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ABB S800 I/O 3BSE051306R1 AI835A Thermocouple/mV Input Module
Fabricator: ABB
Condición: Nuevo
Plazo de Entrega: En Stock
Origin: Estonia
Garantía: 12 Meses
Inscriptio electronica: [email protected]
whatsapp: +86-18150117685
- Conspectus
- Hot Selling Models
- Producta commendata
Conspectus
- Installa modulum in unitate terminandi TU810, TU812, TU814, TU818, TU830 aut TU833.
- Retain the BA keying code so the S800 station accepts the correct I/O module type.
- Configure each active channel for its actual linear millivolt range or thermocouple type before commissioning.
- Decide whether channel 8 will measure a local or remote cold junction, receive a fixed or application value, or operate as a normal input.
- Keep field wiring within the 600 m maximum cable length and account for the 75 mA at +5 V and 50 mA at +24 V ModuleBus demand.
- Observe a maximum ambient temperature of 40 °C for vertical mounting in a compact MTU; the general maximum is 55 °C.
ABB · S800 I/O AI835A
3BSE051306R1 AI835A Thermocouple/mV Analog Input Module
ABB 3BSE051306R1 is the S800 I/O AI835A analog input module for eight differential thermocouple or millivolt channels. Each channel can be configured for a linear -30 to +75 mV range or for thermocouple types B, C, D, E, J, K, L, N, R, S, T and U.
Ad Primum Aspectum
| Nota | ABB |
|---|---|
| Modellum | 3BSE051306R1 |
| Typus Producti | S800 I/O AI835A Thermocouple/mV Analog Input Module |
| Functio principalis | Measures thermocouple and millivolt signals across eight differential input channels |
| Applicatio vel series compatibiles | ABB S800 I/O |
Sensor Range Planning
Match every active channel to its millivolt range or thermocouple type before commissioning.
Cold-Junction Strategy
Decide whether channel 8 will measure a local or remote 4-wire Pt100 junction temperature or operate as a normal input.
Termination and Keying
Use an approved S800 module termination unit and retain the BA keying code when installing or replacing the module.
Product Overview
ABB 3BSE051306R1 is the S800 I/O AI835A analog input module for eight differential thermocouple or millivolt channels. Each channel can be configured for a linear -30 to +75 mV range or for thermocouple types B, C, D, E, J, K, L, N, R, S, T and U.
Eight differential channels acquire millivolt signals or any of twelve supported thermocouple types, allowing the signal selection to be set for each channel. Channel 8 can measure a local or remote junction temperature with a 4-wire Pt100 sensor, accept an application-supplied value or remain available as a standard input. Wire-break open-circuit monitoring, reference-channel checks, supply-low monitoring and front fault, run and warning indicators support commissioning and fault isolation.
Key Functions
Configurable Temperature Inputs
Eight differential channels acquire millivolt signals or any of twelve supported thermocouple types, allowing the signal selection to be set for each channel.
Flexible Cold-Junction Compensation
Channel 8 can measure a local or remote junction temperature with a 4-wire Pt100 sensor, accept an application-supplied value or remain available as a standard input.
Input and Module Supervision
Wire-break open-circuit monitoring, reference-channel checks, supply-low monitoring and front fault, run and warning indicators support commissioning and fault isolation.
Official Specifications
| Analog Conversion Resolution | 15 bita |
|---|---|
| Input impedimentum | Maior quam 1 MΩ |
| Isolatio Electrica | Singulae ex gruppo a terra isolatae |
| Maximum Measurement Error | 0.1% |
| Derivatio Thermica | 5 ppm/°C typical and 7 ppm/°C maximum |
| Tempus Cycli Actualizationis | 280 + 80 × activae canalium milliseconda ad 50 Hz; 250 + 70 × activae canalium milliseconda ad 60 Hz |
| Maxima longitudo cavi campi | 600 m (656 yd) |
| Ratio Repulsio Commune-Modi | 120 dB ad 50 Hz et 60 Hz |
| Ratio Repulsio Normalis-Modi | Maius quam 60 dB ad 50 Hz et 60 Hz |
| Tensionis insulatio evaluata | 50 V |
| Tensio probatoria dielectrica | 500 V AC |
| Dispergo Potentiam | 1,6 W |
| Postulatum Currentis ModuleBus | 75 mA e +5 V et 50 mA e +24 V |
| Supervisio Diagnostica | Defectus canalium referentiae, voltatio supplicis parva et conditio circuitus aperti canalium |
| Limites Diagnostici Iuncturae Frigidae | Sub -40 °C (-40 °F) et super +100 °C (+212 °F) sur le canal 8 |
| Temperatura operativa | 0 à +55 °C (+32 à +131 °F); les approbations s'appliquent de +5 à +55 °C |
| Temperatura servandae | -40 ad +70 °C (-40 ad +158 °F) |
| Humiditas relativa | 5 ad 95 %, non condensans |
| Gradus praesidium | IP20 secundum IEC 60529 |
| Dimensiones et Pondera | 45 × 119 × 102 mm ; profondeur de 111 mm y compris le connecteur ; 0,22 kg |
Quaestiones Frequenter Rogatae
Quelles entrées de capteur puis-je configurer sur le 3BSE051306R1 ?
Chaque canal accepte un signal linéaire de -30 à +75 mV ou une thermopile des types B, C, D, E, J, K, L, N, R, S, T ou U.
Le canal 8 du 3BSE051306R1 peut-il gérer la compensation de la jonction froide ?
Oui, le canal 8 peut mesurer la température de jonction à l’aide d’un capteur Pt100 à 4 fils pour les canaux 1 à 7, ou rester disponible comme entrée normale.
Quelles unités de terminaison puis-je associer au 3BSE051306R1 ?
Utilisez une unité de terminaison de module TU810, TU812, TU814, TU818, TU830 ou TU833 avec l’arrangement de clé BA.
Quam diu potest esse longitudo cablei in campo dum 3BSE051306R1 conectitur?
Longitudo permittera cablei in campo est usque ad 600 m.
Quod tempus scansionis debet admittere pro 3BSE051306R1?
Admitte 280 + 80 ms per canalum activum ad 50 Hz aut 250 + 70 ms per canalum activum ad 60 Hz.
Quomodo 3BSE051306R1 indicat circuitum thermocoupli apertum?
Supervisio intrantis detegit circuitum apertum et per indicationem status moduli notificat errorem canalis.
Quid servare debes dum 3BSE051306R1 substituis?
Serva selectiones signorum canalis, methodum iuncturae frigidae, typum MTU, clavem BA, connexionem in campo et rationem potestatis ModuleBus.
