http://opcfoundation.org/UA/Dictionary/IRDI i=1 i=2 i=3 i=4 i=5 i=6 i=7 i=8 i=9 i=10 i=11 i=12 i=13 i=14 i=15 i=16 i=17 i=18 i=19 i=20 i=21 i=22 i=26 i=27 i=28 i=29 i=35 i=36 i=37 i=38 i=39 i=40 i=45 i=46 i=47 i=48 i=295 i=17597 i=17603 http://opcfoundation.org/UA/Dictionary/IRDI i=11715 i=11616 i=80 ns=1;i=1001 ns=1;i=1002 ns=1;i=1003 ns=1;i=1004 ns=1;i=1005 ns=1;i=1006 ns=1;i=1007 ns=1;i=1008 IsNamespaceSubset If TRUE then the server only supports a subset of the namespace. i=68 NamespacePublicationDate The publication date for the namespace. i=68 2025-11-10T00:00:00Z NamespaceUri The URI of the namespace. i=68 http://opcfoundation.org/UA/Dictionary/IRDI NamespaceVersion The human readable string representing version of the namespace. i=68 1.02.0 StaticNodeIdTypes A list of IdTypes for nodes which are the same in every server that exposes them. i=68 StaticNumericNodeIdRange A list of ranges for numeric node ids which are the same in every server that exposes them. i=68 StaticStringNodeIdPattern A regular expression which matches string node ids are the same in every server that exposes them. i=68 DefaultRolePermissions i=68 <DictionaryEntryName> i=17594 i=17598 name of manufacturer i=17594 i=17598 URI of manufacturer i=17594 i=17598 model name of product i=17594 i=17598 code of product i=17594 i=17598 software version i=17594 i=17598 hardware version i=17594 i=17598 serial number i=17594 i=17598 URI of product instance i=17594 i=17598 identification code of device i=17594 i=17598 pulse value of mass i=17594 i=17598 set pulse width i=17594 i=17598 Accelerometer i=17594 i=17598 Current transmitter i=17594 i=17598 Density transmitter i=17594 i=17598 Coriolis mass flow transmitter i=17594 i=17598 Thermal mass flow transmitter i=17594 i=17598 Volume flow transmitter i=17594 i=17598 Level transmitter i=17594 i=17598 Displacer level transmitter i=17594 i=17598 Capacitance level transmitter i=17594 i=17598 Free-space radar level transmitter i=17594 i=17598 Guided-wave radar level transmitter i=17594 i=17598 Ultrasonic level transmitter i=17594 i=17598 Power transmitter i=17594 i=17598 Pressure transmitter i=17594 i=17598 Temperature transmitter i=17594 i=17598 Velocity transmitter i=17594 i=17598 Voltage transmitter i=17594 i=17598 Weight transmitter i=17594 i=17598 temperature i=17594 i=17598 actual density i=17594 i=17598 unit of measure i=17594 i=17598 type of RTD sensor i=17594 i=17598 style of wiring i=17594 i=17598 type of thermocouple sensor i=17594 i=17598 type of thermocouple reference junction i=17594 i=17598 tag name i=17594 i=17598 mass flow rate i=17594 i=17598 actual volume flow rate i=17594 i=17598 normalized volume flow rate i=17594 i=17598 type of action i=17594 i=17598 type of actuator compatibility i=17594 i=17598 pulse value of volume i=17594 i=17598 nominal cell constant i=17594 i=17598 set type of connected probe i=17594 i=17598 mass i=17594 i=17598 actual volume i=17594 i=17598 level i=17594 i=17598 damping i=17594 i=17598 type of calibration i=17594 i=17598 READBACK_VALUE i=17594 i=17598 value of low flow cut-off in units of span i=17594 i=17598 indication of forward flow direction i=17594 i=17598 set display language i=17594 i=17598 revision counter value of the parameter setting i=17594 i=17598 time stamp of last parameter setting change i=17594 i=17598 setpoint of positioner i=17594 i=17598 reset command i=17594 i=17598 state of simulation i=17594 i=17598 value of simulation i=17594 i=17598 zero point setting command i=17594 i=17598 pressure i=17594 i=17598 discrete two-state value of simulation i=17594 i=17598 input/output value i=17594 i=17598 discrete two-state input/output value i=17594 i=17598 discrete multistate input/output value i=17594 i=17598 discrete multistate value of simulation i=17594 i=17598 operating time i=17594 i=17598 actual value i=17594 i=17598 discrete two-state actual value i=17594 i=17598 discrete multistate actual value i=17594 i=17598 autoadjust command i=17594 i=17598 Device diagnostic status i=17594 i=17598 Process analyser i=17594 i=17598 Gas chromatograph i=17594 i=17598 Conductivity meter i=17594 i=17598 Amperometric analyser i=17594 i=17598 Zirconium dioxide analyser i=17594 i=17598 Flame ionisation detector i=17594 i=17598 Catalytic bead sensor i=17594 i=17598 Infrared sensor i=17594 i=17598 Amperometric sensor i=17594 i=17598 Optical fluorescence quenching sensor i=17594 i=17598 Non-dispersive infrared gas analyser i=17594 i=17598 FTNIR or FTIR spectrometer i=17594 i=17598 Diode array spectrometer i=17594 i=17598 Raman spectrometer i=17594 i=17598 Tunable diode laser spectrometer i=17594 i=17598 Paramagnetic gas analyser i=17594 i=17598 pH meter i=17594 i=17598 TOC analyser i=17594 i=17598 Thermal conductivity gas analyser i=17594 i=17598 Matrix of components/measurands i=17594 i=17598 Chemical component/measurand i=17594 i=17598 discrete two-state control value i=17594 i=17598 discrete two-state setpoint value i=17594 i=17598 discrete two-state fault value i=17594 i=17598 date and time of calibration i=17594 i=17598 operating cycle counter i=17594 i=17598 total number of passed CIP events i=17594 i=17598 total number of passed SIP events i=17594 i=17598 power on time i=17594 i=17598 zero signal of detector i=17594 i=17598 relative residual operational life of radiation source i=17594 i=17598 relative deviation of chopper frequency i=17594 i=17598 temperature of thermal combustion reactor i=17594 i=17598 temperature of gas cooler i=17594 i=17598 temperature of sample cell i=17594 i=17598 relative level of reagent i=17594 i=17598 volume flow of carrier gas i=17594 i=17598 gauge pressure of carrier gas i=17594 i=17598 absolute pressure of sample gas i=17594 i=17598 volume flow of sample water i=17594 i=17598 volume flow of sample gas i=17594 i=17598 reference injection volume i=17594 i=17598 actual injected volume i=17594 i=17598 temperature of sensing element i=17594 i=17598 time remaining until next calibration i=17594 i=17598 slope of a pH sensing element characteristic i=17594 i=17598 zero point of a pH sensing element characteristic i=17594 i=17598 t90 settling time at calibration i=17594 i=17598 impedance of pH sensing element i=17594 i=17598 impedance of pH reference system i=17594 i=17598 slope of an amperometric sensing element characteristic i=17594 i=17598 zero point of an amperometric sensing element characteristic i=17594 i=17598 absolute pressure of air at calibration i=17594 i=17598 temperature of sample i=17594 i=17598 temperature of catalyst i=17594 i=17598 temperature of FID block i=17594 i=17598 absolute pressure of fuel gas i=17594 i=17598 absolute pressure of the combustion air i=17594 i=17598 relative quality of signal fit i=17594 i=17598 signal to noise ratio (absolute) i=17594 i=17598 transmission ratio i=17594 i=17598 temperature of laser i=17594 i=17598 relative residual operational life of sensing element i=17594 i=17598 relative heat output i=17594 i=17598 slope of an optical fluorescence quenching sensing element characteristic i=17594 i=17598 zero point of an optical fluorescence quenching sensing element characteristic i=17594 i=17598 analog control value i=17594 i=17598 internal temperature of device/transmitter housing i=17594 i=17598 relative residual operational life i=17594 i=17598 resistance of cell i=17594 i=17598 style of pH sensing element i=17594 i=17598 style of conductivity sensing element i=17594 i=17598 style of temperature compensation i=17594 i=17598 device version i=17594 i=17598 discrete multi-state control value i=17594 i=17598 discrete multi-state setpoint value i=17594 i=17598 discrete multi-state fault value i=17594 i=17598 watchdog i=17594 i=17598 time of injection i=17594 i=17598 quantity of valve switching cycles i=17594 i=17598 operating duration of sensing element i=17594 i=17598 relative gas flow rate i=17594 i=17598 days remaining until next calibration (based on the fixed maintenance interval) i=17594 i=17598 days remaining until next calibration (based on the dynamic maintenance interval) i=17594 i=17598 consumed sensor capacity i=17594 i=17598 peak value over upper range-limit of measurement i=17594 i=17598 duration of exceeding the upper range-limit of measurement i=17594 i=17598 sensor signal of a catalytic bead sensor i=17594 i=17598 peak width of a substance i=17594 i=17598 peak height of a substance i=17594 i=17598 response factor for calibration range 1 i=17594 i=17598 lower range-value of volume concentration for calibration range 1 i=17594 i=17598 upper range-value of volume concentration for calibration range 1 i=17594 i=17598 response factor for calibration range 2 i=17594 i=17598 lower range-value of volume concentration for calibration range 2 i=17594 i=17598 upper range-value of volume concentration for calibration range 2 i=17594 i=17598 response factor for calibration range 3 i=17594 i=17598 lower range-value of volume concentration for calibration range 3 i=17594 i=17598 upper range-value of volume concentration for calibration range 3 i=17594 i=17598 tailing factor i=17594 i=17598 expected retention time of a substance i=17594 i=17598 actual retention time of a substance i=17594 i=17598 noise of baseline i=17594 i=17598 mahalanobis distance i=17594 i=17598 spectral residual i=17594 i=17598 remaining capacity of the internal data storage i=17594 i=17598 relative residual sensitivity of sensing element i=17594 i=17598 relative residual operational life of infrared radiation source i=17594 i=17598 peak area of a substance i=17594 i=17598 total area of measured peaks i=17594 i=17598 relative residual operational life of the interferometric laser i=17594 i=17598 designation of substance i=17594 i=17598 designation of valve i=17594 i=17598 electronics read noise i=17594 i=17598 others i=17594 i=17598 Cu1000 i=17594 i=17598 Cu25 i=17594 i=17598 Ni100 i=17594 i=17598 Ni1000 i=17594 i=17598 Ni120 i=17594 i=17598 Ni25 i=17594 i=17598 Ni50 i=17594 i=17598 Pt10 i=17594 i=17598 Pt100 i=17594 i=17598 Pt1000 i=17594 i=17598 Pt200 i=17594 i=17598 Pt25 i=17594 i=17598 Pt50 i=17594 i=17598 Pt500 i=17594 i=17598 Type B: Pt30Rh-Pt6Rh i=17594 i=17598 Type E: NiCr-CuNi i=17594 i=17598 Type J: Fe-CuNi i=17594 i=17598 Type K: NiCr-Ni i=17594 i=17598 Type N: NiCrSi-NiSi i=17594 i=17598 Type R: Pt13Rh-Pt i=17594 i=17598 Type S: Pt10Rh-Pt i=17594 i=17598 Type T: Cu-CuNi i=17594 i=17598 Type L: Fe-CuNi i=17594 i=17598 Type U: Cu-CuNi i=17594 i=17598 Type C: W5%-Re i=17594 i=17598 Type D: W3%-Re i=17594 i=17598 4-wire i=17594 i=17598 3-wire i=17594 i=17598 2-wire i=17594 i=17598 direct i=17594 i=17598 reverse i=17594 i=17598 RTD i=17594 i=17598 TC i=17594 i=17598 sliding‐stem linear i=17594 i=17598 quarter‐turn rotary i=17594 i=17598 external cold junction i=17594 i=17598 internal cold junction i=17594 i=17598 no action i=17594 i=17598 factory reset i=17594 i=17598 application reset i=17594 i=17598 communication reset i=17594 i=17598 simulation on i=17594 i=17598 simulation off i=17594 i=17598 positive i=17594 i=17598 negative i=17594 i=17598 on i=17594 i=17598 off i=17594 i=17598 open i=17594 i=17598 closed i=17594 i=17598 low i=17594 i=17598 high i=17594 i=17598 in-between i=17594 i=17598 moving i=17594 i=17598 true i=17594 i=17598 false i=17594 i=17598 zero point adjustment i=17594 i=17598 glass electrode i=17594 i=17598 ISFET i=17594 i=17598 ceramic electrode i=17594 i=17598 inductive i=17594 i=17598 conductive 2-electrodes i=17594 i=17598 conductive 4-electrodes i=17594 i=17598 no temperature compensation i=17594 i=17598 linear compensation i=17594 i=17598 NaCl (IEC 60746-3) i=17594 i=17598 water ISO 7888 (20°C) i=17594 i=17598 water ISO 7888 (25°C) i=17594 i=17598 UPW NaCl i=17594 i=17598 UPW HCl i=17594 i=17598 compensation table i=17594 i=17598 adjustment i=17594 i=17598 calibration i=17594 i=17598 custody transfer i=17594 i=17598