Endress+Hauser Memosens Digital pH Probe (order cable separately), 3/4"NPT, CPF81D-7LH11
Description
- Feature an integrated temperature sensor
- Electrodes store manufacturing and calibration data
- Dual-threaded 3/4" NPT connections on top and bottom for flow-through or immersion installation
Orbipac Memosens digital pH electrodes convert measured values to digital interference-free signals compatible with any Endress+Hauser Memosens controller. Non-contact inductive signal transmission eliminates metal contact corrosion points that can cause signal distortion and moisture problems. They're even safe for connection under water! Electrode measures 7.29"L x 0.87"Dia (23 mm insertion depth).
Advanced plug-and-play Memosens electrodes connect to your controller for instant recognition using a Memosens cable assembly (sold separately; stock # 65797). This detachable cable provides quick and easy installation.
Electrode stores all calibration data, plus other key diagnostic values including total hours of operation and general sensor condition. This makes it easy to implement a predictive maintenance schedule. Worn-out electrodes can be cleaned and calibrated in the lab, since all calibration data is carried by the electode. You can even move electrodes between controllers without recalibration.
Important Ordering Information: A Memosens cable assembly is required (sold separately). Complete mounting installations consist of an immersion pipe assembly (stock # 64163) and rail-mount hardware (stock # 64203). Rail-mount hardware with pendulum holder attaches the immersion pipe assembly to a hand rail, and allows you to easily swing the electrode in and out of position.
- Range/Resolution: 0 to 14 pH; 0.01 pH
- Process Pressure: 15 to 145 psi absolute at 176°F
- Minimum conductivity: 50 µS/cm
- Wetted Materials: PPS housing & electrode shaft
- Temperature Compensation: automatic; 32 to 230°F (0 to 110°C)
Product Information
- Item number
- 65791
- Brand Name
- Endress and Hauser
- Catalog Page
- 1123
- Net weight
- 0.8
- Condition
- New
Endress+Hauser Memosens Digital pH Probe (order cable separately), 3/4"NPT, CPF81D-7LH11
- Item number
- 65791
- Brand Name
- Endress and Hauser
- Catalog Page
- 1123
- Net weight
- 0.8
- Condition
- New
- Feature an integrated temperature sensor
- Electrodes store manufacturing and calibration data
- Dual-threaded 3/4" NPT connections on top and bottom for flow-through or immersion installation
Orbipac Memosens digital pH electrodes convert measured values to digital interference-free signals compatible with any Endress+Hauser Memosens controller. Non-contact inductive signal transmission eliminates metal contact corrosion points that can cause signal distortion and moisture problems. They're even safe for connection under water! Electrode measures 7.29"L x 0.87"Dia (23 mm insertion depth).
Advanced plug-and-play Memosens electrodes connect to your controller for instant recognition using a Memosens cable assembly (sold separately; stock # 65797). This detachable cable provides quick and easy installation.
Electrode stores all calibration data, plus other key diagnostic values including total hours of operation and general sensor condition. This makes it easy to implement a predictive maintenance schedule. Worn-out electrodes can be cleaned and calibrated in the lab, since all calibration data is carried by the electode. You can even move electrodes between controllers without recalibration.
Important Ordering Information: A Memosens cable assembly is required (sold separately). Complete mounting installations consist of an immersion pipe assembly (stock # 64163) and rail-mount hardware (stock # 64203). Rail-mount hardware with pendulum holder attaches the immersion pipe assembly to a hand rail, and allows you to easily swing the electrode in and out of position.
- Range/Resolution: 0 to 14 pH; 0.01 pH
- Process Pressure: 15 to 145 psi absolute at 176°F
- Minimum conductivity: 50 µS/cm
- Wetted Materials: PPS housing & electrode shaft
- Temperature Compensation: automatic; 32 to 230°F (0 to 110°C)