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SE680 Sensore di conducibilità induttivo digitale | Clamp 2″ | Ex | PEEK approvato dalla FDA | Campo di misura 0 … 2000 mS/cm

Description

SE680 Sensore di conducibilità induttivo digitale | Clamp 2″ | Ex | PEEK approvato dalla FDA | Campo di misura 0 … 2000 mS/cm

High-precision sensor made of FDA-approved PEEK with an extremely large measuring range. Steam-sterilizable.

Sensore altamente preciso in PEEK approvato dalla FDA con campo di misura estremamente ampio. Sterilizzabile a vapore.

  • Tipo di custodia compatta
  • Economico
  • Ampio campo di misura
  • Veloce sonda di temperatura integrata
  • Trasmissione dati digitale
  • Superficie in plastica chiusa
  • PEEK vergine, tipo FDA
  • Varivent con EHEDG

L’assenza di guarnizioni, giunti e fessure e la superficie resistente allo sporco realizzata in PEEK vergine rendono l’SE680 un sensore estremamente resistente. La tecnologia induttiva non è influenzata dalla polarizzazione e nessuna superficie del sensore è esposta alla corrosione.

Applicazioni
Tecnologia per acqua dolce, prodotti lattiero-caseari, birrifici, produzione di bevande analcoliche, galvanotecnica, impianti di climatizzazione, monitoraggio CIP nell’industria delle bevande, applicazioni farmaceutiche, monitoraggio delle torri di raffreddamento, impianti di depurazione delle acque aziendali, monitoraggio delle concentrazioni di soluzioni saline, alcali e acidi, impianti di lavaggio e processi di risciacquo

  • Compact design
  • Competitively priced
  • Large measuring range
  • Quick-reacting temperature detector
  • Digital data transfer
  • Completely closed surface
  • Virgin PEEK, FDA type
  • Varivent with EHEDG

High-Precision Conductivity Measurement at Extreme Temperature Differences

Pharmaceutical manufacturer, EVER Pharma Jena uses the extremely robust conductivity sensors SE605(H) and SE680 with Memosens technology from Knick.

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Contatto

Dettagli tecnici

Collegamento di processo: Clamp 2"
Collegamento elettrico: M12 plug, 4-pin Cable length max. 100 m
Error: ± 1 % v. M. + 0,002 mS/cm, ± 0,02 %/K
Fattore di cella: c ≈ 5,0/cm
Materiali a contatto con il mezzo: Virgin PEEK, FDA-Typ
Non-wetted materials: PP-ESD
Parametro di misurazione: Conducibilità (induttiva)
Principio di misura: induttivo
Sonda di temperatura: Pt1000
Sterilizzazione: ≤ 5 bar / ≤ 150 °C / ≤ 60 min
Tempo di risposta: t90 < 30s
Trasmissione del segnale: digital
Campo di misura : 0 … 2000 mS/cm
Protezione da esplosioni: Ex zona 0, Sì
Relative process pressure: -0,1 ... 20 bar (vedere diagramma pressione-temperatura)

Scaricamento

Manuals

[12413] User Manual
SE680 (N/X)
Version 08

Brochure

[13395] Opuscolo
Sensori - Per la misurazione del valore di pH/Redox, conduttività e ossigeno. Digitale ed analogico.

Schede tecniche

[2993] Data sheet
SE680 Toroidal Conductivity Sensor
Product Description | Specifications | Product Range

Certificati

[13847] Manufacurer's Declaration | Herstellererklärung
USP-Klassifizierung und der FDA-Konformität der Kunststoffe der Sensoren SE680N/* und SE680X/*
USP Classification and FDA Conformity of the Plastic Material in SE680N/* und SE680X/*
2025-03-18
[13137] EU Type-Examination Certificate / EU-Baumusterprüfbescheinigung
No. TÜV 15 ATEX 154534 X | 2021-06-24
SE 680X-****U0** Conductivity Sensor
[13132] EU Declaration of Conformity (DE, EN, FR)
No. EU210706C | 2021-07-06
Digital Toroidal Conductivity Sensor Series SE680X-...U0..
[14685] Certificate of Conformity (FM)
No. FM17US0208X | 2019-05-27 | USA
Memosens Sensors | Types SE 5**, SE 6** and SE 7**
[14690] Certificate of Conformity (FM)
No. FM17CA0105X | 2019-05-27 | Canada
Memosens Sensors | Types SE 5**, SE 6** and SE 7**
[16625] IECEx Certificate of Conformity
No. IECEx TUN 15.0026X | 2021-06-24
Digital inductive conductivity sensor SE680X-****U0** | Intrinsic safety
Marking: Ex ia IIC T6/T4/T3 Ga

Servizio Unser

Utilizzato nei processi o nelle applicazioni

Misurazione affidabile della conducibilità in caso di variazioni estreme della temperatura nei processi CIP/SIP
Il gusto e la qualità della birra dipendono in larga misura dalla qualità dell’acqua utilizzata per produrla. Sono le misurazioni del pH e della conducibilità a determinarne la qualità.

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