Saltar al contenido principal

Sensor de conductividad inductiva SE670 | Tuerca de racor G 1 1/2" | PP | Insensible a la suciedad y corrosión

Description

Sensor de conductividad inductiva SE670 | Tuerca de racor G 1 1/2" | PP | Insensible a la suciedad y corrosión

Competitively priced digital sensor for measuring low to very high conductivity values, insensitive to contamination and corrosion.

Sensor de conductividad digital para mediciones de conductividades de pequeñas a altas.

  • Material en contacto con el medio: PP
  • Diseño compacto
  • Insensible contra suciedad y formación de recubrimientos
  • Zona que abarca seis décadas
  • Principio de medición inductivo, aislamiento galvánico completo de las bobinas de sensores del medio de medición
  • Transmisión de datos digital
  • Longitud del cable de hasta 100 m

El SE670 es un sensor de conductividad universal SE670 con diseño compacto. La combinación de un orificio grande del sensor y el material repelente a la suciedad evita obstrucciones y sedimentos en medios con un alto grado de contaminación. El principio de medición inductivo permite un aislamiento galvánico completo de la medición del medio. 

El sensor es un todoterreno y es apto para una gran cantidad de aplicaciones gracias al rango de medición que abarca seis décadas.

Aplicaciones
Tecnología de agua fresca y aguas residuales, galvanización, procesos fotográficos, sistemas de climatización, supervisión de torres de refrigeración, plantas depuradoras propias, supervisión de salmuera, lejías y de concentración en general, curtidurías, preparación de decapantes, lavanderías y procesos de enjuague

  • Digital data transfer
  • Cable length up to 100 m
  • Competitively priced
  • Compact design
  • No process-wetted electrodes
  • Large measuring range
  • Quick-reacting temperature detector
  • Insensitive to deposits and contaminations

¡Estaremos encantados de atenderle!
Contacto

Ficha técnica

Conexión de proceso: PP Tuerca de Racor G 1½″
Factor de célula: aprox. 6,4/cm
Material: PP (polipropileno)
Parámetro de medición: Conductividad (inductiva)
Presión: máx. 6 bares (60 °C), máx. 10 bares (20 °C)
Principio de medición: inductivo
Sensor de temperatura: Pt1000
Temperatura: 0 … 60 °C (brevemente 100 °C)
Transmisión de señales: digital
Conector: M12
Rango de medición : 0,02 … 2000 mS/cm
Temperature response time: rápido gracias a la extrapolación con comportamiento neuronal

Descargas

Manuals

[2980] User Manual | Betriebsanleitung
SE670 Conductivity Sensor | Leitfähigkeitssensor
Version 06

Prospectos

[13395] Folleto
Sensores - Para medir pH/Redox, conductividad u oxígeno. Digitales o analógicos.

Fichas técnicas

[2970] Data sheet
SE670 Toroidal Conductivity Sensor
Product Description | Specifications | Product Range

Certificados

[14511] EU Declaration of Conformity (DE, EN, FR)
No. EU240402B | 2024-04-02
Digital Sensors, non Ex

Nuestros servicios

Utilizados en procesos o aplicaciones

Knick ofrece analizadores de procesos innovadores, sensores de alta calidad, modernos portasondas y sistemas de limpieza y calibración exclusivos

Productos relacionados

SE660 Electrodeless Conductivity Sensor
Número de producto:

SE660/11

Entradas de blog relevantes

Stack and String Voltage Measurement in Electrolyzers and Fuel Cells

Voltage, current and temperature measurement in electrolyzers with P40000 series high voltage transducers

Nuevas resistencias shunt de 30 mV para transductores de Knick

Knick amplía desde ya su oferta de accesorios para transductores de alta tensión con resistencias shunt con una caída de tensión de 30 mV
Innovations at InnoTrans 2024

Innovations at InnoTrans 2024 for rolling stock and DC traction power supply

At InnoTrans 2024 Knick presents electrical measurement solutions for rolling stock and DC traction power supply applications

Knick Austria - direct customer contact in Austria from 2024

Reorganization of sales in Austria and new contacts in the field of process analytics and interface technology

Energy storage - the handshake between renewable energy and electric vehicles

Energy storage technology such as battery and hydrogen are critical for growth and continuous development of renewable energy and e-mobility.

P52000VPD voltage presence detector reliably detects voltages up to 4200 V DC

The new P52000VPD voltage presence detector reliably monitors areas with high voltages and sends a signal to the downstream plant control system when a specified threshold value is reached.

Knick Interface at Battery and Electric & Hybrid Vehicle Technology Expo

Knick will be showcasing high-voltage electrical measurement and signal conversion products.

Quadruple Standard Signals in Just One Signal Conditioner

The A20340 can output a standard input signal to four calibrated and galvanically isolated outputs in parallel.

Electrical measurement and process analytics for hydrogen production

Knick products optimize hydrogen production in the process and in electrolyser operation.

Condition Monitoring of High-Voltage Motors

Having an active predictive maintenance campaign in place for large rotating equipment can be a key strategy for maximizing process uptime.

Pulse frequency conditioner for speed sensors

The new P16000 from Knick is a pulse frequency conditioner that converts frequency signals from speed sensors into standard signals.

Worldwide smallest transducer up to ±2200 V

The P40000 series from Knick enables reliable voltage measurements from ±50 mV to ±3600 V and current measurements from ±100 mA to ±20 kA.

Importance of broad-range power supplies for DC electrical measurement

Many DC electrical measurement products manufactured by Knick contain universal, also known as broad-range, power supplies.

Measuring Photovoltaic Degradation

Photovoltaic (PV) array degradation is an important aspect to consider for system design and installation.

Electrical Measurement Solutions: Control from 480 to 4800 Volts

Voltage and current transducers from Knick bring true control to electrical measurement applications across a wide-range of industries.

Benefits of High Voltage Transducers versus Instrument Transformers

When a need arises to step voltage in a circuit either up or down for purposes of power transmission or distribution, there is no doubt that transformers are essential.

Shunt Resistor versus Hall Effect Technology

There are many systems where measurement of large DC currents are needed for performance and safety.

MTBF beyond 3000 years: A snap hook for your plant

Failure of equipment on the plant floor can lead to considerable and costly disruption.

Knick Products Comply With UL - What Does That Mean?

There are different assessments and approaches to reach an adequate level of safety. Manufacturers are typically on the “safe” side, if they comply with recognized standards.

High-voltage transducer offers more safety on railway vehicles

The requirements placed on railway vehicles have increased significantly in recent years. Products for rolling stock need to ensure a higher level of functional safety than ever before.

True RMS Measurement with P41000TRMS

Traditional millivolt AC transducers are very susceptible to errors due to their poor insulation and are only designed for pure sinewave measurement.

Functional safety and maximum availability can go together

The requirements on operational and safety-related circuits are continuously growing.