageAC
eco.wonderland.workcell.observation.sample.defs - amperageDCActual
eco.wonderland.workcell.observation.sample.defs - amperageDCCommanded
eco.wonderland.workcell.observation.sample.defs - amperageDCProgrammed
eco.wonderland.workcell.observation.sample.defs - amperageDC
eco.wonderland.workcell.observation.sample.defs - angleActual
eco.wonderland.workcell.observation.sample.defs - angleCommanded
eco.wonderland.workcell.observation.sample.defs - angle
eco.wonderland.workcell.observation.sample.defs - angularAccelerationActual
eco.wonderland.workcell.observation.sample.defs - angularAccelerationCommanded
eco.wonderland.workcell.observation.sample.defs - angularAccelerationProgrammed
eco.wonderland.workcell.observation.sample.defs - angularAcceleration
eco.wonderland.workcell.observation.sample.defs - angularDecelerationActual
eco.wonderland.workcell.observation.sample.defs - angularDecelerationCommanded
eco.wonderland.workcell.observation.sample.defs - angularDecelerationProgrammed
eco.wonderland.workcell.observation.sample.defs - angularDeceleration
eco.wonderland.workcell.observation.sample.defs - angularVelocity
eco.wonderland.workcell.observation.sample.defs - assetUpdateRate
eco.wonderland.workcell.observation.sample.defs - axisFeedrateActual
eco.wonderland.workcell.observation.sample.defs - axisFeedrateCommanded
eco.wonderland.workcell.observation.sample.defs - axisFeedrateJog
eco.wonderland.workcell.observation.sample.defs - axisFeedrateProgrammed
eco.wonderland.workcell.observation.sample.defs - axisFeedrateRapid
eco.wonderland.workcell.observation.sample.defs - axisFeedrate
eco.wonderland.workcell.observation.sample.defs - batteryCapacityActual
eco.wonderland.workcell.observation.sample.defs - batteryCapacityTarget
eco.wonderland.workcell.observation.sample.defs - batteryCapacity
eco.wonderland.workcell.observation.sample.defs - batteryChargeActual
eco.wonderland.workcell.observation.sample.defs - batteryChargeTarget
eco.wonderland.workcell.observation.sample.defs - batteryCharge
eco.wonderland.workcell.observation.sample.defs - capacityFluid
eco.wonderland.workcell.observation.sample.defs - capacitySpatial
eco.wonderland.workcell.observation.sample.defs - chargeRateActual
eco.wonderland.workcell.observation.sample.defs - chargeRateTarget
eco.wonderland.workcell.observation.sample.defs - chargeRate
eco.wonderland.workcell.observation.sample.defs - concentration
eco.wonderland.workcell.observation.sample.defs - conductivity
eco.wonderland.workcell.observation.sample.defs - cuttingSpeedActual
eco.wonderland.workcell.observation.sample.defs - cuttingSpeedCommanded
eco.wonderland.workcell.observation.sample.defs - cuttingSpeedProgrammed
eco.wonderland.workcell.observation.sample.defs - cuttingSpeed
eco.wonderland.workcell.observation.sample.defs - decelerationActual
eco.wonderland.workcell.observation.sample.defs - decelerationCommanded
eco.wonderland.workcell.observation.sample.defs - decelerationProgrammed
eco.wonderland.workcell.observation.sample.defs - deceleration
eco.wonderland.workcell.observation.sample.defs - density
eco.wonderland.workcell.observation.sample.defs - depositionAccelerationVolumetricActual
eco.wonderland.workcell.observation.sample.defs - depositionAccelerationVolumetricCommanded
eco.wonderland.workcell.observation.sample.defs - depositionAccelerationVolumetric
eco.wonderland.workcell.observation.sample.defs - depositionDensityActual
eco.wonderland.workcell.observation.sample.defs - depositionDensityCommanded
eco.wonderland.workcell.observation.sample.defs - depositionDensity
eco.wonderland.workcell.observation.sample.defs - depositionMassActual
eco.wonderland.workcell.observation.sample.defs - depositionMassCommanded
eco.wonderland.workcell.observation.sample.defs - depositionMass
eco.wonderland.workcell.observation.sample.defs - depositionRateVolumetricActual
eco.wonderland.workcell.observation.sample.defs - depositionRateVolumetricCommanded
eco.wonderland.workcell.observation.sample.defs - depositionRateVolumetric
eco.wonderland.workcell.observation.sample.defs - depositionVolumeActual
eco.wonderland.workcell.observation.sample.defs - depositionVolumeCommanded
eco.wonderland.workcell.observation.sample.defs - depositionVolume
eco.wonderland.workcell.observation.sample.defs - dewPoint
eco.wonderland.workcell.observation.sample.defs - diameter
eco.wonderland.workcell.observation.sample.defs - dischargeRateActual
eco.wonderland.workcell.observation.sample.defs - dischargeRateTarget
eco.wonderland.workcell.observation.sample.defs - dischargeRate
eco.wonderland.workcell.observation.sample.defs - displacementAngular
eco.wonderland.workcell.observation.sample.defs - displacement
eco.wonderland.workcell.observation.sample.defs - displacementLinear
eco.wonderland.workcell.observation.sample.defs - electricalEnergy
eco.wonderland.workcell.observation.sample.defs - equipmentTimerDelay
eco.wonderland.workcell.observation.sample.defs - equipmentTimerLoaded
eco.wonderland.workcell.observation.sample.defs - equipmentTimerOperating
eco.wonderland.workcell.observation.sample.defs - equipmentTimerPowered
eco.wonderland.workcell.observation.sample.defs - equipmentTimerWorking
eco.wonderland.workcell.observation.sample.defs - equipmentTimer
eco.wonderland.workcell.observation.sample.defs - fillHeightActual
eco.wonderland.workcell.observation.sample.defs - fillHeightTarget
eco.wonderland.workcell.observation.sample.defs - fillHeight
eco.wonderland.workcell.observation.sample.defs - fillLevel
eco.wonderland.workcell.observation.sample.defs - flow
eco.wonderland.workcell.observation.sample.defs - followingErrorActual
eco.wonderland.workcell.observation.sample.defs - followingErrorAngularActual
eco.wonderland.workcell.observation.sample.defs - followingErrorAngular
eco.wonderland.workcell.observation.sample.defs - followingError
eco.wonderland.workcell.observation.sample.defs - followingErrorLinearActual
eco.wonderland.workcell.observation.sample.defs - followingErrorLinear
eco.wonderland.workcell.observation.sample.defs - frequency
eco.wonderland.workcell.observation.sample.defs - gravitationalAcceleration
eco.wonderland.workcell.observation.sample.defs - gravitationalForce
eco.wonderland.workcell.observation.sample.defs - humidityAbsoluteActual
eco.wonderland.workcell.observation.sample.defs - humidityAbsoluteCommanded
eco.wonderland.workcell.observation.sample.defs - humidityAbsolute
eco.wonderland.workcell.observation.sample.defs - humidityRelativeActual
eco.wonderland.workcell.observation.sample.defs - humidityRelativeCommanded
eco.wonderland.workcell.observation.sample.defs - humidityRelative
eco.wonderland.workcell.observation.sample.defs - humiditySpecificActual
eco.wonderland.workcell.observation.sample.defs - humiditySpecificCommanded
eco.wonderland.workcell.observation.sample.defs - humiditySpecific
eco.wonderland.workcell.observation.sample.defs - lengthRemaining
eco.wonderland.workcell.observation.sample.defs - lengthStandard
eco.wonderland.workcell.observation.sample.defs - lengthUseable
eco.wonderland.workcell.observation.sample.defs - length
eco.wonderland.workcell.observation.sample.defs - linearForce
eco.wonderland.workcell.observation.sample.defs - load
eco.wonderland.workcell.observation.sample.defs - mass
eco.wonderland.workcell.observation.sample.defs - observationUpdateRate
eco.wonderland.workcell.observation.sample.defs - openness
eco.wonderland.workcell.observation.sample.defs - orientationActual
eco.wonderland.workcell.observation.sample.defs - orientationCommanded
eco.wonderland.workcell.observation.sample.defs - orientation
eco.wonderland.workcell.observation.sample.defs - ph
eco.wonderland.workcell.observation.sample.defs - particleCountGas
eco.wonderland.workcell.observation.sample.defs - particleCountLiquid
eco.wonderland.workcell.observation.sample.defs - particleCountSolid
eco.wonderland.workcell.observation.sample.defs - particleCount
eco.wonderland.workcell.observation.sample.defs - particleSize
eco.wonderland.workcell.observation.sample.defs - pathFeedrateActual
eco.wonderland.workcell.observation.sample.defs - pathFeedrateCommanded
eco.wonderland.workcell.observation.sample.defs - pathFeedrateJog
eco.wonderland.workcell.observation.sample.defs - pathFeedrateProgrammed
eco.wonderland.workcell.observation.sample.defs - pathFeedrateRapid
eco.wonderland.workcell.observation.sample.defs - pathFeedrate
eco.wonderland.workcell.observation.sample.defs - pathFeedratePerRevolutionActual
eco.wonderland.workcell.observation.sample.defs - pathFeedratePerRevolutionCommanded
eco.wonderland.workcell.observation.sample.defs - pathFeedratePerRevolutionProgrammed
eco.wonderland.workcell.observation.sample.defs - pathFeedratePerRevolution
eco.wonderland.workcell.observation.sample.defs - pathPositionActual
eco.wonderland.workcell.observation.sample.defs - pathPositionCommanded
eco.wonderland.workcell.observation.sample.defs - pathPositionProbe
eco.wonderland.workcell.observation.sample.defs - pathPositionTarget
eco.wonderland.workcell.observation.sample.defs - pathPosition
eco.wonderland.workcell.observation.sample.defs - positionActual
eco.wonderland.workcell.observation.sample.defs - positionCommanded
eco.wonderland.workcell.observation.sample.defs - positionProgrammed
eco.wonderland.workcell.observation.sample.defs - positionTarget
eco.wonderland.workcell.observation.sample.defs - positionCartesian
eco.wonderland.workcell.observation.sample.defs - position
eco.wonderland.workcell.observation.sample.defs - powerFactor
eco.wonderland.workcell.observation.sample.defs - pressureAbsolute
eco.wonderland.workcell.observation.sample.defs - pressure
eco.wonderland.workcell.observation.sample.defs - pressurizationRateActual
eco.wonderland.workcell.observation.sample.defs - pressurizationRateCommanded
eco.wonderland.workcell.observation.sample.defs - pressurizationRateProgrammed
eco.wonderland.workcell.observation.sample.defs - pressurizationRate
eco.wonderland.workcell.observation.sample.defs - processTimerDelay
eco.wonderland.workcell.observation.sample.defs - processTimerProcess
eco.wonderland.workcell.observation.sample.defs - processTimer
eco.wonderland.workcell.observation.sample.defs - resistance
eco.wonderland.workcell.observation.sample.defs - resistivity
eco.wonderland.workcell.observation.sample.defs - rotaryVelocityActual
eco.wonderland.workcell.observation.sample.defs - rotaryVelocityCommanded
eco.wonderland.workcell.observation.sample.defs - rotaryVelocityProgrammed
eco.wonderland.workcell.observation.sample.defs - rotaryVelocity
eco.wonderland.workcell.observation.sample.defs - settlingErrorActual
eco.wonderland.workcell.observation.sample.defs - settlingErrorAngularActual
eco.wonderland.workcell.observation.sample.defs - settlingErrorAngular
eco.wonderland.workcell.observation.sample.defs - settlingError
eco.wonderland.workcell.observation.sample.defs - settlingErrorLinearActual
eco.wonderland.workcell.observation.sample.defs - settlingErrorLinear
eco.wonderland.workcell.observation.sample.defs - soundLevelAScale
eco.wonderland.workcell.observation.sample.defs - soundLevelBScale
eco.wonderland.workcell.observation.sample.defs - soundLevelCScale
eco.wonderland.workcell.observation.sample.defs - soundLevelDScale
eco.wonderland.workcell.observation.sample.defs - soundLevelNoScale
eco.wonderland.workcell.observation.sample.defs - soundLevel
eco.wonderland.workcell.observation.sample.defs - strain
eco.wonderland.workcell.observation.sample.defs - temperature
eco.wonderland.workcell.observation.sample.defs - tension
eco.wonderland.workcell.observation.sample.defs - tilt
eco.wonderland.workcell.observation.sample.defs - torque
eco.wonderland.workcell.observation.sample.defs - velocity
eco.wonderland.workcell.observation.sample.defs - viscosity
eco.wonderland.workcell.observation.sample.defs - voltAmpere
eco.wonderland.workcell.observation.sample.defs - voltAmpereReactive
eco.wonderland.workcell.observation.sample.defs - voltageACActual
eco.wonderland.workcell.observation.sample.defs - voltageACCommanded
eco.wonderland.workcell.observation.sample.defs - voltageACProgrammed
eco.wonderland.workcell.observation.sample.defs - voltageAC
eco.wonderland.workcell.observation.sample.defs - voltageDCActual
eco.wonderland.workcell.observation.sample.defs - voltageDCCommanded
eco.wonderland.workcell.observation.sample.defs - voltageDCProgrammed
eco.wonderland.workcell.observation.sample.defs - voltageDC
eco.wonderland.workcell.observation.sample.defs - volumeFluidActual
eco.wonderland.workcell.observation.sample.defs - volumeFluidConsumed
eco.wonderland.workcell.observation.sample.defs - volumeFluidEnded
eco.wonderland.workcell.observation.sample.defs - volumeFluidPart
eco.wonderland.workcell.observation.sample.defs - volumeFluidStart
eco.wonderland.workcell.observation.sample.defs - volumeFluidWaste
eco.wonderland.workcell.observation.sample.defs - volumeFluid
eco.wonderland.workcell.observation.sample.defs - volumeSpatialActual
eco.wonderland.workcell.observation.sample.defs - volumeSpatialConsumed
eco.wonderland.workcell.observation.sample.defs - volumeSpatialEnded
eco.wonderland.workcell.observation.sample.defs - volumeSpatialPart
eco.wonderland.workcell.observation.sample.defs - volumeSpatialStart
eco.wonderland.workcell.observation.sample.defs - volumeSpatialWaste
eco.wonderland.workcell.observation.sample.defs - volumeSpatial
eco.wonderland.workcell.observation.sample.defs - wattageActual
eco.wonderland.workcell.observation.sample.defs - wattageTarget
eco.wonderland.workcell.observation.sample.defs - wattage
eco.wonderland.workcell.observation.sample.defs - xdimension
eco.wonderland.workcell.observation.sample.defs - ydimension
eco.wonderland.workcell.observation.sample.defs - zdimension
eco.wonderland.workcell.observation.sample.defs - sample
eco.wonderland.workcell.device.data.defs
Schema
Section titled “Schema”{ "type": "string", "knownValues": [ "acceleration", "accumulated-time", "angle", "angular-acceleration", "angular-velocity", "axis-feedrate", "capacity-fluid", "capacity-spatial", "concentration", "conductivity", "cutting-speed", "density", "deposition-acceleration-volumetric", "deposition-density", "deposition-mass", "deposition-rate-volumetric", "deposition-volume", "displacement", "electrical-energy", "equipment-timer", "fill-level", "flow", "frequency", "length", "linear-force", "load", "mass", "path-feedrate", "path-feedrate-per-revolution", "path-position", "ph", "position", "power-factor", "pressure", "process-timer", "resistance", "rotary-velocity", "sound-level", "strain", "temperature", "tension", "tilt", "torque", "velocity", "viscosity", "volt-ampere", "volt-ampere-reactive", "volume-fluid", "volume-spatial", "wattage", "amperage-ac", "amperage-dc", "voltage-ac", "voltage-dc", "x-dimension", "y-dimension", "z-dimension", "diameter", "orientation", "humidity-relative", "humidity-absolute", "humidity-specific", "observation-update-rate", "asset-update-rate", "pressurization-rate", "deceleration", "angular-deceleration", "pressure-absolute", "openness", "dew-point", "gravitational-force", "gravitational-acceleration", "battery-capacity", "discharge-rate", "charge-rate", "battery-charge", "settling-error", "following-error", "settling-error-linear", "settling-error-angular", "following-error-linear", "following-error-angular", "displacement-linear", "displacement-angular", "position-cartesian", "resistivity", "fill-height", "particle-count", "particle-size" ]}