Series CS09H-500A-C Sensor/Transductor Currentis Hall Circuli Clausi
Proprietates
Commoda
Applicationes
Aestimationes Maximae Absolutae (Non Operantes)
| Parametrum | Symbolum | Unitas | Specificatio | Conditiones |
| Ad onerandum supertensionem | InC. | In | XXXII | Quadringentis millisegundis |
| Supertensio | InC. | In | XXIV | Decem minuta |
| Tensio ingressus inversa | InC. | In | -50 | Decem minuta |
| Minima tensio ingressus | Incmin | In | sex | Continuus, non metiens |
| Maxima tensio ingressus | InCmax | In | XVIII | Continuus, non metiens |
| Operatio CAN, alarmum vitii tensionis humilis, non-mensuratio | InC. | In | VI~VII | CAN continuus |
| Operatio CAN, alarmum de culpa tensionis excessivae, non-mensuratio | InC. | In | XVIII~XXIV | CAN continuus |
| Distantia reptationis | dcp | Mm | 7.2 | |
| Purgatio | dCI | Mm | 7.0 | |
| Tensio RMS ad probationem insulationis AC | Praeses Maximus (CEO) | KV | 2.5 | 50Hz, 1min |
| Tensio electrica ad probationem insulationis DC | Praeses Maximus (CEO) | KV | 5.0 | |
| Resistentia insulationis | RINS | MΩ | quingenti | 500V @ 1min |
| Gradus IP | IP42 | Unum minutum |
Specificatio Operativa Generalis
| Parametrum | Symbolum | Unitas | Specificatio | Conditiones | |||
| Min. | Typus. | Maximus | |||||
| Primaria amplitudo mensurae currentis | EgoPN | A | -500 | quingenti | |||
| Tensio alimentationis | INC. | In | VII | Duodecim | XVIII | plena praecisio | |
| Hysteresis tensionis maximae | INsursum | In | 18.1 | cum Uc crescit | |||
| In | 17.7 | cum Uc cadit | |||||
| Hysteresis tensionis minimae | INHUMILIS | In | 7.1 | cum Uc crescit | |||
| In | 6.8 | cum Uc cadit | |||||
| Consumptio currentis @Ip=0A | EgoC. | magister artium | viginti | triginta | @ VC = 12.0V, normaliter operari potest. | ||
| Consumptio currentis @Ip=500A | EgoC. | magister artium | CL | ducenti | @VC= 12.0 V, normaliter operari potest. | ||
| Temperatura operandi | T.A | Celsius | -40 | LXXXV | ambitus temperaturae, accuratio ad ±3 δ garantita | ||
| Summa accuratio | XG | % | -0.5 | 0.5 | T = -40 ~ 85℃ ; ± 3δ | ||
| Error regionalis | IP=± 6A | XG | In | -0.2A | 0.2A | Temperatura = -40 ~ 85℃ | |
| IP=± 80A | XG | In | -0.5A | 0.5A | |||
| IP=±350A | XG | In | -1.75A | 1.75A | |||
| IP = ±500A | XG | In | -2.5A | 2.5A | |||
| Linearitas | eL. | % | 0.1 | temperatura ambiente | |||
| Augmentum temperaturae deviatio | TCG | ppm/℃ | viginti | ||||
Diagramma erroris
Influentia campi magnetici externi
Specificatio exitus CAN
| Nuntius Descriptio | IDENTIFICATIO CAN | Nomen | Data longitudo (Nb octeti) | Genus structurae | Cyclus mittendus | Descriptio informationis | Nomen signi | Frustum initiale | Frustum extremum |
| IP primarium praesens (mA) | Vide indicem exemplorum producti pro singulis. | CS09H - 500Ip | VIII | structura ordinaria | Mittens circuitum decem milisecundarum | Valor cursus Ip: 80000000H=0mA, 7FFFFFFFH=-1mA, 8000001H=1mA | IPVALOR | 0 | XXXI |
| Bitum identificationis erroris (0 = normale, 1 = error) | ERROR INDICATIO | XXXII | XXXII | ||||||
| Notitia de errore (cum vexillum erroris est 0, est 0x64) | INFORMATIO ERRORI | XXXIII | XXXIX | ||||||
| Fixum apud 0x48 0x11 | NOMEN SENSORIS | quadraginta | 55 | ||||||
| Versio programmatis | SWRevision | 56 | LXIII |
Gubernatio errorum
| SN | Modus defectus | Valor IP | Vexillum erroris | Erroris codex |
| 1 | Error in probatione CRC defectus | 0x FFFFFFFF | 1 | 0x40 |
| Duo | Vitium oneris FE | 0x FFFFFFFF | 1 | 0x41 |
| Tres | Error FE defectus | 0x FFFFFFFF | 1 | 0x42 |
| quattuor | Defectus LUT internus | 0x FFFFFFFF | 1 | 0x44 |
| quinque | Vitium tensionis demissae fontis electrici | 0x FFFFFFFF | 1 | 0x46 |
| sex | Vitium tensionis excessivae fontis potentiae | 0x FFFFFFFF | 1 | 0x47 |
Index exemplorum productorum
| SN | Numerus producti | IDENTIFICATIO CAN | Celeritas transmissionum communicationis CAN (kbps) |
| 1 | CS09H-500A-C20 | 0x03C0 | 250 |
| Duo | CS09H-500A-C21 | 0x03C1 | 250 |
| Tres | CS09H-500A-C22 | 0x03C2 | 250 |
| quattuor | CS09H-500A-C23 | 0x03C3 | 250 |
| quinque | CS09H-500A-C24 | 0x03C4 | 250 |
| sex | CS09H-500A-C25 | 0x03C5 | 250 |
| VII | CS09H-500A-C26 | 0x03C6 | 250 |
| VIII | CS09H-500A-C27 | 0x03C7 | 250 |
| IX | CS09H-500A-C28 | 0x03C8 | 250 |
| decem | CS09H-500A-C29 | 0x03C9 | 250 |
| undecim | CS09H-500A-C50 | 0x03C0 | quingenti |
| Duodecim | CS09H-500A-C51 | 0x03C1 | quingenti |
| XIII | CS09H-500A-C52 | 0x03C2 | quingenti |
| XIV | CS09H-500A-C53 | 0x03C3 | quingenti |
| XV | CS09H-500A-C54 | 0x03C4 | quingenti |
| XVI | CS09H-500A-C55 | 0x03C5 | quingenti |
| XVII | CS09H-500A-C56 | 0x03C6 | quingenti |
| XVIII | CS09H-500A-C57 | 0x03C7 | quingenti |
| XIX | CS09H-500A-C58 | 0x03C8 | quingenti |
| viginti | CS09H-500A-C59 | 0x03C9 | quingenti |
Dimensiones Mechanicae
Materiae principales
Consilium institutionis
Descriptio nexus
Consilium de nexibus lineae principalis lateris
