pH sensor Memosens CPL59E
Brand: Endress+HauserpH sensor Memosens CPL59E
Brand: Endress+HauserSpecs at a Glance
Field of application
The Memosens 2.0 pH sensor CPL59E shows its performance when other sensors cannot cope with the conditions. This sensor is perfectly suited to harsh conditions such as in the chemical and process industries. Thanks to the ion trap, it offers high stability against oxidizing agents. This protects the sensor and the measuring point from drift and inaccurate measurements.
Thanks to Memosens technology, the sensors provide reliable, highly accurate measurements with a fast response time.
The Memosens technology is based on a true plug-and-play principle. Measured values, calibration data and history are stored directly in the sensor. This means status values can be read out and a sensor check is possible. An excellent feature to boost your GLP.
All sensors are supplied pre-calibrated. Thus, they are directly ready for use for your random sample measurement when the corresponding sensor is connected to the associated mobile handheld device Liquiline Mobile CML18.
Features
- pH sensor for aggressive media
- Ion trap provides long time stability and stable values in harsh samples with oxidizing agents
- Large dirt-repellent PTFE junction to avoid soiling
Specifications
Brand
Product Family
- Memosens
pH
Application
- Measurements in demanding media in the chemical and process industry
Characteristic
- Digital Memosens 2.0 compact gel pH glass sensor for laboratory measurements
- and random sampling
- Rugged pH sensor with PTFE junction and ion trap
Measuring range
- pH 0 to 14
Material
- Glass
Dimension
- Diameter: 12 mm (0.47 inch)
- Shaft length: 120 mm (4.72 inch)
Process temperature
- 0 to 135 °C (32 to 275 °F) (0 to 100 °C (32 to 212 °F) application range)
Process pressure
- 1 bar, not intended for continues measurement in process
Temperature sensor
- NTC 30kΩ
Connection
- Inductive, digital connection head with Memosens 2.0 technology
Ingress protection
- IP68
- Chemical & Process Industry